From 0fc47c046046e0fe3780b16eff7346b6a2bcc0e3 Mon Sep 17 00:00:00 2001 From: George Dan Miron <44091914+gdmiron@users.noreply.github.com> Date: Thu, 2 Mar 2023 11:35:00 +0100 Subject: [PATCH] JOSS Paper (#61) * JOSS manuscript * JOSS manuscript * updated paper after comments from co-authors * small paper fixes * small fixes based on JOSS editor comments * Fixes for JOSS manuscript (#57) * fixes to manuscript text, added table with similar codes * text fix * Fixes author name * Add bibentry for `Bell:Deiters:Leal:2022` * Added TEQP as another code with purpose for thermo prop calculation * Fixed alphabetical order (after adding TEQP) * GEM-Selektor to codes with similar functionalities Added GEM-Selektor to the list of codes with similar functionalities, fixed style in the paragraph above. * Added paragraph under Features on automatic differentiation * Added autodiff and Reaktoro bibentries * Replaced Leal2016 by Leal:2015 Co-authored-by: Allan Leal Co-authored-by: Dimitri Kulik <52164624+dimitrikulik@users.noreply.github.com> * shortened manuscript to aorund 1000 words per request of JOSS editor * fix doi entries * removed duplicate bib entry * clarify application to equilibrium speciation * added badge link to paper --------- Co-authored-by: Allan Leal Co-authored-by: Dimitri Kulik <52164624+dimitrikulik@users.noreply.github.com> Co-authored-by: Lucy Whalley --- .github/workflows/draft-pdf.yml | 23 + README.md | 5 +- paper/aq17-thermofun.json | 21638 ++++++++++++++++++++++++++++++ paper/compile_paper.sh | 5 + paper/examples.ipynb | 127 + paper/figure1.png | Bin 0 -> 456569 bytes paper/functions.py | 87 + paper/paper.bib | 259 + paper/paper.ipynb | 330 + paper/paper.md | 83 + paper/suppl.md | 92 + 11 files changed, 22648 insertions(+), 1 deletion(-) create mode 100644 .github/workflows/draft-pdf.yml create mode 100644 paper/aq17-thermofun.json create mode 100755 paper/compile_paper.sh create mode 100644 paper/examples.ipynb create mode 100644 paper/figure1.png create mode 100644 paper/functions.py create mode 100644 paper/paper.bib create mode 100644 paper/paper.ipynb create mode 100644 paper/paper.md create mode 100644 paper/suppl.md diff --git a/.github/workflows/draft-pdf.yml b/.github/workflows/draft-pdf.yml new file mode 100644 index 0000000..db558c2 --- /dev/null +++ b/.github/workflows/draft-pdf.yml @@ -0,0 +1,23 @@ +on: [push] + +jobs: + paper: + runs-on: ubuntu-latest + name: Paper Draft + steps: + - name: Checkout + uses: actions/checkout@v2 + - name: Build draft PDF + uses: openjournals/openjournals-draft-action@master + with: + journal: joss + # This should be the path to the paper within your repo. + paper-path: paper/paper.md + - name: Upload + uses: actions/upload-artifact@v1 + with: + name: paper + # This is the output path where Pandoc will write the compiled + # PDF. Note, this should be the same directory as the input + # paper.md + path: paper/paper.pdf \ No newline at end of file diff --git a/README.md b/README.md index 246dccb..71011a8 100644 --- a/README.md +++ b/README.md @@ -3,7 +3,10 @@ Linux, OSX, Windows [![Build Status](https://dev.azure.com/mirondanro/thermohub/_apis/build/status/thermohub.thermofun?branchName=master)](https://dev.azure.com/mirondanro/thermohub/_build/latest?definitionId=9&branchName=master) -A code for calculating the standard state thermodynamic properties of substances and reactions at a given temperature and pressure. +A code for calculating the standard state thermodynamic properties of substances and reactions at a given temperature and pressure. + +If you use it in your work please cite the JOSS publication +[![DOI](https://joss.theoj.org/papers/10.21105/joss.04624/status.svg)](https://doi.org/10.21105/joss.04624) - [Code documentation](https://docs.hdoc.io/dmiron/thermofun/?target=_blank) - [Simple C++ API example](#simple-c-api-example) diff --git a/paper/aq17-thermofun.json b/paper/aq17-thermofun.json new file mode 100644 index 0000000..11ad57c --- /dev/null +++ b/paper/aq17-thermofun.json @@ -0,0 +1,21638 @@ +{ + "datasources": [ + "db.thermohub.org" + ], + "date": "01.06.2022 13:47:02", + "elements": [ + { + "atomic_mass": { + "name": "M0i", + "values": [ + 0 + ] + }, + "class_": { + "4": "CHARGE" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + -65.3399963378906 + ] + }, + "symbol": "Zz" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 1.00794994831085 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 65.3399963378906 + ] + }, + "symbol": "H" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 12.0108003616333 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 5.73999977111816 + ] + }, + "symbol": "C" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 15.999400138855 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 102.569000244141 + ] + }, + "symbol": "O" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 22.9897994995117 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 51.2999992370605 + ] + }, + "symbol": "Na" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 24.3050003051758 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 32.6699981689453 + ] + }, + "symbol": "Mg" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 26.9815006256104 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 28.2999992370605 + ] + }, + "symbol": "Al" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 28.0855007171631 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 18.8099994659424 + ] + }, + "symbol": "Si" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 35.4529991149902 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 111.540000915527 + ] + }, + "symbol": "Cl" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 39.0983009338379 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 64.6800003051758 + ] + }, + "symbol": "K" + }, + { + "atomic_mass": { + "name": "M0i", + "values": [ + 40.0779991149902 + ] + }, + "class_": { + "0": "ELEMENT" + }, + "datasources": [ + "AQ17" + ], + "entropy": { + "name": "S0i", + "values": [ + 41.5900001525879 + ] + }, + "symbol": "Ca" + } + ], + "reactions": [], + "substances": [ + { + "Pst": 100000, + "TPMethods": [ + { + "method": { + "32": "water_eos_iapws95_reaktoro" + } + }, + { + "method": { + "25": "water_diel_jnort91_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "3": "SC_AQSOLVENT" + }, + "datasources": [ + "Johnson et al. (1992)" + ], + "formula": "H2O@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 18.015300750732 + ] + }, + "name": "Water HGK", + "sm_enthalpy": { + "errors": [ + 200 + ], + "units": [ + "J/mol" + ], + "values": [ + -285881 + ] + }, + "sm_entropy_abs": { + "errors": [ + 0.10000000149012 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 69.922996520996 + ] + }, + "sm_gibbs_energy": { + "errors": [ + 100 + ], + "units": [ + "J/mol" + ], + "values": [ + -237183 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 75.360527038574 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.8068397045136 + ] + }, + "symbol": "H2O@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.24940000474453, + -169.08999633789, + 6.4145998954773, + -27091, + 16.743900299072, + -10465, + 53240, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Al(OH)2+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 60.996200561523 + ] + }, + "name": "Al(OH)2+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -995581 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -27.530000686646 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -898292 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 40.865230560303 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.38507527112961 + ] + }, + "symbol": "Al(OH)2+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.61976999044418, + 828.15997314453, + 2.4949998855591, + -31214, + 71.100303649902, + -10644, + 104610, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Al(OH)3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 78.003547668457 + ] + }, + "name": "Al(OH)3 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1262898 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 5.1609997749329 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1105813 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 248.5594329834 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.0679812431335 + ] + }, + "symbol": "Al(OH)3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.8493999838829, + 1295.7600097656, + 0.65700000524521, + -33147, + 55.726501464844, + -114047, + 104030, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Al(OH)4-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 95.010902404785 + ] + }, + "name": "Al(OH)4-", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1502391 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 103.55000305176 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1305097 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 96.54020690918 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.6286010742188 + ] + }, + "symbol": "Al(OH)4-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.33980000019073, + -1607.8900146484, + 12.069899559021, + -21143, + 14.42949962616, + -88523, + 274030, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Al+3", + "formula_charge": 3, + "mass_per_mole": { + "values": [ + 26.98150062561 + ] + }, + "name": "Al+3 ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -537882 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -339.73999023438 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -486594 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -119.34440612793 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -4.5337700843811 + ] + }, + "symbol": "Al+3" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.016000000759959, + -723, + 8.6099996566772, + -24800, + 37.069999694824, + -496600, + 88000, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "AlH3SiO4+2", + "formula_charge": 2, + "mass_per_mole": { + "values": [ + 122.08845520019 + ] + }, + "name": "AlH3SiO4+2", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1921343 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 56.779998779297 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1782421 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -300.66638183594 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -1.39550614357 + ] + }, + "symbol": "AlH3SiO4+2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.045299999415875, + -888.78002929688, + 9.2433996200562, + -24116, + 15.413100242615, + -48618, + 158970, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "AlOH+2", + "formula_charge": 2, + "mass_per_mole": { + "values": [ + 43.988849639893 + ] + }, + "name": "AlOH+2", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -769082 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -181.13000488281 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -695541 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -37.442962646484 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -2.0621919631958 + ] + }, + "symbol": "AlOH+2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.019470000639558, + -725.20001220703, + 5.2965998649597, + -24791.998046875, + 9, + -25220, + 123660.0078125, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Ca+2", + "formula_charge": 2, + "mass_per_mole": { + "values": [ + 40.07799911499 + ] + }, + "name": "Ca+2 ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -543100 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -56.484001159668 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -552821 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -30.922517776489 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -1.8438742160797 + ] + }, + "symbol": "Ca+2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.27406001091003, + -108.9700012207, + 6.1782999038696, + -27340, + 21.587999343872, + 5240, + 56260, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaCl+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 75.53099822998 + ] + }, + "name": "CaCl+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -716339 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -2.9700000286102 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -689279 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 73.334663391113 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.55677634477615 + ] + }, + "symbol": "CaCl+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.62186002731323, + 740.23999023438, + 2.8406000137329, + -30850, + 23.960899353027, + 32720, + -3800, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaCl2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 110.98399353027 + ] + }, + "name": "CaCl2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -854708 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 67.730003356934 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -795990 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 129.5203704834 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.2651734352112 + ] + }, + "symbol": "CaCl2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.039070002734661, + -873.25, + 9.1752996444702, + -24179, + -11.530900001526, + -90641, + -3799.9997558594, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaCO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 100.08699798584 + ] + }, + "name": "CaCO3 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1198943 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 20.110000610352 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1099084 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -123.86251068115 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -1.5648444890976 + ] + }, + "symbol": "CaCO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.37000000476837003, + 125.79000091553, + 5.2519998550415, + -28310, + 43.111999511719, + 77338, + 31130, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaHCO3+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 101.09494781494 + ] + }, + "name": "CaHCO3+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1231310 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 66.269996643066 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1145214 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 234.26979064941 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.3280909061432 + ] + }, + "symbol": "CaHCO3+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.1064700037241, + -517.86999511719, + 7.7785000801086, + -25649, + 30.804800033569, + 36619, + 58310.00390625, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaHSiO3+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 117.1696472168 + ] + }, + "name": "CaHSiO3+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1687209 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -8.3260002136231 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1574975 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 137.79571533203 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.67365503311157 + ] + }, + "symbol": "CaHSiO3+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.31272000074387, + -1058.5899658203, + 42.325698852539, + -23414, + 61.910999298096, + -511046, + 9350, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CaSiO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 116.16169738769 + ] + }, + "name": "CaSiO3@", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1631029 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -20.540000915527 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1515154 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -179.0348815918 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.5671590566635 + ] + }, + "symbol": "CaSiO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.28523999452591, + -398.44000244141, + 6.4141998291016, + -26143, + -7.9871997833252, + -188139, + 339140, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "CO3-2", + "formula_charge": -2, + "mass_per_mole": { + "values": [ + 60.009002685547 + ] + }, + "name": "CO3-2 carbonate ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -675235 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -49.999000549316 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -527983 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -322.65048217773 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.60577243566513 + ] + }, + "symbol": "CO3-2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.29936000704765, + 497.86999511719, + 23.59049987793, + -29848, + 12.994000434876, + -47579, + 127920, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "HCO3-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 61.016952514648 + ] + }, + "name": "HCO3- bicarbonate ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -690463 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 96.625 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -586855 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -34.845699310303 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.420910358429 + ] + }, + "symbol": "HCO3-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.30899998545647, + -52.009998321533, + 5.9467000961304, + -27575, + 15, + -49202, + 155830, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "HSiO3-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 77.091651916504 + ] + }, + "name": "HSiO3-", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1145615 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 19.700000762939 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1015175 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -38.471027374268 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.49901011586189 + ] + }, + "symbol": "HSiO3-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.35589998960495, + -147.30000305176, + 5.4349999427795, + -27119.998046875, + 7.4000000953674, + -17910, + 19270, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "K+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 39.098300933838 + ] + }, + "name": "K+ ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -246548 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 101.04000091553 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -276870 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 8.388801574707 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.90092301368713 + ] + }, + "symbol": "K+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.6007000207901, + 688.58001708984, + 3.0436000823975, + -30637, + 1.3940000534058, + 12129, + -5000, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "KAlO2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 98.078598022461 + ] + }, + "name": "KAlO2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1144483 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 149.36999511719 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1100134 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 18.050792694092 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.1138617992401 + ] + }, + "symbol": "KAlO2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.58341002464294, + 705.5, + 2.9770998954773, + -30707, + -5.708399772644, + 76228, + 19960, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "KCl@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 74.551300048828 + ] + }, + "name": "KCl (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -400750 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 182.16000366211 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -402521 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 33.319179534912 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.9938843250275 + ] + }, + "symbol": "KCl@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.37562000751495, + 139, + 5.2037000656128, + -28365, + 13.498999595642, + -10192, + 16650, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "KOH@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 56.105651855469 + ] + }, + "name": "KOH (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -473961 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 90.620399475098 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -431633 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 41.467758178711 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.4089053869247 + ] + }, + "symbol": "KOH@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.082169994711876, + -859.90002441406, + 8.3900003433228, + -23900.001953125, + 20.799999237061, + -58920.00390625, + 153720, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Mg+2", + "formula_charge": 2, + "mass_per_mole": { + "values": [ + 24.305000305176 + ] + }, + "name": "Mg+2 ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -467949 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -138.07000732422 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -456005 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -21.662094116211 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -2.2013738155365 + ] + }, + "symbol": "Mg+2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.22809000313282, + -235.85000610352, + 6.6770000457764, + -26815, + 28.547100067139, + 20579, + 83890, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgCl+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 59.757999420166 + ] + }, + "name": "MgCl+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -639421 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -79.496002197266 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -592204 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 104.96143341065 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.12542639672756 + ] + }, + "symbol": "MgCl+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.56164997816086, + 593.22998046875, + 3.4184000492096, + -30242, + 29.739500045776, + 52804, + -3800, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgCl2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 95.210998535156 + ] + }, + "name": "MgCl2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -776267 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -11.569999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -696566 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 170.77406311035 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.8251762390137 + ] + }, + "symbol": "MgCl2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + -0.073550000786781, + -957.45001220703, + 9.506199836731, + -23831, + -9.8914003372192, + -86160, + 0, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgCO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 84.314002990723 + ] + }, + "name": "MgCO3 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1134768.0285632 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -102.56999969482 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1000992 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -114.64141845703 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -1.8273859024048 + ] + }, + "symbol": "MgCO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.33000001311302, + 16.079999923706, + 5.6868000030518, + -27875, + 47.520401000977, + 93524, + 62040, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgHCO3+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 85.321952819824 + ] + }, + "name": "MgHCO3+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1157751 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -19.114999771118 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1048857 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 254.69435119629 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.93435996770859 + ] + }, + "symbol": "MgHCO3+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.062890000641346, + -624.28002929688, + 8.1967000961304, + -25209, + 36.788200378418, + 46702, + 91770, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgHSiO3+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 101.39665222168 + ] + }, + "name": "MgHSiO3+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1614184 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -99.496002197266 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1477428 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 158.64910888672 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -1.085009932518 + ] + }, + "symbol": "MgHSiO3+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.22936999797821, + -218.08999633789, + 6.6072001457214, + -26888, + 31.541500091553, + 32394, + 79500, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgOH+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 41.312351226807 + ] + }, + "name": "MgOH+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -686908 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -67.359001159668 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -626503 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 129.20881652832 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.16569927334786 + ] + }, + "symbol": "MgOH+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.084260001778603, + -1106.9000244141, + 52.960399627685, + -23216, + 68.719398498535, + -539981, + -4450, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "MgSiO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 100.38870239258 + ] + }, + "name": "MgSiO3@", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1555838 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -102 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1418335 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -169.88975524902 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.2107073068619 + ] + }, + "symbol": "MgSiO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.18389999866486, + -228.50001525879, + 3.2560000419617, + -27260, + 18.180000305176, + -29810, + 33060, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "Na+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 22.989799499512 + ] + }, + "name": "Na+ ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -234541 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 58.408641815185 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -256142 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 38.118228912354 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.12079636752605 + ] + }, + "symbol": "Na+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.91269999742508, + 1434.1099853516, + 0.11209999769926, + -33719, + 60.715698242188, + -140523, + 0, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaAl(OH)4@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 118.0007019043 + ] + }, + "name": "NaAl(OH)4 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1725188 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 204.17999267578 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1562083 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 134.55763244629 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.3591432571411 + ] + }, + "symbol": "NaAl(OH)4@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.50827997922897, + 462.89999389648, + 3.9305999279022, + -29704, + 13.633899688721, + -7212, + 8890, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaCl@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 58.442798614502 + ] + }, + "name": "NaCl (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -398571 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 110.83000183106 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -383064 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 47.523761749268 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.3998878002167 + ] + }, + "symbol": "NaCl@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.20000000298023, + -233.5, + 6.6714000701904, + -26825, + 7.7692999839783, + -71095, + 142650, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaCO3-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 82.9988 + ] + }, + "name": "NaCO3-", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -901340 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 56.090000152588 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -789833 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -82.314514160156 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.15198731422424 + ] + }, + "symbol": "NaCO3-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.61191999912262, + 715.96997070312, + 2.9358999729156, + -30750, + 34.438098907471, + 67919, + 0, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaHCO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 84.00675201416 + ] + }, + "name": "NaHCO3@", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -922991 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 158.66000366211 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -842065 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 201.83576965332 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.1819727420807 + ] + }, + "symbol": "NaHCO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.34927999973297, + 75, + 5.4482998847961, + -28100, + 20.239500045776, + 19785, + -3799.9997558594, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaHSiO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 100.08145141602 + ] + }, + "name": "NaHSiO3 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1402640 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 41.840000152588 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1282987 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 102.95231628418 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.2731766700745 + ] + }, + "symbol": "NaHSiO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.17791999876499, + -343.7200012207, + 7.1009998321533, + -26369, + 22.822200775146, + 26543, + 11890, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "NaOH@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 39.997150421143 + ] + }, + "name": "NaOH (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -464283 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 42.39879989624 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -411567 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 113.52360534668 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.022637413814664 + ] + }, + "symbol": "NaOH@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.18999999761581, + 170, + 20, + -27000, + 29.10000038147, + -512000, + 12910, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "" + ], + "formula": "SiO2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "SiO2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -878357 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 75.311996459961 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -834041 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -318.48419189453 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.6063253879547 + ] + }, + "symbol": "SiO2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 1773.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 41.621299743652, + 0.06691700220108, + 1184870, + -651.51800537109, + -1.6371999663534e-05, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_akinfiev_diamond_coeffs": { + "values": [ + -0.11309999972582, + -11.846199989319, + 14.861499786377, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "4": "solute_aknifiev_diamond03" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Akinfiev and Diamond (2003)" + ], + "formula": "C|-4|H4@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 16.042600631714 + ] + }, + "name": "CH4 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -86797 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 90.462997436523 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -34132 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 248.45945739746 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.7164902687073 + ] + }, + "symbol": "CH4@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 1773.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 65.68229675293, + 0.011197299696505, + 280403, + -599.12902832031, + -3.9157198443718e-06, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_akinfiev_diamond_coeffs": { + "values": [ + -0.08500000089407, + -8.8320999145508, + 11.268400192261, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "4": "solute_aknifiev_diamond03" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Akinfiev and Diamond (2003)" + ], + "formula": "CO2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 44.009601593018 + ] + }, + "name": "CO2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -413337 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 119.29000091553 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -386030 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 209.74876403809 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.2702753543854 + ] + }, + "symbol": "CO2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 1773.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 6.535059928894, + 0.012237300164998, + -530498, + 427.18701171875, + -1.5123899856917e-06, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_akinfiev_diamond_coeffs": { + "values": [ + 0.30899998545647, + -8.4596004486084, + 10.830100059509, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "4": "solute_aknifiev_diamond03" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Akinfiev and Diamond (2003)" + ], + "formula": "H|0|2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 2.0158998966217 + ] + }, + "name": "H2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4477 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 56.342998504639 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 17711 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 180.28700256348 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.5544650554657 + ] + }, + "symbol": "H2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 1773.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 49.987899780273, + -0.00086760002886876, + 572421, + -462.03500366211, + -2.2271200350588e-07, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_akinfiev_diamond_coeffs": { + "values": [ + 0.026000000536442, + -9.753999710083, + 12.941100120544, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "4": "solute_aknifiev_diamond03" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Akinfiev and Diamond (2003)" + ], + "formula": "O|0|2@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 31.99880027771 + ] + }, + "name": "O2 (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -11033 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 112.67600250244 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 16550 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 219.49722290039 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.3215048313141 + ] + }, + "symbol": "O2@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.34128001332283, + 55.400001525879, + 5.5265998840332, + -28018, + 2.739000082016, + -85569, + 135256, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "estimated" + ], + "formula": "KCO3-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 99.107299804688 + ] + }, + "name": "KCO3- ", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -920210 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 76.324600219727 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -810746 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -112.84912872315 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.82874417304993 + ] + }, + "symbol": "KCO3-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.76622998714447, + 1092.9799804688, + 1.4496999979019, + -32307, + 24.719299316406, + 35355, + -3800, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "estimated" + ], + "formula": "KHCO3@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 100.11524963379 + ] + }, + "name": "KHCO3@ ", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -932269 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 208.73484802246 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -862284 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 134.93388366699 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.3202714920044 + ] + }, + "symbol": "KHCO3@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.39384999871254, + -110.19000244141, + 6.1831002235413, + -27334, + -9.5888004302978, + -26253, + 41900, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "GF2 global R01" + ], + "formula": "CaOH+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 57.085350036621 + ] + }, + "name": "CaOH+", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -748858 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 36.470001220703 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -716750 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -78.411727905273 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.0962990522385 + ] + }, + "symbol": "CaOH+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.40320000052452, + 480.10000610352, + 5.563000202179, + -28469.998046875, + -4.4000000953674, + -57140.00390625, + 145600, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Shock and Helgeson (1988)" + ], + "formula": "Cl-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 35.45299911499 + ] + }, + "name": "Cl- ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -167080 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 56.735042572021 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -131290 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -122.49036407471 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.734099984169 + ] + }, + "symbol": "Cl-" + }, + { + "Pst": 100000, + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Shock and Helgeson (1988)" + ], + "formula": "H+", + "formula_charge": 1, + "mass_per_mole": { + "values": [ + 1.0079499483109 + ] + }, + "name": "H+", + "sm_enthalpy": { + "values": [ + 0 + ] + }, + "sm_entropy_abs": { + "values": [ + 0 + ] + }, + "sm_gibbs_energy": { + "values": [ + 0 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "values": [ + 0 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "values": [ + 0 + ] + }, + "symbol": "H+" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.12526999413967, + 7.3799996376038, + 1.8423000574112, + -27821, + 4.1500000953674, + -103460, + 172460, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Shock and Helgeson (1988)" + ], + "formula": "OH-", + "formula_charge": -1, + "mass_per_mole": { + "values": [ + 17.007350921631 + ] + }, + "name": "OH- hydroxyl ion", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -230024 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + -10.711039543152 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -157297 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + -136.33999633789 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + -0.47077998518944 + ] + }, + "symbol": "OH-" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 0.62373000383377, + 744.97998046875, + 2.8183999061584, + -30869, + 40.252201080322, + 100022, + -37150, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Shock and McKinnon (1993)" + ], + "formula": "C|2|O@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 28.010200500488 + ] + }, + "name": "CO (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -120959 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 102.62999725342 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -120005 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 267.61999511719 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.3714001178741 + ] + }, + "symbol": "CO@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "eos_hkf_coeffs": { + "names": [ + "a1", + "a2", + "a3", + "a4", + "c1", + "c2", + "wref" + ], + "units": [ + "cal/(mol*bar)", + "cal/mol", + "(cal*K)/mol", + "cal/(mol*K)", + "(cal*K)/mol", + "cal/mol" + ], + "values": [ + 1.6157300472259, + -1143.1099853516, + -46.186599731445, + -23036, + 46.471599578857, + -52811, + 0, + 0 + ] + }, + "method": { + "3": "solute_hkf88_reaktoro" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "4": "AS_AQUEOUS" + }, + "class_": { + "2": "SC_AQSOLUTE" + }, + "datasources": [ + "Tagirov et al. (1997)" + ], + "formula": "HCl@", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 36.460948944092 + ] + }, + "name": "HCl (aq)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -179452 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 1.7599999904633 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -127240 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 149.53569030762 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.6384202241898 + ] + }, + "symbol": "HCl@" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 139.5, + 0.0058900001458824, + -2460600, + -589.20001220703, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2O3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 2520 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.1899998905137e-05 + ] + }, + "mass_per_mole": { + "values": [ + 101.96120452881 + ] + }, + "name": "Corundum (cor)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1675250 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 50.900001525879 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1581808 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 79.452911376953 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.558000087738 + ] + }, + "symbol": "Corundum" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 436.70001220703, + -0.034295000135899, + -4055900, + -2699.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2Si2O5(OH)4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 645 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.099999907543e-05 + ] + }, + "mass_per_mole": { + "values": [ + 258.16040039062 + ] + }, + "name": "Kaolinite (kao)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4122180 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 203.69999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3801669 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 224.53308105469 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.9340000152588 + ] + }, + "symbol": "Kaolinite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 784.5, + -0.042948000133038, + 1251000, + -8495.900390625, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2Si4O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 525 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.5000003562309e-05 + ] + }, + "mass_per_mole": { + "values": [ + 360.31372070312 + ] + }, + "name": "Pyrophyllite (prl)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5640640 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 239.39999389648 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5266775 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 293.73760986328 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 12.810000419617 + ] + }, + "symbol": "Pyrophyllite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 387.70001220703, + -0.0071200001984835, + -857200, + -3744.1999511719, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2SiO4(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1315 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.0399998397334e-05 + ] + }, + "mass_per_mole": { + "values": [ + 180.06080627441 + ] + }, + "name": "Topaz-OH (tpz)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2904980 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 100.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2690013 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 159.09306335449 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.3390002250671 + ] + }, + "symbol": "Topaz-OH" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 280.20001220703, + -0.0068999999202788, + -1375700, + -2399.3999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 1926.8499755859, + 4, + 0.035000000149012 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2SiO5", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1320 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.2099999114289e-05 + ] + }, + "mass_per_mole": { + "values": [ + 162.04550170898 + ] + }, + "name": "Sillimanite (sill)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2585680 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 95.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2438765 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 123.99992370606 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.9860000610352 + ] + }, + "symbol": "Sillimanite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 277.29998779297, + -0.0065879998728633, + -1914100, + -2265.6000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2SiO5", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1334 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.11000000895e-05 + ] + }, + "mass_per_mole": { + "values": [ + 162.04550170898 + ] + }, + "name": "Andalusite (and)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2588800 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 92.699996948242 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2441050 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 122.59357452393 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.1529998779297 + ] + }, + "symbol": "Andalusite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 279.39999389648, + -0.0071240002289414, + -2055600, + -2289.3999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Al2SiO5", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1590 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.0399998397334e-05 + ] + }, + "mass_per_mole": { + "values": [ + 162.04550170898 + ] + }, + "name": "Kyanite (ky)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2593110 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 83.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2442617 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 121.56364440918 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.4140000343323 + ] + }, + "symbol": "Kyanite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 145.10000610352, + 0.0087090004235506, + 584400, + -1741.0999755859, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "AlO(OH)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 2300 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.970000297064e-05 + ] + }, + "mass_per_mole": { + "values": [ + 59.988250732422 + ] + }, + "name": "Diaspore (dsp)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -999470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 35 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -920825 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 53.436920166016 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.7760000228882 + ] + }, + "symbol": "Diaspore" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 51, + -0.004428000189364, + 488600, + -805.5, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "C|0|", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 390 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.840000110562e-05 + ] + }, + "mass_per_mole": { + "values": [ + 12.010800361633 + ] + }, + "name": "Graphite (gph)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 5.8499999046326 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 8.5266380310059 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.52979999780655 + ] + }, + "symbol": "Graphite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 24.299999237061, + 0.0062719997949898, + -377400, + -273.39999389648, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "C|0|", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 5800 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 1.6500000128872e-05 + ] + }, + "mass_per_mole": { + "values": [ + 12.010800361633 + ] + }, + "name": "Diamond (diam)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + 2070 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 2.2999999523163 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 3096 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 6.0908107757568 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 0.34169998764992 + ] + }, + "symbol": "Diamond" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 163.64999389648, + 0.00062850001268089, + -475350, + -1372.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 966.84997558594, + 5, + 0.019999999552965 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca0.5Mg0.5(CO3)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1110 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.4399999498855e-05 + ] + }, + "mass_per_mole": { + "values": [ + 92.200500488281 + ] + }, + "name": "Dolomite-od (odo)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1166165 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 78.800003051758 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1085135 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 79.704475402832 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.2460000514984 + ] + }, + "symbol": "Dolomite-od" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 307.79998779297, + 0.0050920001231134, + -2492600, + -2037.5999755859, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca0.5Na0.5Mg0.5Al0.5Si2O6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1253.5 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.1800001529045e-05 + ] + }, + "mass_per_mole": { + "values": [ + 209.34455871582 + ] + }, + "name": "Omphacite-Mg (om)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3118805 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 138.10000610352 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2942341 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 163.27255249023 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.3295001983643 + ] + }, + "symbol": "Omphacite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 4488, + -0.057952001690865, + -22269000, + -33478, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca19Mg2Al11Si18O69(OH)9", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1670 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 2869.4521484375 + ] + }, + "name": "Vesuvianite (vsv)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -42352670 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 1890 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -39906686 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 2281.3676757812 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 85.199996948242 + ] + }, + "symbol": "Vesuvianite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 724.90002441406, + -0.013864999637008, + -2059000, + -6323.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Al2Si3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 835 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.099999907543e-05 + ] + }, + "mass_per_mole": { + "values": [ + 412.38421630859 + ] + }, + "name": "Prehnite (pre)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6203180 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 292.79998779297 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5826045 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 331.36209106445 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.026000022888 + ] + }, + "symbol": "Prehnite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 405.70001220703, + -0.0070989998057485, + -1188300, + -3174.3999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 426.85000610352, + 11, + 0.097000002861023 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Al2SiO7", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1080 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.1700001020217e-05 + ] + }, + "mass_per_mole": { + "values": [ + 274.20028686523 + ] + }, + "name": "Gehlenite (geh)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3986880 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 202 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3785756 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 209.46574401856 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.0240001678467 + ] + }, + "symbol": "Gehlenite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 567, + 0.018062999472022, + -7034000, + -2603, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Al3Si3O12(OH)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1120 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.600000102073e-05 + ] + }, + "mass_per_mole": { + "values": [ + 454.3571472168 + ] + }, + "name": "Clinozoisite (cz)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6898150 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 301 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6503922 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 342.50720214844 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.630000114441 + ] + }, + "symbol": "Clinozoisite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 595.70001220703, + 0.062297001481056, + -5921300, + -3394.6999511719, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Al3Si3O12(OH)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1120 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.7000000854023e-05 + ] + }, + "mass_per_mole": { + "values": [ + 454.3571472168 + ] + }, + "name": "Zoisite (zo)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6898610 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 297 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6503190 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 351.06240844727 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.574999809265 + ] + }, + "symbol": "Zoisite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1244.8000488281, + 0.024348000064492, + -11965000, + -8112.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Mg3Al4Si6O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 760 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.339999916032e-05 + ] + }, + "mass_per_mole": { + "values": [ + 815.51153564453 + ] + }, + "name": "Tschermakite-Mg (ts)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12541200 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 545 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11809365 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 647.65692138672 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 26.799999237061 + ] + }, + "symbol": "Tschermakite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1260.1999511719, + 0.0038300000596792, + -11455000, + -8237.599609375, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2Mg5Si8O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 762 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.339999916032e-05 + ] + }, + "mass_per_mole": { + "values": [ + 812.36651611328 + ] + }, + "name": "Tremolite-Mg (tr)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12310380 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 550 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11583089 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 655.40838623047 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 27.270000457764 + ] + }, + "symbol": "Tremolite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 385.39999389648, + 0.0032089999876916, + -247500, + -2889.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2MgSi2O7", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1420 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.080000119051e-05 + ] + }, + "mass_per_mole": { + "values": [ + 272.62780761719 + ] + }, + "name": "Akermanite (ak)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3866360 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 212.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3669893 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 216.20722961426 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.253999710083 + ] + }, + "symbol": "Akermanite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 247.5, + -0.0032059999648482, + 0, + -2051.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 1436.8499755859, + 10.029999732971, + 0.050000000745058 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca2SiO4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1200 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.0499998906162e-05 + ] + }, + "mass_per_mole": { + "values": [ + 172.23910522461 + ] + }, + "name": "Larnite (lrn)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2307200 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 127.59999847412 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2192512 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 128.67297363281 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.1599998474121 + ] + }, + "symbol": "Larnite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 626, + 0, + -5779200, + -4002.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca3Al2Si3O12", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1680 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.9300000935327e-05 + ] + }, + "mass_per_mole": { + "values": [ + 450.4462890625 + ] + }, + "name": "Grossular (gr)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6644150 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 255 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6282307 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 329.16387939453 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 12.534999847412 + ] + }, + "symbol": "Grossular" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 417.5, + 0.0081169996410608, + -2923000, + -2320.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca3MgSi2O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1200 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.1500002630055e-05 + ] + }, + "mass_per_mole": { + "values": [ + 328.70520019531 + ] + }, + "name": "Merwinite (merw)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4546420 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 253.10000610352 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -4319077 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 252.66044616699 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.8470001220703 + ] + }, + "symbol": "Merwinite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 372.29998779297, + -0.0028929999098182, + -2462400, + -2181.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca3Si2O7", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 950 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.5000000176951e-05 + ] + }, + "mass_per_mole": { + "values": [ + 288.40078735352 + ] + }, + "name": "Rankinite (rnk)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3944430 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 210 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3744558 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 217.4093170166 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.6510000228882 + ] + }, + "symbol": "Rankinite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1359, + 0.036442000418901, + -8594700, + -9598.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca4Al6Si6O24(CO3)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 870 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.1600000511389e-05 + ] + }, + "mass_per_mole": { + "values": [ + 934.70861816406 + ] + }, + "name": "Meionite-Ca (me)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -13843570 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 752 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -13106507 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 717.31079101562 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 33.985000610352 + ] + }, + "symbol": "Meionite-Ca" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1720.8000488281, + -0.024927999824286, + -5998700, + -14620, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca4MgAl5Si6O21(OH)7", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1615 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 943.07635498047 + ] + }, + "name": "Pumpellyite-Mg (pump)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -14389500 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 629 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -13449224 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 799.18505859375 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 29.549999237061 + ] + }, + "symbol": "Pumpellyite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 741.70001220703, + -0.0053449999541044, + -1434600, + -5878.5, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca5Si2O7(CO3)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 950 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.5000000176951e-05 + ] + }, + "mass_per_mole": { + "values": [ + 488.57479858398 + ] + }, + "name": "Tilleyite (ty)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6368160 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 390 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6010247 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 383.52127075195 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 17.038999557495 + ] + }, + "symbol": "Tilleyite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 614.09997558594, + -0.0035079999361187, + -2493100, + -4168, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Ca5Si2O8(CO3)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 950 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.5000000176951e-05 + ] + }, + "mass_per_mole": { + "values": [ + 444.56518554688 + ] + }, + "name": "Spurrite (spu)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5849520 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 330 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5536591 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 343.62310791016 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.696999549866 + ] + }, + "symbol": "Spurrite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 687.79998779297, + 0.0015660000499338, + 375900, + -7179.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si2O7(OH)2(H2O)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1014 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.81999993301e-05 + ] + }, + "mass_per_mole": { + "values": [ + 314.23779296875 + ] + }, + "name": "Lawsonite (law)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4869140 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 230 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -4513489 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 276.72027587891 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.131999969482 + ] + }, + "symbol": "Lawsonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 371.60000610352, + 0.012614999897778, + -4110200, + -2038.4000244141, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 2026.8499755859, + 11, + 0.050000000745058 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si2O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 919 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.3799999326002e-05 + ] + }, + "mass_per_mole": { + "values": [ + 278.20721435547 + ] + }, + "name": "Anorthite (an)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4233480 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 200 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -4007971 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 211.83636474609 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.079000473023 + ] + }, + "symbol": "Anorthite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 838.29998779297, + -0.021460000425577, + -2272000, + -7292.2998046875, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si4O12(H2O)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1000 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.3799999326002e-05 + ] + }, + "mass_per_mole": { + "values": [ + 434.40640258789 + ] + }, + "name": "Wairakite (wrk)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6666420 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 375 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6220460 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 384.01766967773 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 19.040000915527 + ] + }, + "symbol": "Wairakite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1013.4000244141, + -0.021413000300527, + -2235800, + -8806.7001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si4O12(H2O)4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1000 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.3799999326002e-05 + ] + }, + "mass_per_mole": { + "values": [ + 470.43701171875 + ] + }, + "name": "Laumontite (lmt)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -7268470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 457 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -6707872 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 471.83416748047 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 20.370000839233 + ] + }, + "symbol": "Laumontite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1504.8000488281, + -0.033224001526833, + -2959300, + -13297, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si7O18(H2O)6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1000 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.3799999326002e-05 + ] + }, + "mass_per_mole": { + "values": [ + 686.72052001953 + ] + }, + "name": "Heulandite (heu)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -10599140 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 669 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -9762353 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 691.52313232422 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 31.799999237061 + ] + }, + "symbol": "Heulandite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1588.4000244141, + -0.032042998820543, + -3071600, + -13967, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2Si7O18(H2O)7", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1000 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.3799999326002e-05 + ] + }, + "mass_per_mole": { + "values": [ + 704.73577880859 + ] + }, + "name": "Stilbite (stlb)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -10898830 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 710 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -10004724 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 735.40960693359 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 32.869998931885 + ] + }, + "symbol": "Stilbite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 347.60000610352, + -0.00697400001809, + -1781600, + -2757.5, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl2SiO6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1140 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.4299998990027e-05 + ] + }, + "mass_per_mole": { + "values": [ + 218.12289428711 + ] + }, + "name": "Tschermak-Ca (cats)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3307030 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 138 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3129806 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 165.78123474121 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.3559999465942 + ] + }, + "symbol": "Tschermak-Ca" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 744.40002441406, + -0.016799999400973, + -2074400, + -6783.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaAl4Si2O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1300 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.8699999751989e-05 + ] + }, + "mass_per_mole": { + "values": [ + 398.18371582031 + ] + }, + "name": "Margarite (ma)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6241230 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 267 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5857535 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 323.21392822266 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 12.96399974823 + ] + }, + "symbol": "Margarite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 192.30000305176, + -0.0030519999563694, + 1149700, + -2118.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 966.84997558594, + 9, + 0.03999999910593 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaCO3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 650 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0.00011500000255182 + ] + }, + "mass_per_mole": { + "values": [ + 100.08699798584 + ] + }, + "name": "Aragonite (arag)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1207580 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 89.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1128410 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 82.886047363281 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.414999961853 + ] + }, + "symbol": "Aragonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 140.89999389648, + 0.005028999876231, + -950700, + -858.40002441406, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 966.84997558594, + 10, + 0.03999999910593 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaCO3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 760 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.4000000343658e-05 + ] + }, + "mass_per_mole": { + "values": [ + 100.08699798584 + ] + }, + "name": "Calcite (cc)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1207470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 92.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1129195 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 83.370727539062 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.6889998912811 + ] + }, + "symbol": "Calcite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 358.89999389648, + -0.0049049998633564, + 0, + -3456.1999511719, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 1099.8499755859, + 13, + 0.014999999664724 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaMg(CO3)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 900 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.3500003307127e-05 + ] + }, + "mass_per_mole": { + "values": [ + 184.40100097656 + ] + }, + "name": "Dolomite (dol)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2324430 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 156 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2161892 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 158.87094116211 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.4340000152588 + ] + }, + "symbol": "Dolomite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 729.20001220703, + -0.01570799946785, + -2273200, + -6420.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaMgAl2Si3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1510 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.8699999751989e-05 + ] + }, + "mass_per_mole": { + "values": [ + 396.61120605469 + ] + }, + "name": "Cceladonite-Mg (ccel)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6099470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 265 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5716706 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 327.08529663086 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 12.838000297546 + ] + }, + "symbol": "Cceladonite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 314.5, + 4.0999999328051e-05, + -2745900, + -2020.0999755859, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaMgSi2O6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1223 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.7000001106644e-05 + ] + }, + "mass_per_mole": { + "values": [ + 216.55039978027 + ] + }, + "name": "Diopside (di)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3202760 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 142.69999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3028463 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 166.63061523438 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.6189999580383 + ] + }, + "symbol": "Diopside" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 250.69999694824, + -0.010432999581099, + -797200, + -1996.0999755859, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaMgSiO4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1120 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.6299999414477e-05 + ] + }, + "mass_per_mole": { + "values": [ + 156.4660949707 + ] + }, + "name": "Monticellite (mont)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2253050 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 108.09999847412 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2135207 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 123.01947784424 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.1479997634888 + ] + }, + "symbol": "Monticellite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 52.400001525879, + 0.0036730000283569, + -750700, + -51, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaO", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1160 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.6499997046776e-05 + ] + }, + "mass_per_mole": { + "values": [ + 56.07740020752 + ] + }, + "name": "Lime (lime)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -634950 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 38.099998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -603329 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 42.09655380249 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.6763999462128 + ] + }, + "symbol": "Lime" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 159.30000305176, + 0, + -967300, + -1075.4000244141, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaSiO3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 795 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.600000102073e-05 + ] + }, + "mass_per_mole": { + "values": [ + 116.16169738769 + ] + }, + "name": "Wollastonite (wo)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1634060 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 82.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1548906 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 86.137855529785 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.9930000305176 + ] + }, + "symbol": "Wollastonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 157.80000305176, + 0, + -967300, + -1075.4000244141, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "CaSiO3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1050 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.3899999329587e-05 + ] + }, + "mass_per_mole": { + "values": [ + 116.16169738769 + ] + }, + "name": "Pseudowollastonite (pswo)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1627690 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 88.199996948242 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1544236 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 84.637855529785 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.0079998970032 + ] + }, + "symbol": "Pseudowoll" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 756.40002441406, + -0.019840000197291, + -2170000, + -6979.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KAl3Si3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 490 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.9599999076454e-05 + ] + }, + "mass_per_mole": { + "values": [ + 398.30801391602 + ] + }, + "name": "Muscovite (mu)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5984180 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 292 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5603884 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 321.88098144531 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.083000183106 + ] + }, + "symbol": "Muscovite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 369.79998779297, + -0.016332000494003, + 684700, + -3683.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 664.84997558594, + 18, + 0.48199999332428 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KAlSi2O6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 630 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.6699999327539e-05 + ] + }, + "mass_per_mole": { + "values": [ + 218.2472076416 + ] + }, + "name": "Leucite (lc)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3029160 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 200 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2866366 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 162.79405212402 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 8.8280000686646 + ] + }, + "symbol": "Leucite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 448.79998779297, + -0.010075000114739, + -1007300, + -3973.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KAlSi3O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 574 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.3500000427011e-05 + ] + }, + "mass_per_mole": { + "values": [ + 278.33151245117 + ] + }, + "name": "Microcline (mic)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3975110 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 216 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3750316 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 204.36697387695 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.892000198364 + ] + }, + "symbol": "Microcline" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 448.79998779297, + -0.010075000114739, + -1007300, + -3973.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KAlSi3O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 574 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.3500000427011e-05 + ] + }, + "mass_per_mole": { + "values": [ + 278.33151245117 + ] + }, + "name": "Sanidine (san)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3964960 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 230 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3744340 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 204.36697387695 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.89999961853 + ] + }, + "symbol": "Sanidine" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 242, + -0.0044820001348853, + -895800, + -1935.8000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KAlSiO4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 590 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.7599998399382e-05 + ] + }, + "mass_per_mole": { + "values": [ + 158.16290283203 + ] + }, + "name": "Kalsilite (kals)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2121920 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 134 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2006218 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 118.47678375244 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.039999961853 + ] + }, + "symbol": "Kalsilite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 46.20000076294, + 0.017969999462366, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KCl", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 170 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0.00024699998903088 + ] + }, + "mass_per_mole": { + "values": [ + 74.551300048828 + ] + }, + "name": "Sylvite (syv)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -436500 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 82.599998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -408587 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 51.557754516602 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.7520000934601 + ] + }, + "symbol": "Sylvite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 785.5, + -0.038031000643969, + -2130300, + -6893.7001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KMg2Al3Si2O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 513 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.7900000683731e-05 + ] + }, + "mass_per_mole": { + "values": [ + 418.83251953125 + ] + }, + "name": "Eastonite (east)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6338170 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 318 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5951753 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 350.95553588867 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.737999916077 + ] + }, + "symbol": "Eastonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1625.8000488281, + -0.035548001527786, + -8063500, + -13490.900390625, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KMg2Al5Si10O30", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 810 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.600000117236e-06 + ] + }, + "mass_per_mole": { + "values": [ + 983.45281982422 + ] + }, + "name": "Osumilite1-Mg (osm1)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -14968190 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 701 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -14122729 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 743.18139648438 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 37.893001556396 + ] + }, + "symbol": "Osumilite1-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1610.5999755859, + -0.034457001835108, + -8262100, + -13128.799804688, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KMg3Al3Si11O30", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 810 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.600000117236e-06 + ] + }, + "mass_per_mole": { + "values": [ + 981.88031005859 + ] + }, + "name": "Osumilite2-Mg (osm2)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -14810340 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 724 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -13973263 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 747.04309082031 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 38.439998626709 + ] + }, + "symbol": "Osumilite2-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 770.29998779297, + -0.0369389988482, + -2328900, + -6531.6000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KMg3AlSi3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 513 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.7900000683731e-05 + ] + }, + "mass_per_mole": { + "values": [ + 417.26000976562 + ] + }, + "name": "Phlogopite (phl)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6219160 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 328 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5837251 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 354.81759643555 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.96399974823 + ] + }, + "symbol": "Phlogopite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 741.20001220703, + -0.018748000264168, + -2368800, + -6616.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "KMgAlSi4O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 700 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.9599999076454e-05 + ] + }, + "mass_per_mole": { + "values": [ + 396.73550415039 + ] + }, + "name": "Celadonite-Mg (cel)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5842420 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 290 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5463055 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 325.75238037109 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.956999778748 + ] + }, + "symbol": "Celadonite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 158.39999389648, + -0.0040759998373687, + -1052300, + -1171.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 485 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0.0001300000003539 + ] + }, + "mass_per_mole": { + "values": [ + 58.319702148438 + ] + }, + "name": "Brucite (br)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -924920 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 64.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -834286 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 77.51244354248 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.4630000591278 + ] + }, + "symbol": "Brucite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 549.5, + 0.036324001848698, + -8606600, + -2515.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2Al2Si3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 480 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.7000001611886e-05 + ] + }, + "mass_per_mole": { + "values": [ + 380.83819580078 + ] + }, + "name": "Ttalc-Mg (tats)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5987990 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 259 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5606096 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 317.83993530273 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.510000228882 + ] + }, + "symbol": "Ttalc-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1436.0999755859, + -0.048748999834061, + -2748500, + -13764, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2Al4Si3O10(OH)8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 870 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.9800001104595e-05 + ] + }, + "mass_per_mole": { + "values": [ + 536.84533691406 + ] + }, + "name": "Sudoite-Mg (sud)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -8626160 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 404 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -7970250 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 593.51989746094 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 20.299999237061 + ] + }, + "symbol": "Sudoite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 821.29998779297, + 0.043338999152183, + -8211100, + -5000, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 1526.8499755859, + 20, + 0.20000000298023 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2Al4Si5O18", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 810 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.600000117236e-06 + ] + }, + "mass_per_mole": { + "values": [ + 584.95269775391 + ] + }, + "name": "Cordierite-Mg (crd)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -9163370 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 407.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -8653136 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 454.09533691406 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 23.32200050354 + ] + }, + "symbol": "Cordierite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 869.70001220703, + 0.051995001733303, + -7723700, + -5251.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 1526.8499755859, + 20, + 0.20000000298023 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2Al4Si5O18(H2O)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 810 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.600000117236e-06 + ] + }, + "mass_per_mole": { + "values": [ + 602.96801757812 + ] + }, + "name": "Hcordierite-Mg (hcrd)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -9446980 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 487.29998779297 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -8890996 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 496.01113891602 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 23.32200050354 + ] + }, + "symbol": "Hcordierite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 356.20001220703, + -0.0029899999499321, + -596900, + -3185.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2Si2O6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1070 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.0499998906162e-05 + ] + }, + "mass_per_mole": { + "values": [ + 200.77740478516 + ] + }, + "name": "Enstatite (en)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3090470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 132.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2915792 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 164.12071228027 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.2620000839233 + ] + }, + "symbol": "Enstatite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 233.30000305176, + 0.0014939999673516, + -603800, + -1869.6999511719, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg2SiO4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1250 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.1300001107156e-05 + ] + }, + "mass_per_mole": { + "values": [ + 140.69309997559 + ] + }, + "name": "Forsterite (fo)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2172200 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 95.099998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2053140.953605 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 118.67147064209 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 4.3660001754761 + ] + }, + "symbol": "Forsterite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 633.5, + 0, + -5196100, + -4315.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg3Al2Si3O12", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1737 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.360000093584e-05 + ] + }, + "mass_per_mole": { + "values": [ + 403.12731933594 + ] + }, + "name": "Pyrope (py)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6284720 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 266.29998779297 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5934224 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 325.13690185547 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 11.317999839783 + ] + }, + "symbol": "Pyrope" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 624.70001220703, + -0.020770000293851, + -1721800, + -5619.3999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg3Si2O5(OH)4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 525 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.7000001359265e-05 + ] + }, + "mass_per_mole": { + "values": [ + 277.11239624023 + ] + }, + "name": "Chrysotile (chr)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4359030 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 221.30000305176 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -4031420 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 273.69696044922 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.746000289917 + ] + }, + "symbol": "Chrysotile" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 622.20001220703, + 0, + -6385500, + -3916.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg3Si4O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 480 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.7000001611886e-05 + ] + }, + "mass_per_mole": { + "values": [ + 379.26571655273 + ] + }, + "name": "Talc-Mg (ta)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5897100 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 260 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5517031 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 323.55871582031 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.625 + ] + }, + "symbol": "Talc-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 9621, + -0.091182999312878, + -35941600, + -83034.203125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg48Si34O85(OH)62", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 525 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.7000001359265e-05 + ] + }, + "mass_per_mole": { + "values": [ + 4535.9516601562 + ] + }, + "name": "Antigorite (atg)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -71424310 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 3591 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -66133512 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 4380.6591796875 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 175.47999572754 + ] + }, + "symbol": "Antigorite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 2820.5, + -0.059365998953581, + -13774000, + -24126, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg4Al18Si7.5O48H4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1200 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 1.200000042445e-05 + ] + }, + "mass_per_mole": { + "values": [ + 1565.53125 + ] + }, + "name": "Staurolite-Mg (mst)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -25101490 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 910 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -23594095 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 1250.6203613281 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 44.259998321533 + ] + }, + "symbol": "Staurolite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1177, + 0.0090410001575947, + -7458700, + -10053, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg4Al4Si2O10(OH)8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 870 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.9800001104595e-05 + ] + }, + "mass_per_mole": { + "values": [ + 557.36981201172 + ] + }, + "name": "Amesite-Mg (ames)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -9034440 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 410 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -8366446 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 513.58135986328 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 20.520000457764 + ] + }, + "symbol": "Amesite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1161.8000488281, + 0.010133000090718, + -7657300, + -9690.900390625, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg5Al2Si3O10(OH)8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 870 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.9800001104595e-05 + ] + }, + "mass_per_mole": { + "values": [ + 555.79730224609 + ] + }, + "name": "Clinochlore (clin)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -8912410 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 430.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -8252055 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 517.44342041016 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 21.090000152588 + ] + }, + "symbol": "Clinochlore" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1307.6999511719, + 0.023641999810934, + -9307400, + -9799, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg5Al4Si6O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 770 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.8000001697801e-05 + ] + }, + "mass_per_mole": { + "values": [ + 783.96551513672 + ] + }, + "name": "Gedrite-Mg (ged)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12319430 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 515 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11583970 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 642.54791259766 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 25.799999237061 + ] + }, + "symbol": "Gedrite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1146.5999755859, + 0.011225000023842, + -7855900, + -9328.7998046875, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg6Si4O10(OH)8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 870 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.9800001104595e-05 + ] + }, + "mass_per_mole": { + "values": [ + 554.22479248047 + ] + }, + "name": "Chlorite-Mg (afchl)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -8727380 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 428 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -8067806 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 521.30541992188 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 21.659999847412 + ] + }, + "symbol": "Chlorite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1277.3000488281, + 0.025824999436736, + -9704600, + -9074.7001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg7Si8O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 700 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 780.82049560547 + ] + }, + "name": "Anthophyllite-Mg (anth)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12069200 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 536 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11343054 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 650.27758789062 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 26.540000915527 + ] + }, + "symbol": "Anthophyll-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1277.3000488281, + 0.025824999436736, + -9704600, + -9074.7001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg7Si8O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 700 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 780.82049560547 + ] + }, + "name": "Cummingtonite (cumm)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12057480 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 540 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11332527 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 650.27758789062 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 26.329999923706 + ] + }, + "symbol": "Cummingtonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1070, + -0.016533000394702, + -7899600, + -7373.8999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Mg9Si4O16(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1290 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.0999998822808e-05 + ] + }, + "mass_per_mole": { + "values": [ + 621.09210205078 + ] + }, + "name": "Clinohumite (chum)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -9607320 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 445 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -9040480 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 549.15362548828 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 19.784999847412 + ] + }, + "symbol": "Clinohumite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 242.69999694824, + -0.0060370001010597, + -2315100, + -1678.0999755859, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgAl2O4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1945 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.3100000766572e-05 + ] + }, + "mass_per_mole": { + "values": [ + 142.26559448242 + ] + }, + "name": "Spinel (sp)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2300720 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 81.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2176080 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 117.67125701904 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.9779999256134 + ] + }, + "symbol": "Spinel" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 667.79998779297, + -0.012559000402689, + -1167100, + -6440, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgAl2Si2O6(OH)4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 525 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 298.46481323242 + ] + }, + "name": "Carpholite-Mg (mcar)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -4781240 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 210 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -4422285 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 277.96099853516 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.590000152588 + ] + }, + "symbol": "Carpholite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 464.39999389648, + -0.012653999961913, + -1147200, + -4341, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgAl2SiO5(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1465 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.4200001613936e-05 + ] + }, + "mass_per_mole": { + "values": [ + 220.36520385742 + ] + }, + "name": "Chloritoid-Mg (mctd)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3551420 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 140 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3307908 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 196.31774902344 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.875 + ] + }, + "symbol": "Chloritoid-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 371.39999389648, + -0.0040819998830557, + -398400, + -3547.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgAl2SiO6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1144 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.080000119051e-05 + ] + }, + "mass_per_mole": { + "values": [ + 202.34989929199 + ] + }, + "name": "Tschermak-Mg (mgts)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3189320 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 131 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3012668 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 160.27487182617 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.9000000953674 + ] + }, + "symbol": "Tschermak-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 186.39999389648, + -0.0037720000836998, + 0, + -1886.1999511719, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgCO3", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1460 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.4799998654053e-05 + ] + }, + "mass_per_mole": { + "values": [ + 84.314002990723 + ] + }, + "name": "Magnesite (mag)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -1111360 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 65.099998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1027575 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 76.038230895996 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.8029999732971 + ] + }, + "symbol": "Magnesite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 60.5, + 0.00036199999158271, + -535800, + -299.20001220703, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "MgO", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1650 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.1999999161344e-05 + ] + }, + "mass_per_mole": { + "values": [ + 40.304401397705 + ] + }, + "name": "Periclase (per)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -601600 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 26.89999961853 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -569299 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 37.252655029297 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.125 + ] + }, + "symbol": "Periclase" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1717.5, + -0.12106999754906, + 7075000, + -19272, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Na2Mg3Al2Si8O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 883 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.2999999752501e-05 + ] + }, + "mass_per_mole": { + "values": [ + 783.54309082031 + ] + }, + "name": "Glaucophane-Mg (gl)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -11969470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 535 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11234523 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 644.87652587891 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 26.049999237061 + ] + }, + "symbol": "Glaucophane-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1496.9000244141, + -0.035062998533249, + -4778400, + -12719.200195312, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "Na3CaAl3Si9O24(CO3)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 614 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.5000000682194e-05 + ] + }, + "mass_per_mole": { + "values": [ + 886.75598144531 + ] + }, + "name": "Meionite-Na (coma)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12948950 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 771.28002929688 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -12217438.09014 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 696.07360839844 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 34.04999923706 + ] + }, + "symbol": "Meionite-Na" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 803, + -0.031580001115799, + 217000, + -8151, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAl3Si3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 550 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.740000000922e-05 + ] + }, + "mass_per_mole": { + "values": [ + 382.1994934082 + ] + }, + "name": "Paragonite (pa)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5946340 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 276 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5565263 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 323.96957397461 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.211000442505 + ] + }, + "symbol": "Paragonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 301.10000610352, + 0.010142999701202, + -2239300, + -2055.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAlSi2O6", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1284 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.6599998313468e-05 + ] + }, + "mass_per_mole": { + "values": [ + 202.13870239258 + ] + }, + "name": "Jadeite (jd)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3027850 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 133.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -2849218 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 159.91450500488 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 6.039999961853 + ] + }, + "symbol": "Jadeite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 643.5, + -0.016067000105977, + 9302300, + -9179.599609375, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAlSi2O6(H2O)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 400 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-05 + ] + }, + "mass_per_mole": { + "values": [ + 220.15400695801 + ] + }, + "name": "Analcite (anl)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3309900 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 232 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3091093 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 211.72901916504 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 9.7399997711182 + ] + }, + "symbol": "Analcite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 452, + -0.013364000245929, + -1275900, + -3953.6000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 676.84997558594, + 16, + 0.12399999797344 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAlSi3O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 593 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.5600001612911e-05 + ] + }, + "mass_per_mole": { + "values": [ + 262.22299194336 + ] + }, + "name": "Albite (ab)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3934560 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 210.10000610352 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3711996 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 207.72508239746 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.005999565124 + ] + }, + "symbol": "Albite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 452, + -0.013364000245929, + -1275900, + -3953.6000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAlSi3O8", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 593 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.5600001612911e-05 + ] + }, + "mass_per_mole": { + "values": [ + 262.22299194336 + ] + }, + "name": "Albite high (abh)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -3924800 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 223.39999389648 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -3706202 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 204.69409179688 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 10.109000205994 + ] + }, + "symbol": "Albite high" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 272.70001220703, + -0.012397999875247, + 0, + -2763.1000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 193.85000610352, + 10, + 0.079999998211861 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaAlSiO4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 600 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 8.0999998317566e-05 + ] + }, + "mass_per_mole": { + "values": [ + 142.05439758301 + ] + }, + "name": "Nepheline (ne)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -2095080 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 124.40000152588 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -1980505 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 114.29035186768 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 5.4190001487732 + ] + }, + "symbol": "Nepheline" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1280.1999511719, + 0.022996999323368, + -12359500, + -8065.7998046875, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaCa2Mg4Al3Si6O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 912 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.339999916032e-05 + ] + }, + "mass_per_mole": { + "values": [ + 835.82482910156 + ] + }, + "name": "Pargasite-Mg (parg)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12720650 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 601 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11988914 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 680.89752197266 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 27.190000534058 + ] + }, + "symbol": "Pargasite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1287.9000244141, + 0.012737999670208, + -12104500, + -8128.5498046875, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaCa2Mg5AlSi7O22(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 913 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.339999916032e-05 + ] + }, + "mass_per_mole": { + "values": [ + 834.25231933594 + ] + }, + "name": "Edenite-Mg (ed)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -12605240 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 603.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -11875776 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 684.77337646484 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 27.424999237061 + ] + }, + "symbol": "Edenite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1405, + 0.012606999836862, + -7322600, + -10638.5, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaCa3Al5Si7O24(CO3)", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 764 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 3.6099998396821e-05 + ] + }, + "mass_per_mole": { + "values": [ + 918.72442626953 + ] + }, + "name": "Mizzonite (mizz)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -13575720 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 758.42999267578 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -12840508.037312 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 710.26702880859 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 34.006999969482 + ] + }, + "symbol": "Mizzonite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 45.20000076294, + 0.017969999462366, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaCl", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 240 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0.00026900001103059 + ] + }, + "mass_per_mole": { + "values": [ + 58.442798614502 + ] + }, + "name": "Halite (hlt)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -411300 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 72.099998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -384246 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 50.557754516602 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.7019999027252 + ] + }, + "symbol": "Halite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 773.5, + -0.040229000151157, + -2597900, + -6512.6000976562, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaMg3AlSi3O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 513 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.7900000683731e-05 + ] + }, + "mass_per_mole": { + "values": [ + 401.15151977539 + ] + }, + "name": "Phlogopite-Na (naph)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -6172820 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 318 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5791919 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 355.11096191406 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 14.449999809265 + ] + }, + "symbol": "Phlogopite-Na" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 787.79998779297, + -0.03048799932003, + 18200, + -7788.7001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "NaMgAlSi4O10(OH)2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 760 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 7.740000000922e-05 + ] + }, + "mass_per_mole": { + "values": [ + 380.62701416016 + ] + }, + "name": "Nceladonite-Mg (ncel)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -5804580 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 274 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -5424433 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 327.84094238281 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 13.085000038147 + ] + }, + "symbol": "Nceladonite-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 97.900001525879, + -0.003349999897182, + -636200, + -774, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "SiO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 600 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 8.0999998317566e-06 + ] + }, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "Cristobalite (crst)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -905990 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 46.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -853084 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 44.918979644775 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.6099998950958 + ] + }, + "symbol": "Cristobalite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 97.900001525879, + -0.003349999897182, + -636200, + -774, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "SiO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 750 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.9999998736894e-06 + ] + }, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "Tridymite (trd)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -906690 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 46.099998474121 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -853665 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 44.918979644775 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.7000000476837 + ] + }, + "symbol": "Tridymite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 110.69999694824, + -0.0051890001632273, + 0, + -1128.3000488281, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "m_landau_phase_trans_props": { + "values": [ + 573.84997558594, + 4.9499998092651, + 0.11879999935627 + ] + }, + "method": { + "5": "landau_holland_powell98" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "SiO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 750 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 6.4999999267457e-06 + ] + }, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "Quartz (q)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -910830 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 41.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -856433 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 44.89091873169 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.2688000202179 + ] + }, + "symbol": "Quartz" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 96.5, + -0.00057700002798811, + -444800, + -798.20001220703, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "SiO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1000 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 1.8000000636675e-05 + ] + }, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "Coesite (coe)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -905470 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 40.79999923706 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -850864 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 45.097370147705 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2.0639998912811 + ] + }, + "symbol": "Coesite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 68.099998474121, + 0.006010000128299, + -1978200, + -82.099998474121, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Holland and Powell (2002)" + ], + "formula": "SiO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 3160 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 2.4999999368447e-05 + ] + }, + "mass_per_mole": { + "values": [ + 60.084300994873 + ] + }, + "name": "Stishovite (stv)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -875630 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 24.5 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -816165 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 42.88353729248 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.4010000228882 + ] + }, + "symbol": "Stishovite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1175.5, + -0.025415999814868, + -7508000, + -9336.400390625, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Kelsey et al. (2004)" + ], + "formula": "Mg3Al10SiO20", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1200 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.8999998398358e-05 + ] + }, + "mass_per_mole": { + "values": [ + 690.80352783203 + ] + }, + "name": "Sapphirine5-Mg (spr5)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -11138460 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 420 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -10532858 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 542.75445556641 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 19.750999450684 + ] + }, + "symbol": "Sapphirine5-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 1160.3000488281, + -0.024323999881744, + -7706600, + -8974.2001953125, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Kelsey et al. (2004)" + ], + "formula": "Mg4Al8Si2O20", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 1200 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 4.8999998398358e-05 + ] + }, + "mass_per_mole": { + "values": [ + 689.23101806641 + ] + }, + "name": "Sapphirine4-Mg (spr4)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -11003380 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 450 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -10408249 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 546.62237548828 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 19.905000686646 + ] + }, + "symbol": "Sapphirine4-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 16530.005859375, + -0.33598545193672, + -44696568, + -146493.296875, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Massonne and Willner (2008)" + ], + "formula": "K5Al5Mg48Si67O168(OH)48(H2O)36", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 490 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 5.9599999076454e-05 + ] + }, + "mass_per_mole": { + "values": [ + 7531.5708007812 + ] + }, + "name": "Stilpnomelane-Mg (msti)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -116864000 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 5911 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -107600000 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 7443.02734375 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 296.5 + ] + }, + "symbol": "Stilpnomelane-Mg" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 583.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 54.697429656982, + 0.17027199268341, + -1221728, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Robie and Hemingway (1995)" + ], + "formula": "Al(OH)3", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 78.003547668457 + ] + }, + "name": "Gibbsite (gbs) Cp coeff from Pokrovskii and Helgeson (1995)", + "sm_enthalpy": { + "errors": [ + 1200 + ], + "units": [ + "J/mol" + ], + "values": [ + -1293100 + ] + }, + "sm_entropy_abs": { + "errors": [ + 0.10000000149012 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 68.400001525879 + ] + }, + "sm_gibbs_energy": { + "errors": [ + 1200 + ], + "units": [ + "J/mol" + ], + "values": [ + -1154900 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 91.720283508301 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.1960000991821 + ] + }, + "symbol": "Gibbsite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 583.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 205.72099304199, + -0.034921001642942, + 1026660, + -2635.2700195312, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "38": "mv_eos_murnaghan_hp98" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Robie and Hemingway (1995)" + ], + "formula": "AlO(OH)", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 59.988250732422 + ] + }, + "name": "Boehmite (bhm)", + "sm_enthalpy": { + "errors": [ + 2100 + ], + "units": [ + "J/mol" + ], + "values": [ + -996389 + ] + }, + "sm_entropy_abs": { + "errors": [ + 0.10000000149012 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 37.189998626709 + ] + }, + "sm_gibbs_energy": { + "errors": [ + 2200 + ], + "units": [ + "J/mol" + ], + "values": [ + -918400 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 54.239944458008 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 1.9535000324249 + ] + }, + "symbol": "Boehmite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 700.00000610352 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 186.69999694824, + -0.02191000059247, + 0, + -1600, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "method": { + "34": "mv_constant" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "3": "AS_CRYSTAL" + }, + "class_": { + "0": "SC_COMPONENT" + }, + "datasources": [ + "Robie_Hem:1995:pap: ", + "AUG20_GEMS:2001:dat: " + ], + "formula": "Ca(OH)2", + "formula_charge": 0, + "mass_per_mole": { + "values": [ + 74.092697143555 + ] + }, + "name": "Portlandite", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -984675 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 83.39998626709 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -897013 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 87.505340576172 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 3.305999994278 + ] + }, + "symbol": "Portlandite" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 150.10000610352, + 0.0020620001014322, + 3427700, + -2650.3999023438, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 190.60000610352, + 46, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "C|-4|H4", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 16.042600631714 + ] + }, + "name": "Methane (CH4)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -74810 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 186.25999450684 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -50708 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 35.77953338623 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "CH4" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 45.70000076294, + -9.699999645818e-05, + 662700, + -414.70001220703, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 132.89999389648, + 35, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "C|+2|O", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 28.010200500488 + ] + }, + "name": "Carbon monoxide (CO)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -110530 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 197.66999816894 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -137173 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 29.109191894531 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "CO" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 87.800003051758, + -0.0026440001092851, + 706400, + -998.90002441406, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 304.20001220703, + 73.800003051758, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "CO2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 44.009601593018 + ] + }, + "name": "Carbon dioxide (CO2)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -393510 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 213.69999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -394351 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 37.108123779297 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "CO2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 23.299999237061, + 0.0046270000748336, + 0, + 76.300003051758, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 41.20000076294, + 21.10000038147, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "H|0|2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 2.0158998966217 + ] + }, + "name": "Hydrogen (H2)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 130.69999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 29.09836769104 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "H2" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 40.099998474121, + 0.0086559997871518, + 487500, + -251.19999694824, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 647.29998779297, + 220.89999389648, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "H2O", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 18.015300750732 + ] + }, + "name": "Water (H2O)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + -241810 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 188.80000305176 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + -228558 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 33.616916656494 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "H2O" + }, + { + "Pst": 100000, + "TPMethods": [ + { + "limitsTP": { + "lowerT": 273.15, + "range": true, + "upperT": 2273.15 + }, + "m_heat_capacity_ft_coeffs": { + "names": [ + "a0", + "a1", + "a2", + "a3", + "a4", + "a5", + "a6", + "a7", + "a8", + "a9", + "a10" + ], + "units": [ + "J/(mol*K)", + "J/(mol*K^2)", + "(J*K)/mol", + "J/(mol*K^0.5)", + "J/(mol*K^3)", + "J/(mol*K^4)", + "J/(mol*K^5)", + "(J*K^2)/mol", + "J/mol", + "J/(mol*K^1.5)", + "J/(mol*K)" + ], + "values": [ + 48.29999923706, + -0.00069100002292544, + 499200, + -420.70001220703, + 0, + 0, + 0, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "0": "cp_ft_equation" + } + }, + { + "eos_gas_crit_props": { + "values": [ + 154.60000610352, + 50.400001525879, + 0, + 0, + 0, + 0, + 0 + ] + }, + "method": { + "14": "fluid_comp_redlich_kwong_hp91" + } + } + ], + "Tst": 298.15, + "aggregate_state": { + "0": "AS_GAS" + }, + "class_": { + "1": "SC_GASFLUID" + }, + "datasources": [ + "Holland and Powell (2002)", + "Holland and Powell (1991)" + ], + "formula": "O|0|2", + "formula_charge": 0, + "m_compressibility": { + "units": [ + "1e-05/K" + ], + "values": [ + 0 + ] + }, + "m_expansivity": { + "units": [ + "kbar" + ], + "values": [ + 0 + ] + }, + "mass_per_mole": { + "values": [ + 31.99880027771 + ] + }, + "name": "Oxygen (O2)", + "sm_enthalpy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_entropy_abs": { + "units": [ + "J/(mol*K)" + ], + "values": [ + 205.19999694824 + ] + }, + "sm_gibbs_energy": { + "units": [ + "J/mol" + ], + "values": [ + 0 + ] + }, + "sm_heat_capacity_p": { + "errors": [ + 0 + ], + "units": [ + "J/(mol*K)" + ], + "values": [ + 29.345325469971 + ] + }, + "sm_volume": { + "errors": [ + 0 + ], + "units": [ + "J/bar" + ], + "values": [ + 2478.9699707031 + ] + }, + "symbol": "O2" + } + ], + "thermodataset": [ + "aq17" + ] +} diff --git a/paper/compile_paper.sh b/paper/compile_paper.sh new file mode 100755 index 0000000..0b90f44 --- /dev/null +++ b/paper/compile_paper.sh @@ -0,0 +1,5 @@ +docker run --rm \ + --volume $PWD:/data \ + --user $(id -u):$(id -g) \ + --env JOURNAL=joss \ + openjournals/inara diff --git a/paper/examples.ipynb b/paper/examples.ipynb new file mode 100644 index 0000000..9d55ad3 --- /dev/null +++ b/paper/examples.ipynb @@ -0,0 +1,127 @@ +{ + "cells": [ + { + "cell_type": "code", + "execution_count": 1, + "id": "e3da8efc", + "metadata": {}, + "outputs": [], + "source": [ + "import thermofun as fun" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "13b94f94", + "metadata": {}, + "outputs": [], + "source": [ + "database = fun.Database('aq17-thermofun.json')\n", + "engine = fun.ThermoEngine(database)" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "f0c85f6e", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "G0 -545301.2878298083 J/mol\n" + ] + } + ], + "source": [ + "# T(K) P(Pa) symbol\n", + "Ca_ion = engine.thermoPropertiesSubstance(473, 2000e5, 'Ca+2')\n", + "print(f'G0 {Ca_ion.gibbs_energy.val} J/mol')" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "a36c08e6", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "drS of (Cal = Ca+2 + CO3-2) is -259.12288450418015\n", + "drG of (Cal = Ca+2 + CO3-2) is 59914.092580924975\n", + "logK of (Cal = Ca+2 + CO3-2) is -8.988976334909019\n" + ] + } + ], + "source": [ + "# T(K) P(Pa) reaction equation\n", + "R = engine.thermoPropertiesReaction(348.15, 1e5, 'Calcite = Ca+2 + CO3-2')\n", + "print(f'drS of (Cal = Ca+2 + CO3-2) is {R.reaction_entropy.val}')\n", + "print(f'drG of (Cal = Ca+2 + CO3-2) is {R.reaction_gibbs_energy.val}')\n", + "print(f'logK of (Cal = Ca+2 + CO3-2) is {R.log_equilibrium_constant.val}')" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "717d85a2", + "metadata": {}, + "outputs": [], + "source": [ + "batch = fun.ThermoBatch(database)\n", + "batch.setPropertiesUnits(['temperature', 'pressure'],['degC','bar'])\n", + "batch.setPressureIncrement(0,0,0)\n", + "batch.setTemperatureIncrement(0,300, 5)\n", + "substances = ['Na+', 'Mg+2', 'Ca+2', 'SiO2@']\n", + "properties = ['heat_capacity_cp','entropy', 'volume']\n", + "batch.thermoPropertiesSubstance(substances, properties).toCSV('results.csv')" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "7721f824", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.7.5" + }, + "toc": { + "base_numbering": 1, + "nav_menu": {}, + "number_sections": false, + "sideBar": false, + "skip_h1_title": false, + "title_cell": "Table of Contents", + "title_sidebar": "Contents", + "toc_cell": false, + "toc_position": {}, + "toc_section_display": false, + "toc_window_display": false + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/paper/figure1.png b/paper/figure1.png new file mode 100644 index 0000000000000000000000000000000000000000..76cef88376d5dcd8006846d4f5c752a3a5f7da48 GIT binary patch literal 456569 zcmeFY1yfwz5;huwhM*z1dx8gd3GVK0!F6zVcMXKW3GRct%i!)#aCg6x_tdHTp1SuJ zeDzJu)X3h`yH~I7XRq#lR=9$kI5Hw0;=6b6kR>HVl-|9AWqkMUeKrCduG=(2?Z!gDXbx` zJx~js1K@r8Yg<~sXYK-nUNAX|5l)EVzn+R?Mf)#S|M~%P zP_csPVu}f==l^|1IfjR){?GpmlcZ%@S^s?wQl5^{R>8kz8{+JK!eB)HmmH*?FR4G> zEdJ+mVoklh(*JV~(=a8K9^U_4PLbi;|5fS#Xe;rGayssW-2wmOK=4PzIMmRk>i;;w z=e^WxR2oi!`nA5V-7$nbJCTg-ap&juXITHZjhrYVBI3?4ZDmqAo0Ufcj@W_Gi`+j) zvRNO2RC<};qlg9cLXh$QyqNs;y#C^ml_o%e*?8ufe28MR%ugmENN^FHQU6DpsgFg+ zbT3#rY$%Z$Jdq<@@I4rD3S^=DqOBFDW@}qPbNKDsw|bo~y#%~&3g9*)(JL5q#G*4? zTwJ9lN7L}Iu&PHQvM+bf&t5iGM#jeFE5b0l8JU?Crh4h)$mC2(&Od(qRw+@DBqJx6 zE@)5uVQ83Ry#$gJVAQA*Y<4**IYZ6^r7@dEWH|KWYMqs>KP-1Y0&{{NZC}PFgqyTG zSgtiXYOS-&z@Go8iJ;yZ6%mn8Rz`O=H)RY?p|5e+7QqxsR*f>O%hom7|0-1FW45TU_Vkav zKVvf9ovxO$xc)PJ8Qka31M6|&sr^I0i`*>!GdG+!Uq*cj7a#Ep`sd2EO>d7E*W|^D zIGy(6WYSqBYieuTAX*9P4jlF%(6_jpBpgf^dJ5p?_)#ijP|MA9h?%Ex*kzXKcdR`P zF-7J6RlxoUNZpe@cOHAg1BN?t4Iw&mO(EQETesLMP_*2Lq@<+mdm2K(95J$9Z`Xa{ z$IT&UV^ba7h@R*+2&d!~+c(IT!Ux=+8=hg2s~oSjX?uflLmYVL&gk%0e5id!q9zPq z#%iFp(IBF+{w;bUdLKQvXe`R~r7)r#=n$(8QZLVDw{T1Ks_fl_? z;eG!j&@_|}{{xK7Go!S+0j1{z8JL zk;TAVeOZ**h@tUAJ%yKPTASS!9{@yLf?AGKi%|pByw(sjqK2Q?v<* z88O9wPcj-dw%N-Vny_yoJ7hdLg{^lyvaPIA$X*m>dTmR8O?(fn+3HqJ4@CTCHCHyt zZ5NdC@^l9tPNr?kic;ugW?RD1uE6rJPq%HaN9y7DkA(~A3y|sme!M+d{wv-XV(h&C ziq2>`U8wH)kLX2^MdE|#$8Veo^@4agq3@7IezJXsf6X*EzPAd(%FST5XGYp~`?tad zkihvLaVhcV%->O8L!&0Xr)hgL;+M6D5|y5r2J)#R_XxQ7CK28epzz%iFyMayl%C}b zEZx=Qw5GPKhKm&|wz$|F%oHcyC8E=~W#1moN|TY1{f(cAYGd*8D>3sfO};MUs0sh= z>$Nt|U)$Hr*}5$*hrWYMQQOs!0NJ?ZAtxvQ>)H^dYI1&zrq7)reY@s)x;}tt$ejJ( z0q3Ih_x3`jG$&v&{{G$#U`b$9bcAKWay^klY90&mDr0*MyA=2wYHsc&nD;&Bf&cOO z|4u%x2W0#%Nq0Vlvj}-J64KHv0|%ylTyl)~MMr-)`L2I%Urz+~TvJM?Kt3_Q8#uTp z{{I-wpG-Iw_V_E$@L!mbhDec@Zzw7g6Mx96B`Oe;hUM5uN=QJ! z2lp@d+|GQHiawkzm9G6U+6r+tp`NvR8*T4Kyqv&hIUvXPkI=JN^jd!n3(>V)yMg_$ zuG{_5Y!blTVMR zx1WQtm@NeD{KX~+<**qR5rI#&R4uvL`RK1T{Kkx1>QBlrG~p;HDbxBw4exWrZt&PG z^xzs_xv#rdIX%>;f%{=svAl8EQ=Mtz8XZ+?C*fwy@R59&Ea z!C6b3d+XufJ%6997KLAv~Ih@IU8FYsnp({cRT)8tP~S~}KKQqt5H+8!n!?+Lky(+S%Z zmTe*%ar0m1>gM{)SIo{?2{JPTHhU15)3#1f8LgJO`A8Vsj4Za3l8cJIEVj7X74vxO)mbKwA!Pc#KCID0V0>v?oY zl07U5T$93tW^^}1)2#k3npWi=;MH)#vzS?}+rSZHMQ6s!D=cT{)_f|wh-T6sMMI%XGd>_fF7O`gMsxHg3*DpY3 zXk>h*i}9gMtDvM;B_^I$OP>_Gp;053R$RIOv3*<-ysuC}C$G&AJMO8|H+}u=6svGR zz+I!1-y1X_v6l|qtvGd+j2^^ODoF5MZ?ol+S>x9HZ4JyNqnU{>u8xC;PefR!tbJnw0=u8Xo};{qKN+{r35P>~JLGcWjCXc$XeeG@;6|bR&+dS1Er{C1Rdc&Q4%Qh(TZuh>0*|m71(dA9cd)yBX=X|bMOMFSqj<&(MS@u)j zCul@Z4Fo>sJM@Pi(;SXWZ`mkut6l5^MkL_QI?cKtj_M69Cia04yl1SM@-o}yNytbp z8`x>Z*+@Xym1rMYMz*nw!(Uq6cuBTPIo2bKeLfFM!9IwiZt#*U-LUr;QH@FPzkwUx zej!R79Bx0Oj%niYY)F|c@h%0Gp?!E4pW`ySG*zNS+f;sKqxBkwyR%4a>%HJ;AL-Tb z!lT*dTK6Xy)J)+#`RM0|UdEqcjY7bg{Tg-Aq^bo;K7%5rJ~ILk9e36=?}kBy(@tFM zHUxJ}3aPpug_lM`Jp}SkJV@4bFDhEwE^Tb2pX&g1c~(|DuEtOJZ5`Z1RKQHF^Catq z4xwca7~zH!Qh5-qgX)%vTjJ)WLS^WCv3-~2rqq5iJwKuqR0(Kpl*trZRraeDH908%f3Us4gKIwhs-3P>;-R+&K3njbo zy-BpIIKI{uuZdAF4aP24;8DZ>#a=qyvEkvVcZOo-+43!R>-_Xrf;PVuA0hXAvjSf( zw{`pu2X>n!3SzHwf3-o+)26~1LYwWU5cpEI)12UtcfNE~dLdZD8J3aETf6C<*e^xb4gnSJ!llh5eX`%d)G+YLfl4eM>DiW3`Qu=BaqtBF5t&-`sf3zdX zo1c^X;i>)t;I^;%&nTwd;gl#`p(uPDLF9OTv?=wR0Fs|^Pi(`CSg)t=>{E^7xD+8> z3$%y*^rp^q%`|IAIfhm#Wh~?1TjS`q$#ux2R(-l!yyGsPd-tbAA&*}{>`JAU^jRsA zNaxC>zH>V)F1&sjJpW~gww~){-dMGllc;rk);??yc%hNz-quJ>aaD&B0N6j#$UKZpaIhkn|#fb8U@EQcb?}$$-`^dTS9q$a;6JN2cSMJpKIxG|^$MM@HcOxj+i%~y3=92< z`8+@%%h_R>BjLf!B;Y4yHYu_^c^L^7IV4xKKunVNtGTO@Do(xfxPcmQNnLPUUIOl5 z6L;suQW{R?I1|BrEoNpxQ{1i06+TP8DUy1B+dEjYr3GZ;-EB7FQdP=8sk?h|__k!4 zBgdoi1MLFwav~+Z+~(80?hW)(96F=dhJD{=r&uA=$t!#KHiV!IyVPC=?m?Ge#aCu? z5t81eM1b)-$))Ex;vMKx$}tvFG9mcbqr1xaF0Zzdo1I8!{Xx_rfg%#TFNE#FP84Sv zr!uSTs+Awy$@zljoZ;sV5@dSSeFL4dS2*uRx@8WO3u6%@HDZlMBkVi(V2eM_pb{R~ zpG5qLUblSUdaEk3(a&qkjP&&O{$@MPNw@+)mdLW|e@)`Zz1&)jRFyC&{;`VlrYN?U zwXO7fCI|NGN0s}&gj>N=sB&_2Lv-;w9z{rMPyoE2`iuj~t-gy|-0)bq>T5nmXf+E@ z*4J=?kU<^vrFAoV1HI)KrmL^cmesP_5uLZY&5So|;xiwY#<-p)*g=(xdhP44ZS@W^ zjwCgtMLu;GwBEmAthWcx&?niW*<)OO0j72j<@7A1(+sp5J#%erfiuF2bwND zr&d!N_0l~QTLK#jUN-g^%@7|NljrJdT( zY5N}=eEke$ms>b(sxx`U^>o5!qImV}U)fk}mRLWaqNeutia@gR&&LbZ!dMJCUrv_l zu57=_v1_!%KngqHR?rP1InzIx{_fY_AuLA4LuF;}Nv>H!UnC%dZ5B?Tp&Drn@|Zdx)P@VJ~_QT0LBl!&>x*yL4nDSzV9EQ)aGp z3XOdmRGn)?h6D;nwI(|fv)}bJLOxW3{=Hx#pTL*q!1_D+# zGq$@j-iH_INOl9~!!x$AhH2P@5y>!2FqLK&TrzC3Ryi;>Q5D|s%;S*-&D@&r64u&zhjU`qIC%>%X4*tvS@Po9U!Q}+&#Fp z{n!~(9{uHKk};1B(p+|!AJj6}9#Ow6xHBsu1qKAUM?S_qAx>Hv4*Sm3c;|9V+k!CI#lG?HtJB!)EyIFKc2-tcitTj zygr|v#!K%S4G#~^kDf73Tyu^2?70y%P?+${hg~gf=~UXtEnZ-gCS3_Aewp8aZmRi8 zuMBH0qCYh<$ak@yufbYV7K8nLEC$KUej5oz3b7k?YsI_vH1SRQ*|%9F+8^aR8Z;u@ zS646BPzGt2;E}B=-sm&jFW>w=z@$(kXoUq3cwYIBayMqA^2(=X821JAkq6SkmHOMm z2h&9x8(hy@_$Jd1=zpE}^=w1QT?~1LFJlb@7oj2iDJr0g5-T->(NvPFN+#pkkr*xz z3h#;eyoc;_B)(pGNy8LnSeRFm=44kX~vWY?8R1 zVP+;6WHarA7Q4#$cD%A=_{PFgRoIpvO-J)3!R#_%VvuF74$ql7!>g+nHBuq7+^*bB+IIjD`U<6Xm2_gGY&ZQ3 zS%NDx>}PqkJZQUHpBg`Av|s+B-L3!HVBu4JXj06-r=YZeEv=L}pFgUgdL-aR zjk*)}P&>Z&>0_IwJG1Q~Lz6G7KWl~#=Nkav$42#Vypo;%e3y$dMK*N6q=cd|YnWW+cbVT`EfL$w>+4QEYMem~{vOlxjb50DpjPQe#rie@#u1wx_t?kH z+Vcr?cY8PdrbcbPV$BAv^$=>}JS_BZ zWCk{|u?zu>7=wpp--;u7261f?c-4Nk%PWFuE6?K)o3ox9W&c>O&~nKUmJ;cThSbX@ zlzOry^|O_f1Y6)>bG<_-m>CDcJ7$3DhkI3v6H?+CHw`fhJo79aB^w^6#+zKcP*AUY zeUR93RG8d4BT!2}bDtpbqYsL)66Pr8kkg14)%DA(?`Ys06AW^Zq{epW_!1Ak58URP zJp0hpxZ9`YgCymDhxEDfmpxFcL68J$#G62GVe5NS^UW-?)6PU5G<%A>uhW<~_r0JD z@{aOka7`FWWJ+4WMC6S;?*rRZPTuMj)B>Z@T2bt1|Lv z`4Dfi7ygq%8;NY*CN$F*ftS}jA4d0>3AyGItP{$)9bRzV?#J6_r}lnL!MU;=t*_$EZiOalszlFKWS*6ZF@9mXZb!k-QM+=n<)&0nE`)boeYENgME zH;mxkZk2V~{K$>P<@|W+pv4=Iitm+0l)=kArj-kjrv*!hhv`({^HCLP92Oa*xj^0{;er?YP9d4xf4zHEOeaoGs6d z=TqXg?>;N7@~{oYQx1Ch%6*b=;U7v(pD%a(P+5JR`nm}(yFZuR&>YxBo{ruTY(Let z?8aBBTk?B%-NI_$f%(W&t*Ag{5y#Tp2(=ntUmp@FJqX`--TA(n6rYZtMWkXL05Uw= zb$$=fdz9sp7!{iS8E(r<0TZw3f0>>?iRUduiC=p?evjK^U#N3FMeyKu%0AS&#U{AA zWf)MfH!tVyv2&z4Rcx3M)l^Gj7@ym z%A1c((WYK639S0qub2HDF9n5C({}I>8#JA1ty zT6QwE>F14ORFfssX_G@r<=u4l`Jz}>*Eo$&5``NQ{#ueKHmoX-vq#izN7pGXY<#xd zVMH-~AKn|0;0#uqWQ4VL3gQYyV?#Sn^~T~sR|%f;wQqaOpO%{n8T`sGkD0o;+XtvPI zn%$>6P;bb}Oz#k_7munWos~jv}SF>_(;T$^qX)B}yv@mvu6r(9e zwEt*NQ083i_h@v2efcEWk=m7ooWdfON$UISmZR>~Gd6OPhy&m8q><}`1d35I{gwW>G$L)6@?b}6IG(yXBU`ZPbP1(V3Q|A%;< z<`q)k(?_!hvn=1?CfTvsy_}ABynT?uER58Ow-=y`G`UB3Qb2nN8^AuG zyG5u*Dg!R_FmWEg8h=n{D=YaEsVP+aYiq_@>$a-UOA-1|zCv{?(dra@RDGe}r zY-X(+&SN=14JwZHS)qa~=ktxI)xt!D%INI%$gxl3_I{Tsca337HxS1Sl`2uTyn7Q{ zi|#Yv88QyP+wBG>q#d;Y#+ssas#dwE$7^NM*rB_D7-Fk4Qd zEH-m2ALJW)@4vL;SPxt}g(&L@*e;c(gdzlR!3JA$4StN2>RlveKULji+u-6JSZm~w z?q^ur1w7mz?l?WTh}IOAwJt{pbMJ7mk*kA=q-FK(M>{kcb?-j9#f(L6d$*8@#-2q= zCDROVZ_f|j?|$_djr=%U5qw&kI6w50@*eRz)f3KKXU{r35;4(pteA26V@I;*k9D%t zSYlERnRc1>rHcfl!?;qlwj)}`)F#zoP-K{qxMod$pZH(U*w1!kdCcf+<&h2Z@`ziJ9-uDT%mnjqAw zGsXu!v1lAh;>@cYFZ(h0Dazu=negH~X|zCOHC%IpubfqDf}Pgbz@Q1vLPnE zj;*(Mk&-a*x5z5DNl?20cQBZepG;2_s-oB`xjUQqlN&t2Xk zo&b-Y={n#o>*s4`eJvS$b+{Zx(n%%OGn1*7fbBpwH#7 zyG*y%DZE2~v*F@bKR8laZ-!g(**z*Ox)ZGA@_vF8=PB^g#CM9cbA~?AF8-=NqcE}N zx|$P}QxSc7-kENw_C|$@oLrdQZtWP-%6%^azB!t=+Q1X3v>!G$lHJje6Enu;DDOM z%h$@)vhFpl@;in-hYdXQwTK)x1ltm#H< zfOeHEKd?d8Qbb*`Bin9tDL25ps)lS`Lm1^uL45q9biezrJ4-#6)A5w%+1#D*4^~cG z^{@TDjvi&8DBc4FMm)yV=P!Goy3NJV&HKH#S+I zti-d&N%n0snX+tw*|Uu9Ls(~xaS(Nd;Ur#8R)!4{Cz@%Pd_G;~3*Dft|y#=r)CG!#o9 z16(MAInqd&p41xGfFSrM7h|p;c?P8zC6TL6FB{ws1VjG-u?anXj4juU0?VtJ5?kx5@&($I(Un$)$VdtYw9qwmL{KWCnV*p5(-R{*Hzjn7c z>N+Ix`X1_S-}{I^D9VZKinj8nr(DJQrQbMUnzFge7XPDBTvXba!=2w zA145*Ytivgxu|T$8!M0HcSSz4C=~F+VDv9yf21wbLa+D`Gg+?2fr&U~>6N0T#IRgD zVwM^C-3QlC2`h=On}YvO)r9|`RJ=zU+6{5~Rb0gB4)V&SkzYg|gTF*0M{%D2p*{(n zLF_+Oy&-Qu9PyT5Vl65Rv;q*{dA);s=#^9V@tj=4;mZ)9lh~H0f!a0p5kT>hXQLeN z662ZWQsJOue8w0X{FJgik-6FPbDdar;98J`Ew~_$(7T3my3bjR<~^nXi3}dP9@en5|cReIoCXo8j!x6)M_`Ib$_R z{>Y1vr(BxS4;g|@tIz1}8qRvkicAeb3Jg`kC5eB0?sa(C=&@qBEo)0ZFX;2$zgxB3?*yF)*6D6(MF!s@z z;tTS7e8pVN_p7{L#d1sBQYf+Eg{=D@S>28MsW9Wuu{A)(o!TNa&*--6S@hxGHkB&1 z@*`sJK@>&c<{24G_9O1)4vi||cJ12b0}XhroqH6p%>LvTp;O{oo!=E}^xG-arNq)f zBZ`r(B}JGBDE{}UY3g4ZP|RsiV|0tbb*WqrT^&Y2fVDkPW%(B6-mZW+(E_~C=~l&! zNwl&Hqnsx7uRBw)P@(lH&WcW-bV}b-Espc%Ga9BRt6W_E0)qQ}scN$cVd*HFT+`}I zM>s=MW;;85cBLGN{6nzQAaJSKj|CLNd6qrS>u)kqic z+$Jg}BHTtmz%e7`N?gZP*Aj=jGY|HQ zHH8YdW<>F;xQia6?7u6MT-93((d8pu`(wMfTrEGQB)l8}smM9J$dv2l6@DA2 zF|t}3HIBAOtr}RP57p6K^wM8&&zaqBRqcFeO3At7OtbrZ`oIxh_9uUdH7Wj#3x#Sb z^v*1uf@qOszD!lbOZG)NbC=AzSn_R_@e|)gWklfU0?|K7GvkOi?t0)&k6cN_f+Q7tU9+K&lbOH%BiM@lVgE7k2wG4QvLjJRez6HJ>XbA)0|`e zRJ(K>isS7WKwT@51=vaJtnDF|StwuZ5X-BDPiNXpo37E4Zfcu8(W+0P9se{O3=p>O z(Px>bo2Vo8mEpZ9S(S#HBQCPhja}k%GWrxb<>UNl;gMDGF!L0-G4Wbc;%CMy6u6&9 zLdTMJx3z`s94wa23$-i7>YQ0{Z`S`9Z{P!?-<^=K2c41z^J#~>X?_%2=VQz`Aks|# z;<3*&r3u3@%M50mY$Lsfv4b2Zj+TbS0e@e!zq%;#tinybUE?m8L4VJ~(&Xlv{;~To z%QKRDutjOdKi;L&-C$=f)!!BO4 z^D`$D@{G_!^vk2wMbt2JM&AyhwahwE_S&R}bM%`A2?gw+u9GK#$GxjKC=ZZ4d;NHy2VMng6)!HjEH>@`q` zyX}|Cd^Y=RF0B<_VO>#i(sMR1-VOf>S z^AAnO@F}RE{a+b1QnKU9rSoEJxdkpdL4bCLsW!y`NX;n`z+3q0euoOP=cYHnJ(ex% z#O3j0jdaMd;)qzzibh^eC$Ia2QWt;NZ%&ostHm#sa7}VdG7c%XSzy9vR}t>H3hHpx zJk#k+q+(nQQrV1Fotu6g&Bhx)#2kbr;pLfxrCGo(7+IeaI8h1O)&h~s?j_1`z9-04 z){-l^u2>!&Qf_apGjDYXFgwklVJqz)Bpph2Rd2^vQE=b^A(hykT*GT-DSb)9mD7zl zq>m=^lmaiDPBs7V);vYpPy%jGUZALSpdq23z|G))DKBl9g2DoNp<+^$D6!Q!EyP#L zy6_PCjD=o9=m_BkACY#r=Z;CR*#K~*Y|Y$H_qOB<`Y|GsbydwY&k1mW@NjJi@pUD0 zj>Cn8EL8-gZJ)+d?h)P}5v*U30f#Y5IUj6DHw}}Wnff;Zu=fJlFSqmHnd{QF6z|gqcQqa zg_w5n0n$_zw^3(*O?OW8*aVc_b|cjQa-&xlKT_2L-$1`U0hsH9MrXp~ReENj8aI;5 z``yT+A!d=W_!pcYCAF|pjStn==tntL%Q~gGr5&KgTci>Q4bZ7G1U9wfae}S5RA=%K z5!1royJ*?=-3PiL$v`V&^X!OyK_Xl~<4I{4&r8{t0mKl>UtY1O9CShN3q*-%xZiLn zZcC=Yl@j;}7>v;hiX~eG0R0I$l24OVq!D!xCS&00b;+!>_i~Im`}eaCOF+TK69RDV zvZ`Gn*{^zlr0zApX~O1vNSB5Wd1h?#$Hd$Q^(Sdz5gxA>$E@joQki(__Pi5BC%c|+ zCm8@8k$MPUCRxKKl2d-E$-suoy|CQKf*FHfCc&U<@Tyw1PL124*8~;32OX{ok_AO- zL|!>Ale`iEt7u2&c5mn+#qFx2yQUHm2a7YV1O;e~%wP2vQs3Dal+8ig`Tmvs4 zZSeaS6sm;DS0mNII)lsNzYLtHOI~4X$|WAPldcNnIF3wp$w|q}j=r~PgguSZ*SP0E ze%haLMn*EChwt3CG!Wu;fa`5dTe6xN%^I+x6`0;cW%TRX51D4O;?>+mcLB=c5`lt# zk6zA)=khO^#$BU>Po?Ygev$}F8SrY}6q83Heo4FqUr#T^*}H{!qRQ$NBB#yFfy+TIu z0u{{iJ`YrmL0i}$mq0pJs=LY=UM6GK`P5@%@GZO%FpDoBH95H0w|P1=#+c-4yU(DD zuY%#FVH6*(AaQ+G>cJlO`u3t%ei2aDwi4z(=0Mz$-8Lg1may(yC1@!UYW0plWTNtH zztG>5U%yH>Hv<&t-?>yQ)ateUi~^P)3-k?B1+bsS4^Wq>2_*ZM5pW6kgmOO3Ij?4* zsEA@d(r_(zXY|wOI*KkfQ)~OYy?SAqSMwq{rDuo(?-ATbxWp@j6~7GNuLBuB)*oX( ztH6C?`UrITluH9X2}~avg--WqAOf=_&J8cua!7l~8Fm78yb$)MJKUY!PY!Lh)1tw#zH&hUk+vzOJ(zAtk$0Soe%s&1(zH7Pr15Qtpp^p@F4me9R>e<~y zw<%C9*Qg_d9ez#ML*6~)@J(V_R!vnyW-(n{BQ}{zDV8(y33j2wZM`X*l^wHXRyh=R zNl?710bWKVfLrG0!_Ie32ICPE;yoo^w{;?CdZu^Yu-a*kP%Gwl#b2`%!H#>=K>t(%;OdM9)0+HIaO( zNGyMar?p~4HjOlP^eOgnC^zv070zuQ)Gk(G1!z;@QqrEID74D=IJ6z`xL|hJWsr<2 zB{{0;Nc_4yz(sg$f?19T6v8IF7b%?9AII&@T;Bf_p32}@#57WzRd?O2>d5dZ00gJx z*oo&d7s6M=&o*7ma#6!zRc}44v$eCCjY5z>h9?PL&{HC=lz*p@vUC-f0ll>6P)0*smaiF*hGchxjcDhO61Nb1HXNZ<{ z&%&vBg8(275I}=4Q?0|~B%=j&3-8tCVq6-3z|p=;W!&29H@|vdxNm+StU!elzt&59 zy{>1?UC~B_qC!?`3u1n&*G&#M6!lEw&4iXsg7!5cgf_EI~ z5pLn*-~k^m88EGa=EUpT+yOhL8oE$qfQIYS%(AKz(hvFrIhwVp3#?IMA$K%fNoYkZ z>~EEH?xJgY5bE=z;B(6DFPGM%P+e2kTicV4m%1Z;)#pDCL6Jd%-o(REXPORaipFk+9Oc!t`v=7p;9-S~ZdEUgyk=i zv8B3?&sE%MRo9PgT-rNX`sGPBPrUp+XqE`J0r#vny6I(W$qe+CeMMnvDp6Y@-RdM{ zTQM(OmrK{tHSY5D{B$pT4DK-rV*XbxgEYw*#&)x&e*hdO%1~F${LwoFXBUdeu4FY|npwN}R;+e?^Fm(Qn# zsfj_@89knKD(EW?vYmC?v&BBGdT&&0dHGV;DDKV=wPSu;%7s_0`oXAlc>5x@+>N5` zi>yMG>l?pM3anlp59MzziEehwT-Z$PmpO44xV4rjR8t*(4U~pq$Z&2hdE|!w7$)Xf zqq=gDPi;KMDaKw^kt^j;FzU&3?iAf)bMvmu#xldM=am0lF_>V=bH{z~N5awL_th?G zQ@gx!c%_bb%Be1i1y{=~Ud(#q!PMlROj9lmC6!#Asbj4J-O68&CT;u4iVJks0{?DM^i6H>zW%g58g_&CG9LEc#s_$obn!&D9QJTCp!Z- zWaIL>g|8OXOkyK0qBC0x&W()qJkFWf8jL<2dYQl)skIlwKpBlDW$!#O)#5LzJwWcQ zm5$e`uZXY8u7o3ssYp+?ysv7rxjaaQ3vX@qHTIQ!HzAZk8d{fRgQ7hPA&6BMe^wp|ZX>O9pq&T2zpfF6N1{Oxt_#Ez!*p_a~6-|L5Q zaj3lnUjANYEiDm;cF-RNzqYbV(ysJZaqhJ>Duqq^HQ{ z%=@D&ql#gQ>4Sfe!lOAtRMOYo&<^9_kXr(289MEC2w@R1&c6cHeUAX0-$C{~Htj7= zJ++;t)@4K~9=#)DCXaE>hx7=gY?^tKqkV%@LuYbe+dU$f_B+{Lz~JB=-LJQK)HkK9 zOmX!C&bRA3x#pczD`9u$$x)URo7aW3YGr=Ct7=~Uvx_`3zK*?SV^uH(WjlX0ipwf0 zOkj5;>sI)@ zTT7Yg^)UFe(3F$R=8)6WS(-Q;R{uuLvl zz^m%Ks8fr8Lq6I{1YD&3L_j@)6)Y&c*TE}Ze*$*ocBTsi(0lR$C%St=f!yxB2O<%z zF3$7YbShBsG;j7XE8M%Nkg|WKR>(uZ^?8SzXCcpSeT=I){Iy`0-lCU5t&64lsV1qb zQY5i0~L{GjjfZ>A7Kxd(q<-!wqRR?W?@f2Q6j^=ySr`F zM=`5Uaj8q3p*|TMt1}wnH*MMQXSpWoO=z~&$w#u*6lU005^rWLI&ezppkPyE$s#1IZ zR3KTH?@VE1JLIh(Kfl43n0RB`m@CeOrh^0d!|5&mNg) zyb-`ZS^QAnbtRYRmt=0uzCQ0A@z1;1xz5=FIr|#E2;D+>6@~n8i+@lrg|wUKy??Fn z9O>zDm)qFI?@?o@Tw4$w-TnMMN|8{>`v?0EST@ma>K#95x&3z12{?*+?Irla_XJJr zm7B*B9*MAr`e>x#|Jwd?HY-(q-{ez&%Mx9om%xu}y2*QDI)_<1lT|~se1KtuF6Gx` z2FII+KJ2ar8+Zk2&3F`Ki5n0<4{Tu>O1zLVTP#yNSdW_hKQx_%S5)o$^+i$zDQRix z?k?%>Zt0fJ0ResJZt0TlZjfexp^=sxI))tbcl^HV{RddH7WX;ly05+WXES1<_{nf) z$Y#7$ubpXedn4Po1i**u)(xIhg?Z07P9*Cm2=oS;Rcu+#a-X_^q}|tKT!2&>(_H_)#w?-x}(B4(Zq_H z?)JG{5*f2@_#R1_c15bk(Za+(PjzbA5M;{|^37sPc^P<{+&I5s;aWVKe#M|ihTQOW zE5E-tN1P?-A)pK;3vPDGOVnl-_FeaVQs9I`>A5z}5fz!~U3q7%y9nSE1mVrG?i=aO ziXRKcC$TYk7o*1L#2}l!So7>2do>kHTyLj2ybAdg?2N_M|NETAUD#voEhg!L8LxNl z{8&k=`1aa9-~vrnove0!R{`sNd_DoZjvRJ zMaEy=38bg7`n%6$IegW#*@QUoetuqhFip%g)-}m&UXyPM0o(+TK=FYcRNBqQ6REFDCaHD4tSuM1dR}K{Vv$zk zr~R=soi5Bb*bMA)OuKFOS;kH+aSuA*YAAX3XJ*Ox*lHo?-nQE>4I8_Pft?<+9RAEx z|C}t$<=Yh*d0cZ~YmnoyT6|cv{aAvZ*T1}&-~$av*J3ygO=%zJz;_X&(9Y__b8_$j z+stIwi7Foo-HP01uwhx~6TkdUz81u8^mR#XM&60@>z-y1dmUz;a?rj(?^kI`lI(KP zPTYF>jMTHc{)K^GafL8`t0bzAJ+S?cmuj5VW)#kh6^}7a9_7Y=0*BUybT2;!QBdF(=zgT@z14uD+2ht-^2AE1r&&; zF=@@Ps&)5DCKo$97O^Fg>IcH;11l|n^&}|27rzSaml5?UFV_5X1{_j4rC>%o7A7yL z+S6`X&~yLX@EQQ#@i)KL0vfLB-Pd-pOi*XPInr(a%Wy(7OPYk_LI zVfx*cG?3UKx|nfXY7-lFnIf2>7=g?Zc+VB@?LY`tt21ZnwU8)VF}6q-{Igi0KjuwT zo+*je>ta_y){1tIz6k&*$BMKD!>aBvSAKdt}ir) z0=)R{#H-c^tne}4Dg_nYd~C{_EU%{BE$3@3=0Qf@sq4OStcpfE2XAnxw2-#=*3X6T zGAc>K#YDx9#WZ|*4n|(8bEMbU1d0N%5NYOwW&O#x^SKJw5E&6!%OQ=#;>PE^O03eB z;|YyT>)&IRT{+=8Cr1MZFwfMR#qc-Yf}>LVH_ua;OUUrVOg2tB-(LYOppZ&2aU|Gh zc@M$APxhFpfCZOno~kgbaesi^)Mj7n$$9H+jvR-yPduAWaNVOhqI`*~ti*`-l=Fmp z8!eZ{RLa__ZBmG7Lmh!@s$M(xhuDOofl)zVZsdbhL6%0tjUbd;n=JFT_EZ%JkaDxX z%F|5$kn#!hCP2z>;gr%9TN|{1`ZyrUWfv1|nm~2ERcI-;PVtu}MS$m9T~aum7SXiKt#Rm*Y|M z-MUbv30_}|tK^?5KFL^C;*sQ^emW06T=(uPJ(ydO4->%Ic@aeadWcWrZzy>C9}I+$P@oaX>#z+YGhFcb7kisE&nr#k2=?&FVZ|t~Rf`gh=|U1+)nsq!fJw3!$Z<=fD*~&~A&b z{ZGI@>+i9c=aE*M)gcSnhDo4-(JAH3L%vI33ua1h0rOwKGLKl3-rde;-FNGGoO|iTKt@ zB{R|ozIlkbdu>(Yu<`Dl+C9M)%|5RAMA*A;9qntyAP&=m3B`<(&zr~D4WP(OR$;!o zoWNDm?6aviRJwKRfWaacbVtHDsAE~VppT|xu=>i?4h`xqE?0tmfnQMdx zNV}-tv3vkkYyJ|0!a?P|Jc_ESi@daYaN=S`9i7y-L&fk;R)7i=kp_ez3_DkA%|jj6 z+O_{fC)!%ma3e(Lk{fFI2+oKoov0ry9ZQ)rT?HgAIb)mn(^F`a>~K{gl(q)5)p8X% zq1alfb-c?vT*)N6Tz#ajT5|4lrBHej+sm_cNt* zzf}w}4tHFdSQT~q>NKQ5-(5w~Xqjg_Exx+rA%?4vqTNV;&uB2Oi8gFj+;d#6kgz+q zS*$V-K|fM61jhHW0&@z9$sfXwE16XVWYE_;bzTAA4YKQsKgD5qiw)qK=>2?6g_@dq zjjOPywxNuA5qU3u zi+bsj4NqnDWn8}~V71!YRWw)#TuQGq_;r%b%;h~EZ=As#Q%#{s6GjbPlh2Fpe$ou`jJb%sbVF9CjG}ui%LOi(#r2lM2vtYV z%W@Q^dWFw+a$I<83`s?;Xk~j@Y~ZD|<3DVwsz!8|Eys(G525Y{5uUdhEX6gm&&Yzb z*CE@n#`T)Ns+2F0dfaYY^ef5@ep;B1-_rS+zAW?x?d@X}&i_C(=3-VNWS-__-}gkF zz4hpk1yw$MtWX5Fd1!dR(S4+OQrU(|Za|M}dQxWrtOFnA$JwEo8u3Re3Tz3NyJ*|b zbH{#l*NrT!Z;2s zJHr6`TZu{oRf}a^qpeA%eikt`y!n}0C$=v}9rE0Dw87JwEM}e=Q2$6qnJLP)xW>XY z8Rg+KUtyq1cK8&3FMJ)wq~@%=!MM#Ar<;&c44u|4m?x*luST0Z4IEPad+GLgci{#= z*W`SBMgxLLiujPW-AKLi`!ZJH}~XCosmIHqzN%;S{w zy9}*`g7n)XwJAavLbmgCcy^4^D;}=-~DL-cd8p|1|jBLCf=d zTH;%`A&AArW1B{aim`mT;Rf)#|E56`+Tv_WQg`X9#SuKr_KPlB3^n+CYZpV?S0hx& zM6H zIT$cM@N^h9tJAI^WnwUwOd~Bxj^bdQusFYZbjdaPndV^}wjoh&^NF6Tb84l{LRGTdYhw1ES zBfnx#wb)^_l?7SgY1_rAYPUja@5~}dyJye)WTsxDL|j`OIZR=s7I2+g^%6VU6^j8r z58%U$&lUuLr0%Rf2tG|Lng$tHcf!Urj1BG#Ut>qhopscE2|R&R%_xw>L#`;Yrk_#j z=~n=_NGG7wUJJ>K)!61nk1{jk<5J^#3h+G%(H4UGiU^)M#FU;x4N6dcp38JT*_;I( z9uiB<7Q|0(i;1%0HY=%NbH=Afp^c5@kSwp~=~U?H!vd%=XlGFuNJ??{m`7#4qJR4S z8uY~oIfj%&=RRoJ)C+pNQ2*ebCZ^aj;0zmhq_Z>}YX0V1u!{Cw3N9w{*G@#&L}~9* zSXyc@GUd%PsW1iVLbQaFjiuIQ^C)!P&71RwBZp1 zm-*+YG_sZUOWi_^%5@at-$zsd?^&Ihaz7?O<&Xlb9&#Q&(oJt!g^#r}n2=N3C?h=6PVq+Lp@6+4M{4&vM%=3rP!LEA-HxT&))q25wb z-aoWV`cW>SmNFk%&*%?whQ8sfcOrHUfi$N615tJzfNbBNF%Q}@R^*N1UF zE;_-_&5`ci$sEJQ6DFCz>$ww7C*epxJ2%_i{q(8=d#qdT&!nPF&WunenMT{XPeprV zT1)g|Wj?r_>N8hf3=Yk3r?PGhN8c_xKZX?l+`9xmwE6qqWWqk@-ygDv*bsBm!iV(s zlA9@>41-5$mR*r(khn~wp1q`H?$Mv~REHW~xiSGXs?(^cq3?X4&s4$Nm+59=cUrW{ zK_JfiB)zzL$Bz~A&oi1-%FhX8A;h@bdRN;_$!I6ty)Co|!FrKoa(}3ELys_16%9-Z zDv%GgstTbhxv8)`%(jESv@!Lk_a#@TaLK;|rZfd~(AffmcPBMD)92_V6w>R)@ao8* z;IIB+QWQPSCrvQ;GGzB3bOa^>_RJ7nNH{5P5jtGtN^e!l!Db&tU2Num#3w+y8~apC z`=x>DGoq-(;<0IA2<>%|eCL^XRh|q|*xRP@@Xun-m;6nE~(Aa9MwdUz}<434RY z-Lu54?j63pN#t=@kPCZHs_@iij`SbY%gD&6>;^-z0YGB@17(~_%}mM4%2w0|Qq^)3 zM$x16py8nVtU-~3;L#LeJrb38*vIE(tscV&7$y>PE2lB#W#8o4V}7jMpc=6%n`Qmf zt{BOd{Hd5kto>wgPm$+UN>G9?7adJxYjN!{a?ogQ9zi$?JMPJu)_Af)!TGX^N`d&) z?73a!Jxe@OqK|<`jz#@igd$Xe&h5G#LxYQBl=u$o8?~pP5YaSIeT7*X>vd6KFYL%H zn-oc+#R92MP$oRg<7)rWJV7Au`4t|={?yEp`I11Y!N(2qakqxbA1c*iVqzYLSdwxL z-Y4sV+p*~p#a1iCPV))RcvaO?8OE`Awq7Jy%~;5VzeQe?QmFjU7Ay!PZi9wIIQEK$ z+h&t!X^NFJV&3^U>el@9aM%Zs4S)LG)K)Og&LSlRw#l1*%*uGU&QOt7QW?%iY9n~~ zgbDssc?Wf;*u=paKIe4xyMVoI0==T8#3GROD5vfbtBROC@S2>LUHOI+Pe3-TcsgZ-5538SwknhFS#^o>Si_6S`xn@b#a=F^d{cBq1Eze=RSCpVYb8aWT{BU>{B9a{gZgx2 zyWcjRYzk6pC*Et5xq`#`$b#P!=E1f^i%7qTFSdO8A3sa&N~rEocsj7;0-S&RCfV|7 zawcpYeT%Mu8h7|=`0K$eci$}Ckzq-V(K1YfXxX+j(o3T1JX=;~<ZT?|axgs?(lMo+q55y@?W;SH1BzEQs|^}DXNFa;-NE)OhzoD3Q!;6{ zpvxc!9&$pdR|}1KoVTpeN~sk`}tQQ?*Y5 zdZA8*rlFenbEd=&A;3-wxy8F{vYsw=%lAc^*~l zHbPWpMLp$bwp!w@{gt+;w{~GJtc#5o=5X5$+4(ix)HJll;7Tnba;&b$W!}Z|d8Pt( zEBQRSXP6<kR@v1iznK$N*Cg6`Z|1f~4aJt(`sV2Z=9;04!BzXIH8 z7#Pxc5YSb-k9-oIh}rB)9?xeTcyNUk>;{nh1TPJBvg2ng0W@sA?eyoiokSSr5IzAt zLl9XxP19rl=LD}4@DHI~09#|JY4B?y247x#zW%CH#gn_s%n9#gZQkXH9tgXZcsAc% z$cJ_&yhn(rK3t`tJ=6 zpl<&mNLksqKli6|SQPnQ?#%$q+_O~Nux=_)Ujax>_Yd=%E3N}XHbp~P0O6GgFT2cs z7Ox(V9XhIaPK~4vPYlcxrQ7P3;BJj`T<%aQY{}?4zLj&wvppz>W z#fB-on-vk$5;S@l%gyuJuYxI{T8b)tuW7qR8$4t7I#iZ5>tI>c$+SbtZy367V8-}d%1hI_RLzt>aU$xkQi&Qf|Ed&e=)J^G6pc*kQz01 zm$!N@xAq9Y08>L?(uLt~pxI6JlH11kgNM=QjMl{n_uoHW;rGN{2Pr){a(U6eDH^=q z2>^&E@w{Iu*sysB(QI=AU=jE8Jc}Rlivc8a&=a+O;i|Z7+WU!!-x`i6>wQBR0da)# zwPdE}-^>K~bW}~()>WS-=3}G2l6g6LlYL{cw-=AJVLK^Oe5c506cUL$yn{*E__!*n zM>a)4Sd5t+J6IOAn?O#c&JnLW{hkQZN{|^qZjJ)%AooM})JfZ(7MMsI=>6J;?eth;8Cc#0t}R6;G60HrIB3+ll+LXQ6vX&%0x73a~$pPeC| zJz|R6$c2ndw?3K09BD{5^FBM=Rz~Q1X4JcmxfJi}BUblQBIbruqE9uZv)YpfYKBz; zipx48UK0KXYmM!1%Lfe+-3E@j-3=W6a+#hWgI6MA*PEMd*bi%@&4ui+KcX`Y-@lnA zZhK4(R^CmxTp5M7T&4C^C3y&dtVM(0UfCc}3L#NY5kESSv!$*Bck?>f4~8SlzC92O z9uQ|Gp4WI6S#NV7MDCqhA^fhQ<>x+T>55>GQd9kqFqnCX+ zCK1<{Xc>eT%RhAXt`X-$93j^NaM5zNN=_l;DtZBa# z&QsXa&91%xvGa(1W+g20H;;Pv)UHOg!8}-^8W&H1CMEjX0q5kS!(f~4WC|PPNy9{J z+p}q4;O-mf^_w(teH<-ZbwY&OY`n9P%cz{Rphb?tz%~qhwkyD&jUq>eBW*APl@&7zU1K`)@>hyE>6C zwTn_{#@jZBe?8)hlmGvC`#mw!mFleg2`Zl!WK0DSl>)Li5#wk=`-UO|ATyGcu8+a- z;_NXfZ`9pZ@~k=U<3LuYU6MNwJs8P!Z1!xR%*CnV*zVW1k3aKQl{f#T4i=P$$h=v$qFwej0%DNMP2K+p9Y(9g)dSMn)9)MDY-OCuSCv>#4OBVZ-p(aX zI~m+5u4HEzQlxoQ)PM&O=f5mlP<5mg*-;7I4O%V18z6Z%=^IrEY>3oENXR3{be1T8U?p73As!Pw4PIdRaJ^Zkurqe%_h1MjM6yUjw zB>VdMl1;@)@3xNXDI{l9D?~t2qR4Hsuva`n zQaxuklA|mo6H5tT-VqQ+4<%L&BCAkKUGnmtkEc?4FJ zLltBZ#Ht(J^Es_#yI)K%iqn89UMaN^1c2J5_%NiYyLGSMHQnz>q@&L< zZ1*Y1q7Oq=F?|d`Yv*l>8U!&5F>Dmf)GZ}0X%)0a#iZClT!Te}Ztm9E5Erk&so0e= zBt^o8hKBi!#!Zrfz>;6kasV`fTBi|nT&B)w z3oEjhO22Z}FrGZql4TKg7!*KEdxa~3WbW@gCU~v-aSmF1DWa2mD*!<%_;t3LOHDGv zSu7u8du=MPvvfd%@7{3vZWnC$U@PTmN}=!zx&sE!@{aL=6Pr3~af)kX;wfJXZn`Ar zIokjft5QZXQzI(`NMK0z-`ldrTB~gt3c^+_@MVTg&h+jdi0DJ5&8q{)AZWJt&Ou4; zKc&H#Ea>qf?+KFB<(O6cLl}4eg)qPW-@N+#^l(kas7yZ6gN)U(Uswa+O19Gihq;#k z58}h|#8zgR)ece2q#6g-5m+4LTS;Ma@{>k&-2Zc$12uhlQ`sfv1%~T~>C>CZmI^lC zM_I*kF)rN`;KOj~2K<+y3Nv)QA)T0bx5<-1vdN2s= z-dy>=1MluUNBBu>G^ya}XIq-jLI}m|JNz{VzQiL_YY=|lf9EbDt>-mBRH$s&$PK(N zGr0pO|0CU?2g|`oyqOYJ^0wP`e?_e~3WlAQy%8zknG@8V2c8bA3a&q&0`-l2q)Gq0 zcQRD$vFY(FBbpSo(-c11&4 ztkNmcYTWt*IO9ypKe-vSq3!>nruuIPU7BP^V4z?gjo~qZ0fyFrKUuBwcQb-i-Do2* z4HE-cqL;l7y9LpKS9Eyg2n=?#Y*K=at)KYiaiA|0m4<~y89<)z0p%*pSXT?QHgX2m z)!((NseT~C58Vp2PxL&ev7>=YEPQ9!$qkYQp3f~7tKA!T{j#0ur|{r+A&WeH{3uEM z-DW8k(QQ4dLGe@P>xF_smm?+;FPpJ}6owgL4jE#dIE|=)kSZRz@Km~P<3en3-PDc` za|WHKpOjRfY_C&-p7wK~wW2YOsm?zUHg`$*LGc}+%!o4^wW>YewDj1m`Cm@(S&hU~ zuDb{$6io`937@2iUJT&6!FSXAdoCt`HT%IkuBn0-i|_CMA*-d%hJ6NUU7i{?dr_7$ z+BB5~$=-$Zk5jrxp~-R0i=DHi~XbUtTXT~g=Ey~wNE+zaP%+-$W#iEWEP|c5I$>a4@ z_Ebh&fA0a9vGGu_%h+T@_HM`?!G37Y(&WZW;@J#^fPg-ovq6(RKqduF_;otHeJUY~ zZ^wfC*^P2GL>-}uB`SnXwUP(Zl3)aujhfw&a1X(8b(9dnkH1T^oH;}(aT+#tRXMcn&&LgrA}esJ+Xm>C)IwjD9MRSN=6GqQ)pgtAyRzxOvhddnW#rnkNI@>pDRXF%{lq!v%2RB zyRTmyY-+V6Squj0l{H`V%HVxxxLueRQM?58wbq=ggo>p}AF#(b)$uhy^wY0@%G)6zOJGc4I?Tg2cVFpt%;>PoMUj*PB&C#&8Ijba z6Nk~=wIi^$2#Lb&(3^DxbL6JTGLxoAgARVN#a@h$h?GgiTO!#YY}Pm2!Pm-pGBB-B zm7Vbnu6Z_XJ42qwW%GqtqS=2!dwPt82Lm5hxRmTFp!)&s9|xiDpliaNSj@h)EXszA z+q^NF1AnNQl?iR5 zd{?W)3GU5x7S;P1gMb7lUGPXZn!jhnd**-tg>H*3_jd1OzE=zt_8v(D6}Hi7;4aWH zx|H}K=~K)$Nd?+6ZGMbL^}PP1lUucL&$+KMQ~KR--Fg2~wY5-_4k+;A(q39Y2>~XX zHw&!jSll)D%A;7uerId!vE_2mZmu%OK0ZD~7QH`K6-XchpKxd)1VYl^hGO6TNoIoL zj_?oigh&(_H~J?4hN7azQRjoF{B0RfLP|cDG}Cl0$_l;x3%l?(Yp7- zGlCudHx!d>8;WGgCH8z*=tYtKBz)31+qrS~t8qXv^{z@4oD859m8#g@eA{MiLnLO1 zi6_xf-*aAND&eVN_=gPnmddkx-yKt=`D8!LEKu}h`E|M7tCE$^CU00nf;rG&9`OHX z_3e>{W>yT+JRlQ0=0vj7mt4l~22Xq=2j3$e@wjb(6-`sumO8Exz@dq#e{!-!h)G=> z?sc+@t$5>#iE?Y6jQ%;z4eVgGve7$yXgL8lsF)mNv3$)v>Or`+Z+@)UnMI(9a_EO} zmiAG2s>J4vu3Z`WVWraQ>+2_GWR#t9MNfUJ5n?u}^AbsbqVS~icE~8Twqr-clrn4o z&Vp$77t2rBUdzJ)*1+z}DaM>a67)YdpCPk4)mOP|MDX@X!!xWimJr*rl`P1~;m~My zXr}x-=u$8;EhMgc!hZjTcam!_x>+7}T;y4QDL%;oVKF_gT*^!-0Z)WAswA$4NDl8} z*ClHsCg~K9Jcv0a@Yy&gBt&_QB+qwPfpeH4iFe`bF$I%vLvfK^|FZ!BwRhfNw&8zA zAD3214Lp`3;(v&9vGtFJ)BW=7kH^N=b)^Bs>dbuwPDOqxXZ|{vcE;MLV`EbdjXg&% zVzEKS4qEz8F8Alp@@k1Y5&YcaVNu7zwUW5dIK_aM3!xieO%mLuduI$_DBjw4LR%hV zx9ibkg%j}EkofOanT5P(x6>QFnO!Y}hN&=>aFRsr>d5Vifs&Vc&zY_CotWFAK~oA4 zOv3L`g-#&bg8j|EzwaoQ>r^z#an3VzCKnaJe!lI!+L493k)YaqLBjV`ush-vE0LRf zwMKJuEDKkob-v%pz1-p72^Ic&8ZB^_b0t7~&=7M4i2GIGG@_mQ>?eK{(K7icch4G9 z_@3|*ghkfmvDr4`Lgb;%YRHt}R#-mwauLovVp?_ zNvZxhz^{^rbkXj_K#mm+I#=Bbj_555``-HYF2*?y;{9m^Xv6Z#DA#AWVh{AFneoqh_AoKu5 zAr@j|xtHFvQ18<~XOg})_nZLPb$;5jQL!^Psa;|atmDh|+l;HVPj-K5H>U*;bLi|6 zc!zfd6GZL4PPn_f6$k2p?C@q4biYW4$ySidOZ7=Kp^RR$)adsAs2pcr>KJyo8qvXtTK%X(S+R`S=W49wuLr;2NluA0@ZuHINLwXC#ttNcu6fsQ_a{BP}^ z%GKIJSgkNEKlb@@{ptg0_t*Y6Q>!6)kT4~Q!be;g$d##OOU0pWv6G#0X8SECZ>#tc z(>0~|=8ZPaj_K?RO~q|hssMv~5m1l;vlxqOZ(O;~Jiv?%RRfnddCjkk{?~}%Mgg{) zg=MuH^^G>TuenbAz?`(f7cFEu!ur}KDlRIANSPi0ta^W0{b!~C|0+`Ee+*%w@6}YxNW|CjoZUs_bMN~r z_>Wb|{=|9w33Hm`nb~=iixS-Y1>xCU+HU^Q+3Ni#4OBV|JR)r~p@^8A_3s326Fh;GD=Z_hcx@*22Vh7f(bLmn~?!mih6Y z(e6E|;K=o&>Dk&nt_PJ3P@thW229jOXF3~>OZC$0K`)@HxtF_Pv4C}c8go;f?oM7% zVWpDFB8{JOq1wl0&O5NX^F9KLy@Hrc-k654X{+4;e<+}P)bAHg zD!6_C7RtHFkmqhWks{5$(44FD-G4<%9!vkZy5&*pclmjqRFdQedm%eunuwKP?D3r< z;eDZUdXP3g8tqMu&?qsOo3@drU<}hvB#S8rZ#k(zHCV0=O20tD#SPR4`vBbam}Z(s zvdpCE>$BFsstxAXwswYmDwh}c$!S8V!`=v zcr!>JwslLgQ+MIO%_#`&L;C16e)F`%xelK=y%H9=J)GW@fHd&WxgYx5sVGgCJ)Q-< zRGb0TB#~TpGoOreB2~*b`@{TOo(HxDqqIAVHhha-(PMmr#AHkJ-SX2$vuRFQ>8^mm@N#)^Pd! z2EDiA^r6-i0l;Oy2>un-Axmt5ZYR6%<1mp} zVCSzUcc@A>Gp#Bi*4K|HVc`nS26v%SX!$4GdH~@}n@LO59UUF_?g^N^8jY={WZT@= zv*;9W^xs2pK=*KTL5nY6xZ}{k$Fc&6_y=YKz24|j427=SLw4Oh92XMLOJR-tv|t2m z*}aL(k`;RL$s`Fn-)&(cDb41c;LA^9jihM&T-M`LoHk-Gh${nI^}A55YPQzJ*glTW zbh}alTbePC&33agRc{1P9uib%3dcuCprh$OB-r7f$djq3SUE+hOp}Qg!qIz6RCBAL z%D^jIP@=n*(CY`~jG0(Ki1b|GDTzHaD&!-1WxY^6+d7>68IvVN;IbLx}Xe&a6kxqudb7ki{k zq{i2()5!8M&1ud%XMWD9`VCavzrkUcRlhkP<8lg*=#OKb(ZVyQKo1;bUZOtZkZu_G6CDbejlCbYQB(f1Ra6=PZ$Y?}>t> z#W|S~TiYY|>{lS2vZ3I~!Oa9L;zDx4^B1NhH@fu6}N_$K9-m(eB0=9KYV5z|y=6RHQywZnu>kRwjqSEL>w` z7r5^xt^89*fs7dsme!Bxw;Jh&rA}Cj<4zT=sHGdLh)g=w@mGikIQT@gVbqx5oN*Dx z=2P%GT^QrX#1q42Z~^ipsLmroG|YCRY<4wjj;R{MPMz(K%#-v-OR9wC_#-9bUo4hF zp2?sxUE$mj$Rqr+iDf5ncYV`jn{1oE(Q1z1P;j{L{WNV|jDOO`^!sV+RwumMw@#wC z?;1CRN%(1<&~D%CN(d?V32$ts0mvCMRRL57MHC`kW6zY%r<;}aDzS?hMYhqW+YL6G z9N%B}^spZ*{OZ1wq7RN$ciaPyEPn8{+hcGP%JSeE$|$P4C6E=G8QJWkkS{q&8)ma* zOS`qrvqMqnx#Ok(DQo(0@zp%H-~n%A?-#Ok3!W-??F{-$J3!2Y&M)WG=4(rE&*cuK za><(`BVwxChphv=r|cT1?#U$G3n$jW+jmw1_l!}62LhS<=t|3+^6Lf{sjLZTmdK;y zG=X}o&aQQh;VzW_K)C?quIwe_y!IaF%4YHHlQUh0= zvb$N%@qu&gK8yY~kgXB>)&R##i3^}IBaXTPl@w09q4J%L1%C(U@jcT zwwBU`{O-i95k1Fxqo*c^cCzeVCKFNCL2&dWHN+kzAYiyTF`4LYdB`;9C7d7t@(uF( zhEN&~6?-Y`^Le}$G7Y$pHhxW3x^eLPo6Y&(K7%m34s0w1TogGy&vXcQs$U#G0nc>; z4Fl~J+Uvbb&PIx6Dq77AFrpp@RVSqh6*^V#1rc?OndP3%SY#K|&MA?1#V$pUx2qrN zJs*Rh{ImaZkmsndVg)F8cWbypOotjCSvm>(zpd11x&UNkkktLuV)4cs8 zg&x{>jS5ae%t`Lfz0&SW>P81I<`SPL4{^2v1Yrqe?X<&$`Q6#gT!pGq1KD9uX929P zXP9f+Q7dF^?_Ku;0C=DKOM~T%1os`iv;;ul_k92S^&-QsuVATZ6>-`_IcQB*$gjn| z1lU#IZ3-xNXcIrF;Ie@Qyf;8CC`a(Mvp~9ErzKE~A{3B7mB#=!{WFUk93c%6v((-&o5eV`;bG?z2 zh42B9@=1__s0|qg;}I#=U6p{}uQ0TCqGEdjZ9&TyQe99Vz4wWz)^%8$ez&Jp4f^B6 z_2hi&!?C1IxR3L?rgmWwPps|xRN1?dy%xWIPl$1qj(=j8{8K24`6SX1I3CW<6?WGb z8t%3!EMH;T6KH@kKFJ|owAle0W8!f_IU84q4`MdQR--p`rkpW1gE%6x!A8)@6ydxgu=!q=`_>a6Z&V++oeEQA@C*mxh9ERhX3=rQKQ3fbBEkAx)`+}fM{UNU zAKjEQn)>Jxgf2(X(RP)-(ZMF#ET$#1{|c`yky_7{ktFl&?oQrqAx16XOeWNS0!?Pa z{t9P!=9^&8=fEtiSBxV$z6_u#XLgzs^(k===Y4D)3a3gYT8t$6jB>IQ^Q6};^JM)i z{7As@4?CVy+v#}u7l}Rrb?fo_Ebkj%SRm{H_B?hQCp!1k=Sz9+QMx2yLUbOPBfGH< zq7h^?fF!w98unCQ2~@>d>W(iE{f=0n9jlHuzOQu#>ae11IX~ai-lRl>h-S*|n7UNB zpLbe74>yd=ml;>|5 zD+ax6HThyL5%1ya#WW(0$v8jpt}oW<+-;(B42LxM7{{_A+r;iHgdT~gQt!u7V@Vd1 zt`3Bg_^hYXN4LpN7pgK%#11)bNui@6N~D{jl#uZS*VsAAYC7mB&yaoASqApby@qMs zow-b$pd@JlD`y2{oC+#WJclv)<{c7DR)qRx#{#g68<6|fH6~mZjuVP=G0A5ajQfPU zDJ@IPP?0C|*-;Xz%j~3}vRO%!NRUXv*(;QnaFo-|*+FEYpMm;m@TJGl z^f+z<9S9n?BVvo;k2CA)1Olfc3DiwF34DRF&$V}XYk4v4oBxqCt`(AL0#!h6XYS0) z+^00nu9!(dharaK*n;%3hh$bfwo?>cE(}478evd$D`^o5&}7DyanzgT&&$J;YyR?j zc+CD;r%{*a8Z2kP_EWFn^X1TW(dhvf@YIea#1bwR=|}0nCRa~j&zLKpXhasz>|gc% zZZPb(ck_(9pQP9fe*{ci^+FG|?m2ineVbJ@tmX9qb-iV5nYX04wx#?e=dcW1-A`-plp6|C!xOrq?PO#%kOZ+$R<2>9%2q zCRF7GOU7KC~ zK`(7v;Uy`t_G9eXDgE?Y{+YM#&&oXk?X@4X_|f#TG~S~{BJq7GpH=TyP zy*5=qM>J)}m)-$6Z@P23f~7=w7ejiACVUd>4s+WdL!xE1SW zb-P^e-7~!L<_kus`Ao^%L{UU**x0MgfOs)tj_=$z+jr<+;jsw38y7jTxINS_z{(_d z!_~x*nk5jDmqE}|h^y?k6Dsk)#Yp$N&j>w~pd0F!$M@>rw_n>`d?CM~aXFS1#ZnwW zWSh)9BRqCj`4|QAfw;gGpXGC(urdCRq_Yfb`v1H5Pg(>iX(UEB64EI>q&uZVkPwg< zF}k}!MuUKKcXy30=^Wi%yXXCXz~fyP-|JK7ea?9;WVK!zfaM<6lWF&Bc;CFjsPY$y zPd11)bQn&qy^FquFgETCMqK_JiF{tZa2$zziY2(VP0T*rAIq!_cRi!i16ZUkx03S=3M==N#uSrA{gpC~X*rW1KC^&7`?e;=l9_=z zuf>1)Kogv|5rPtMIV3Y|$+rM{`Y41D#B3F@1PJNDPjc+%I-VV5=V>h0$YZzUw4{SYO75!}x zeKg=WM2vX9^)0c~J1f<{vK(`>7mOFXrxrg!!3EK?pU_9YKGJEW7$RO;d4!5GMl0MC zw<#YDc*_~*xEu623|6#6U9DU=9@6e#F18H_Fy8)+6C2nzT!En@bg7#y(S1j@TgXDc zgF<>rhg1Hjz(>omrpr~kl;tbIb_1%F`e9MV8%|8?c!d16?dP;95|K4QHyZ3;mVZ&PTaG1 z9ii11(Qulqs<8+m&`9y~2(hibrdq@fOkYS#PEO1k;&lEgkrP!80yCl?_ug2YNBoDy zt<|FKSJu5&K4v-Pi!5Y4<0|95+}myzs8KMGo<%^{gC5%(ulro)jS3$p#4RsGaFy6T zG<|wDKa&#W{G94*YSypwg=TA8@-g7Nmr%zrXZ$@aFPGjv84*cNfC9pS8`M#!?sb{O6kl*hkuegJk|;M|owJv>z)crd4l zLB((Q;3>6@(i{#hP2qnM)wuS6RbKE8J?_iaZV~qH5B401$ehyi z;%@gfvLH^@RJtw+6xtZXG-X5s1He-ih+ep#<@3^nxW%14BU)EjQVgBK#&<+zx^j_A zu!Z8V0HhO76t0D^|93}A_&aP@99ZOs6V}I2;>+A0tXuE|% z($giB#zrrEFcTJIGceWOt6eCVFX}ssIVXvMna1;b1Gl2HcLWYE?4Mq1d+1J~zES;} zNQq$^ipvI<{`OcGkSgFP6D}fZox!%ytb#f^Oc=Jje_y^nfj2b7nK;tSA8UaAan?## z4MS7zEGK={fZBw8g;`C@UmRG~el$gG+`qE8)_f!eZZ7On0%Cg}-)hFb z*5F|BkM`O)j^b7qkARVGbSk20=ODg)(uXTyQY%t%Nh+jQcq1dEOIAgkpI2#ZHcbd< za99=m7IFQxtC{ZTy7ii#T{O2m_&T24FYKMdc-?~)3C9fT9XRlL8U zVO1YQK2{RF*Yt@E5Bld`<$IhPEH5=8lXj74d&O;gRq1O#5Z>+Nnw*uup*D1=Sw=fc z`v)lH?!W6|{Z}1i_Ci2b2l4&%(kZYD>4y#4y?03X$oJR1f%44`l!t^>qg3EEQ=(C9 z8HhgjaU%HB_1*RkOxIzvf+t7cpVvXn<3v|cqZL8_+o4FlsR~Svrb?FWLyu;2w6vxK zUXbXb`3KKOeFV=NxjoySZAA|l*glB2>v)|(%Pm!=x5drx1dGY*z!)YLjcSw__pz}JqOPpmA87oBwajhM*- zHLjF&LwZ98==7>rLS$}VS0Co~S)UJY=4*jcUtNFe2mSg&p>Oy`mJJ#?(e)qUo5ft7 zz7B2okFzC2^w{_Sda*y@+uKy}wWEfxQ&R-=R!wNOf+5AFf>Y<#rpV7VT#kOAkiiR4 z2~!Fj!)m-*MpaAPGD6f{i||;N(NT?RiD%wT{G?626j^EJ2WFi zg9k?FmY-~bOFt{j5AKc;m_tM~XS|*%Du35~+X@!1%s2NZZ$Q><=2@30?e0FW8lcqR zr)DGV*!}h0U-|1gN8hoV+1Ne8C;CDy`j?(yLh8- zM}lkrL&kuVux|lCN-v?2VM?IA3PC9^7h^`}BcUtg7chcX3$afKur({zMlWGx4&%F` z@Ehlkr^e1YhI$|fyD240hV1XZKQxHQKJ`+;+?Lv>*GpbH;dJM(PY%E-`hoaAl76<# z9k65&2$#sPj7$MpUgE}q2F5H1gnGh!a@%hyChg+TBIE;{SU2s~yseop{s4p$^6pRv zX^1Ff>&sYp%*1?3d%0x7zoGq>ok*iv{cne)Sx=qAc0|gR%4$Oo-$tv1p08y7Cri8A zC+5!KqNxLfCtnYm6F;RU?cS@Sr&hRqhvR`T&;QIqbUo>Ne?`r$MeI1WHvQ5?sJp={ zdhtmiDw4UbAp5s)vu=UhhAcmFwXFAQN8#KpS``yabju4n3z9o zE9CU@V}CZBM&#aDYB@FA%8w*QweVP~d~FZZDbM%wHh!`XXyx&Y2v3*hmCKi=7;|km zU)zCxsOmkMp?)a}^~g>9$~bjr*B$SOc623vz7YvG^`h7sAH zB=MWYcpoYJLp+G;aH{=xuumoL@7A(4QvDyt=FiG&jorGlELvKfwg^)|Kkhe;w$EV$ znvu^WAyrpox@cf7cs3(f-1M4hvA|rqPF=gAa*3P1gk*HVVQXc!G=>Yd(ekrG`p*yg zf(`pkWTi>B(p*-yVL?p5hI5rBHoLT=v6Yez9F%*;Mm+7`cemU8+i~(ot>p+(b8GXF zmcp2_Ruw<)cETEO^!HMtY?L_qj%{)loj+{Ou48fY$?dnN)q@n;_f&_H(*Z&e*NaE`8U(v&;+oywVJWmQj1M(sC#f ze|y(LH-QXvvTxi#tCPi)wsr%MiX4w~sD6+0?+Kap2$CcVsPs5jn<@rFmYua(5s7nc zbc2p;C>*VGZh+Z$bOq3&6P91*;;~`?nRkurHjFDm(PtYkr!VNdH~LHVx#FU$Ox+az zwa`U?Nu6Gw4yy|4IckE(3l*>fyH3{FbdMjAVsmfO;)EQNE?s-B(+mad2gz^_hLniU z$krn)X8T$#DVQnV2UnBmZ)?G`B zLVwkUu_yH(fR=ZiC%*GTqTqPU8j?LD+ed`jRYA;%tj{o?ibNC{5dc0N%f@*7B9)ToE$h&)FT(_kPTuzjH) zliFVtFR+~M--#LK?XUHr$szD9o8x&z@T9bL3li6p`7^ZI56tLCRJI0k$`%h^kjsYH zE39bBOJmu+o0sq7PnKMpd0`-wS>&A1je_aex|j0CIB+oQG5-xSr>7MAfX9u;@cK^x zm%BmX5}gp+Us$;Cg|vQ+8+6VwZ^?@7t@Wnc+uwVfgu+|xw!#wpt?n(}Q~T9B_I-25VRuqw zN^L^*)}+n-VTCXa-qXI#WT6_)8-PISv|*Xs%px@+l3{d7xG)0ucFoXn|hX za;H21T2HIaD5f4GRhHgu&31~kU=Kx)ICdF??*t~Ih2V{9=2-jOaHxMF#2A3=T6>Y zOS4dG;dFbz8bWqWy#F)k@|HL5kMgQ!FIG1m3^J90*3LC@zYamqIw!zSTW<{okRCl5 zE>}BUBztxyL@y2EU9&TsMbdv((|7%4D1Ppt*Wu$W;p{^;{phh=SmW^zN^I54b;+n` z4EK1>Fm#U|iG0VS!O02IOMz?=piIX16KBzmLN~-wt)@g!{KrBGgCx-GYroU}>~sB+@?xn4 z*s}1!TlL$DtzgwRqCxOx)Wn_3b=8RosjIjwAy21G@HyvgUHg|A#X2sPf7slORh;i& zq}Mrq2pH=>(=mSPHR!l*o;Oz@I$)oTTKZ*&(yM#I3N3E`6_kXYCUvpHdc@Da z0KT2gpzQiEYHhomMm#08-9zEEPy;xIymkLMmL=V>S$W!Z3~)Anmv#+FNOs0{AuV)+ z_b3bLI=TL&to-!C96zzpK{DJ9F?ryKLv@HKCEIFU+mDRQc$z)jfGqI=*vDO?Hz4FN zVqBQWg)>AandjHt6mvz4Oni#RMfyaqv$0VHL0Bn=dLOCnBNHo`g_plq>#q4?R*U#L zGAe-w8{0TSJ%P?lPFyw!@V1I{rg}djXyFh4(b@%0Qr3A4)3b9VD~DyK%@E*m`2DAg zK;5MmZFTKmskoL1K-)kXmkz zN|)1ZywRXfrB}2b**cb?ojL0Wp3jjmU^YX@AJLsk2v2ih_W`EVpkvY{dNS!e%$(5v ztHn>5GRJEYwrc42bI%{Ay?DxnSt8n6JRlO{Po;#czj*X9lW5)1T$uQZZw1M#qqt;48I?pl)za>aF*Avao@vb^Qs7E{Jw4!cuk! z3iXM1BQ!CcZ3MC3WxWxRG6|DrvGNIQoY4Z%I$U9RVK}bJMtlWMcMF|wHpm?OywMeV zXeI*f103F7W28Q`RUGc*doC!zbNQu(j5k(xL&9!71A)+<`SZqtjD9`T9^l$-2hLpF zcg9e!XDe7ujrahk2e{Q?!eF}0IW85I1k>ik~=;i6CFGv0@)W)w;?0h?Vh%!+p# zybB#smX*P#ftlTihi=1JWvPO4N{r7kgT`F`aMux1)EBV+IlW$ z5+OYhDHnFtf~J`8i;;uk|8wbxOe0yaDM|m3uNc0$hOvpmlRi5o|IuxvT6!

x-s`ZDbWld&@6w^c;X|Di1dL<)NP7n#%%{3@{mw*-Wt7D^#uM@znH!^ZEKFZ5!E)#+ZFX z4))?^C=GU3*gme2d8tSk9BGs8 zhmV=xV}yFXavbLKtQbt;2eG}!Ar@G|y)}f~hCuA}T0|cy7F;1Dh1*|4*&bBsyh9ir zz^EUsghvMP2;4ZX>@T~T!vIS#kBhC-zcufH(3vCvtL%fA&ds7o4|76?XDKI6RSfG# zq@BI|sxiU21>siEZAgMP_;(@2P3a|Ng}dI4XL5Z^d*4>!wA`vS$?fiu7M$EKP(J(o zGs2rGOX+_+uI@(y+wiX-DCGc6oV6?Z_6w1qaDHK!!(i84RK1bi`+^49v3cT)4kAR? z>gmb<)aKrFII4XyYxiuiyAojel<~Zi<7{vkfA(i12^lj*f}BXJVCqBJ59&X`I_e`T zJpxIlf{aMTc=}xV>uIrR`&ZAAv64nsrIvw2hi<`?59uc0d&{&N;YnTG*Cle=I&l|4 zlAMG5#9-Pj4vNCLNR&r~NX08%!w2#NPnrqnTFdkEH!i(oM_PF#e@ZbyM;F&mE##WI z7UW!DORuBw2#l=!otHT(ukq9Fp6=Pd@9=8ue;R#u^L%i9kDl;$ax&my<0lk5k0v># zMzOl|!}$~wA0kF;34eKBRk8e!UkLb{UkU$y&n%A0gm6)8oPdJSGH5Vd4Pfp-oOb1# zuoz(61;s&`GlhGni|ijL$xH?hfllp(E43_Ubz}Nyh<@pQKha&+`xy1D;pt5b0x;o- z`_&Bh9o~D5sps&~pk0SJa^E*V+2pxY;%LXwgSh*tK|^ zAoTk*Z(NzP^qk67ewfy_V^sNN+VM73gxat_w#s}*$`(evipUlJ0SE`+`U7%7r1Qj5f1+8p{KL(;dMM7{4`y#iYn)LzB^F^R65+?wG=g zDDqcsrFt*_Rfo`9QC~T3^Ts`=&(Fwj2RpI^h#PxS22!GRN`nS&3-E+U%++8~6aKzm zkCnbLJ3K>e@MeFKx;>{pJZy?CDPoSy7|_?oKYFYdejxul|E(g|>?`K1N$hi%e2Um#&E8-lttl}Q+F!BP$ov-De9G9sJH;(H+w#R7;I>BT zLp=>0^_pAU&3iEC8+3A(7WFc$R^j@9@J>cwgu0is1NIslatMZbV(4pc07^PshkFIZk~8iIT!w|k zZ?lh_$oitg-p~5b|33E1R%7_c~N^(apsE777w5ieU7B{RrY3=eq*GkZy$Nb|)670O?l zB6jP|@%X{x(8692$?}iNneg%gjv0SFBO=te>$4B6tRrZMM3Q=*>+#>IDs#EhLhk=c z2Kct5Kf>3~#fQdxG?koRg!nTaj7AkNbwAm|C(ZT3v^HA#Ma(vOAEmWpu0vg!G1Mh{ z1tchXs}pFfzJ?D*gD4%NZ-ubfCCS1Y2tt1l>!{?9fuNzTjWEs^*4J1+0sBobC}{qG zI(|kr-@`eMj9tX+JfWFb_HPba zIgwdnB+GI+3Tdp>w&BHb>!CcOlz#C_+iIO3F6I`fZ_aW%iNQc}-!2^o>&j8bV4 z9CqM%zWpk@*!ok0po{540sts>uDc#De(>M!E!$3E`>2TQ{FIlj^+f9_HP4dG2iTf;VssKoQ%1HZeJvSfW^?jHZ5bTxF)}~6M6`DS}F|YMRa2&#k&b%Z#7^%L*voPcolK9+s>3iBe94^Cz(F~ zZ^@cHLnl7@)VQ6lb`*mPzkeR$z5=^E4h4;ICPwHR($W5kj^$7=LP8sJl#CT=IbURv zsvb2=$?|***Oj{<{jLniBABU1P+Fg%#8p~m1u}I+lGwor;6a_ywJX_E(f@Yd&8@8h z)1Kf}6~=J4*yNNQJ*O!7;L2VTFy37FtP~nnpw>Aq~1Geew&oR8Zramo~%nj1wGt?1~ zp2rUgDubb5{q1GMttXNo%u$G4nihv4Hcs2UbXw}8ia6$*F`TN)eAme%lnz%3=R$K2m!;x$u0tiOWgpkAk zPWMB%2eh?>0CKEk@t=1AnAvrCq6wrZunl3aA2+2d8uqqsc@O&*>EgOw?y@~RR}Fp= z6gyPy0$V*J?ax);wh)D}!hZ##ryFb+0fkxMX19^ozNyJ^EY+6DgBRl>?eCqZMUm9D zUIE^7IKSKw6zh-BN;MTFnIy|=`VY?dgn7XOXKqYW;qtoYs_gVpU~>F6J3d zczF}!gu{MQ*Z5qj=b?(oU7;rLE^P`>l4o3HJnX5QS&EmMJ7gYI{a`oVQEcxjavSGGj(h>y+u!TV=Q;yG1xwcdbn$GIJISm8N8DPyx^v)1i(J5w1h| zTFljlU&=KRbhh0vElc-DA?_lV+!KwkC~<;_kM@D#3GeNmh_8jCvamypJmD=-_bN6npWK zS_IIoLjn=m;qXbjAy$AY&b1eE>cxJMWGB!cKD25DOM%5A{&BmUhQ?hX(Mi-`k`8#o zAWR3uwug&?$Du~buk2E9a(v}ab$%2gA4tF3&JH+a1bGRXb;-JDZ!j-pL+>dg!~kDu zY>Y0-2NAak`wV)ggaqSp@lZ|2=#^bBD--+8Er)G$>WZ>)!mzTf6;%{y&ejfK_Ln=# zha1tijNW8#O8>(ve|nuVVOuHR)2d=*qo(QkApk`u} zR!1@N0qDDH2~O>^43Rz*RprRrA3+b3gOZm1}>V-B& z#iU70V}JM(SksN@PBU*xu>>{s0K`5_gt(4)tlxV*1I3`CJbH9h1saU?5&7k37_olq zt<@PG5i;~HcqXYpu`69E^?@IpzMRv;A|l8$?9#@8s$dn57YSWuW44Ph4bIBw;Xx0CkeMfTGh7g1s1CB&_j5W^aw2C!f8BMvRQ zXJx8Je+#ppxyuVLvLINgo5ePWb|;`lJa$QVjU&p8eE+s95cv0;;r#RVnm4?RD4mT~ z4x$vQG(oJL{6Wi1v++r#11?Xub?oFDmLglM9xp#R;I|h*)g?pa-YZ5pwEPp&;q_G* z=p6Q|&7o$Hcs}B(q6TrN3sv$|r?ab*voII;$z4^8cAx4E$E{*+_mdM~Lxfx7IF$b; zDSn~%6_`86j5`2-l@gr0=M0-U-lQ1c-y_VLU8mh~g-!!Lqfx@W)o|xMo)8nM3`)F) zyQYh@<73VnHly2y)>cW*xMV9~2P7j-2Ql5>tFz3fp#tMDGm5ZcdchTk_^8*{J8o+$ z94ef56{SlZ+T@>0=@V*Phgw+I;(!B2G^`mw(cGS>sWMj_(#b0k5NL4ZB8Czkt3Rng z$@U4{>=(9MLU$;c? zx(pw+Tf{BxhCSI=57wE4%{U&Qy?o>w_N)}z_fiqk$PiSz@ay^ns*FNqI7^>^GR~FZKfU!fTA2=hFCcwPyS5z>X?gx^S1e zet=6e8c}rTHF}skvHWsa8LQJ|Iv^>ptvmKon3xS8Zz*)jrK{v62)O=r;C9=R%EL=% z?r>L-13?ZZkZv~Oym&m7{%gGM65W+l% zUysN=X{rAnQzkB+g>IR@GmYIsP3scUm*a8slvY5Jpz+6FwpxTy(m27jfr>*0Ym`Y_HxjY^Lb>BJPBWUxiZbEDMH+?C5Lf*V zw^;oOs2yJ$DXM%$b3zLEKBp5|Gh+7$438hUk#&$fO;lNk2nqQ<0`g{Z$~6#AP^nlt zgx>H^a|jNHF7O$4)3rr=eih=TO`bUCm%}O>>BjHe5_ICB z?qMzzT@KBH*3|a*w5@;SFj@}Y#84@ge!#m5%{Qv6myb!8DJMO~YktzDrwrP{m25o@ zqI`AvyBN?gir?gsFBjUYUYY-bT{Zk^{rk)sf<*s35AgZL>9o}V_ypf#4*3%XF!dX* z@wduS))9hnDds;HP?l(w;^0}HH-xSYzFE82X7?Q*d~SNQKxDkDS)Ef%;AEq3&pFwJ zKYu++W!6L0vk3=}wujc=MT%U0n533N*N}N@d#lT|$>FQ>pd44)mU-wms5@hWCqK^K z^Y^`sO)ZOG>hX-8v_+}$y(pM-+VA9 zB8xJbH47!_NcBf5R3@iEUvomhL%F=n#{;SZoNjlh#somByEh^jqI1wh?735sA%WxD zjaHE%gBscTl^=N&?#I|edX4fI^$rQGWd?MfyA+F;y*`$Y8E(TlGny+6BDfY;wj}h7 zv&9P|DHUg6p;vG1FGIQdf{HfJyrHjDa5Mh!$&lR;DcI8E>%a@?x9;4JJd$cmnlBT_ z*#Qdz@7Yjjk!HT2g8r^he!v@1@Hu;*Ymo;Ah&terzCZ^4oQJE(Ks_b%Z|x|n62C}x zT|^h5PR@!Fd0%^m&K#bEJw^3>X?~Ol$W3V=L4+ z)KWl_NbCPWZ4UiqOhfx;bQN14QhlFZX7%Y#qPJA+ppWj{$35nFs{AUMQkg;eFF2ND zhl#J%*1ik5ym=M(MG2!(_Y0bTvuqmv(QDw!T#sljSKOR=tKVSrVSQB>QLUa-iMEjfr5QrFRY z38+*aOU^u1gxn|em=>CvRJmtvTUog`K&V6YLlfJXikY+NlDKq~(l|#5!s9 zYp@=VI6sn7Ivm;XVF>^0JC~0R#PTG|NcaeLEU?!wsBlLDz&i>wctWxvqW4R?lZbC3y z!H&ZL^oUa`Ovx#l=MfYKa_}hSCl;unGIol7tQ?Gw5t$p1F=7fNLE>HSUBY;erHMB& zx=DM5OGnK!4GJa=cBDY0!^s5t5wfx2g;FQ?GRAw1lo=3hE#fm>O{^&?E7yYyIa`TN zLm=&@{kLl)nfz;swJFBQq7@w+`vi=NIpl`JEm`82x5o*iq&#%rca@4&o2uJ?%9KW2 zwoAD;QZTb6Mh+#=e?Ku4G<^Fvi-1IiT=v6qI?`d~wMM@7u*E(#2E9oH9p|l=4kSQW z1ZWCtW#YciqEurj_mkKB98*bv;RdQOfyWa{rzqA0QkX=0!vRxU3^7!F_8phHikT-A zHJ7u-Rg9^1+ZD*A@6QMPadNAD3)bWeOWN>pf2PH;CgaN&_Y?q-Pl!nGaK_agy$sFt zbnyk=0uS%miJD$3x6#;@0;+O*$*S-7DdTD{`Cd>3Z@z<)*=!!y+RSfAMA9bYqYbX1rBWSC4<;lLAUf`D>OP=ueXetG)B$(5^6E`FDT55+)!Z z7%4@7_N0tr!kr!hW#z*{LlMueP{gx~3Ua=-;g2+=SEqQ>_E>&|$muFPo@&HDWDQu{ zCcu+KIXl=q*FbXB#OxPrmv6b|Mh#lDrx=xD!=a4_dkahGgt#9v=KVNj|E%lH=|*vZ zDMR^nRZevG^y(EWV`Df7KyHD9sRp9S28Zp0*v9^|v?IpzDmS)N$6n$u#&M#DGU__v zyrkQBplAZk@UCiyKw$FLgHiKA+dW47^b0@*<@C)Ot{~hpPRz|c8ky1TSsR*TdODF4 z5Ez1vSEWdbGU5gMWwB$WfPkec4?Q~E8CFh}5^JdBrDy#77K*o8ncB8coYw|tntD=- z>qizz&M>ODyrYttc}w?o`mBb6>QDt`u(281o|KWmd=~2W^f9McKK)Wg*=NB=sI&cj z#TCc#TkiBh@9FL#hq_>Zi*N+wIbR;$5pi`F0LwI0aEHEh4j^BItLQzMRxf*Uy1Hs<$avp+Qs;()}JMS$Vgi8qvBw)!tbN&?~rySIoiGE%njb?rVlXlHrK; zPo%}GoIaWVkx@}`vg^B_n$yw+1_db~+B&W)@bod}KB2F2MQ#IV38= z<{L*;u%Wo8>f28?n+4~Wot%_F9q|s??G`zin^J@&0k4l7o&*#p0>QoFw9KX7o*?Gj z{)2KU?ra=*qKB>*p$ef~p^vI6#Ty5CFE;GdFzlV9cilV5 z0R|RRa|+dFrtFvWnR7Q<_Z}! z@xAl!ul-OY2qiO`qsWoK^S9%fw|9NgwbEZGZfXZ*96+V)$a+%vpDDkqKS7+72)Vpx z-K;!orzP!N%H{1~#$Ea~J(hrHh&hhqMO07~+QtU>HGnL^2OD?$X>662d+7do@KDB> ziu%Gv9A^BiWU-^G@(#`-nY>ABwkvqcPe7zw`QR@yiI!iEe}7IGr&4i65waD97`6h( zZynCr#BtP3yzuZynfVa&JN3%yu5RX36@$F1uFZg=^k7p89Atyi^QZ}e190Jn9>~m0 zd9SN`fz9|+#I>-uGo84}jn7jR1%;?=_n$ss(2qi&z2vyd2LEXjtcaMDQc@oJK&y?+?b{5DioCv6rllKfrw(<--y#h|#%AAZM^;7^(KT`LYw ztF*iCI>I31p%g1VFg;A;;Fp_W+B=GenhoQ~sb} zVotqiIUe*aeugIhKL6ZiASLhU7w@4z6#{rPWgp_U$(=E|O`^D;b`o?NkcxX_aw!dA zERJWhhP8K+k-$q8&qW08%>e7IaF8MO9sXVAUF4sQrg8t*z8E>%E$V^Jwu~zuVc|0e zO!&vkF&No(5HD&QGnvmGe%V;(1kGRl3!mQgYCBNgrKi(WTmKp)M;2}8eq9+v&q$PQ zT_VjO&U8_pfL>ZI_~N)(MpY?2HXeT#E=MQUU;O>)<0Ca>arPOSns0nVj z6T>(1W+dQ+YRiaG$o>^$RP5%B@EDcDw=}-*$#aO~@#t?I@LvVV|5hZ0IQYq-dQCx< z!b=W7v8i(LLphoP>e|oS_2enEl@XxalHOt#q>05{90ectw_Doogqg@w`n4N_WVjhW zyVl#KVB$rh_wcq=+RQ47L}T{I04ucuXgYg=TfIYnS*zELVqCPiD!cVROw}wu2EPW( zN1p3u1`(fc1X24ZEoMJzzKfrOc}NqL_Th?RBzK>piBgkUio_-@Gb^f!#}}X^C;amw zQ9_=xN0$XPHoLd-?V{?{X>)@`7U2pA{)-Vp*B+*+!?@~HKSxT|6&Cq>t7ffNRsac& z8FfPMHq&kNy1o|Bt8;BDEJq`F4p(19B#&|CBQG%SQBXD?Hh>9xr)~ClO`u@;OCFKr z(RLJVFRN+_%2xz5Jh;npb$>leGpdN_&0bCmL!T@Q2H!`BfTf+^x=Rn``R9v6T7R@s z6kP|PsRsu_wWiAlKHLN;+Gvtk0X$( zt8PS1;bzhc zHSoJ?Rj#J!^UoNcQSSbKUs5pf@H|cKYWIs7IuiOT4_qOFU!k(5Hap}bD@m(O9L(uEkQGg~n`7MyE(4GtMkc7NBl+q6#i=f-c;3BxqpI?lfl4JzM3uV5bJ0H#Gj&=QqPFP0o2s$y}RV3-!@J6QAAsD zld7hbfYMl|8=PF@0b4E+h!U5wY>AM8`e<#>=_z}|)wU1fD5)S}>@om|XJ3|T%r(Qm zAJ`Scl9p^A*lg-sd|1~2T1!vv9b__HO03X~WoMwkJbUG^0g1<&;phLR9BJ-Z16sW| zRMOf}*BId*QQn4D7rqmrG7P}E*FxJkfjaF}m*{a7_HNPqYTN6sF*qxUgp}tO$2HO) zy-)S}?K4Iaq>BEMY`L46o7?G?n%=$2ig0v<)=XhApYU`c-2@V4qBr7yka|;YP@3_Y zz4ikN+f&(sRAw9q^B$O@hf6;>ZNAMUKrn~cO! zXcvH(l$P?;+Hc!0%PE+DOv$UH^ys#tvl7ER*@VJGD3eo}>Q35p@XMQI&CnnW8&Tv6 zeZyLGxt72%@{c0lzEBZrSYK8&8g>u+EtO-+*|KaTnqF)VasS*?ytG4_6d~(ge*Eh#JqoDlksW|_ z0AW#0yZbS{GZ_@bsa;ej916Kiluz)>JdITEvoj|VaEu|(39wAN6JQ;C#X9ceFZRQT zm`#`3sKxafY)(=zlE|#F9mxZ|+j&+N-xdtuNG6;@G?onvow$*;Ghc#X%!-nde%rgd z`oaWK;D~2v;y_j`GOgS&4NNa|#{v~gQ-BXB#OdW@viE5R=ev7S-7mjng;;lBg)hXM0o>0B`3($4zM3(w>*Gh(ZtFg^Y+sva) zh30C<$#Kc;Y?22M2($(|x;02p)0~_vu562UG_~*sTJZZ>(2k~zS2sDIW@HGvos6bA zk3*(OMyJ08rpKP<`rNHT+yPjd3E~cvPVn2zQI+Hf&H^?|eDhN18kHox8NEHl2ra`Z zBdKOAn|?=`Z< zxr9GOMv%l<9fvKlxnne-**OYFG3mNOdlH{Tx71=6Ce$tBkRM^7vJZlo_2G3^p zP7!-m`p&WtUzfv_Shu8b`duEb@4~>ucv^S6g@pyRcvkW#W>BseMSvg?>(NN@a7K7S zp3z`NA&n*(BRzdu!@C<_Cs-V<++X7p-tpJNZl}q^(z55fjHj35YVGDB%L6YHWSW3v zyQSc%oe|UFp`g5ylHb&|dz8hzGlx6zM}HavnD7QBRSIZCkqZ!bgrarmN^ZW15^V3= zUQf3z$Mx?`H5d$i9{fyZ63mfJU$Ca7Lvxqo(__9VE#Tq)?L~l>;fV7A=JZgF zXwcd3Z5hkEU0KU7`VX1t+5kzyVRDI+(DB{|$dqx=4HR8UMG>pfj8=`-r?2&MO~L ztWqEHBK)0&o2Fgi8X6q}7e^vwmK6;;2VTaRfQ}w7d>!QP#?z%rIwFkVOY8Gzf5FdQ zQ}ujsGG$}|Nuvh)j9*3duMm~0l1@(5AYhK_Owh1*bRXuUQ?*m!=FB(erb}LWMn?3d z`q%fWru<9})iKtb^a}S}`HF$zNYD!p+7y=&NQw3RF(6v6Ttjf3{?}{0)fVq+a%_D_HC) zNA6!6Pm8$k^{8|>i>P1Wl;6o_A|T9qidtaqoT%YDRAG^CI$B|*kk{wD;h$`4bC$;IK>z<#?ibWDSyfL)fq%Ul7*rvpS)J7On43NlBa1#mf>wMq@~OvO4Ug(lAl(ceG;k_LYSi- z;YecgniB3I-zR&JJyYG7^vPU>#;|{P6>UTkDZc@7T5&e+8Ah|evf_Hr=xCCrj0#H^ zUX_kD!1Z5VT2*lH^oOcVWC|!4^C){;+1XKt(rBI1+#nD5x$2$=p4^TsaKT?oM;C6z&RbMkD*K* zRr(_}0>}&ZQNQolT+=EovmQmo#1I7sC)HewNNWWx(P@}y!%T8n2!yk1Z>`v&qZ)+M)n zp82Mzys?J(R|4~NjKkQfR15>L>S?jX*_>ngaUZSw6uyrIujBt%i{Ok8mobvZpb!zM zbxv(atO3I7q(82e^Y4T7n}!a?4n`Q5)TfwBC^o8F%6 zM}p=z79rtH!LQj=%8Gj$@k_PQ`P^#uOVo~pXFF_;`sTGAuI9cU+nH4Fvf>`E;`^eJGybKQ(sNWjfM@-62@-|=zk;fddzqd z)dwH+IyA>n;dG2x^^|qgZ`QT3U2DJcd}oJKR`AWzrOv%*-22m|pWGXUrez+fn&oDf zvU-X{Khea^>e+0bt-c82yw=ubh*|nwx4Z4gUj}xzGRf~s9ONePt7yG;pY3(Vf|sa6ez9?H$95|H`M_gL;b zzVX9h_%B`j9mp#DeQxU&;qcDBSMlXa(qD%u7g_WWJa72JAt&jqj;RTvU_SEh&iyi3 zDyQhpz?Xj~j9HxUND+zZLKKwMt=?hJ>gVhqtzGsYQ33iUjlq4sO%ZdooZ3L8=3TO0 zmDEsLjo;MAe(0*zP6f5L+aID#+1RA_rwTq#nM^#y4+sUJ^ql@G!MpH*OEy%rOWp2_ zOkO9bSXlgs;TcbS_0tyZFW!#R{xrJ%C$w}8cFG&(62M~!rH96-gXq`Y&n1-H?U-0>w0pL0ZP zt)@d8q-gl5ZxqV#Ismoy(X0^Bs?n0-@V7n~ORARHs2U_fybO|RYFN{Oz#r|n#FoiE zw+p6*8!d!{UMxF!aD-F5bmT$Ci}i=R{dV|?v*&Aqm=YoBG|tN}-kPXujIBS0nvOiL zvQcje5RG3yxvmrM++qGWja_7&(Oi@b$b2SZjG0nkrsnTMrbP*BWt<5N4gH1z|Ne57 z{3w7X=7rnPGG$GSSKhxljKJ0lKfHtS&+4JJfn#-bm6842*ck;k7WmDIbKEjAsBt1M z9;K#%Lh;;@#Ex`m#~kh1;v?h>RKI?4#xHi^*3m8uJk=%53qpj5J>u#_??K;=2qq2+ zFbN;^>10K+`=3ot)W@mffzrhW?sH1CzGw0>hd+Z0t3+e}NIU1~Eltg>=gBp6>v`rP zw*RfVk_f=~o0(O0SexD$RbgWR`t<|}HS+mkd}Fj@fW8e4d=QM-iGjrtZLzp~6j(l=K5 z<`?yEdF~?n`ZzlN{ygj^#^Lt;9VTE6c*Xd+zi%-$cZ8X~9J_d5np_nR{lZ4w_(XGn zxV2ctgPv!x(&eW(oo0h?6)ri;s`g$92NH zLgt~`rOTT3Ur)pwS}29bim4w=y@>+Z1^Ny8Hy2xcI<=TM@Yteqnz7!tT1qunJ_+%Z zU&I`GUZ$9)#N2%cDuP_+T#dJ$-9-Y%mVAT8Lax?Y^sWYCp1JreS#v#AIe!y!v97ea zpv8U2$3RX%yY~}gyXu-k3ar(OMgM9JWLJjcw4v$JM+s#t0 zr&wHr-r*lj9@bqr@o^_!+YVEr;xW=|^b@B<14<<|*z@Wfl%e4&j`-0&W|J2FU zu4*>_oxl-5M3$n!Wqnob!X*28eNQXmJx@s#*~8V5nu0SNP7(Owjeis2Xhq*Xax&(S zH7zG=9Qplu8zsvF-8kURaqXh*X8;hWbwqNt6x7GFDUDhrhyX)pkY7U3$^3p4;q;B_~zLmF? zQ#U8Mg@fXIx4SeTl5v8SU|*8Wc;go3^&j%*@Pqq#8S!%8n8*t8*$!3tshfS|tCJIuB&( zDA-1=*4G4yNSif2^WFZ>Hk51tl5jN88v(3VK8%R87|=sJj(&DP#4kFm(Z?ZH>2MVM zuZ`z9 zuv0+|Ww{$Lbe7YT!Dqak+8aOT%-DPSK7k8LMJgO&UL* zB#BThBtXOBzzNghc{u94xVT0*!iEv zK>cjvt$6?QE`pX~mUT_(85oo-zO)>p;MQW}xg!$UFmhByl^nY|jFkNQdxEh2!Kb5x zcf-Pi>EQykAB3{^`idNb^%KQZkV>F~jZ6XAT?2|NE(%h1#PM4qM^iVnvrGkgEbs`l zX^hfU)p70(JYhhOJs}<)(s78PRmfgjg#h%7?S3yE`pHY@p7es}_UA|*p7 zf-1Yvapf_tL1Q&H5ij^~fT!DhqNNTc{)W3?mGfnDZv(BAlu>*r(Xn)tp!nxBN?tRK zWS2jczw3uCOcZhRhzeE@58Ny!`^n3zyRi1mBtaPq?2$7m4L72p*D4W5B&7nlwm{Y| z-3Er{XTew7p}Xj!q2c&}3XiZk6w+K*W{d;{I(V6`{$U9(VQ z1slyTI5_xttG8Pa{7Yj>DYDnj30#&cypGg2Z`kQhHx^Gsb5T14aNOv?+1=eeUelRi zM(ZBTY>&pK7<;(dpJ9pxmU|8(9YB>*ZNOqk$<4YvVt%q#X{4nAQO}6}P}v`C0klC} zUYj!RskW*Pgs6Ds4ovd+CLNZPyLl;BPke~yC)`jhXXh9b2>(r3*kO7IXUucH_d9&$ zN}CEZ5u4H+o$+6`CyA+l7I$KIxOGjQQtB`!^c4Sh=eir}9j8v&0uav%&Pt z=&6U{iT6Vz>-T%!DsvH`fHvrm@}2X)tSCeT98!uX05{Rc`@%~fWDYTJGU!91kpANmV zN*n*HZaRbp!X0xFRJ~McV{HYRVpGTYL97>={`!MMC6VBE90TnSGM}~i(c*zs?7Y?J zr|m?4=+wwC{DPciTrtrqkIf7lC6?PQ5Yi1KLGf52a z5dCmPxx?Q+z_x>pis}bZs*MANuS&!Au!#MHM7;W@T=MH3GmNc6N5Y z0v8#OlvoL=5gyv;cjyyxrf&7^RbyXbUED{|@gjE2BHhu-q6kAs%7!*b`^U((_MJia za~wW<`Ww9yVwD?iQ%I{o-Q{?JdZQDIyJ-kKof2>;E1QXpfy_8J^5GmMC{&EiVcM1# zjv+w=$Sy|=iRO6Xd&}2qXY_o1@jwuL2)zlb!bVA^_#+Yi!FNvdnD0XAq(60B(XaQ@ z{MIv3S&w!L;f>%g=+3ZfU@?_)IWb`Z?>Mg04cHFk-@x8tS^9go&W6d=dm%3P{vk1S zUAaPMFUo9GywD?}aXF>{`#oN-tuMZW?t4eq1uvl;VPv@Q;;y-r!o*8u%X%|2Ubb9p z!(%%_&4UmYs81wRY7bsQTzW0aU+w#Qr znKJe}LW)|(L+{fc9g4gy*j2f>lr&A&(ldN7TitvP$$!&n5px$0d5}mm@LxEH3z~PxOjP6B|i@2r5yNrwB*o?+P|nt505>rKS4! z8caKHe@kh#$yc!JPnLH5#)wcl&iJHzu7vz+Oc4tVnhUWpBcHRl+_T$tB1Du=6*x3Z zJEePZj?K~(bqbp2WHaA;<5s|+58dvF)M76%eFUbI8NlU0S8wUH?v1MS%vk*4;bEyK z9_Z~g3djAbPNh3599mzn5yL@Yl!RFCG@g&gq-i0iByEV!hjdT6nZ}Y4vpCY*7@T^t zcZ9}0)fgg0j72UOTNc+weK^l(T=2+9FE}GEql&4Cbts`{>*phNS=&`KMVndtjL@Y3 z-s|H%5oi%azcOk{@oFJdtrJQo;B`9r@O&3*8Lq7gB+yd;DKI12zgF4;Mt?Vv6Zi7* zukFCN z^mj3@wf)0G@2^9`Y-IM43f1zx)ol?_QM#(bk-2dx>}2k1%7jYs8HLdoc4tDoNF6$H zb(ftN{?Ut$I6hip{B28aYX9wPUPMMV9#GS$ARlpeWE1N(g>C~Yi`pgzYZryD5ANj{ z%+3%Kr2bR_c$6Z~Iw3#Rw;(zoDsXw-b6j>QjGUGn+2VzH&EU&*yx*z}8$ z4PP%9FPcW!T|L>9K9kax4%gyn5%=Y346BrkH5t@MqGhf*Iw-%@XHDP8~EIVhLA;IiOWpKWOF zvY3|HTnO+ajMss_?-f zfTq8SpA^xnlNtU-XKU+ZsT+K0@k@9ST@Ek^tHf@6Jwgt+{1Y7j?%n(7!>pThJ|$z2 zvciGoTp9R+xvXXJMG(tnW*N6SL0kz0u?)W%?tFTdT9izW{gR*KR*JGtz@R|)e0-`Hy(J!Q!&hEkUk2ZO@w)nEyNDrKZ>Kjd4*j9H-u zjvnPsEtMDhEG3$~kzSrCo3AeY;Qitj)mET584I@%N`ZvGf%Wehx>qaMY102MpZQY2 zKo5G@!{|)gP^nq7*Xi;gC4x?5&}y@7(v3&CI-{!eWS$dzP=tqaW#N#71^)`v?TvQ_ zZ68&ffoJbxN@$u)gAwWC2!_)OlGd21;5|~M=}M1jl*`IEzgSbAX6R|O1;fYt`9Uoa z%W)i3k3d2BzAO4HG_+DlbwiW2RHe~is1x?Hk)r0w@x%_m%Q)Iq4E_mW+lNCL46dxj zh18Ay)yh?iQ`Y*PC5Mbeeb6Yki%UwIksljkci~>qWfY5FV(j^mxnbaY1Itzmrv!W2 zEQm2pk&l_6D$pv#&`_O@jr+tW1&xJyf|c`wvZ^BL$F`#hKptAllxDb7WbVpb*{rtE z)06*@*v6-Dq;boMQo;v>&M@7eHsF`{@NnZ*MT^$C6;6!21-$Utf8PeRs26HOLVt}* z-&|&Fx8XXq7-D>fL^bDpdKnT~2$4j1O2n3f7Q%Z^UvY3wS>TZrK$u` zONrHSxa`viBWkCTS{BVn#~idG%*azzMWQd}J!-t8{97SVugTm*6!`s2X1RKgFhlY~ z5#?$*=Rl$l!u-9Y6Y2xv1zhtHY-V6Nn*v2}NqL7S#C({uKpPtgHI{TVdMMW%5%8k1 zFU^pHO>d zx7j7}#kDceZ9MGxl0^bIbUtmE>3;<1D=D4tBAt3`VA1(x zP9^DrazJ@!7|hH{e`+Ki%M&VbxMQ^`mv!LKh|*%E%k>y&3q5}`YyVqIh|LpDxxX4` ze7n_4ciE1L?S0<)xDNmHfeZVy;e}eIZ)uXE9!XtEuC!@i=A7&b&)k3&#F|JWH&*)z z?1_dQz5QEnl2X`oLr?CiYW}}?(KKZ?#CYn{0IerR18{k;2=*@9ShX`r$}H>Z7L%Xg znd@?mTVOsb1YD~p8_>Uhp}oTFCr!cW`t$DokX0~x$k@ziE+p{B^1x4n(A!xrzK0SG zK;`Uu>-o)$5if8#BSNI$jV`<-s8n)cbDbzZxX$(7Ei5OqnYBGv|`8svEFBY*Sb`h8u!!cSf|Zq!vu*$?(;jvKSfhdrx?oSLK!h z@&$~Z?{oKBpR9&6k_g)0zijnBBZ3-)BD^0(qoOH4kI5NE9NGfcweKLNQ{a6jI*8$2 zonji!iVv&8SYPYO-qxX_jolj60(sllltsT+FT926@FVU#Co21-Ly8uS>D!q$39$-j z+>N!3Dy(#}$~@saC5rt{gdYIGNk)g4?~YJPQO^u z$mEfzRSW}d+4*1=I3VIvxzdb`DE1Nx&394@h90jqhzJ<&4HE6+iA!)~#NOk7q-s_J zXi(W$K>W_qzf*=?Nw^Wntz>C-64!Ac1@H1UrS}H5gM!Rxycx@EomGLJiQiMkjaVpZ z1@gK*B?fN)P?^uNp>!QNBZytXd^_*P4)fXi9%|$qbw8c$iaYlSuO@ci9vWBY3So~f zG7JnogPPR9reU$JdT&1jy3azh+9Azxs(D^c08+P`gd*1Yz+D;%4r4m zK?ukGh@VX*E0_GH?0u00<79m*XeQw|ukLm6$C*i;r1|r$7^08ymkpG@PhE;K6dA7C z$vWxUAi9NRRzAwG|_iXH9ym!ti#B7FDKsvmFrP7HHw;`>M@{mA|a> zG*^QS0^{w(Ql}t`Vc?F4{5_Hy{i4p#fg#cyr_IiXgf|KmXPek-O=v);WIIt7JSC;P zwts?QkJtWCnD{@_a4sqt4lf>6Y(;^~q|;NtWI`n*%dhgIHfX8$V5Mzf%MTkr9}YDM z4c$m>y=;zJiQ~8>$~Eka={_pV2OS(DdGJFDwf*nz5GP`+nmO^kSz|vlrE6xJ=l$0b z$&M3X+Zo9+M-X6vK`DAnVMEJjLC@XZN8%%$M6HBAaiomB!s+CS{lH2<3(AQF{OBDn zWhn)ep$WW)eVT#u4#c!R2TQR)8Wwd|vFyqeWEjH?$Dv_AdI{j;CxVNAbF} z^*xZ-mjLKaMrO+7;@|4-wnvfo>A^5MHxAE(U5CCqTM9vEt$IQU8%&kF*`)yFK+?3?|mpX)p{lF+klhk)bWYq%~`{n^RD?L+L9P8s%*A{m>)xuXv~Mbn8PAj z_0Kzlm;HCd9e1b5+Xl@$T<)b0c`)`&3jLWa^9K-*slghLU=PSRWPWj}(?RdS)SauR zLIv85gJtI0jK<19(@I(>* z`BlBp54Dq!@N1>wGcq$;wkrC-yq(Jk23qQJO2Y2JzZlf!fGKV**vab-ksp5ZhUrr( z%;)se=TsrhTv9whtN#Q$US?dtpffk&hovm+TQ2Q?nnePKL+8hfAT?%b5}L~DOhz>r zkyqo=q2{;7jl)HE=DVSQhbg+t9^?qH?d$7xI|$Xw6V8$!BoESME~0sUDjAP4m%h2l zIO^^=-6cDwul;Jk-!`VqOhV)tqnp9%pb%W zgQx=ObrZhz1Z2mRBD0Jq_3>9lD72e=fGO@(r9$;FQC0j7mXd!f*PMiz6bX}k8ci9CFbn8$u zqQJ3X__17L+~9Zk#rM|_icsVqH0Uq|vhnwF=brL8mt45$S8`CfgKb4B`R%vDQK1OBiC_v9+W#u6Mh8k)iA+1_edD({tf&*jH@)_>MT4yM!i!`QU+;ioB+oHi+VwM zd|w37WR{=`+BR+3m{YPe zsFKO#i$+Jsx{!^T;>IaakcX`%B@EOcN5!6Pvl}tWolbudG(O1BbUpSw_8OJ-AH(>102z6+G90q6PAQBw=vF3Tld=- zxVUi8@mV=tysSr5+}%HEe)H|Cd&bOqVVw8E*jbX%GL%)BhkG}E<=G)9BU@hym%;$| z`0Zh{jDJ{N(7wWqZc|}VR!WCF5mtvSk`~f_YPIQv7&-HpSP%eN4ZcAcO(OrKphi&%2#})s;s|kPBzyJoU8WlO2YzcBLJtCR@M5xGf5PV*uHc_5c z-hAQX{YUDkhHQPF2&n{CbR5}Y;Fs$!&1~I}9`jU2)#*!d3?X4sov5e`3|4G5rV|!O z)3~hpPIk(orRLMNr?<2;hnaF`9rl;4HH!ScS=~$%qe4i0tmadGuA7pW@%2A_H0FZO*FhLRx^Dc3gxaQ{yKm6&vgM7r0l_V0#V8rX#6gjR^$5Nz`FS4 zEtfz6_IzPu;GmQ-di}zxit%%(cy7=-%oRy*Dcm1RFN1;|XXs;0%v#G_OC2j^W3i2D z0m(Nq?*j}PKb=vr(L>SKzo8AH9lkMlg+9rk?N2_36O@t;Au)2^?x=UQiWxYIUJ2>z zaCji1D;e(NWZuda>i}@-t5XQ+s2Yd!;1PEH@E=qluXCq{@A{ za$!qWGeIn$q!h|QYYbtyyblSz9~;{3?>*oLzEC7H&F%-2SJ>%vD66ym)?*|t=b6eQ zLtGBfvNneC=`NXopdBvzkMY!-4pZ94J-y&2XNUQ{MXyWq>M(C>R|*aG z%q+r)jS!0B5R=ez79hw)7R%>*;zt>LkA9&kU76GQEwJiucxJ=+S^5!9MrDaFf`|Q0 zc&8x?K=9%p+S*;nl49fIz4Xh?5dJ~z%}+G=k3L|_(H?=9%NP9rL;}ZW7SyU}G#pXR zN(G!2B0~C_?)rF)tq-kx+o=b1`nk8raAN{Hd&qLs-o7Zg#-ujcmFcH^lrTrzya=Lm zS7SfE;XRy9)N}G#>d<8b9D*05%H=GV!=>Cd(XHHmFO_gXmkl2aQK}!*W=_=~if<>Y z&T4lFDvpwcgclrAv(Z#t;`Yxu>_eOmmvX3tpy~WHlgs>f#^9HM)jW6eb0MVxM;p*^{$q<0 zM@ZE_jKsTC-KLfS%nNXIWiYJ#T0s(IkJ*o+R)WP)w#Ig+a?IS|n1Ux*2|qZ{4gIc8 zAyZ@dBzQpGUb5+-c9h~`xM}WA>C~$2cU!5JYF6&%XR$2f<(VC!7o(73mlY(7?Zs2a zfzcey@!S;@da51SM3{}huwF4(BQe;%Za80;Z{?NK-{F~Mj4TkY{Rr$NLZ_}j%h2`T z&m#8;Q0TwL;xF_tEiB?OV6Jy*eqhAKEXhx3lltBJs^PWe-Qu^2E|>?Z?EEL}vL!-m z;)S<2mlY9_&6D!BV#T=LqA&#kmMvpSL|UCR+5CVk68Gp{F&Xp_&Te)My_b{VTs@t} zm^Q#Hh|S3zmn03)@!<#SnZo836nKHl7`0Tqctyq%!jB@Z4oAis^+R-_7TC9Q;Y&Qh z_Kd~F;D*}vqrNeT&z>Y-h+}8rWjBC6K*xVnC_r@V(cDx+ygFGHvz;4R+A9e&QU5W#3LdW87rHs&!w3de zdYD(Gt5eOAE#NWRChL7smngZC%Rx;tZu^A)Ug~0@NK*nTI6kS`kZTJpp=I^4Ix(4| z!oPE>FHU%rG(r_8l-Qe8n=;-?pTcU^>%p09eU>}7Y=MkEuZ&{H3+-}9$8lI#R4R*I^BV z17!v9ZvF75+Y9MgEr&G@-mLJbsJkn_kqJE*I3M4qg>h>o{5pNdBImbKalQz?Emh!* zH`E%nTS6xw9g3pKfSNo{G?jDsR3`KCFz(38%F3FyGUy6l8Ch7;!cqxe4K2jhjL&iB zNNAigzh4PGgZ0d(KpB0^_6rl=8DDi4IZDT~xKR4u0afZXB(S+kJ)I_fLBgr*{gOt+ zTL_h&@sGE9(A+$3ZHn1#>x$#oyI;v~ zC7Yz1l;=>-}nIMq8m%UT64Zsn* zWHu>9W593QCVkcD>?+~5!fID*X|6#wOG{?t71uYTnI+H%{=kg|Y= zWrUTv$X6tb zeEq+f5nrZo2I$C+k36UVz==|9@c-&%R;sqPjSz~5QI9@fukfLbGAHww1lJG2 zbwyoG)J1H(72~bBHs#3ELCllIkIfp>GKxtYBeOP>D>p`Pd~C`CTfglmRPZDdLi+=_ zUBx%sT?+h^uCR-*ZhK*}o&-4mePx?SYDBC2c&lnhq(m$2)XNnZ=I# zvf5;ca$84cl=mSQMZOCZl`E}A*P?>1q1u6K(i6wd;YgE#B$0|L{QSO&Wa#fC&f@c; zJ~Rg@avz>T-lKP--)aqvO@lI8Ivf)h(=SI+o(W4bY%XJ$|EtWtjuqK)tt@D3YiG3! z@!e2mdub~_mO`dm-)^C3P#>4 zrq!2GMH>b@qve>JSm{tB80A*_W3pS8f9>Y&9eK8CBduLU@^{hZJK^k8%xu7T;Q)L|W*y45`*3@arFNtvgC3G_VcLgaTl~ z>tN``u;M$FjEDh$b+6a}`xl7iqL>lbNH>_Qf*!Zaz;9Y^3e}2-wwUKfZU%}e8$Vo? z!HfEll5W&_3g`dqTv4wl`y#Y+Nz;SUTdQB~9Xgu>pZU^j4Xivm+gs9WeoF4DUGM%X zLpLri-tkygM%WDE7a2N3fpFw}zLj z2-@zX9Qq_x?lXMg@H9~QgWS`rihHQZ|eh*7qGUyC^y|G^F}X!^iN#Aj*L_S??-hDXz!Yr(#FxW#g>>6 z5D;=b#Y)t3F-VmZ6%`LsMGgD@gPBg3Ytw>%LaE8cx|%bgw2jr2od-3dnBWE6yKtzW z>(eUc?Cgw!ipu4}OTm6xC*mppl-m;cQ`$^XrbK5NKQ-#tXQH$9a_ad7jY9==mG-w+ zoST7H?s?Uf=DC5R4Ub)75_BkroUYNoItLOL_OjtGUs%*Q*cY<<&{M7)wlz1`v()Db zw(|Au_`mn_PkiWs?D9PMhC?F@J(A?w6Y2QcQ`oPMevkY!8f?!&?1(Nu;ULyUh~UCP z35b-ElA+n+P!s#c7a=xoWF)MS(g}t6)uuwtTwKRf=oNIx_AG@yo^mu^cvShJ!(T|k zB@xXeP}+SIueFT-TQ?p|FcJC>t?BsY5AmPFhAPfd8f*B_x~Z{6@>{as|I z!9uJwKbF+~brtND)vL0H*Pn`|&BZiVo3f{v-JVI{9_jI|KXFr2!==&ZLGQd4f&8M- zW3!sR1gecWo1^nEaT%)QEkd$(jB%$4>)fA-0)Fri%Igoy&y@ zw^q%~jSH$0V2j+$OF_ZoYS%5lBMT^g*72|x=XTM1KNTcWE;_#eo=rrbOq4{+YQBjsR#|wwG)ux^>e3HTF*aIwT96Qqyj`!Z&UE!k3Zo4`pRm zAa3EPXX|Tez@{CWWzWKhZXAO4etcyUNK%QY8QlShEVuf&5cM1pS{9^r056a7Bb6L| zpyi@HX3?bW%keGuWs=f%A4r1$k>Tps z>Nq-qxz5eG(Y)}Bh(<1%Z+q$ggIV>}nwPrsV>2lC6cfyLIl(~NFjI{8s!(0a_@6L4 zDS_B$jG*x-g~%e__llbWBK&>$G)xC8W@7sjA|6H*89zLfL`W+1Br+8UL8jbku$-pS z`;2R;rzHLC-hX(ex_L`^Whey3JJIQRsS>t|cr))%sB9A* zj>zr=8~Vy7B6tU)28tj)+^YV^y_$Rl$cxk2dS#baZalDGj`|IdyoR+$!(F?4OxWR9 z3A0yM5+k9eqeJZM?1Y*xif@a|dglPo7%aLq11pVISHHB>cF)?kfm0xr9KOj5{_Q}m zCs9WSp_+}=!J>@-D2E1K9GY!u-SF!g%H+jR|4nK)C~uZwz|j->OZY}Lvq z+M)WVM%RN2tyu^>1n`7H@1_P7H8uP$DgQGOW+#b-jl{9b?nO4MH(4`zZkf(MK22QL zN`~oIgaatWn+t1_l6xPY*?aw|{&rt{@V(!3JzGM?ivM`N3)>D0|KVmQ{P^y-h`{)W z-5YyOF{cwEVI|ZT2l2BH`G2TMxW#2>X=U#~A-&gb(@GR@Ow<1HS-895p(IFt)hsl1 zLouB|ZxUtE-KG>1jM9Azu#()RSo2pB>`;Em%e&ZFXic&Vdh$13zUH15b|9aP1)!6w zl5_rucU|b5umQj4K*XlWxb&XJp!t~0sq4d~#p>buM`qO9y-&-V1fS}Uzq1q&C!CrQ zM}x?T!l30nh*DIDVbg6n2@_|PAI9YAY5k@^0bJId$%B-;fJn6f5I9{9>$qFx>aad{ zJ&{TS0>1~iJF#CEvX1m5I?jD7n(8ti;$C1D@(KX}gP`X8Hy2SrPB)fVe-B=FW@%w@ zOV^;yb!=KF@o`ut>|oH$6lmY1#-)=2VKMgaA57 zMcDh_fbd06c#caSk)Bx)uPJnBQP2C^Gn8HxKAbB^5_^AH3Y1-6*gBY9LS(MHzu2x% z&-5-Ag_?wEv-YI>~`9k~95k+}F}%dJkBzDxAmLdpE%R2NY(g$A{-MH$bWdh+aEtD$yQK zY+|-kBZsElI}g17Vg_-Zr;^9~`$U;J=3d1XUNPNK*5C5^`qB%ik=^O}dj^CWG!|(! zmiq?n-_j+a28$h^UQXY^YED$%Hf@;?p>!o!JWtRnxk_&c-{O zZS3n{uiqz`eN=eM3Yats___yj!XV-Bg(y)NnD-k6X$kEQG*3*-Lf9`z2MkRqF+Hn% ze>Z5}@H5IV!NMYn_*IW3j{MER6u zAGbPL5sMbKju+P{!ct7f6I%zy!-xEx4VfUCO6ms8^s9T{-R|aTIER!BizlHoZ@;sR zqzuuxS3Lly*#sD#NH>K4nR?!zId4@DaxcPtQ|+-QD{8=oT2r|HTG_@SOdrwi%Tu9o zgUo;852a)k_&;@0(@x0&gn_ojR1Yt;uT#G?#ba*&kIU)*wThqK+z~ z&~MUI3b9WWMzH;MlZ)%^<1^reLOK6o^&YRW6Db%F~~u$CNh1QfoQ&w**=U- z&CO-s2BH(MjZhNb;|)Q!**K-qm?U4eO4Rjj7m8&%&f3oXpmRAV7_dD7>9?dMYJesw7 zt{p5C*&@hInrPqRuJ|0f5JP-5jmP#vMptacw%v+8HYC|8vPs8`Mm`*^gjjKuomP5l zV;dTTF-~lgWp1`I=Q<6YXFUra(70o+mV68b8gMb1HWx>UN6H!4=pugQxF>LDtPr_d-mO8E6gwEHeu9bKYzGk-l72k+$g>+ zMZ)i#etUjcUc-Kd_!{OmG!mv$G-&JkzUFC)fD4|$+=Oi8D zY^}6~cc*qBmM{xiH;|qNEDjrwl%}&=Hl~l>@9INj(0dfq7T~vNP^7mgg=&9{_bKd4 zFKGLT>GGO%AREU%hcfW5NoasK+}7XhrUu(Na^HY}5~FtK!*ne>3w3F8TiWWplrV=aeO zR8;f;fZvZ?6-Yypz?MXW$>I0_?XfH0sb-Nx2=}<(c}c&7At~hE|Lz~t+`h{^KM82N z)j`jXygu$RIx=$d`h+8Cjx=){83AEnd)w@A6vD&tMt{HH!vGdEwcYLu0t>#lp3t7g z&9P!4JnW@&QW)+wV!ZsSm3u0&?$pOJTyQn}`t@()Q*3N(YOI+leE;e=C&wKsM(D_? z^{V~j%r)ft8tl?UDv}Ady(D}iPqKJz!07Sb+TYnRXG($)nlhZO79SsU)>sAm=GE{l z<76^Je&}yc$MsJ_TyyS|yaqoji8cXz^MFG8Ua1EM)_!NKpV;u&Zs+{1-(DKXAG&)~ zP2s@;Z7$@X>lN8-@5`M*D<#I&V14qoDhR~gFRzFG4KN3Ga}4P5ew%SP;)SfOn(Eg( z+D^yW9C>kZB4s>HXWl3D&$P|#`;sT^^9%^l)DSEa-5bE^T;&G8K21Jr>+3Uy6F_1mY{HIsV0fnk4~ z?MZ+Hcs1yUb8SuraMO1~LOWg%0T9nvz@U&7k?%~6QJc?lN*TEUUsuhJA1iW#jju`% z1N1kSgZ(UtLDSw7r`9BUuLoSyNkK^W%>aFJJvY*ev`TT@>1Q-QieQxR4n8?Oeu3jo zcj*bvV#gMDYh1VOICjY$6Q5$;mhdK(9P^KV^!+YB{2b-=d=H{Zt?MSov&^5@2A9n} z9?=}1wI@?UzT-J1*x0-_0jQ-z4r%`K%cRTU;@1^#3dg=SWk7Lzn&On_HG4Dy!MM!lOt_tMZ|H6A^8|LV=j1TO zEX15P$+lCAxuuKA) zdfIhqFwL$gt8Z$-1V%%n^}6$raKhaPE+NnFFx&lE8?3sS26w$3tBNK3)9?Cla!jTu z4YQlh;tiM9?r;;I_I!G9Fd@70CueN*{FHPyS>%Iym?Zji`4eIb131c^Rna)&-lrE^ zj6iII>j6tSHusk~47oRLKeX`R3X`><(1lK46h3Ne`RweXZgKLjJhP5?D)#3nCEdr- z<}c(q;6fRYs-cGL&CT#-bJyVTI9}i2`661{IfS{8QHdo4F& zVm5lJ#=gT}QM;NCJ@MQJacXYPkq_EKl)>TPwy$jd#9B-U`2~H?#No(T>HBhN3Y$OK zNdEAbnQ`~ak$Dj8ECK@ATalM*jTqMXBbR{R;26W}lLb8v<-?2?{B{l^2R-ux&IO^# zFA^w|qy5pK%abVzn}VHz2lKW)w^Zc)bNnrl)DXA>pxzBt16v z)KI8WcNTb!omz`>b1d^R0H@NAp`dE#+M$|JIopy zV3;DO>c4FMq&1S~;uHDjw{JzhP=GFGHx@L{klc0Jw`+9KjH;`wS*D-9z& z&R}atxo>iy>8jny*PFG|2O(h=sa|hmKCovSWmWmEu`yOkboF}<>~A|vQdHcTQ?NfD zJEV%I7x0dY?v#!ahTjwyQ3lSdht;n!W=~tHEH9x8i|=)>sE7rpHa-jQWQ9fuwG^FU z{edepv_{eSdPX!pS>T^1_J(BvF-fd-C%HWWiJnI#IdDBYF`^myO^w#z#oh^~_xGLN z@Y20MSVj57gnj3O?Y6UHS!X^qw)2(jr1fqF0y*0BHDG&rn2)U*b;>x*xa?^*eY?nX zPf-sx7-7#0V1YZ1CNdIvTbp&7T}6B{Z`9F!)qOwIyc25UcNlRPX)|~hb?UVZuF}e; zklEWsUR0+>@UG7u$=TZC=(k#Rsd-*M?{%zcWfYlqkJXNS&`*w*m6_)jZ<@Ped}LYF z_3~;J%sKovJNEVS{LP|ur5E#!m-f%_+ge)>A+T41ZWtDL#YTDc&ppkNRuRc>)GDTm zK*sO8%~DO*ow_!(6qntWNuS^r>F=SFN2hjl|HX~d93w*d9PKkM!G`>G^W`fXS3Ss6 zjzrG(-)*~`E$}I-+O9e*QG=^HH}s$#JCZX_RGBr~YejQ_t~G0I)|z7-C?Mgv>B6X0 z^`6A(yJJaBt6;Rb4MfhB!mD$4qK#?p1cG6$o#?)#dfIRJ;~LGm3xFcYa%zi&a`DNl zw+iD0xizmi^1rOkJB)XSw{N}m%R)|?0_~dWg9)6gwUkdjaREFl$#f%OJHyI09~2!C zHN1#JBi1d;yb@JL`Z#2YK&c4pdfHpa;Mp_1^7>9PTZEoKB%?(G4zf;Wi%cSNdX_z9 zoDd=ZgmzvJ@IFYGqe^z2*z2&xZ~niDcJ%=KJt}$h%y$ z>*!0;qyCfWV6wy0Ns12rk!t-(_lMe~J(0M;YWxKuZkg$Z%PPA*Qa+Of@z7~bH%*_2 zsmJ{7YT^1{x0ODVSfQEEX?|E-F&30kF^LJ4&GsL9OE=UF6w^5oD?6T=>n<#j_Gc>x zKuA*I(h#EhW2+JlJqfS2B}3D>^Y;0;$iTsT?bfEA5$VmDACe$|Gtr9kDL!|c!bSLK z`z_S4@3qvh?OsoLUzl64S_7;8(dhau-6AQw^r}TUGO#Pek z9>IrQc7SiCR%9)q=cV?(-AYkCDx6X@5_xHxmsJsQntuZ#?z|6a!*j{s1pc5XOd2ci zkM%EW{7$trlWu)Ua_G> zdE>fpmTZt`j+BUa)P8Tvr=9y+T1~jF6rYKD9hHuG#rN4;@bb5sD&kN_#`nf|b^of~ z%S9!J%$O2I;#>tIIqHPc-Q(SNpS~Z;n#t>sr6*S~H63{RSvHNX9eCIT%$9y@Xw*=0 zm2jiLoT^(dhNRc1!Y+Sh$Zvl}6TM!dWFmK2UOwU5XKcLqS48)o&{I*IKP9OJowOJ` zYje{fsxzAe<5C~2 zZilW8xQ%AK{`K^oev-&BrBAgFT7e;7|ALuej>SGYm$!lB#aUp%GL+2y**DkHHyJ*1 zodL6MtFhPDxx5{i8MxG|Kw+|*bvd>2MZaIA_cdtow4fZ34{ADm6m$5E?`YA z>I!yC@x^s1e{-x}bSNvD>~mQ9cX|TOlGXd;IIj&sH zYBVzXCtx2zdq7=F{IK;6ip`+Eu}D$@S2V3@Baz@u`~9l-mG)FKrtv*~qDL<`1lW(c zoOGNGn_!ILyiF9i?UpClp3C`P#v%9l^__wxLqPLaipGqTdhtIF$IXw*_K2Yb8o36H zLVkm4eRT`@U=;=}d3Fv*qVkN$_a-#f`9B!NH|-&8XVrLb00} zwjpdx3iPZB5`DCbRZx7#tqjvxV;!%+L`7Oe&;G(bl#4WJ;7!N=?mr}W{hnd2yZ+yy z!Q?M&!ReK*Jt@s+a&q&U^1AwqOkv`<9IpUBKBwFg7D-bhccPMaZuE-b;BtJYk(e~D zDp+GLs?V*f!i2)e4m&txd7RS@99A&np}EL;1J$O+ks?}8fg1_2RQrW8#?f+ZeNM7J zK_9K?PA5-)0Kdpj?8Tr1uOsr+T|h>nFr|ax`!K3wc!R``!J@zFI#aV$DJ5=)c&}*i zgrF%~Sq)Y3G94t8GM_8Eb~(6F=p1ex=Nrc)-;>-mkH|4doISM`_x20htYV5@u|3#w zlZbZuLHrmxVBjL`@az=GWlX=kXJoZtwx1k$e<4ohg}{1b&^byfy$oCKPLk@2TqTz& zM^z#rO3;C=K*hxJq!h!9?|wu3cMj!-|hC+-T#& z8N`$f1`gKH5M7dRhllvGfy;)@Eqm<6p9SbWV0d|R?{-xHHI4n^u!MOSuMzDy-*7X* zQ$#27iTPB~_W|*DVj|h~<8|EaNbTVBjY;CeBhQP2q7`TNw`{c7YEZ_n%XSSsz@YY& zZv1?_?`hKAz_pAS8?#434xCM-L-5&M*}dB|-j-X!mzK_zO_lt)wL?R26F*i7(`&vc&{E06>2B+yZMgXV=; z?H%8>!sr`urWSU`L&gZqLq)&BWf72jn_KSiNckf5h{3emjU= zcC0am;3odmVPYaB5FaQ~B86S{A*3+yB?dO7WK3j_%pH11C5}^XFADb994MAT(Ro1c zuZf6XNvZMj5IL5uV2v$3N5%f|kD4TtCMU|hYrPv+!><<{vP5KCabkbf$DT@ z?^2VKuHK0ujhNIF6cp5U;tY*Q8;StfoU%Wbsm8tGVpXQ+WQ374O03Jj@W-7ZBN+Wo_J472wt_h9O8g z&Tx`n$-mgMqS*|^BT3`AwW$~CtVVw89$`PwiHi`+V0Uo$C@>abTh-lbeUh0hCw5TKBBEu^E*fB~3AzedpNt$U#?l15);elT#E@ z02GF)_d>va7m*gIGLjvF|gcQj+W9`S*Xi ztl`k~bzc0>p<{QR7rW$vHz!Rc&p(=TZ2vY7ndf=;1uebJQaMsLS3W{PMg8blLagGr z6Apx;!4Kmip=G&XL}*198ve-D*LTvkY3v?_4>gXsu_ok1y(EPa>h$>?kwn|SKi$%R*H!1whJ9pzeD9&agH$_VCILS8L~@%yZbWB!3WengS-o6n1;W*fxqa2alb4k%Tu5z6F z(c06Kdu0@@E%sx;ubpgR7X81MyF%0`DlpKe_s^~cRwBLxR9Q&sFEY}bCTWO#JEsxQ zgVRjyJ*z06Q6YUwy$NYFx(NO|Y4y2ubXEM2n0b+okufMIXQg_-j_?-o{fy6~Hb2a# z%t|_jy^%U{_gd7g&W|Fmgv^i-%Quux0P<7lm`ep?V*juMn`$xu8Y4xRvUz0ISfd{O zHpGBkoi0|`=X5OjAO|+gZru)i;Lbh_u(R5I3@#t2ZZi<+pa*Bi({+Uo}2(UTg+=I%AJ!OL)0{)LViQQ!vD3^1mqrZ4Ipt=ccq*5^p~ z@tLU+roNS&cJm=Hra<+1a^~hAF3eH!UK6XX8RhUOFh3KCw`KQRD-SwDdsI*U^I`v( zDIM(~t=L(+;DJ^=V<5&}R!qa{b|j{bW%9PB(MA9zEmL_siyS|@b85T!Bt_Y~DuE}q z_tL(G`#UqB+PL7aQ~;+aHj6J%Oxk;yGu>=@coLi@`~b)r755Q%sH)N6F-HF_u#Vm%p=zID@IfY__rl=tU# zi``s*_uVLBVp)6t1jW0bxwf|HuPR1|OQIdN|I~_>!OopGqD-B{H0nR#l&0x4u9o?h z)1PPVB)q`fV{V*tAdWL7!i^L+p!27JVP|%KHdgU@krWUKUEq@h7!-)HUG}%{3Xl_Z zsTix)R;9q{?4iX@$G0CF_s+Z^p`|47^&ni#Wq9=t@s%A=eH|B(2ty4k{=IT6V*S2Pl$0UUZd8HGtR2Ox*q9VC zTy~rRf%EBe-h*#~gr0aQd>=3{fHGn>RwQ8M0J3@J*d(qGmKYU$$JCLZ=0g9o%4n|( z;8=3-LhEimG`jB=Ip*z@D)Tngt(Y=Ikv#eCKcR;rp#l6dt4GAN=nr&Cj9QvZmKgwB<9Wo$o@Jf;5&m0tmMepttZM|Vw9b8%TPH$*4 zJ+H}7(q=v~BPt20zmjUZTuT^di&dCQ`@6=(vPd#Xqk*0NTp!F^Uo*J9Sy+(U5A$N& z>&)Lfr_t)p=4jxF8uRlf4eUZ5bewE=1hK%k+ly((Pq#BRrNYkA?S;;yLT~R@$#}z@ zgh0bo$3Z7JAe(pGsUL;+E9YoYl)7<*6XyEH>2$-2rN!{T4}BH(Z;uwoEaQvxox_!A6f{lZa7U?pB_hq2$loB`iws47ic)>ug&l{THeDu< zO-)|n0n(a5`m}3?S~}b#>S#LG4+-LZdTS1sf9eDi?~Oj;Ga7G?qya{*%TOS@o%w~} z*pm$KVYKL#B2E2jCe@3E3UrXDT@wU!QHQ$r|r| zD`R8ba`z^r9Y%~)7f;_ABQq;&lEmfd1Eg9CK6dx#rP7stzNLg<#JNiNFQ#nvS|Y{Z=}^Z( zChC{uL);1caP*daUG?Uq%ubL(TE=G0*>-0$7^7ou_-+X6VKbp;p)>d@U4=pj9G#p- zbrnKIodmt~CT!l5_3L9sYNMm|9Xv<%zP?85A4E2O13VKVb(X^chE2X zr%hz9VV)NBNg0*r6(wJuoz0ckFk)+PyLc4B?b{tMw+)w7XBp{gc1JxLU395Ayc;DG zj3Oez-H4pPCp|q4_AQl4pbYSYZzQjZgqNq@hsH^X;21w4@nP?roBZ2E%fx$1@T;}) z1&KjLjxpTZxvy5g2n4N-_jh^FO_dcXSxy1NU_lMO-MGF6W@xG3wE?UMXQ=;{p|5%t zdWg{Pu>^CKiG9J1cz#eLQB%`{Hqp3ZdybD@-=$58|1%^r;qkS*+8<%? z&hORDNP6(ePEP3TNZN#lN0+)zM0y0$uGoh)0Z;DkY;QONwPH^9b|%G-N9vrU!&x8{ zK_!IG=KtL6CgPk${ki9D(bWG@9gK9%h{O&bueTzl_50yJFpvGf-fL1V(^k=mE`{>n z<`963QSchUPs&Wz8NK8ZC6Dip`nP(B9Gtcd8v`tUyMNh&B* z)HNRn@nZuOag~J;#ms2zz!47Jpfv3VQ=p9%3*IgcMyz>WY!j5Ya`Nm8^|jM>Rxj2} zR4?ccsj1^y%dn$ITo^l>A`T-$Md=79E=q+8-}zar_;_wt{O4^S8;?20@HNY;WI?EM zPnf|4JK?I0E}vqBKq@-y!_upSJ*r~?=&s}5FPT9@3Ev0*gXi{;RwWU! zE}oU#)%{A9lRrG5&c*uN@c`852j6gG)yXva`(##UhXB+q^FzNy+4m|D*- zq2uL!GEvb+-|l-a=%c9@)2VAKI?;AbvANa+3SV;AzfL^RwoL@WW;v)*q@;_(Q*gNs zVKpc9EH=z;+5P{e@{}-z<$ufC{cZjjat20w$EScs9qxF^9_NsqetNvGwqN_;#l-)R z<8y}yh6NuS9I8Ez!%wc!BFD0CeJSB0NPTXgtY&}y`Wn-gcbxG?(!q+F>Ne@6OU=lZ z=LQ@xp0*h81bmzp`}AYWdnt&tQpjVEX;Uo~cK24W6k`-s=W5}+4O~zE1-zPl_u zTf+gc>aSbk3qPwW7(@!L2LApfHZn2-Sog->PDH7{Kf>`EgZCHq38lYM85;3*@7x@w zDZki%t82wpDpP;Yes=Tk7~Kfc4O`g1RZz3!C&Zvulw>;9E~u`VzIyOIp(}tM5-q)y z6$zY84UhkEs%zH$Jrlg+F(KWUOKum?_x9)5w!}@v=y_#^J~|vvO3wpK?*l90sD+># zZ^8(1kTywRHQJ!dy)bxdpjn*-sSK5s-?X-6{5w|5<89;BZc=lwR6aVGDvFF3IF$GN zCLou>A~lv_mv_=~Y{Z)m3r}NafgvMW>Nrla>3u@}KYglPema0;dPN-I8HjJIDdj1T zxLF|~tElO~>A!!K8Kh^#F%gsc%-`JDStJ!JnUsQg-aF|%r+o9t6E)zdSBh$CZj*oYj?pO0>r>6s?CS3uqf$fG!wap^;t>4w&^bYJ!ow}awe9dbx z4d7q)I#;;W1(_juFSFOzp{1p??(SjXnW!MY=W|+CW+toK(Go5me<~@Vr_)=(od-|N zA_@z;_PWoGb!WISfoMsv7fu8-e|HMu$vr=8QKbah4J`#AnFN3ANJ%or6sEKcd4O%^ z`rDj%+3C8yvqK}`8SK64^zZnXB}W_LUUCfX!t^q#cEg-~eGS=WBNL zYzJmq$CswzYW~Rr|5tA#prfbwGGH?)cqW4VA_h2)hJfRE@PWz5kmz=Tk}Orx*rHsm zaa~l=dIs*dC?bPuD<0?e_6ZO7{Le!xtT;H`MP}$g5CxwT$sDlQDGEGs%E>vfKHgtx zUwUd=vA)N{4+G&7K~}LOHkgMkFZW2CE4f>C@ykx|D3sc(PR71loS4Dg8ij?z zP*~^8>XWL2-dC@@gWvqnB#I<2ke&Fgxae`Il!8sP9*F^-Eyv%1KKKL*n!J>btB|U) zDt!mK3MPo61f+XMiSI{)h!<4v)v`v_@tWhw;IdDu%d_%}v`_SJ>+04qJxqiII#O@i z>_rzKihD-YYTsR>+4uR$=-V&r2eKW8_^6f#A1##e&#i~T3(rNZlexVI-FxegIN)3QZH4X zZVdc|fcD8oEbI1Wch`LL+3(3woGs%cSyQvYr6vUL12*Rj9(0V#4!CElpZ-p>(v9eE zVaHE5iZByqlJeQo#<_cJ;uQO+E112z`VW3Yr%k1oY zpN1Fv134w-8T@+V)q+)#<9Q8)xd*&9n4gP_sF_4kn1Lvw`7oD@o=G|*vU>R4cBrvm zOl2V(R&YDbQq=5(2-U)vFXvq9Wbn>mDf|NQ&Xc)%BL6@4K#=b{^RI zkG%QOn*NHSYSsVb( zyIY~V$j{4{H{5EyWO88+0+^Vcg@w1<-e&H*D`bRx3w?^#iTQJBN?xr%nsH>(Pj(Uh zoZ#Dl^MY#s&24S^din2)(k)x^f8O5lySwJj`!fpZoU=RK$SmUT-@gLdE(!rbWYFc9 z(n%1O`!bg4k$LNJee{z3x$=Ugbwx*W@~&!3skn_n5p~AH)AAUFvDj^@t4l>q!*Q`@X_0=N zpI$Ed!+RdP#oQWkBHhJ@_PnCqi9;bWxYQ>wv*j_a%0d#4o-JqCzzrAe+v}CV$_sGb zI`33;h{16qtr#7O`GM58=l4~30gcLSAxDiMwCSO_zCS3Q%j(RN@wCRW+&y9ih~gnQONnswW1wm5J zH!xnzP2%*tW$IhEwv>`&4}Ub@kP9mst=ZSr)V2OHA}+nM^;Lgf=B~T`syPfv2%2$@ zzBSCX;8PgU*Viw~Aw@{=LJp}{z-TkEmUnw=%ix>td@8pBL39Fh=Hhfd=z^?l6p$gb^$0)N+ACGL+{+{1}Cs z>pTA7rFl_sx-lbE2{O0*Rt0%U~cCE zY%G8>PXTG6(3~#>g&?0=!RFO{mr+khS_40GwykPZ2#vx_q^P=VaR*I(0r ziNPZp=YJ6Y$U<%4FXRW)5kAJJTiaX*7pt^b%*0?vc^582tZ7j9j(#vTzqXUDvFRm4 zF3;HLcd5#hG$`ffW|U-)u$_kg6GKvC3Y>@X>T6V)VN$y6EYK+H8J_|iV)1#A0 z?k%_s`W(7!`abc=YW@^=k!AmmiMht@OzXTXJX7F70~csEk>U zV(ejD;8@U$84g9qr2Vv?&>e(5vDqwediZ#!O6H_le+H+BtOLV+F$wyV>~pQVwZf{? z`{ND>A_@-FgR+cl5nWR0NT95yL1dpOo41#$OtbH^Pg=i~v9?FnMThaJXAe&RBLp}C zY}Qv+RtlzEjyP6f8S6YhJywHc!NkPGT+dj1Y+{_*j(4bgp~!h|GecV`L_g;EL8@S% zsd*HSWF}VhH-n!5W(#e#V`O1c)pmV?OKLA~05GmhBf;9(+&2gs3;U|_$at> zs)viiPSd;A4n~IaB}zC4W(Amdw~69V|yLW zjnu8Mv1E0UE4Ew9wl}(qXFdINw)0OPPUt$i3=i~};@IwVLu|PS;GVU8=xZ$6ATKb~ z0Sp|1xw+!D8c#dtPio}|DSG84*U|aI7eR(A2cb4AnW1n1~Q++O% znh_c|6=J2J8#h_pXsbyKybc;*vjGHP%>%I3eSL10g@cC&F=OZE)>yXM?%TNWs(yIz zo}oNn|E2cINMLMyJY}Hv=j{i7Qzk~n#M_$3b9cajJ-HL*K+O=`!wAEB!6BTR>8`l| zCNO92N((L9%%fk+u2pdcuQJKzw`0zYMhYq114XMM{hpSlV9W|5{4v`njfsei+5T4T zST9_U!`2kQ&7xk>wNfWXyL7FXzCB+De{D}GWXssIUa-Sj&YFc0W~IHlttwkvY9!}! zu!hZ^;M|O)T&!M3c&AmvfM$H-7hAMx{cp;}H%uei%-aKBH+>8MefFtNS$gNZ&$aVG z+qHRPmD{`e1iv12d*IIO)_r_VQoF&LrB%|${Lk3FNmg~+Y5H984bRJmAB;eNdA8}^ z4=oK6$j00lpy<)}GiN*fv$wuHF~Xml8H@zFh`S$pF|)ICd`pi<@?9az?L?LnUIb+$ zc_tS{Mr{RK{OySDeF0f5QSkc4`c@cdh@3>)_btQZ3(Zv3!b(QrlP|jb%G1$PB3t_V z(3LJ|Pi-W%KI*Eh8#~2tuaxwsN8Sa?4GU3pF%S>Qf$Z&D{60C&qoaSkJ z6>-fdR&llMZRYuH-EYdutm`0eqWy@&)N!W$oa>N*>Sro>lP9m`RFOr5MW#in7X-Q< z^$G46@fiNxgn)6Jt1{GO>?!^Si95+L;$lP3VxYgCih-2wu$D^MA7g7m5K%eqOIT)n zmYkkWaebn_RXZRYuw^JzgIc}3i=1Imx|;mEY(#JOu=#4%9? zK5d}&GL!F;(R)Kev7H&SY(T5qCaI&_jHo@57S}xxl{AyFXFMk3n;e7Ms8DN&X%cmu zq)DbV;+ECdxHy?7FUMD(hx09B#{cY%sp>FIVg~k=36M3YJ{7kvsoFo7t@QDYf=t(v ziY*Y%u735`WmaGH)@;8=diD9*_n9V1y!<9)HTP^YL1{SrFR|N_KR{m~;h;42aGCyR zEK`}|YtkY07V?An;1#d-T44gKh+;mk#k#Pf-_59vqBC&)eaIL%HAxHmqp-m}&9qZx zvLiklFCqePG&o^V>v$F2- zP`{aEkQigP(Jle9!OSGGf@vFQd1v@#KcytM($h1{4SvKg*XKHs)cR# zCYi1_3AX21)f8&S)Nb~nmw9HnR1P^ZU!M!g@wt~5kucq|W(}N}$ZUjqoN7VXMgj*| zqZj4P-kyK=%t@7GyzDVy+GOWyc5Ln-p$y=_*;k!>~fBk$|xihRjg zmMn%b9bSjb<9@kr?8EQJ(PoR@n$g%Tex}6-n_}&SNUG=N*`bY8mNm9yr!z!+~chhhJoiUB)>Eyp&zbuHDo9D%}V}S zmzb2(JS!uySgepSvh(C5(lqXPn0&4kd&WO{d)~vTdYyejl LO7g5D)+RcDdI~a z#dsJ@DyJP=6n>7f&O=qc-5>gg-`?vF+U7G{kH}$l-qqBEOAU(PSbRTv1JhyfqRakd zJl=F^c~MOq3sowQNb6PeEdY4$8%MpDwg=8UU8WfaXtA@PV!ATT=?;+ZSry;UchDZd zf6`MiS|O4*eqerBgJ0&fSTjeJ;^6`KPeYwM%H6Dx>Mg$WiuXy&jWKU+zZ-GL_3?0aLiNG5>#kmTs!9lI0-Jm@{j^?=e(Aws> zpkr{BXIN)P&$`cCVvB*ueUH^CmO6UB^$q|APKHE@c|F$j^D z5`eRtTA`x3K#7{f(8_GZcVlTH^s)81vEDY@-Cvn)E!nySn}hwIkD6sXtFE6xvu>(6 zawZb#Ui62aV){RL*8Q-FkHDq+^~@7~YkVJX&!yRrI3R|czbU>LBHTqGi(PcSDr;mM{wY3{E!b-Z5#OFPF2i;?cl@Bf z^8Vs2aZJ^bu>HC1(o`)uugc@aw9?l10JM(HR3GM!COusw+wYi{hFiq8(QnfA`*=Y} ztl^pONcffMT6gf-ArDig4ibFyBq3Bi5Z`hj7X@)#f`p%+jUJGY(^IYN^J|C|N~%LW_C>Qs$IuMzy+2 zdk%DDT)Cv=-kOIhK6{F6hsHOEEsk;I)SJNY3tzB}VXVpI4Rfn6!dR2jn~;%RdYqKP z0$S#cvkg|eW5LE}z^DuJOc!WLT_S3Ia0mXx5;<)^=AJbEtn8$D!18OQmPEoI4`zgl09lPbdn*Xq* zDS7{si_7{@5~3ibqy+oC|0&FU>!W*)8;RcDPkL&&pD=Kp$KQXvxm|-l5#BFXENFb^ zb^C#b4LlLoeE&`8OcdC&Ep5x!>81N1*RzxDsn|~3c+|Xq0y>$pE9$6SL!=^lwz9qk zE^G0hiq+oa1_x82>$n2cN2Wtxk6D?t-C?^oe&83^MVU)Kfmv#UwVJ+Z?^WLr?Fh3} z$LX4*#k(>QAy@O5aAko`GU{GW$16kq1%7vakM)1;nmr0DH3{R*Ril|sV|=o4UqF*f zm;YNxH@8<4hv_h|hZ-1AIi}4vg1;al2&lCq4f~Np5cng9B#^-Aj`EB2x6F5Esm-ub z9wukMya5m$lDiUQ?|ir)>&J>-p5u$JEfrbR4GecI{Q0G_279y%?F>@=dKPO(J=5WE z`t`Ub=H_PdR=+-qrXcS{J#lGQM$7N=P8KMQ*lzT#&RjTD6s=hz-q~x=V$)3NHK|Rq zYi*7dm+Prz68+-hazy0DN%BB}^?bbKC0qFVaIq)tdm@U>V!&8IVzmnww2{P{y`xS= zoqsYw8s|7bEZufb5@#DAO#5viS2DE4B<%dMz1_Z!eMUDqyXERI@S7Bg>QgBw7+UJq>8LH#yM6)-- zh+lK^uZWpYo4=Ta;-J#j9sSID3 zdi=6hprtfYuNPC27&Pf~e2^q4Ii-%&>xjT4oS7E8;#CC=WLUY`RtVE<^h1|fPS3aO zJOU?th0?hue{w1bxTzs5r-?#HW#=U13*~-aigLRJM-%};=~4%2_H^-( z>EF^K(!>5dbh!rLZvLBTICF}33Tb-&HZ@+=*6GMn3~n#XS)-{|Xqs+o4DG+^uxIa# zu$ACW@>T@yU{?v#K%Ac3v+#p*>N>j@8GKH~x4ZR$#HcVZT*2|J zNC*0H5mVjtFAj`VBm+_g$EB&g@7#4~xXYDvW8XKt*IT^S*(D~7J($Iu@P(y3_-?v! z6@2toeHHm$Of&@W@e4$vJDUiaN@hg!anawA3KVAF^0&c&yt;4Rbr#-S)fa48{Sx(x z^6L-A0E>lXzC+mM*2ws+5+}oO>w^b1`;3N?iAtn}z}SeY^*~#-VdVsO6*vq9H?Q*Y zXb^!%!%?dr_D)Qr4%*nha;X-Nz&P82o-y8s)&j=^MMpcLZn(`e?kNmEqxX?^vGw&9 zsDj=dMaqq5BeWk22X$OfEJ?+Nhu;b^?w&R7gqLbyA% zj$o+(=DqdLS?_RCP)IPi$llmy8?(jKMNik=W&7O(3M)q;2qyTBwK{43>vqM{sx`oSJ29*YKs99u9-A1>9?wE$br&t$ zmW}AdNLeicncY1Y>~74?P*3c4Hx4S@We7OeQ|bo(xh+RQ1G_5rtONSW=2ck?P1Ehl z%b&A;G*tjF$#KVm(B?sXzQeae-B71oW!J5SS-t=>UIiB(jmTW_5graIUxsWra2JI_F=oF4uJC8-4Bfz?H?;cuMh>sw#$|(qy)-gv(vR^N>0P!tUB(% z|K;Iw%|KoAE!*vaFnc^NjHa`*rKQ!$O2uA;GtuITT?O<*>EX*#RiqN_A-VOIGuAXuX32T19i|PXG`BVz`&F!L5D7ju+0>ft3S8r}Ek~)_z{V|RV$&oF)JTaE$^*B!gAOFi zM*cr>hEr%&5sPApGa&dBh@-yr&rpc4^N!!;plzJgTN5a_-Hkr39sT9YJhhcx@zZQ* zr>BhmG<(c1$hl5_o;?$M7#T>vukUhlMM*;=B`im;9Pgc1X~=A$97p<`*E}55A+iwo zyYT})D)o;I)JIg$8-9};kk`UXH|*uMU(h7M3(TPlub`>H30Zqhjdcrms|#$IeR zI$fes7=Qa}x3QOQoH`AKFO;-BPI50owX>3Ce<1IAc@>^bJ9WFC$3@)HHcdahgbltt zt~ zrAqsgG1oKkjsZoHp|mjbR*-d*zmoxW?gXvsfPl=SpniqyZUtqM8Jz_yhibhRTY3>q z9oOpKCd9)AA8uPt0VhEo*grzoZz@Xc=WZ%4O6MdxIMC`hpcVa?4I8&qKUij>44N$| zZiW6cG&Ds&m70UT>jHuUu=}Vit++lVa|fJiLGL$S{d@gvRVlhl8B2CiEw!cUP}Eol z#@>hMTce{HJUPptuRr;}=5k&z*;!dO%lvU8loFtx6_cEZJ~#{=^no&-`pbvi0uWOp z&nwqkNh6?ZLP2m7gi+Qi4`Y$0w41$qi)!PY*x1zz&wE za0HJn&WAcLK>(`9jWAM`%}7H$D^V}a`pF#Me10k%t_uPk760$O;@HoZcrU=E49}8Z zH>uCWgSz7oHBRcxYUj}|!p@-dp`FB!_YgTS`NC_4$jQkiu*hOx75(Rw1k99nHxk-; z2?K;@Vva@uyru^tv}Am((6Y=kADNE?-r-WMj|_6K-q(P zhW9gFDtSrnu(I7fSey^>$S5Obec5_B%`}OD2PSbIn=tM0&-Xr(1g;NR0V~VP;hWwb ztm-7Be#4)?i<+iE{gM=7ZZqe$MB#55y_imyiG5`jF@9?YrLy6VdJO$ZAC^e(9d!oW zB%gg*H2x~42DFGCJfn}in&AwmZ~i#jM<$3m?c4tJr80AUUbGx$21q(m1r_Q=&)rsv zbo-iQ;=?ceUr8SU@zB|&5_-m@8+SUP_gU~3_B$G>=zK`Dbn69sp~%IXh`#E&7|!i2 zsGmPicun%vgLI1OHJAym`R}c7E6j;`I{=>PZM5>ixA}jKL>JH`A~7&9$OF;1#2;oD zd+mmTlyV7;L*aW^eiv9k$QSs$?pygxI9#_50#xMXXnaCz(S=Pt6pT`dKROBju_SB2ZLX$RNh?_Z6CFDP+Dxpx6dO7_HR{`gu&Wdb65XGVAmTy4^eIR(-%B!U)k9mCEovF zh?-hIzYrI^4}F50s<*&RioSd;U&#ffea}htg`1=zcYml zeERvjRAsfmf0T%{iy#)7MKHD$80ekApm%!rBJidMzHde+jhT497x}IJQRX>qAo<(u zOuokE`0mE^lGm-Q1a`bcddZNms{9>*~!!OjsHaktF{CrTLRD}?gkZPsG6t;OF z{96wO)cfj;Ou)s&l%v(Q#=*!kBDt*Lm*4UiXUC??RwBFTL2)gK8_xIL^<&(XRV-0j zB}65RySAXAPmC|3W* z`g-9C&5QMKG~noGB!;q3)!IF<=&z5en}QZaD?{mc@QNVGJw;OJdn-WKRIHmzRdn67 zLv|K;z2@EZ+Wz7!psY@wo+GQE0KK!6V^+&?2_)-BE1 zr~e`jI81QFZ}G6PQyVyIVsJNhv-S39DnJ_paNFF+dpGL%46MhUg4pV~hO(R37w8A* zq1;-?(D@|%g`|_}GaNRwvtx`rJyCw{@w1cfh=5)^dQbFRL za($*oUz(x}ZGq+U*%{?xt>VTX%hr=^J+E_y;guEA?Cfk{X8J)T<<7CBTeyy}skVp} zQW+A3LVzlGoS;tE3NH@}5(nCo~gLHSy0K?s!bMC$Wz&!iev-h{ZZ>@K&pV03j@Ug|LTj0YC zunU-bhtGzXCLrQ}%j*osgmhU{qvV%;D!`3^(An9}X*3V_Ld9THdxY744?ZV0YX0NPV<*fc&cD zid{@hB&HP*T{=}gn(p-X2HJeH{zDo%1m~bWxQqf#dy>Q1?+FNi#ReD+4Nh3$Uzgmi zpL};U!T`GILmPhBkirjmU@K3cNb6!?`ksFFm&tPJ%`m}3U9LZc{-kJhT$N!y7HXKu z^#b3H7PU8zOQO=9-ZIX>ky>_UtfG~jgLmqRT`=)UR;b02`|Qz#;{RQ8ueL_TfIWBfZy2QpfxbAIT!6f~h!P zDRC-CN&VD|1PYiLm+w5`qmCDeet`i38({oH2PRJ6j|ZdLFMH)TS6yM$B2viK6u=C5 zesK#i9gx0Rg2(#lvnlzl62%1n9Se)P=Y1_cI@5{_k%iqKD>kt8s=F83tA0!ye!UncdB4zLmqRSBrO}jiD$< zKcN>mG2_SKZ4y@whBt-k)a3Ls$JJRbHaQLlK<&1>ZurXoZEfx!zs|`>I>IntXQo~j zeT+$R+{+ha!`KnNjU58{O^PrAro=(`w8e^EX5w;4s0--_HMClbH_WV_p`k!>Binj$ z>%qq#%q8*3^yLo!ZLUqUn+&xOWck0H<)G~Bc%bliv|DrQ5|pWj08q07hvcYgm4-}i zbu^5_R^p7db$690Gfw@ySNP8PvPs?9Wg`u* zR4sQAwyvgWKp(jG0Xe_wQk<;L)JL5e-7ZbvLKz#c+j(qMlD^dY?&QA%H%ZE_!(nwsvIIw8Y;yMS0=YsI#e~^h`u@eJ0jlvD4=!1igO7^Qeb(+n6c0jy2w6`U* zYDGjgSuK#_DO5#WK;H5k<{O(S_ z0E4mE+60Jpop{6tvAr{G@8ko#rHLgvruCQr5iyaqe-(T>cuiSiahRxiaef$W1b&4}Wt8NOcAO#Ips8D1IKl2!EqFLPh5cIk|>)_`dbo zg6h@B3np?GrorU8yHRGDg__s>(l1Ak1QR!ue+(a``}A$7w?-J$yF4pa*0ZgI2=|W^ zAm+csDz8+wY$|fpY3L1Bp^)DU^4D~-M}cqe9uV4T>YPKAWo$}-dO^8W)cDTt@YG0O zw>J4QQn5P7h`q>bpWMw3QkH%xOW*LI%516as)13L5$FBon&WV$%PJqH`2+aSy^;~jXQB#d&+YNv;V*4x@U!LJ%TUdQfQtG5vmEB)y zmE3hS>7jW~(SYHw_mZPX@9HeL<01#$u1%IwsJTwh65DSVzV~&eNDpcwGJRS{{4W5_ zo+u8O2ES?RA{MM-5e^W{RVDlKkNejLoCTOKo5?y%@OJM^uBZ%GyO_D3XmBfhm2x=H z72;aTsWt3=4EN?;P`Re&`^c36qOJ2n9+1zP@30@lN{d2}_6&`{`)ltj!E09(mZ2CN zsi4fuOSSVERkt!P&(B$7-R5^rsg8d`MqA)Z3HnS?2x9SP9niV)F_|7oW@bJyv!{c9 zV`OFmW7{LDy^j!p&@2yE^QYq*dr*bPs$Z((nz@QF&OE5BQY-ywe@FMnJ_CsV$>%M4 zDHD^-VqBVh=aCcekxDfhU0bo*H=6j7{&krWm4{hP<7k61w<@!CI+WZL zE?5{@i+@}r_bJ|huUd^4Jr6^a1{frad<`$?fjA&}@NYnpf~~Hsqfo|r;Fg@Tu&A#p zSggh4$a?Jx%VWLp>LzksTleQOzv=Iz$E%&swCrrrfA>VK(ci84z<-()#t78=X1%kB z{?gr1JCU|xXDX;kIrHa52a!6lv*&h&{sLtBk9nfTe4`y59h#Tl&ADfP{49J6KrLhk zLGKQ>rq!%|&SMEO$hG(i_5u?A7W+x)MzzV*7v4YcnUkl)mg(02CU(64sr6C=aT6E( zXVx4>g0%OI@69JpLx|UjI|L4tA*)Mj)Vi7`2|w3~sGnz4KQXgPE31R7Zx|71kYX2c)ch+Z=_ShN9396~0_z~4*%cff(CZ$ukQj{HHiN~n};Zn!H~;xAM=M%=0l z&hFyPw-4<^Mk}foXpGQK){ltgagCx;X*>T=e7xbZ2MVJf_=1ru{q*Id;KaN2dr}$T zYRudbF@6_m2B57ah!kUd2LKUp6i1c-`c92{He8Hc)z+G`|{k#U2)4rM%B}=?fRjbZniIUbZAQL z097FYXS}jKE)Es)T9=9Q8p# zdqRZc#g)EfPlquB&Us(f85T8vRl{#4_JajC{Za1Y$z={o-kk8$mWdQa03BguLYB_J zA?M^0#E{W8>``x?FgkpA|C{mt&>m>pXZkkq2AW}FB0vCw#i1aPGgfPT{Ml&z`8L1jqrblZidJ7v4@CP2D*A>#UmBuBeg!q=CGrD}W(*`L0hbK%J;9 zT$7h^^2rR_ysA=V$g?9q8tC#lpmVJ$WVXik$}yQv3(h$9ygK1=p)#_tct21i{KF11 zOD8I7(&QT%2y_?#nd_YVzHfo(-2kQae~J|!P|l!%MM(8Y7c)NUt)2FPnhock&qq4? znVEi91^-Jmo!MVxr@LC)8_hJ`5_>)!({-ZR`$9+A7khuiKn7W#RUAct@l~}t50dhT zTJ}ImgG!Xxd#|Y@%Qk8@3?L?|n3q7%?nV7@vjDo04_OzHF>6L{I|fBzniQGESA!Is>cEGd-Z=~)GEe;o*~7lQo>&|QL_)Ps5gr12|pr1kbYx?yzqG#xLt--%P z9j>gm17QMgK0WC5IRN@Z&7ZS)Ib+J%-h4~>LJ`~UmXtI5i`8v^!OeNXq%6B3vLKx1cIQN@ zEdQo}{e`f~%oU<20Y;5aknc_&_yS7;R{-QVd)E_&2wrb*67@f2_PWbK6c8PQnrNl7 zwP|J$h#-)o3mMpE!=Ke#_c>09XJ$;w5GhdCNg(Zb{?IO3h$oSJb&Qxn@#{P%kmRwt z<8>F&crwJ@x2>S!izBrLy0r=p&eR)(;q^O0-?rO*I3z6ZvY1(4|6WEx6RFQ}#T$*U z*9&C*MeanS1m#r9S(em~=HrI_!5r2Lv=x-6DTvKl~YDGH%DaI+l3DY@PLXkNPF@07JyEM_+>;!yT0xFNjNdJf4x)$6KaHAY^#thzBf z(xtXFCVP@EU(_3HaV|w+dR_e!K@cm*>+jqKYjTwN8_Q?ghh(FXGTkuxRb;Eq^VgT% z_qb8<9tU7!#FdNNrq;`-Uh-AB_>iGe^D2 zq413BUF17LUc)^C0O5@<&6CiFy^8t!&m^ARospuQTs(TJ^QL9&$1@}x*rk#S;2{Cr z5e4v&0jcwNS-gjfdrDu91aG91jrt|G3uIA4Zh||jeBa`A<$s@NLNSAM*ik%mwGFfL9NX^^0qxrC%kJ$ zlGIiV!0p!6p)T{CNo&u=IxYi!bf0*Ba$a@-vo$A)@iYT^&sU$0jdSKVSx--*>V-IO z6wLa^L%b1cACSxr@Whueui(O7bFmjX4NUz&?cbjX@%UBKe@SnIa)tWl0(Z+rUOom; zi#b{@i6Gn<}akJ{CyDC&jw7*p30w|;U9vC+vez52?VR(_Bu5_KqbVbIEkDi1=M zEK0Mycc1KQ3=ST5Yk(_yw;sSS*{Y5DO(VqNhf$?763BG_`3Wf~!{qat>pOjp&WJEy zQ@cJ}c!@6wz3VuyTb8HtWA4u?xZQ*T!=?piEml61slB(hqTaa``eD(~i#V$6( zCjESkmrWyM*nImvE+xtt9-@x(?F1>W^|Q*FbdI5W0qDC%+_%G{(CYu z%sb@!u?n+dMNtLL+hh0dThRbUidkIMaJ~c6AwUJ`}BgUB<3wq9*j|=NY>^ z{tYcOc?#~Oqzy&{N70+bq0DmE_mJ2%tl0^HHG7$-qiOEP{+lMno7^_mV^rtY-vNzoHKs= z%H;;9AetW^d4|G;te9Jl$>aFTq0O`jaROm8Dl zr%Co;EOIj?;8~e4G_;7M*{+-x%v09_;E%g`+OuQLnxhH^HDZT<2rzlChmQ^AiSL|> zNS^<}_XCPR@t^MT5={6=>4IT&&H8rugSJ+g4;KvbT@XTA6BlacElkO?y$UAwqb?FB zWKeX$7c?N_3ItJ(?}&M1nO^}d9yf2exYW*tnc08m1rF}gW-dsIiLZ)2;rAv29s#w~ zhB(~hI0pN#U+3L7I?_+~@J2|O4qC1Xf6F38EinP|n(CT?~W6Qpn?Z8}=T$U^G(1Ovfr^Q@{>v+$An%#K&x4=M(K z`Q9{P$eQl)7no#?f{RS)*C=IvTiV!I0L4mxRw43(s^0JBGsN*L&>foXdGzX?++dXx6IllM(`R};CZa2tiGNEe)v=vs6H`C@4~Z=YUZ7W+t+OWwUO z^0fdKu^WMlrNH@xrE9K7jNV>ONincK6t`0aiofd1 z4W_`U=|oIK!Q0s1V%yOzId{1?aix1{09~`mtAb=T-}+afFZ-1zDG=NO%KvRi*^B+X z*y_%Ji-$LEc!C8`z<5akDGMm%92qIo;?&O{)C!Nug`K1D$r+tcN&CodBvWJnY@Vjw z=*sXbi%Gdu=Ttzykfq_K@Wt1*&WmGU>|r#DRo&&89DXHKM9N16Nf(fBdqf3-@^H*v zC$d$4RR^+^YSvs1{`@X>reI#Zrlvms_CXy6Ly37L>+INgA1L^9@0m8Dp5+G``fMfL zfGDajFrpAW?7a>e6=s%n?6qM03mMCfWq0n3{cEL!)9&`BE$Ei%v8IL0&(w6>Pjh>n zSPT2`cOUk}VFfY~WiyDTs7}M+ecV+bdn>{pF__Dk9OymuwEd-J3*h#=HAzYHVouA* z&!4_4-fMAF)vA@ZFz}!OT`+ATDE{{W=5$c5{W3U5 zmMKUO&5#?qZC@h;<6j>}-hV$P#l)rh5|C2S1E!S;krWgZ-1)p?*q{dv&=!6O!3vN7mFT%a< zUZZ0+5`L)5tDMnwTb8(%kYVak<$t9;@NxE*3BQC1;MvQos`5KC9lv=wz&RG_Z78ix z4}8(bb~j!8kh(fLUkTF5_$slO&0Pr$%pm*Ul6Vlg866*L$3Qpz5yo3(pn7{SSvKJl zX<1oB#fX5?S`Hw8`l6wYgMjfJB^{mg_}X<7bznD9zq#G;T*z*YP2{e|PTu@F1KEr6 zZN!wVv%BI@$fz_kXCB1^uhBJoDW^`4*283fR<@$goqZc5{ z2dIFIEnRX3Q=RbpT0X8e+NdI|1@N>1-4^CBy@>rc-Bib|dmAE-SplT0_ybnPWFjIz z?(U-3CRLePGm!|sDo1t?UHNu?QWc5a&)fUr_7qwTm;*h_PHCd-JC}Z>!1eQyAP+yc z9hu?cWm|wlV(yDygVL)jw>FSYGvc&&%kXx*Pv@1H#em3#rSV($E9qVbkBp9H^Q5BS zk4QE)sa2*7fmx#uCP>V5z8?=o?x?QHO4OU2M9}pYr}G1LVDK;XAY`5Y6tx`It5ig4RRRcRO zUg2zEPEm7V6QQm5Mt>eq5!#UoR@4%>rAQu)pSUW9SUdO*-hVveQ)cIJMmBgNc!pM7 z``R6S1tv~1s`S5P{WM2dec8q|JXJoS}`^n+oa{dmo2x) z)Zkq*oIjQP>l4Q9aegg0pEx>^?=H3m8V?J#X$UfmG$z2Daau6QT*6#NAE>(_ z`2!A`h-&J(=`lMH)4=ff=-qcaP0Jw2u{&e-bG;E%Rq1af(D?zFBHZsft`}&73{5hy zlNc>|ehN?KH#!>51^d%+a$-wGW4;I8&(IXxnF6`Q^mXM(oDmE}yy<_aY5+`h=qohn zOUsCd!KdBgRH{#MnC1OGZU)K0#4(1_<23^LIC^%+U%Y~`vjhK!TL*^!M!BIfaqoz~{j2KxkQN{e5zaLX6kp-}qk@BESD@G+)n^0DrC< zH?ZK?-z?d{vU~jpNzJXyAKsE8U4UB zX}odZEVfxpm(Kxq)L%~0$O`+DU*I~KVkt4Sqv0vPY3xxhiqtDP0 zx;sXB{_ZS0^<3{wc$>nXw0;p+N_Lvq((co&A^Ap-(i=O zrFFaHvgnk>RkrY9bM5PG+HTfkQ{ZQwwO~`BZ`SrO zIb4T7Gy;m~A)Y&$BW8Nr^_W~JdJ$0w$jp{1-{}Xw^9iVyrW%8yuYzGRw_Sx3nm6oE zMHzGtGn0iL3o5Z%b?NELpF!@eL@9F!TG!sVvpm?3qh=hR6m|Gd;ybCFac|nH-AeK| z`-g^<@ZmmxXDpT_K72FJoe%1r4t9u3pck@~lp_h!A|mm0;3whkNbSwY8 z8lts|)|~_b@K8sj)fxR@juf2?qjx9OZ5oCKb&Xvx!B~N7>}J%~bVQ{;1z5srxRU~M z2F4yBU?UpZpCF_WX2_tOyHT9|4tkriPm?e^Uw=9^s!TVGCy@I?`oboM&e5q`*}xdW z5i5GkiDI{I5{8RMYY+992kRIZw1x7z(5N-I6}czEox9Gbk}L4b>2Ws#^{Ij!G)!Y` zpm<{lF7b93`SjK#YILE~NR_7l;!nFxJWWJ@{qCU77a%OR@1-SxbFs0s!aK;|=HY2H z@EeOCPu8kJEh@tihLuN?Ij>H1s~VeujtDHYy%%V|2=XIw^h$% zk2~XJ7pNWX^dQO23L|^x>p%1t-6W!BJ*J^vxBeN5E?%jrpIJtS;boP^@}m{ymz!_{ zrzDa+4vMB>u!qJ*o9Q{-&q_;Sbluv;>fndo*Y$cB*sSNp00f1HTBtarM*t3R64R2-z>RvG+{B=70!yp5l>AHjpT+N-tIr(9O&2S{8>&@sVHqr;K*&85A4qUb|aqCRbA;3_7 zJJ#g5YPG+IKG*O%OY4+>jp1rG#iSfcpn0r5Xn_9o__iljz!C{d@p8?pNbv7u>xDa`z+I7 zGDwN9C9qt>mzpk7l|uV@jM&cmtP`rIecnm(Cs@2l-1r#x!!R(Uq7hm*>&qN>UXJ}( zV!5X>k||=yQMTmuN2YFPjK}Js8%F1E>LYO(1TC9Z59HA>N2~~q)916|V8kydC^)Lr zL&ro*-oICK)IK1@WU-^AXEK`e#_IaIiyQ}D8!DeDNOw-Vl&}-nM+dn)qej@AixG>n zn{?={`5m#f9u$8sOgRJx5PWJARQqY5s2$!p+o&pzIRXrC-gaJowwjXBZ5CiAUwPzY zGA*{u>U@SI=6*=X`Jj%=(Wa)6o6E|iD#`@Fe;9gWQQFAS)y_m9p$~NC{m71>vOqKL z%y@_5ZO-)A=$k{jle6!%pN!jl=)K>&CI!Z0i9c|;l|0Srp7QdNL1)!e15qDd6?E|W zU<7DhA1zEmz}+M4Bk8R|yNW;F(o+1nK#m<`9+XmSI-9~AXa<&=-1i9rP+JroNxdE1 z%eN5>2*1u8JI#Yy_A8(hpg;`+a>!P6s2{^qx?wy zR+_=t_?=flusOm_rSFaDgagKayH01^F% z^%Tp6s%C}Ff9nkzG-@b%34QNIo-SDyy*6c*M)O%M@*aw`gAls(0H^!p(W(|6;SLTS zalhM>`j>H`$Kmql?hvQB&_3L|cOr5PbFfrHT0ITS4~^5W>t(a!z>ITI=mNS=H^EBp zq-GG6YLF;=#F0=1fVQY2?Ft>`&m@$PgEFWEu#`n7{J``C30)C!q<07?R#%_ArH{V4 zqB}}aEjlswR`~wiX&P_%A=IdN8bw6`q~hGc?s(Q^2(}GHK{4P%JDUNPYu}>u#dEww z^r81Kl|%{=k15IU&X-ptiQmrRkQsPQR2Hg@i>lsE@@dCkPH()|Q=HA0LIPfrsG@&p zUhGp{>?osnq{K`bu;$Al4T{zZEHTlhn9C5{-NWPFCg=${_i^hr1Ni zpW*GypxGZe4a~Fir@8*LSuuYbnHtM`Dz%!OR>vG1EX+|x0lbp%9ofP4snE24Z@|ID zlXtQ(geg|wk<;;gh?s`Ai^`a~+(CC^r%k%>r*WnP)RD&x_^QH{fPV^gz~4aYKlt%v zSoGwAfi@Tx(7Aocfrh9C87QImoyR;CgM2KP)x6XF7CQhPGNVMW`th}_V(Yrec&l*v zeBMCd05c&fibdjP13xy#sja^AE2`D3SIF>4P5BwW{0*MfLo?33DW-LkWG z{a#lWwLA4*zX~x2dG1qU`iS4ycb1$rXbo+)uk22;M{3cyxGT#4|DFuz0Q|C=`V~9d z4#H`oDU?rQYG3WR(#^ zHAJjQH|<^r!AJUmSUnm%o5%HyShGvnWA(JcyZZ&S=KE?W2ebNpK-FHIh<}5alALIfcyzC&vZw5coNw;))nsx>({2yD_OAQhgy+k4Eoi(820ij)BT_!iq(aJDR8mwL zE$V167n7kU%q)`G!A&7%kItUcteZwHEG&%_wAmw-rC!{U2Z6f?1U8sK-@M)xMZU8d zNK4O@gBfl=PD(FfsXNB#Guzu51?dD10-bBjHaVW@WFAuzex}B&f-UTg4)IpD06N;1 z(5<99bVa~o_v6Uqr1xnVx#e12W#totK}C3z+Q@q=|GW9Of2YC-7$g)4(c%))f0UMX z!&X=H8f-xn_9VwviOHQnYV8bI1keVXlt+{mltNKnXypRIzDUk*_1-W_6gnlx^g2U; zV3Ac{1d72o+BmHb^9ClCz|>A1pnzt%KR+^KC3Udi4wqZEYkVENhi*}q%9Y8HjAnx5+3fzUZNS3`@ zrd}@ZW@wZ4datyc+BbQlAw{qfi><0i{ z&eQZ~*+{dFhu2XUq#mM-@VDdv=e^uE6J&uHc--0H1f;&=0uqAPd)d!G36GMOR}(O_ zwZHST!QTjsD|;#AwDKX4Ttb-G2#6q=y!4XKTbVm7w7{-;W1BK6 z7cnXZMnNjuGe7ifX3m>uM49WZ=jQgX+^8~avSn!$eS#`2^<@)fO7vUqg8 z)`Ig8qWsKI$_{BnS=s|2k;gha_~oPIMdVf_1O!ESIhPv(zYvSZ2IENzp2tOez1H?{ zMumG1h%oCf_%;b;JFm5 z-*Q{Vh{_sVrvOjd%uS>{qug|y_SUP*Udx`-)%F`mi=cRrQJrNhp!FVj_&RTA-i`Pg z4fzJ7eEfU)RpTsC4Ccdj^bBP2+e%xa0y|6(DeiU!S>HgE{Zg@Z2I@8BAh)H79qxxy z01nZ^pyT;sYv`yBD%HskyZjnYA!490M;zn*5n8A$fXn&CjRva)QwV5w^jzJ|Y+6vsE5s(y|o5Huze%3W}LV7awDVn@EFZOaH$A#kT8(+AeICMMjTHy#d zn$F%8V1g*lQXVgkJCsJ#ugk(6r1Ml|3wfbJ=a$9xe-mzd=)B}Ay%M&mkOPxklYtz#Z&t}{6=aa52&bZi%x+?PnZ zxQ;Ua%8B)fl${+H7@Ki_zmxH$tQu@Dbe_XVC!O)CPdu9_Kikgp?)Po*PGz~<5h%0S z{<=pS47?9$CrfF%CS_-n?iv&U7PD4sSibPL>P_2ucXF^1q{#^(YPQ@IzmKaw9(}zg zXlha!ZbH1JAStGY$d25T3g4wDrIxm11r@(52#xYP1TM^qjIK0R{d@T7q_)-o3GkkE zTx+z7>3vfDu!*orafO~OxB3GH;(G{%g+t{i7!51PnE0Uvm*Q)sVzcm`aQTA^8?ys@E_EA7bwXUXCz8mp90A-2stDutq1akW3-ZTXJvm?D)?y_GRW$>r)ZM54Qa%w4Jxz>ADuC0XGAZ&}l#FUm;26>;v z(=;V**6gsiijzrRj&xe@75y|Z-YS8rwr+agmQIyTiIW_Mp2eypRH>9sUnDO>NbbLyOu0`{omU6n)G^L+{pd&6yg_9#`8kc3RKn_5Q=M{ZhN9DY z=+dXfK;XU&n&^a~ZI+^c5A>Ko~bsh^dO%#Xv3&l zX~VQ*b8PQdRL_0;YGRT4Kj2%P=g_dvT<{pL#-X;@ZE4GAdFb=A%b!>|~hE$4Mh5 z0Ewa5hmfb)ysZQw6)@TR-jGN*40u9B_Te0WrSpYCjhjjqr`IeNjtrij4>7ReJ)`x9 zXm=9y&?C`mi;aG&ED1_d-%nKI0)+!Tu}{?p?xF|o&IyJGDHQPTN5a*gC?Wa5dxDlM z(_0_zYN3G>J1w3RR+H{mfYpMoRn=SL$rf%iQJ))YUv=G@@U;W(K_JonUa9M^jj>#p zuT$=C#k_z5;mv?)bF<0!*+X1M2A2c=uF83CI}|zw^E{v+`?L}tPuBAVQ@W$AL^`df z0Y~Msw;hNT?ozX@pzMcqkQPNlht7dDubhWVwUlS<){)madW(7aB3yOu+S=sx2Ik`msX%nDUfIpU{N?JIJiZJX$#HY7^ZdCk6?Rbb$-pTkG57(7~3H8w|q(cXliI$K_Gd1(4{& zheQlUo?BN;NHMw8h%*yJJ_BlAG${)`u0N#Mk%tObXeW?u1vB_$cl**;bh(R;O5+C#(@Y*hvvq*GaV{i-5GXIrkrqhysEPKXHZ>#NYf3m2dU8lZt-AM;pVR5hp$l9n6W!p7>dPKC#~r zH(!+!Hqgx!8dRc_fHW|mc;6#|D^lzhYoZJoNn~OsihRyGH}&bjC$|8FD4SyhOJsZH zpqom3I*9AYxfUscF!g2(`tFezao~;B<--bj-Q%*O0ci2=$1V49sY>#nxz-U~r_C-VWri`K}aY$X|ox6xXr^>h2cz z8Y?yNDn)w-Fk$@#vWeB#2aZ!_3JSq$l&v#r!5@XTNQsx{ht}KjKTS>ipp`i|V*BPp zE#f?!BkQ{uX6vv+XWch8To8Dtn_kEcYFs3>)N}eN-FY3ly{S}2`02Y7}L1z9X}u62LHDP=FHe)lC{b2E!fstB=UwDL!L{g*o{4|-L*GAKheL%OOKDh7h@~T zK_T^D>ppL?k4!S92O-gcV=UU`0}LO!e-*!GdHb!k$@;W2RNdt5it9<^!YE5k$IlGH ze~2+CG(FQ{!&`dPIUdsrOByLf=8U}dVRZhiHvruzIHlV%7891iW1o&t=1uZriIxqi zln=0SKXPPDpaNON%{r?(|LH*BNRZRi z^$51YEIpF{Lcqi&r<`<~D9RjaEg2*hz~tRz`J$G3jpRfHPtWeCXp*9vz*C}&J)VbO zWdzspSyUY}{-q0i*CxL<`9)Y`nks;R-Gp`L(Bkfmo^$}vvF<1SsW$Pf``Kg?6&m(x z?tX~OzY?KLWmWx9vSH$-eGrLWu4v9IMD>N0I6GLNe~?^{c|lkBWDv zbEps38Kxj|{uL@ijuy41ieC9cpo8i*o=Um`vST z-p_EY!JL3(;H*_mD|XR>sYMcau6LryWIjb@=M6kw^A)-~ibXv=qYBe;s3^!-85`S{ zvALWQODlf%@HrN|s{gsiP0s61+bZ8B*81dDH}TSI~qDb!$dim)|VsaSZq+3 z&h=Al%62V2hTYMQJbg+?wX!~B{Gl&B-hKXVB=aWn11hTLtV((jQT4s?ZK=EWs&90H zOTtbG2iMJN5TkqhXy90xNYOJj6Yg6aR?;A)6o}@6f_e}*{)3%OD=E6mn(v<74(;;w z!ORX&gfhDvPr~Ez15?L$#dj~~5@6_kK2nmpqJNPh3?MdD;AZvD=?<&q8D9z-9NfWG zehRHDg`vXJR)_fH(wvpv&LSwJD@|3>X?ZXkYK1h#(X+Qjt%Hzh2Mi?5pY83MRn|J}+APq1$B_NnS zt!}4<*8XNri`6FhcIYkR+nQiN;eE`7D-h7)5pW@67x?=ISEZKJll89sjP~SWi0(PV zbhf)Yqf=F^3W;cGvO+0vu> z~B$!az;-Q0fnn39rj>8j($-a2lT`4a`;v{NR)7UwE zWzQ6p&CyjVyf4c&lAJ-TU0qevuG9B$?Rwfs^!Q8d)H-TZRBu%L9M=>|Vuj-EtCPOX zVL+>&7f_Bwg0R=iZJmIH0)nw zX*Zy6jD^Ymb+DG6Jgu?+*Mz9k)0M$6zGAJN-^(W%`PSHYwib-;Ld)N#f4b?nx|Fa! z+IB`nB7q~oP$k7P>BR9(hC#9ImyGiyFO%8RKf`F{>wF$BI4imZ^nt zq2|3+ABu@5_8uL6z4Tz7Q=qux%os zjl~^1j6nV=t-?XVDl1v_o1Jp5GI}x9uqy!-1nt}l7ng#zQ?@Y$B?CPvA5T!h#WpDb zGJRIJ4}4z&J)`+RgY=Sm(?LMYIu7MvBfvWWYl{8M>zH#Hgp>VIJC3}BR* zgfselP`#6zKQ&}Ix@?x;3(?_rxey%**tDwJw+p<{{)db{3&KaSHAivQGc@0fa^pED zub?&G5YIz#U<9eLa%!5_VjZ?kM#}Fw(59ztcKR!9*M7nk@F-o1lGkglcFHixpX!gp z?M^4~_0=dBWG08qkO!cZ=cYL2~|uv-UyVlInd+XAcO4e?0_E#KNFuP z2HKmOzV)0H)zH@(UD&kNm-V53Svl)o=zY4}oy?d@$f1>XG(hx%cjLk$j5Lfqu? z$)TtAZW8~`(~~M>D5z|F$~&qQzR+{Y!NKujiF|9mV;E6hr<1EjP2a38cchCwD@#x6Utbtc{E6W1(Y2+6PKa!NEVmWv}vF=;D*;( zc043(KVQ~=C?AeTI0Zv)4Hf)9*Bu9*3M}631~=Mg#^g)Ub_55Dd^*F7_9LPm8Nv0Q zj@824GYRLn({U@I>`iv1@m~5;von$YQ8Pp6>x&=p@83UKI=TVimgsd`m0cTW(?^dl zGAP&$;PSb(M0gz*vdtI(Wlyxm?q6xM{S$7fiG!n-CIsY?0UMj69m8p1qGV!#MBL+G zT1GNH+}$w0dT4M^Fc`u=>yAj?sIP;K5ECN$X|-MHAR$Mi!LKouW%DO}+hWK7-`d>QC~!1@Fu4EX_yjoo89ZMg+CF7T)<*NPGfj6I>Oa(Tk^fQo zV3pW3;egoyhiuUst z{Oyl24z1T8H8hgl6N78HJk!Q}HVH}2A&LiSlr(VBl(Y&9MpYT>Q22np`{ExfU-6tD zfa$l4m>6WX*?XbL?&s<%?$7R{HSo8kDi~HlzShO~kC$JhDcxeE$vF+Mj9wQMG-}gJ zL;$t}=$OM=0fr?ee=uR}7pym#i_7z=qo2YvHNxwtIHR(@n|*4K6Mn5&nRJgr$|78w z-|^#eljGb`U9ei4zh+awWk2p-%~HOy@MaYCbeSp39>sHHmmn{%mbtlkw*Om9yQ~lq zL?PSb5D^%&Hy`^Fmklf%eG%DLQ`jIGzj<6rsZ$GC>%cT<^?FK&f! zr>k=!yiQrwktkU&O0rq=jobFGN3SkvZRUyU&c^wRgoO+rx@7HQleyIzl|wHsppX4m z6EkihH9FS3-dQOt2dXa)S^yicyUl7_vHKj}Yd=+cwpc#|0gJh$rjEAVnWoWnudtEV zrDp?hjvDD>H)KM~`(ix#Lm`S*p+e+fw=7gR>@6Fv9EGQTD= zO+L{zp^F5kE41PwAEAcN0e+HDFv;<&=mWs!nCdI!FzYZj_y_3(&$hyi_aD#&MV~iY zaT3E~#YS_!CLGqNbDCS}mqS;m=4y`SB+?iC%zhw5MB14y+D(cw$gt>s7E9xjBd3ea zFr_D7_W}H*fEm*`CFJ<{*@^_gPDqqVXarf$=dV-M#&ll)qz}#?-TgFX7}-fPc4@t# zcmPO1_OyXyTV=3mkS^EdPDj;DK4yC?w`!HrGvGwqE^tm8cjYjT@Tg5p*U&Z^a~is2UkGNPRJs!o zlV8Z>DLf%>R`RJa@oO9Ye|HE0k;knBm;&N%dLJclI|Ce+{$rBkQ^B~UBsX&6?@HvM zJd^Tzvbg~wtm2~_qS_i!@vga>rr$D|9`eV^uEycW&uRH|{;7y6v<2LU_UHJO!^Z2l z@iTzZJH<ijc9PBS>&Q6V#th&YJVdVD`O2<=!KS7gjK_p1Zfm_NeMrwe1Yoj6eBvN=SJGq zsr_%T9)3OUq+Zd=rqx;R2fM?Qc;FP2>Bs@vdfRvw zov~;Z`^i}zEtebxb+3W~uI*fX$g9q4)~i*;?{$6B-eUmd zLvFZuxil#e-%+ED4H7oWOft7o7nk80e0jLe>PE$ao_3wq!4U7OsPIXsV6;kQq0XY}6p z#S;Db?z}P8-X6;t3$oq7exSlLkl?sRDSPfupwX-U!m>4aJIHMYt>CvA8TFFJCbgHMxk85D6nJ5Qt8R_8*qT3_v(`EE>3T{7@o3*Pj01R~iV1b8 z6XD(;li<0ZZpdT2bv0Bdk?|0jV^@DhTStG!#b4s}5xDaIjX1^I;6HwEr9Kl^7%=Pr zR5iJC8w=2W_*%;}r=s)uDu4|qrjzqAu2uZ3%WA!HxCfOSbOEv@=N+nrfz+=LLC%p& zfe#Dl`_<&TO`5FxghRdL&xAj`6qxuGe#l?0PU`}j8YchglKxThSwbC8n|pdJ$OagB z@kC2&qlJD%;gL@(VbcDQc9!k+fUWeoC)|hU_cxho+Z>k<*I22B{pde~l5rOl7K#Lt z<6-LgaY6;2)Q!6$#gqa!Ud`NO*@1kg*ds(&&;fX2dQb^krOfhSUq6CMWTLT;FJAOP zgZGD~>1AbT`AucOn?;E!VG>dEf_3wg^!)DkPO6`L|a9i(Bz7gAEjYq8|M`hn8SxLTPpZn$=C^qqxCC zSW-4WaP8O|S$e-r@!?{BW?ZS2?{+?I5^^Ec=sa7e1gS6t^-)99)tOz4aJpTkkhi;K z-`D?H#ZBIYXCd>0NW7w|`707CQm%xeOmLbyCCh;kG)avogYiwjr2pku_Gp%* z8A9}M%A7EYlxs>E!!LyFzR-MzcP3y%clLXEuZMxq0zPGi34(Kcr`>rl^9G5y#lU5B zJ$tVtwB;BDOQZg?w6njC!>K(9_@?P`zF}Oxk7)f zaL)tQ>OLBVmA2ju8%=le_X(Y+OORayAzjz?jB%W9p-1BeNhmrb<(M!Wsuw*D6#`K1%UAR*h{9 z=Nf7)upDfm&`Hgp1CEk3onmRSkm@@P8)G9{{*N3BrqwE%{LTY=ZUpIe=b7;{8fqDF81SZ>z{ zXS`22wA!GD_W?PRF6>Nbd3m7gY6YNmW%O2oRp%iE*nJ-t#+wR}8g_xx&0$1&oFu%{ zW~lBdU%rWGgzzp{+<+_}GySaD<5<^eMXAw>x&f#wqV@|}Rt6N@O#g*pMIyg7HQg1wqP=y0~&Vs`x;sW%>>xiMzfxAFwu{yHuljG_*j)>Y%VZACUPn6(D=N2I|vX2 zdv`1~*D!6+<;`J%3_gl%p1g%{2)d|yh=)rNXufPgoqxj}j0)|a&ARM&HoJC~B7|de znzhYe51Df}tU5IQEi1lHDp(eEZZcry<$E9>Q@cy^Czzx;)Vj0KkO^j#JgwVRUrK^=H{1Zk=FmE59Wjv?YiRupI6(Mr>uUQJeYd zHU*v+xTo=}XiZ45AwwgG$}xG_uQ%tF9foqo@7r$j*UG*t&X*J^e?f6l_kf7Vs6ow> z_rX0;Y={l|)2FM=J|YsRlxFFcHE_{@?YeLK&I&+Ul6} z>1n8FxjI~2M2by6$+Vc-E{@$Nx_(!!jxR&m!4ODxSG-IsV&S$YGkvhuyA+oS=j?fL z4qs!X>YC1xfPepk!on61BMq|69!XV;t#vkV(W3 z3)}fFS0s1a5OTqT_@s){bQ@CVuJk_*JaEXZ5(cfu+@C0iVM3yxD%JIh#So{T&339@Uhf6=M2#&waCy1#EJ zTb=(Pxt=Z)UpgJ{KW%AXE?Fb+pLL@ux`%%8Sl$zy0gG==q^=_^Xw->24 z^1{lRc1Z)_8TKPXU~z;e_Q=|`pRBATKCH!Q zUELgxh+{ejPvSWN=H7(mGzukZOY1QUYQ_R+%kzFaU}Q-|=lW6W0i%sjRR662ncwXJXB$p zERdL9+lTo*?(dZDPcyf^P3#YzX~d*gaj#gCv|?VYcbmT_xB^Zj)_|!tpIK(IjgU(z zd&j}Q0J*aEebTg?R}dgt#+WDS=MVhU-_BVaQOx~xMwlIoZZT-6g8UrZnfByKsGmb~OqzFfvD$tC zbMb4l$rq2JXS$p9jSXP{x%ey)_SxKar{V5-Iac7F>Z|`fMOZ~f8vW&GGIa*hB+XbO zqw?>%2vs`eNtM^Xz7Xkj>HZZ&1XREhxsJvpx(v9~)YGfV$fkw!;}*`!(Y?WMY1Noc zb6rCoa+7xuxndKP`g0fUw#BAXP#?@&95K~#+|T!h%70OOkk!r~%4QT7y*;%{v)-D0 z=W^A7PJ&jrNfh60ek5?#Q7_-}F|rD$*lUPnAcYrrrn?m7OI#GgSjh!08rIlunhjB6 zOzT#$BFZweKcUEKQWc~l=l$C|j5V|wL5(F!t!d4Z!}&&S0ia_Rs0UAup%hep`!>uQ zQLlmEEfSw?@+d1e`l*KCdAKN0>&(hAoo&QxsU&;cmCP3pRI=VTx@{>wLWcm1sPgBK zEq@Y-_$UHgyhyX(iIrIa^aX;ZjLykiFgp@Sj-K(BT)8#0zLcpsT$SEo-o#!s1OZPU z4O`HQ1hulkZx;66>rb#0Kh1e+eS;Ui%Bsh|$IFzRTRn7oC+A*F3FNf!g3~thLTS99q$ft z98RRqmCjW6M{hqhIW}Jr&D@;vX~7e6@;+m|eXBUn!mL6keem94;mjh)#f3=l*bDpM z-=D_5fJbl~_LIf!#{PXHmtmbEXWNw}&|6JV zEPuTB%IH^Ssa$W^;0w}=xBtrJD5-+coD2b-MSDZ(I@||6fRS2{NNnm59i-7nSMk@ol80nFxc%sB4`5m5KL^XZ}8$ub)N*mVWuE`u-C#d3yb z%S}rtJ@Efo2?8Vc5ycyV6sMcu-#dRnP^57LnTXEnh>*$CQgp3rn@g?}1r%)}Stj_- z=p6Cu^QQK>eck23oE@C@AD+j8``4JSM8;2bvAzKY0ixN8G{ERQ3h1byw=?iE=-9=G zD5K>O9gAtZG!B9@`FDx7%^n7+5{lCK-saqrg)K_ZG5!tzr+Hw*tg*O7pKS@y1$6G;aqH1UVna#tcj7u0 zt)B)^W6b`zV!Jsn^pA|d?Eq&0>U@tGsD=Haej{!6ckFYqRc~~HLuKPz5szI)U|{C8 z?td({{5W(9-l zg7}xm^S>9U)U40KZXPge(7++NEC15J9nz<~-{3OB5Xe_ItkG!w3*@?y&1PfW49F0N z(a`?~Vx;uW;RWaxpN91^aKF)^hs7gqyVu51g=viCcIx8svIzsraW)&&W&uh7%xNH_ zt;KkJdzydnaF_MCxnron6?-Y2`#t&pu>lMU*Op4)9sW$o_`v->AB$>=%;Rh&%fDQee06qr{k8Iz5I%p1g_$Fd%+H9-3GK_i1mxd z{MyU(ZS^g$Tau$Oyb#06EGVuV2-^kD$VW&71ik7 zWv~L*G6`11tg_m;rR;UM=#wg37UlOPL6njJCz(+4R->{F^&u4~i}_I_sWV9kUL>e-C--0GqK> z7HC-sqpY(`xOC}%9p2x#o8}9sVLgsoP{FT^Cbw_VSGytwW@XI|z#5dLa`lwNTl!LJ z=|Y-pFEv*)J!kEG23nf`Yez4%B){@5jp?>L2j;!RN8Ki}?dIe4wH^QBcT8e9IE+J| zCG>Uzpn2AOiekq`-fa8_KnTEn|N9w_wjFcqIPXA;h$_y*m29qV9+}&39z%0>PBysn z4?hL~Gl9)t{`Kd*{y9*?=8TAbFDQfglV-oA$@{ZZ2YXrSlb@u!P1P-q))POeibE6n zU&}Hcr`Hw?1NeIQfVxuAR#wslp#)e-&zQ4XxgQVU*Pp_&iKgny7}NcK)ZMiE=AWNW z?=j-&RgR-|mhaFi0p=#fKeU0$-fx+{vHIh~4pb4jHbbDh4L!!KG-p2%uwx`Q+MIFv z5CWmsKf+I5BkR<2T|h*fyBnl!Z{Oj3VOKyh2$#GVXfwGUVYmqC^0wkP=hlhiT36GH z6m(7mXvKUv{KOsgr(}%HVDPr@KeL>+wcw?IzmQabjH1^B8fu=mag=p=i+6a@hvUJE z|Ky#K0OWS4r{bT!i{@~`s`Zi0G3KkM^y_9WJ+BO_`GBda^?OC4mBy!>Pq%=!E-(50 zWB;#&?MjI}%%(ofwY&|73--Z|&3pHJ+H6{xS>-saei`s+u+#b-1({(EmBs>h@<99j zIalNPlu>;rehksQ+K|V6wBI2t&aITOIk)-FLMx#!qkW@9R_#UC*n*MTLJv;wH@SySfnVGq zIEWQR9{Diz<59h81Lmd?@fdYLG?G|A!H51fH%cK|)OgCKGU*c1%4X(xFVnV!YQ1gR z(!2IQJgi|3jI&O*j*z{ZmS}24$HIJ=B){Q%GxfX5^KfzD(0}~;rTec6qo45ZZaILB z%v-*FTm1%mZ(RNPiyI}35M>&S>g;YUyIKn*6M*oO-W!7o=qr>zf4 z$Aif}B^eMk!|9UtS;(H~?Oy%5{e--ymH^S}$Zolj7sE=O~TDm1qyp(y>vfliQ*A*}%&8k~wN%*HLh=p7Z{rr}g zNdM@0ajl%xLjql$H)h@6V*Hv7oB5g8zxM`OgcDG=0QTRKbs6}-_J{i$k(7}yq^8Aa z?Nouc$FBb@!goN6U>s{h12|%)A)DZv zfU6a(J4zctoQ^O>baXuqn^z2oZ?PfPtNXw;#BNy02?>!2LOT*Zu z`J*eoHyH{rB@a+WnZXFB0_avcR)~nma_@|CtJurHNu4z^JIP}zm6SdiRCDM06~E4) zSD}K=i{(QL&%Ry+{ijeAX8y5?aF!fXHS;$FO@ixhX24rliHCQC7d8#lZ;0yCL0i~c zSGG< zNsLq7xHdt_T}LZj847rqhn>ID`kRL3k>$#z6ww9kN4e-H#`P?3SXs|P4KJN-^)e6p zyjY>Rjw|WCc;Ep#c%u3cOQPz|b)v3*?qw)ChN7!u=-Efwyxu4EEtF}$eDFZ`QGiM; zITN9TC;x!_fCoeB4zJIy#hm>#htENbkPujxwz~L+r&i)+m`uXuaPwPl z6@Mv=F}Q-c5-@YEh&4&} z3p_fyOuwnOONn>So&dMu)Zn1tl3%SM2IJQg0(_^btcT@+ z0&b>wAe~c(?QgEm!JoYFci-M9JviBG`~+*OCnI2_PA?Bzm^KOoH%3r1iIjMgQnH0;(6ABr2)QP5}%d z^;8hIcWp$!3YdC8+0Ue0l*sdb$#{pao;CrP*AQp(JGQS?=AA(7d#3mSv&Ij9U@P}aWEA{YOxS}m_5b8)QjV1xLn*>5|d>cJ$PU@`|ST*mbGkp}qeyn@40BhL0&ZG=oQ)2n&jTKlqc3vy1=*lhFSGcfJ&$v1Re+ z-wbB8NU7v|nktGtK9|JuH84gtt~fu(A^&tdy~M%=RkSuPzOXltXS&A%3w6ob6w->pPqOL&;B!{dyYxbOD7-kp{~SqGQQQ)^ z$!bu~rqCIT1`=V{KZzRJsI?K@NS_W!h(qkhM~i{5gub7?(x=K<-T~;o=rX2;_p02R zMu3MJ;+bpBkWHwp!oI%fe`!*&Et9&2O(=dA4{1n<18#F&Bh8xhmmttbng&wtKjD_q zpjmJpSvbw(JnH>{gBiGmw`@>nJ0gVObar`)sc7(bEp2TNDSFtu%ca0}h)zzZ>>vAu zK5BiR+#`lK{kIaw-7jay5iV8D_-tI|9UstCWZ_d*jgjFtzrCITlrQ{ptpYAxZ6U94cCbV+im9*?kJTh*nkL`D!Chg$0Qu_&O^7mJi zyWg0X;=VtAIArp=vHBFE$OUV)fRp(5?`VKg8)ZMr;bq(SC>2{GREsXR*SUmM`{XKU z`CHQ)f*5Rk8QpfG7-<8;Z`Nw5^siD49=GjoRWZ}2FJD@F?9!gtp|WN>$El@*q!W!2 z+1!4N+6%;x@!1qg{~#Tlk41g_M?2WU$=6jEEA3J(;@bFuoeeq_N)i8p4h){H-HzkH zn1yeS_h!fMOElEW^%i&NbHIhbB1X{2WX}cvtp^zD<1Bedj?aFgsEPD-N{;ndwEbWA zv5c=PU2Ghz3%}M4G#tyj-=%zR=LC@R!q+5*i@C*hG9PcYp$4tYdbyp!$$k$|T6yRz zDq`?Tj`YcLx$a5V?3>n>c|^7&7TnNxcQZmHwkH0VW-0)k-QqT!=r~4jaZFj3_)5;X zQg!7sh!$>t^-C`2t2_fq`V~pH`fEr47*rNg&9tT-yXNqs{YyjWFF{61NYDf}+_Sch zYJ(jT{Mb`pe4TdEH_r|by&eCi_o`6SZC(~0t)$020k6LC_y87b~t z7+hc0(&p>Q3DAH0=P>9}I-3HP3qCH#HY3i^zpj3ldMrBHA=nz=-;m&W|KiK-F5 z=!xvw^_9381|S()2?it*j6(?r?GJa(!aMm%?nT}2@Y|S5O~airVHu8Bt+@=@wHBCh z1kpDF7%3TfXzv{XaUcA5$=^EqTwr}t`ugElc2%7Q8>pgSmA`}Nd%Pf1&?PfOTns%pwHVg)_`&u4%{`aQNNH2oS;8Y6%e>V7JHf1wg z4wnEM)`rEbqT^Q#Lp1(`mumDS`Sz+zOUEpIpG5bU82XI|^r;`i=XZ)Ng-ZhU7`nEG z)0hEwht!3{DecVVU>OndOSV5(jO9J7)EhS0DEP|}5$&gGLGu9QpNW!lz&nW?To37) zJ4-y8o#?RHHMy@6QH6i3SePB9#@7|idmq$qZpRhLZ+)0mTBQ;k#YCJ#?vG#apcO-z(B)bFjf5dW%$Qzm>1=lkJ-Wn~e( zVLl&{djVi&laTaG$LJ#Q2JL{iDR4F-6DfOGDbM>+Lp=Ax%{8%ZoPA;)u9O;Cbb?bq zEn0C0VXp2KMkFvS9QTtb(=R^q@w9_vOHmCJ<~@T=9(#543j_;tZowx`gCZC&tNK*3 z{ltLak@_Tqy89FkKG`sj0*nkCK9j5ea$Xd^wuF3s8=T7OXJ`IpfIWHx?P;bj5~$=w zHrES_5cpLP!pUoVk&OzY*%r#`p(4;XK=x{8Nbg)E#S|HF879kl1T)APK=dTM%JaqU z>d=L$B_(Uu$-TXMhKMMLOJBi|*|&*#NjAMoeD3D7f#C+si*_C{EjcdPvPCYJ1xJfS zIWf}DD^+fE;hCJGmCdFnBt36toW^~dCFNkv14;o&o#gD;=53Hykb`5C# zz!>^JOFCRMjMEv@-C}1)rtA-VPgQ3wcO7Q?T>o2QeJQ?sW7%0QGhp{31Pj1koe|sB zR%~&CXkrPX3mE%372*%WW{i2+a={L`nVT~9jj|#?BVh_^G<2jb*Jb6i8EhM+s?ceE z7cmK5x%qE$k7I2P~g;v9=2#3RZbFDZGA=~7`x{&uv9Uf?-1v%>mX!;C$jStadr9-?Wwar ztDaxKYw8@7y~P~w%XZwjsmrc3#|ZBrycey$D97HLi5K4$aT%-!dpabIVtaMfxaUUY zt(RhtTe%Hm^(q^8UD4W<7c9%Jgn!|%^6TA>K25_BLpy(_q7PdksmrSyUC%(R`9#}H zZ<8H48P54;SLQhO;vh~+aIfCV2X>z8S3R{cToA8z>=}Mi*{tzQuOcKYOuF&3!iV+n zGy}Lo0hnCBQDfYsMSM`Fa*h;Tx;K*etTF!$z9ml3htSRQ7=g-1@KqPX6`s^rkng;NT57=1X3_{z<^C(#b^as#S6FhwbNd98KMx2{gyz z?m8||nCKvgo>As)9rYjfrx#=WbieigAn`7wOzZ|CI!vGYRdW~P0t&)JFF;}{>{tx5 zv(ZJdX;T+t=ID5|?8gaz2nN*9RqI^0np(6z`WJ0SxiIf#L`h>vO^QJ8F5;Hjx@;Zk z!n=8v$%_j8m^ks;@OPY;uNQQ9(z0*TlDntQBUtJj?SHVHMD z0p`?Hw)MYA-EX-g82Bcl3)~N|r;{TaB^QzogE})FeHpt~TUzjMOxKbeiRFZnuvHGD zI<4Bfyg0?xFQkf!t~H@`&Rh}763!1tT}0kTuTyN408{giUc7@vSwj>5=T za=@q9;_^~K-Ug_C^E>bRc#Rqr&vb4-O#HI&bISAhL?CA8Wc4xRC{XCKIJiDR<9yXNI*r+x4G!jEI^jGdH zDAyIMZzUXeIX@f}*LW9DJd1u3p&}R^;`MeYaXjgA1$T^gdFihY^KBY52*eMGlY1yM zHRxkjOE2~y%mmkr*;n1t^!&8>vcm$I@R^26o0L}KmGt$?Z_73mbu=F#HLL}JD5RR8 zvFu?W6~u_&aw_)k(l=YCD>~poseVx0s9mHs(wcnq#8O$^Cg+cQ6u!`Rn@ys>z7()h zb1iky&03sfy00G=pMS~+L6YmJz$8b|dtPlC|MeG!&vhzFPK*1uFY+F7Z!L}8#UL+x z?-IFixuKF)wd8oZhpZcImO(3!Jw*SXDo3oX>`|E$EuL3I<*p0`$Xo?%d_p+C(m0Grbai(XM+yZFB#xt7FB%Fjx?k!^m?)|B<1l2p6ph^8`gs>mb`ASqo z8AuKP%Ecg*H<6>+W=vT;a+zZORef{Xb_B_yaXSnI=UL1+ucYoeQb8N9cw5|Z#XLuJ8tLh(v20rI_`9Wnfa{T7#Qs1bpdYLg%aBXi^zz;}WeF+>~Nt5J6 zjll(EB>DP>Iq~J#yUk^{vY+Ws!g%543WQ=upFI!4WRi4KAfNLJF*j7@Jc5}G4nzE2 z%3&{{MtirEmt+3(Lr( zj|K@JSXQqks)!2-%qLaGikmh&G_Y;nHUHJ&863h4)@4)+vcG+{V5V&)-xZ!r5<@%G zQpPHjsw69o?fwB$utI^!=`J*xnwf{*^Ao*RyM9IF@8&S*J;|G?m;_EC9fh=;1*leo zdx;#L2L3(>p`$FpS%v2(GmXt#e!$Jb&Ne}kGIb->-?5r_7x5y(RcAWS+G}p59`o`T z>p4-%jw}DE;2Q})_1@9qyRqJho@$Y8>5?WU&s!lS&0y6uAV{*?Z8RCOmBH);xDRJd zy$cx2?f~<)Vljn2V>B(769ACNtgYHCIXEjm64;w(J6cV4aeO_>8j&QWPmD+QXA;HT z3Kvgcziy|!RW-aS2qCGyB2p(<<#rLVgh`nUvx7%gP5u3AO@m{{83lXGQ#B4waP~W& zv|Hi8aBJl8h}3t9H(|-qE*=)|Iq6iUizE>H^DHx2{+#k`0nfN@FQG7$Q{_HCO7OQ|f13qGZ1RxuirCZs8&op^rSKJLuq zl}CL&{d!@2^SE_AjKSBZWq~&bkq(uzV__+aZ#%GJWCUxle%Ns^5E#)q{dWX7&%eft z#v-+yX8E0dmYs@%-U>9RNCFv_^^=T|W^niBS~b}xq33jKWRSGy`JunK0WR*3G7Yh+ z{vYpBbPV_hUK)8}oh8L%KQ~AI7-)4vejw;@;zhaYfWzeQ%l0g?i{-GG;$86chgtoB zuk?w@@!;2PZf+i^`j{w<01J<=CyAgTV?Amytb{TpT8+#~xe zld|f@>JH!hm?xc=vxW9Ug7HH9d_sG6H(>_bc0!Sqmge~Qc((6Z?eothX#}=S6#xCz zsL^%8s{(g2GsV!gQ3=Jm5--7pXbS(9;y}pRnSV{BVdgbqhTZ1Peh)KWh_{HkhT*9c|`rS`8QW_v;hfNtk%C$6WA{$@?x7(Gf`S0goi zfkgq8t0$}N@B}NTRH|h5HIdjPTwfEgO^*!`5!H#Fgkn@pj@8zTcl$a5GqJsec7)+! z9bxw~Gr}*?tg?C+rW*^xxS0Xtj&D)zWx7{R5N4*;thdHXT)w8w?{UdYS~FHL1fn;_ zi*kNYdDkx0Q&nL0`>34^yCvG~iM!B@4!Gv z6ARj{KiDq6`TeI|*U3iTc>{4FqY@|flM3Ujh9fIJ3J75!`{T4&USVN_QQl@a!xH^;bpqk|mT(!I;ilZT3C=LI zEEL|NX}g}arxy_zG@7-(2zPW&vAOf`7A$! z9XIOpgr>I!Mx)rqL+us5TCrm7$!!k8O>lDWjg)g_1L;kJaP5!itS18! zm1|;|8Fd3#TQ1_4%Na>bTh@r=$g^G0F`#C#Sc`?xgU(2PIx*PnQk)n`c^5+sbI?~U zlLOu>Rj-%*5Pj&AU)Auoj-W%b9_6LBZ`%!|3+VDL`Dyb4ae0kPzu~L(d-*cS>e;1O zLAz9SoXN#{p6;-LIAd|R2YwPI=MTJoGxIMx{jC|2>&-FB1Y}Klyfd_bM8e z`XEh8=RHZ4G(LT<+k3%)@dYEXnoBmTk3Zi=9LSeyu`1)R&SU>KDm*3b%^WzXkZg9M z9spdgQ6<{Z^Ex(I__;|EiIIm>vaap?Usi>Y+CjKT$SB{hQR0J?jxjQgzzDM6(9isM zOKE~RZKoM}Cd2ClBctC0R8O`>Nfm-nrs+;59^A(T5>y99)bjZ`M1%33&+>3*Yrid1 z!9KPGI)}(4ZY)bW&lVvQg1`s3s@h9+SOpK5#fr$a+Wum=*kh@HD?QR4( zJef%+EB;69Q#W*@;5cvFSw8sJz|&ztpZOkf@+_m#usOkU)g7zjo3AzB&c2ECV{cQ$ zhp34j)cIgFPGf^Ir4}ZA+^Au-YG59lNSbD z;cw%6DcDqPhu@Epg*M3abtnvsyH##Tyy<3F>Z?iWU)9Zda&>=m=wT;)CPcAVy3Dr+ z#CZMTd*vSahQ4)TIU@|=N=KXD<(3JAdhT^JHl>GI<^3(YpB(or&A?6}(-p0W~GfMS)}e%?DqK`L!-lp9Fy?DhतRXz>QMAhMJ?;ZXjO7HJ;Fvq zCeIYGujfHRow$9|8e^yE^y&V3NF4la`qrlK&ROa}wTPbx-(cG53j(1yS8LjxDxDxJ z_bG^QC7=jFJmE8(z!;G(UKYFH`Bwlu+A&++)Vx7&@fA@~QOqwd`Mw^08Je4R*~`D4 zeCuX5UieaepzEf!hEic>H(DBD}tqNnc^os5BvDUM;fXFuZ78BR+Y*)g;Xgj+b zz`Ws3a}`@m3HI|+7o!{GtwfNAs7cK&`&xlBVM@g1)Wbi zE8&{p+hy3%mJmaec|F?yc467%&yP=L7YPELqMi7oiavE&FrM>BX9n&15bRR_nSv3s z?7{c-B1QVG&Xseyv&FO%ZXdNTS+qTDJ`+W{P1F_#$NPEE@_$Q?M=mfLVb?S}x63LE zIO>S|e?c$3!9>SUNoAGA?D@hLfH3#C+PmDx&#BbDr@d^MtOG-o~k3*RRO9@4T+Pj>`|RpU1A429*K~ijg96X7UT0 zBI9{?Apcp{$|CWCiVeR-=IiWCO zPWS7oqx54&iI?yeiCvL+XRSxs6+JBbE>kW`%qP_p4AXI3XvQfmu_`P|j&=oPM%?W) z&`xNMZ)H@S?=7icY&awKCu9cHwPo}Is*5e6tx1rYHWzsTYO~_w^wf*E=LmPQVgskw z*UP>(l7}f`+5s^BgUrdz)8AsuceTJ*q!&}0=s3OEv%vjYl-hVvIScJxGlR)4<{|7b z*g5=C)~wIJ{4n@}7>EHLOVL13YI`fS_Tp3&KGF90glwBOO_Di3z=)?6oX%}w*E=AE zBwsbX(UA$XX5m~&_P1i?k_|yC@J)N4TFaz5?i$5b!KG_z?AFBzG3^Np?@tc*K=6qB z(|VARzvv=C{ZCFZBy@&bw{_+ZR01X0W%)x6`!dL;5`pg&?dN^Z!QT>F1&{Up4a`NC z@s61Pf~Rn!E;;Nqu4OtNIA%6x_a{z&?Kz5|x5&Bu?gs>(C^?cBw_&We0di%%X7oo{ zq3lu8D2q0EYju>uI<7SiGKflww#O?ff)AzGo711buZeK}R;Ov`LJKFTg=I=izKkbK zaPne0d)gn7AJP)Ke+1SyThkNyHy*cEjp zntov%f%+y3rTYcJB=??wwrRGk2URT4>Mo*#wmom; zEjd}W<6hZ%VHl38N>{jl>py|I0_bO?MhID}I)4fQ|5tY^=)4OGs#~c3_+6PkO$F+W z{(%7(WCabs`QM$gCkR;&<&oA!S^i}d%_7smjvbXlSlp*_$=hcNn+mkTms9Tm0K-bQ z7qic9Ptt9lt(<+UCX!b{(;z`&YCe0!9|&4!SgQm}VvJpJll{G`lkvQ&4(Z1KspEOv?^jYfzC5H8Vi z;|C&waz(VO$sTe#n!@2S2{cgxVD$SyB`cZuED*f=6S zS!+8?p%4(zc8a)UVdZcupG(>ky6&N+rv8|=v+dVce)oeDI^ycyyocL2VfI6W_aut? z)vH${Z2qHD6-LyLh=A4a6dnTpZD?p{==Skq{A*b%!9}k;tBzod5k9u-!@!5K(U{0c zS2+a*Q3A0esXn(+@h$x(_YwvnA^kWG=;30;C}86MzV;|J*a-mWN1rSR$SDxErIkAAibFA87n$w?PZ47|t)wd$5nXK?}k={M8^n_-AIF;QHjhnwa z5Fs!Df>B4bznivF0Rm5v(P+KL@XS6+KqWox-_nsQA4P>l?H+Fh1O>+?CK7EeHdWh= z()0m{7E)-xs*B2Lw$3FqENoYdFS8v`b3JIr0$`X&G^L;#g79Fj%A$)ZPW&PT`MnX@ ziOc2gI9oU1?fEwh>H>TSL^1Ix^4krZrRI)+d|=U7@e6$gW#!092AK9}rZ_dA4bEHx z{?62aqDQt>BcLL54*;@1&gy~81n8rnD3(RLaN-~0X!sL>KLO?W4Up933WE!@R|i^k zLX9;vmTz@Mw_%X)rUyU#Rn^rmzs-~XdeD*KAhL~^F#o+aLp{<(0aV3ka5nGriifxl z^H2Bd>X{Vq4^s6R#-yUzW-+N}mfM+(ndbG_{`l{&jV*slPjznklkZPdp5+F-_<|q) z`!}TRQRdW1RV$-EV6n4;qd6ix;-9ke32Tb!w?sT9361`#*Gt>Qs^`MMN}J)k8^nrr z+uz8!_GnhPXuYYFBcLwz$HsuLgp{rmZ}k^ZN+fR~#JQ}rdi(vc7MZbER0B85+PK#` z99f2#inB0%mwl}^$)GPVZ_F>?@1n(Zi5Z%}s6;P6Il*Oc3lqL|WPCNZ7 zZk`kU?@o5?QI^jA2yLZ(-4;clTUSpEa*1<(yo9mV*=;v0zrT<3FC#cnb97!TT z4wh`e-@Wg`Pztg=eOG3ynf`NcD`(ddOWpLN+` zR({uV9vy>yh$S4i^#gM5g*JWSUV#QT%`XIUz7lD7Ma!(pdDlhCqRT>{9d}hvyLZWk zR3N?dvIghl8lo^-n|CHh=xu1_)&?{B+QPot$g>?%8-BdDU_|f$4^vO3V3}()k?J052$1?%--) zKA-o__aP(JEB+z86~&b=gROHPJ=uHJGGy4iXfdxZEI!4QKp`Pz22xxt8V-p;ijVm_x(S?Iq!Tc#d3g zSt5#UElBh0`%T%6I~9c?-Efa2i32N;0DZm^3un+V&EQ+OH(y&_Zz|dA?6cBRDVfw? zJaF4w?oAP5;q<v?)$-ncTq#qW=02R48UaWESoNuA@-= zMpy0=IxykAa=FLdewPf<5}`gpW3Vfc3a3aUL#&XD;OEa>X0W^~nU0h3SGUp2l228C z2v+d!;?|a3JuP8-7W%3*)<*3?(R0x~%3AeC3TM*IVnrwWezSOsY1SDCvDo=cUXLAr zU2t8)X_XO*`DO5P{u7k5TbNq7h-}FJT&zjBn7$T7U*Bi6<vX%pca?E4DWUF|C|E&-V?UfIGPn+VOWL4jp$N_q- z_4LlG+~8I3*L$)5N7PwHRnB(HySuwPC8VWGKtYs{mTm;3Idmh9bT<;x z-F@Hl-8;tp?NCqbvtzC2nbY%1x9Hd=64*{g>Cf-pj;npoJ?O4y)JaDi%~`T@NPSCo z+5P8kqdQ5?kT1TEU9_;lW4Qr6ypqqtdcImTl;ax8UsS9c->bpA+=Gts;e>F$f@xr* ziAFRbb9PJ1*&yTPpBH#(eC&NGA}TQvDq)1o3hJ=LdNths-q^HCW3WVu-N;Rr2#SAA z_#Vi4ozg}6W>1VRiw|CY;s;Yj(xUC>i}-}Y`QIahF9`OWcaN6ic!PrT+aJDKjize< zdXb_TM@3xC^U|sLp7ttntmB{XTAfW%q?je^A9~%42yQNsnLj10_66n~uxiFRnFSD(B?LG2}XFX#4O|Wv}=xa+= zMWM})_WhbjWEc_zave_S9Zem*ZS={6x)=!ShCh4DBD^BEI~o&E zY(~n>jw0LHDPuK{=p|F6*Ce-yDEZbEYk1Uz@;0T`Y*AMwZv@}ilg<=)zzpRtU#~DW zt_ISHS8?CJXBr)dwPn%=DiH}m&wO52viU4lo&btj|DdQ3F~=;Ns;LaI6vKXXkut)V6A+ zBdskQ714{UZghxbnrCbCpF+5O?uHIdvfTKfD2?tG#k+q@3?}s|lrpHvMR4ffKh=!R z4E3J>`x9HLDv}5qxA|I^%=FA~TEzIdR_6e;NpqBsP4n*y74^q~4|y#&D5_g3g8n9T z)L&jHlfN$;;hcjjXVCln6*I1r?7ON_UZ*T1|~nCsIpC6-AaPB*XgAc$cz6r%vk27pK9_f{{XmNO&yejz$PyaYKDgdp2kC zFH~)25Imr0v&$Rxmj(#Gz#ZG1C{A*Icr^i|O32NcCbnz|y&P-P4kgsBC8S}r0E7P3 zj&JXiZ`%QD+xIx-G@44hpd=F3w-V4I7&Jl|h=XO_2A;B^jwLWB6qjL~pXG(}UVT zQ0&b(009AV+WzVxxxd(YwBQIm%P#H!aFW4~rk<1RvRCVsKZ`lToLW1~%@;|=6{B}iV|*KFXCPHR zH8`**BA|H6=eWQ{8k|0_$fV&%Z(i~?2{A1u&i1RG8H-Vanqg<AtOsw^v<-R1-hUX>_bbYo}-fTp_3v-n@2us z#+W{(g`{=QH2`@uDQ(C0hI;nu%@d%$ny%9+Vt?7jSR?YNb+zPI@t%L1WZrwht{TK{ ztya^X6JbFd&e}%dUqW%*RX>$RgH^<*>*I>VSklZO6-Gwp(krHXV?+6-8_M0Ab(D$Q z_UA-sKV3fAsPw9SvM*}=EDNB3c-2;zTgk5w5*my5uQZc6`k2X&(5mXB>N!02wD^x( z&eLVlJaV9)@boL3cT)Ym29=I*kAMcYm3#(9UQfTfDjO%_1PC7#E_5X{uj!dz3Nl#b|RLUXr6 zNJTJQL+Fdk_d!@6Yx&|?$`4U9+7|HH{Tm>SyE0JjEe?}$3DWY@D}}pQD%m=3>i{*m z>gNd?gfBfl9U}D7 zo}6}=!7nsmtkDM*& zdP!QA1x@68-r09QLY9`OTG@#o0pFoj{2gc{`n|^TxHfNG(dgV50hQBSwA@I|gtlhZnMruZAkVgNVtLBK{-h zuPAm2>IyzJbb+$)ZtAe1umZbkAL*t9Jl>TvB1<1Tz;`%v141pkYjM3gPW20Xh_ZOF zZ`p9B{I$GvU>mjQ?I&u{%Y-^$1;eNEx(h3G!kjkB`J-%HPpJYT_j${bd zV$U>nRNwWh=TY;~6inPrppjsxs3d(E&tt?zn69jMsfgwwBPL=bwG^oPV!d%=ks=z@ zc17b*83U5^J0Q}YJT;}&%G8|<504D6b^Z zQ2Jz-Tx!_T=QDO+xrZRTgD9z32pCtk!-SH1vh1q4u=^ zAiGO^a_i{Nx`1J=GEaN}_xK{%Qs@-a<5(d3@PF+}xb%GFkz`IjZD$3o_|GwuycIxG zHWsTP_j)+RnrUsu;&U)TNB`3lzV3JVDPsEWjf88XuvfDbqO3ywO%gUtYFNgX_x|4y z@89UDYC0{YF}{pdrd5lx50_Y|n^yP(SQ6AAo`HNgby@-A4lrR8SLK2Q)40j|SBwsK zvH~Ba+F}wbJU-Wb=IMPI8^n3jA3afSm~M5z@*VUe2ilgSEVaKGS%YY9#hb1pz%^pT zH}TFP0XGP4pw_Y1Uslm__Vs;@D`nUf=eu51;Rxe23skJ5f|mckHz_(U zTsrK7|9OTsby>)C%&X@UVaI@(@x|9MA(@$Y3Fh@wae3t?$I~B9>a&mI8Y3?V_sRD2 z)S+AaeswCEzmc5Oz zxTE!24#PyTb1vUolIo{=t=rQLG!Ewl1AV@L*1EwzqvcvcGrF%MzkTD3#kqgweQ(9}>-i9!X+sep8_v>6zzeJg%v|T} z7G=@*qW_&1L(_^1!L_b&Vrr4Fo}a4vrZDbDAREzR+_D#n435328A(v%o_nXSCM_P!H^@j0anOwrJk*kJ`bQKYvbjc-9C;c%{~}}1xTSN0N!Q&)>_Zmbz{4$0`{{MLgw{9qEb30PXmvg83;j2y?HY|0O^_8#A5B!{}e1-ujf;1rGC{SS3+ zYc}MfIOrY^6+Eapy@O3)GtT2`1-MBcP;;#WXFu@nl8;rPg4A>I`1XGRFCRsy0j%JevH-{@h+Q6N z;xQBY?vK`Q4)mz*i3yLAJ(cEnLn2?6`6o9x*@D`LI?LS4L$csME(Xq^)J2f=i-wL) z@cIUy-*hx7^7%=Zkv1Z1@#y&|c757`di(x3->g%DVZKrGx{M-2Kz@n>NfDH%p}cW; zEVe#b&Sxbh3&+n`!+HS+qeoHt)!s8U`t5wm5?vwGYy`5~iFg0Lp1opVew!Tqh-E$1 zT|Qwg#t2WhotPOMqkCu1#MX-ND5|4*L3&e6R=$_~H%m>#uZV>1I!z*D{T3ANlr@!wGHDQbfzK)Awf2LxbJ9syy`vZ{!D+JULFCk5?h(d8MU) z;CCUI3j}+D)<@+r?B3){?$bRB1hX;(>{meO)a$jS+&Fni|0%Kslv54Z8_halffLWX zb`co)az=R*e_4kn9)VUg7y$CVN@7Wz3MWe{jS)%ukrxw}06M^Z$tDTVGW9PMma(sj zF5COyxtRD<<%9j zkY%m>%bCfA8^@!c0yqPHy2o@b>bd=N#kXPYzbz!MBVXuBvhY~d5*x7gFS|!vAk;DC z)n0nbTGencU-PpC*!K*~ikr%e8Z}U+fo-8pWR1&`I_Kxk38+)+kyAtt+lFG6&e8rf;KygH+_m|5!{&eD>`v&$R#c-n0V zX&&u3jy-o5`{45#kM$AppAzhQc8_IVu1n9}!(_RWL_o8#6&2;at&wW5lL+ap*ddq&3dam~^iC>jOIQpCGNv(t_B)?#qKHJB#*7g0QxnI`MW zarjp}eg2|+<#n10WERfNl`t%*$zQ@BtNXF0bua1A>>iK=CM-Jz>qjq9UnR8sv6!!O z%YsLkDa$C#U>6zjhdUH}B}nN|^T%#)s<_%|S%44}dCw#NAtxp3nV6-YoczYv&jxt@ zo7@MmU5L+%5it;XesKS<)XkW?;6i%Bt0mKU$FVg)2O<9uPULs+vtx7B-o5CF0%~)0 z+fmzwk+d|sM3%|1WR)4YMoVaB@bk-QQNCX%-ZNZXHr^OM?kgJ|YW2Gwe7HToG&}u- ztx{Bn<;uT33>slsmWX`H$-P%T5nIfL#<&8Fz)xuxPp9bPnFMM3XAj7IM%$R9w=Rd_ zpdpe>!!D%mL=+eg*7*BE6C7s9_*+NAy`5`hv`)6z%G>s=5O$@)+hz&6=j|-(Z8Tmv zA03|7CU@syD58$kG(Z{vUR?lLXMrG3YB5WnwR~(Q`KGB94fYChNW}Q=X%#RDN3%0> zjIRqX3r>A@36uPX_VPgW-0n6>jJuD_?|uB$U)eU$uX_uYD(AKmDd+Qgl+mo_2@v>y z=AUszSViv-I7#V;_x8&h)?fKtFMDl)#YOV0iJ$WEufealjGL|3E0aS9>NggRj}Pag z4*UhW6($p9hP?B2j%gw>)dx$BHBk5NT&@`{JY>e7Nl5$@hKe$p@nzQ&Lg{FkTZA|9Vz#JWIYf#r<>t*8n*0 z8k4p++tMwUCkK)4`NF*o%knoW-p9A+AlmO3qpE=6lfFcz7zF(VIYF# zJQ%uBz9qL(dLjP}GJs+iD+<+BsphMi$j3LK=l2QzCCZHVb0f1J^3Vx@4E_-q^`%>y z^!3V@ewvrP+Z=i;8y!zJ>QqbmkjAk=QvR1r=Ptj;CjrxA^era{54xxh!qYoMHzrZp zogU0!d7TY$s{fQD=L0UVIFWnfcJ>KM))`^>Z{Tb5p{fvD-Viu5Zxvh+xT=Z;89O(! z-SdNd*_6}t{5}t$^7G(reu_ii)!%w~K*h`m!iOT6%e6p;x4lMkCL!YOIr7tA zF6$v)L~oT~I~HT4Dl_832Ppx=uBxKR4YCK`AjVZJ#?x6kUINway20Q$$hVP~Lioa? zxNekv`#k{OVu>Vgxaw#?Br^swC;KEHa}G8xoAYJwswe6*Cw*1ZN1aFLm?y0AoYx8U z%DOHu$S;D0Q10kPTE(M$8rpK)ej0Akq(I0fGHSdzdKGhDdlN`b<^zZ%{Dpo&qcmiQ4R)QHSY$``TysGeJ!V*ww`!)oxZE+2kSz0J&8FG;)nSl8#pbX zj=Y_Jb)m1FKPC!N%CRBzM%aPe$3=OlDLTlVY+G;E;I@L|lE8uM4L`g%S&Zq0(fdR~&0 z=RvyNC<6L~;C&d5?y>}2xiUMxI((})YG#Pv7{GJ(?=JlTkG1FrB^#hJ5tQ zieRLrVWy$mk|yuJ&6j;1D8UWnEdgnt7O3wmFz$!B=vIPex}SYG;kje7(SPDf`B@Xj z!=uKuq-mci_wwhzzPGl^vTnN_id&uR7y{RIsJ0&n#LT$=I>mLa8H?O*VmpencgQBW zFyof$?c9t2R0nAN!*6ZXp|DN_vI+;k!8I-nqK^$l61<*6lDJP`(A->dAHDQ#|2z6{ zwPkZ_d8E=xEyPyzFYp(@s$;TKOl*VL=vc9ELdT8|d3Y`UD^BOP1W{+zKEM5>cfmwT z)Sf1s&SeW+XQPAuu?~=xYHIpaXij!=IU{_t?k|h-`qj+C*HPXtAl7PbX67gQ_N6rZGL4nAj zk|s5qfI`>ZwdLMKV;|byVzgT5c?a7nJ-VHt67jie6PhDcnShj{UDds3b}7Wj!r-&w zvHIcOQqTB^9_I?;DjOIzJ4XFuWgD}cKLUFI=44~f6j@@$4s|2gAay6sH=QB5ZWRx4~rlZtjG{FEud&GJQjFZWG&k_XI(I?+|;}6*nnz7QmMRv`Z6m1u_-6IYz zSC?GC?~^wA>8_Bl&MNvu(7Z?^Y#=rg&oh}VaMUBOdZ4rDe+|llzZ>hFN{5W-^n3It z7z*P*eA!)FT68nZ4mqY$WoANMfg#sr8s(Tn8G5Z(zH|I3|HJpWjhNY?PVJcEB}25m zA9*cC>ni;EA&YgcM-cqd0$a-#NA9g->bjUXC&{>r)roaCNAu#}-v!N!z4hfAyX(Gw zKaw<1+#g8{4B3Ni+o=>{yNLz_8Kbt_e`)r(KEs$gIF;sGJsQU)X3BkWZhJJ3*{l>8 zAYtPLO(fBHm7*E=q+n&_)+Zs(V1Nf{jv;=>uqG${ z5`qJ`c5BHnRM)37Q;7vg?40WcHNdkA8%Bh3+xTQkH4tQd1fv#>CaATb!xkOLnE>&5p$8UVx!wK>@B(pBd{8c51b_7Wf#1aMFs^5OrTW zMMUmkDipDY~mu&c7fS*FhJoufGuG z(+>%8jW+R0K_;&Ndnk}R1Jo=Pw7@_HVuktU$X)OyPuuFr*7nGYm%PmV$xOpupU=t_ zMgMdoiwAyByU~%0H&frtsiS#*g1?MC+XUpeKwYGJ1|(Y3J&kA`sdqsk0-r8hE>~`c zoUe3|tR?4NGn&KDAGacqG@L$)FyjGd1Fm-;&ok#T`74I-(eR-bw_H`;33=9?l zCWU#xy+SgE=orjUm+xiVi=+WI@wtk2NaLl>?!$;6AgEK>sfsWx0(Q~nNXE8OhX{eo zcrPTuy2b+rf!5GS<5Oh%oVH54L%z|?909-Igzc`MnxFpT21^RBM_Im8apY?wT`;aI zM`}V`Jq2p*p>bLAGH_#7bh;_{Mh#8;;!FQQj6zT;3-Z)CnA|D4xm81HU}rmdF?-p9 z(ABbuLX380MKO?OoRG;Jm6C&LQ5*_OgBU>Q9&1 z67^?YZhux0XnDx(&R|my!N#VRK;x0nBG%7Lq_K+;r2t^hJ*5sZ0RDAU8n$KpGxi1< z9eLu}MxREp-<|WT_2W9%d}V&1&H{uTj8K?Mxh%w#v<~r2{nek&v!3~49fZ8+2+kN1&OJGtWI0U#a){J&Q2fQ$AU>GaCgA>ggxI~7;N56Hn z_L(I9sA)5!gFRDKvOVRQfe_F;Rjlc8e-4E*UBBX8{tzz&IIV8rhcuMR?XcMbVVMb3YnC`eia{sbgPi7=0XsS2g8=_joT!Fx{2>;)o)%yuUS)c9`WszP zDXA*1Pr9ziq0!sdM6z;&4DtE*eLN#nnkLH~(jmK8c?c(9*=K#- z+hk}@oRzE$m+NKfwd@fGfN9Wu2UJ`NFqfgY|ItoIE%lds@J*SV+inX@?-9C>af5eH zxRv1DU^&l(lzSYtj5k$6uWdEl-hI~eX?@gRWYJDg!tb4YAbJS5EtpTUzx8S^D^ zQ;F^6-n1JCkoJ??`zvRf20eO|bxXNMOvJ6~jku>bt=ZQe$u~A=O!_D-hdd{I$+~`f_JQ(S1>CXQPN{=b2+}K2v=HK<7ClUBM1JmQlyne zireKfSVonRb?8;Tp+B!3>G*q>YU$A*YRXf+{{u7#DA@e^G7ba*2W5bKJ*v?c!e{M2>yGJ~h$S71j zXv6=8bm@e2Uva zni~#D;pc%Vb2$N;hoU&EHr~~Q zgA`7%5ywE}hOj^FG>^_gjxkv?kRTJW0|0qkQgf`xMCFq0d?F0Y>%pslFj<834wa|M z!kjHyA|8ekPg>73w}Fd`<-ac@WNBc+(o6i^K_|u8BnoAFTOrX4S*VLu$7NiTbm&YvW=!D_(WBfFtnf`ye; z6-u0&Uk?m!L;Z}WPzObqLeZ+*n8)Jt)A_HZ3I9dFVxtUcs_;vXh}^$7meDh>o)}yR z*C5zebS{;l5N*i|Gk|cW@Hosc3Fo+PCFnN~A37A1}DvTNZvVz3jf__XE;nASlf7x;9TPti7|8$Dpik&Z+1wWw78YlYi zXzZ(!Ds*gFr^SAQzCeOfDqY!6C>q!T&fS6nu)ITTrhbRq!asV>;$Zk^=)!vYG#e+^ zjK2%+V*3kpFza$0AK_BAx6){2FZ5U1POn)MZ)v?iD57w3`LRGwRei@8TWi13f;fH> zh=)MrL{sT$)di=ET~0jIa>{9#F-_($C%kA>~9XlUo+1B1j=G0 zqCC`n3+=GBP?2o=O)qEhwz3vpDIa+@`UgD=y9m{x)HO0F+>-I?hj$GV>wJtw-1Ws) zvgsbjMnGc{#c}i-C+_j@54xYPl`}4M9zoc1RZer}d>TCQsP($RIO}MHKL7rs?l`n~ z;;P?b-kMM%!^6iQ&-xj)D15$E^0B_&tYW1r^mjqP2R~#fHM`&wQjSUO1$4y3p%WsUt3L@``~B!N6aTA4_%p=TYZg%=io=`1%ipa{B58wFQC_)4Yv;1w9@| z6K7IcHW+ASDm?GbZSCDcOq{O)_dr`~GBq=tVa?I{QGp6K{Zm@0dsyW2swUF!2 zkG16397?baDida>z4UD=lq>E3LCwyGw8V#Rb-eY8H)3iEqw4S+ zlvQt~2PAH2$_?u1xl-OsFlZ+G4mIjAVo|iQyD+bY_3P2=>LY*rm9k(2S~|JqKp$1W z>U5>Qbp|d`yBvNXop!}2nUJFAuuz-6n34E1=QNv)tHIG(3YO$j%`PuCJTF>caN}!_ zQf%?3HiULsXv{N;h?BWizBTm4ix1ej9v?jrCfx;w#qGt6vB8tNV$+^hH4qV6 z#E6 zpgR2Oa8dA@;NS%#SFUAK4ZSS`4wF7*^HGzb!t@&|Ddb#+Q6XkbI7Hi7k}dn}wGIh5 z7^zy!VEgan2|wszE_cGK$~#4|YA$JQRUgI7`Mm}W=4;pu??~oUdNaoryD06+U$E&( z=^qd8j9fgUl3_mY2%aok7ZEOaZxYk~f>I|J$q)neGT8~}im>n`P@OPugpE_@u*_aZ zCYAsWdFZwHQMW%-P%E%uq+JPh|TJ$#l}%=wyXE6lAEcf(k3L#amgi~ zYzZFc!>+91dl)f(2Go?|n^Bz7d+XICx}RnPsV3b0w~l>74nicH#&e|wve8#%wD+|W zx}ea{I-Hihl3$wz$tDx`>MRC2HxTLf>4vor`V&fGWC}7 zKI1FC(dc_j)LwhIZ*mEpEmSL6g7mCOhofMHb!|QcgEL1@Hvs1mUv#0piaqE=d&<(d ziNz17#1Pn2mv8!3Q2@BF+(W&{+q1=-0GuQ zt$`K8HKFxPkSX1R$?x=HQ&;Uk*%Pg13iV|QCir3qXMyN{)6t#!Dy!w?d4G${k)siS zR-vtg`>JM*nKg1&C(3EP-!fI@O`wTYxOx?(llRYPJht1R=8Kh>@p_~HS;`x%vat5) z0^>=%vb(m0QbFNQRa~zKt>h?mIT?1E)U%j>@u4il{ukj$;0qUHqTl<1XM#I~MJTQB zn9bK?5px~!-a1$U#oAIkE1`kC^O`F5SCy~LL@&0QZFgUvgEid~p88;19UZZPp4Zo* zlJBBPzd3XM8k8SwIBS1Sr*jFETy)bdh)Se8`=UM$CW8fuqBkLsvjG{YXK;6Q%xYaI z$n-5p7iA&!4eN~0i~{Xd6}!0dBUP5tl)jI-WiGmDiKkeGIJ+}W@|C2q{oq+(Mndwa z$bD%hcL^gn*ZzEZ!yeDeW%@(;4m7mV+e?0a=tE~PYBhkJ3di&r3%+v>5VNymVD+Q9 zh?^U0GIZv_|DkUspGFt*wbM^+wiw*iihK7mG>Qki{DdDsXKi_NNball*j#^*$tCZ( z;vK*F43Q)0p<$}{Uft>kHNIBgLMCYp6OBLHGrrakM%Y6AnwsiwL1<4$&!@KF8I_10 zfSnJfra>di47d8V$#hAW{c4D-omkz8K;PQ41)czN@(L{GL#NTTOBz;P zd+`nci@TY0S1n>rDdVe4RGSMASMQ~oB0XqlTT3b1l8=%*Fks{BT%Z zGIHskYmt}zJGY|lBON_Ge~bfD0i9h9S9%1eLrCU@-L@Qt;s;vymoFv16Fjv0!M@@v zm1BO6&vb&+)5|ljMrNvM-p=S8aR+1KSx>)K>&p4?uNlzzR4-)Ka=`#c6J6xS>=C^( zL7Kvm^m#25V-pxDrj9}M9NjWU{&fu)_B99S+)>lc7iltaR-ij4n;Yk}nW61Ptk0|& z+s-;T2>Q!|Z<$NL!%^&qH6NJ#T*_L!H9HT}XYhJbRnSJ#Z}4xdtBVAViV$r{L(|F@ zqgv-g^o2>fs+jJuTB9wRG0get9D=tw<;1^;?u*MZ?Cjt_eUg)U4#e`CQjdFD*pCB& zM84MorA-4b)Va}aeoNVhaj47whU`cb>99%46v zNZbKmE6vACq$CZ!JZQk~tO9hsFiNVbrDE9tefSU~vfu+fOO@VSm1Vg9^W*i|`Zw0p zs}fB1$Kc}=g{+U4)G!`h-_a;6x7qf?8D0v&137Ch}irgC~N7)a918P;Xn@W9LfnN zGbnS`0&=4Oc3-O1wX(Yvy(xL0fzYv!W?csnxLaUcmp|NUcf#hu+g6>*+kolv&c>+P zF>RCeNjYSFgJy57>hi4BCRXP=El2=ik&=`Jm>?oR-UpS~3^Y8BW%_Us+n=x`H0~;1 z^{MO7-hRWAA0JFKa3vHIG}7iT2AgQ>;^H`7=Qf-&<9#7DL3#m@4Lr*T3%;~=i}99M zH%xKA^;T)RhavP>zCm#oI3Z>8mJRL@BO`a!6T>Xp2KdDB_=g*l-&oks<~MIR54ATs z>&*vedDV_Y4zXSExz9La&44;AH}jXcw_TOoD6&ayCIowsum}GM0VFE)=FCZV@5t2b z$-vBOK?Cd8sn+ziF4EUwXegoHTGzy9%XEX6>CtZ6D7oBSwRBWn&j2qK{;qQYqdg_F zqyDR@%tG%14^A$0Auz+OHp3(Xs?uNaf zLB(e>DXm+DuB?Jl9V6ATxY8?&%m_dH2Qix%9DfZu?Pmi_O$rKn846#0n}4oxo^&kmk9Iknr2$1(3@1Ko66*3?G=aAEd-du zPMqbb-5xB^MI`gD*%R>+0#OHQXP5o(}im;!i~sSnnvo!$gG?lZ3wK5%T6Kn1#+bQsI3* z;;}+Ys+cTX@!8H;&@E)$!Z>miuCLE|&&*gKrbiSfy9pt7Y7lRpTw_&Gx?rczXQ%i3 z`x$=|m`|o;tVv|Yl{4(Ws+sxK9=FD(QVOi4gvaoy$Q-QbU+&3HhsEZ z(QZHKLL?_bjg!om%}sRi4-HL8IZCOqgcG=tzU5`BNoc>rnJGZQ=Zl$%3Ymb_Ppi^_ zg@Y|{{?&$sXC&I5GK@Uguo%;P=VU8H?>?D)fC235z^{TZ)Z@TF%(S9d@0dKX+??(w z6bd9|t$)?Rj1g(&(?+T^5_BmI16S$h{T%ArxGtB2Iu%~6y8L_OCi5pRG(JO9&OJEw z;$O##t>XQ5!LLJIm?5Vhv9l(`bnYZ7Wwp6Q8NR|YQOK(JG6Vk(F+qzds5f^kL-6$w zE`SufD}4e__qlGn69v8@@DBYYY`ffc6V!)k_$We4Mh~mN6{7=RorRmA)W9avhbH53 zJnlh$D+3dDHu36Y;>Vg3oR|B}Yg$_jpE9&xLJsHbO1IcO3mGsv9$Y%cUS-&5>L#%9 z_w~!3X-od+!v@I8!kynEuSf3RS-%*xiOz#~8grE~Jy@+Ag>aG&oCkQukRlNG}|ibPSMLr#}J)|`c+3-tR;jipn3M@*`lR)_f3;*=RM zP#iAGZx#VV&ShS9sfJH+H|^muhfvY(2>KihDRNuw!JZsyqS~ymhnCX`8B=^0U3}-~ z4zW?HFO1@2>Nz82zu!a$;{>#xGH;WHNWvAYb`D_8(rWN9uQD#`zJrc}AHuM4I>#s=t5+&{Cta5N(sjKVvfObYiX%s6cO4aVWQ<~t5t=00V#a0xh7YJ z*i2eP=+bd zH@CE=r}<%jCjCqtJ0PrXWP$wWY#W3n?Sitn_3b!fKS{q0)6UFyFqgJ=My+(AD&ael zZOI|%4f+RW0<~SKa{s3IDZg3L3<>k~>eN2v5F7(OI1Bm1`c;AEFxT`y{ z0Gd@a?H!^$^t(?Bv@rhiA4^C)GQ%j>@y5GOQpDyS>?RBC`r4%Eew*{hj;iV9c3TZJ z&kh$*0qTI^&p(F`2l}F7F$UlE!*IXob&j47k-w89wUHSp_5=j~z z`?`fOX@|Wr<|Kxkld^FgAG`gSiLO5Px(?^Zg;~b|O5^01x1QT}%Dc>69pvr_)1<4# z>X!7s2cmZ(VGU2#jnd6V8S5{tyFlD4zt0Ui)i*(3Ay`9lKU!+^_2E5EelYVGm~cyq z-Y~?}s}liTA5t^K)wU-&Wou*HgnIhDUnowKaVL{Acl8r173 zc)m|w+q8Pj55WJjzw5A6}ffGO_Y96^j(X9x7QH@DdP>fJr*! z>|p*~*7V>bbYjSer*^f0MB<s0Pjz)_RmTdqtoVu_bZe+35tfraCQY?mFNy1RanZiYK-2m;^bzV@&cE6w+AOGTJ_y$c3hTf4ncUMqjWQ69oLi`7qHAm-qe(^LC#0q}Ssu#wWQBv6J5BSi)L=JWSH z$jA)0?V(1&IVrkqI?ZK$tYou$KK7&W?|4D_W;poVmwRWth^H%O0Vye&&e$uXo77!t zD-gpxVhy9gq!WyA$A5T&vVB{9dxs|f6} z;#1Ol8u22U_7Bj*5S$RV$SS-2%y9*skN|KH^ap(6rD(k4Bd z9B~0DW{E5IcW_G`(+)i23*3n69fq*|BFghfX72C>!b6up&x>z`>jl%}ubg4f>^{OT zn-;&ZlY}P9b2AUlmS}XLKCpLY9(EbO!#LvIU2)#qwpIFnOlc~?DN(7jnzTXQpV6iy z+A(CT;nU=?ahw_)YKsW)=srzCM{CBUJnW-q4S>V8wyC^Rg_V?mtXDruVko2uIwe=O z1zcjCx=kPF&PD13xP;@IelJp|DzF02%F2rFCi;Rek09*I`ae!}o6r^FR06PRL~Hcw zDh9tVMLw3XBEPapNLD6hii-_e(ia`qby;F^y<*`W$O!B0>Cdxgm0vpV4s9%Nd%t7kR=idPSxZS5@R&@ZUhf8g9!I|As+8R% zjn38KpJdVPW9NW*0+C_VmCsu>dX&N-)+;b^1BQ*YUHshK+Kk?M3ej6w!N~@LW~(eE z@q%bk7y&Q=A+bRD;~?v=#>3O_wF;*|`#vDhJyOhyx#yX0^u12zTnvNzs#x<%!s3;H zG;t7UY<<|IOX{3LaO!-ICK9BSudzBlH{PpmaSZmspeC`gL=|`2$u)n!go1^GPY10l zTJ%PN8yWJf@@FllOuw27r5%Q>^qUB&a01a7t|KM%*8@|N{bpfdl3Mx?uz%hA&B&$B ztmhj<1tYF;dlu^k$fhy21J28&B8dtXH+MoYJju!kae9@cs=s!@E1rn}w_5c>^I`Q) zO;p?zyManWV83Z>pZ?o^4PocI*-M)#*-%>qny-qmdTVgst&{qjUOp=^*U*d5qzOhXSD=++g zNcR3Yq}>K5&dFO5Z`N06yyvxs;(&aEPj8J*} z%!Y_P-ERk3pT!Nh*@jDQ9p8J}I_QqLZPHpfaN+FU&u2U_RDP@b>|_rWFb>nJEcj9ea6BkWn>E_Hu1mQ$MLlxIs{bO7lQt zR9@V(>UFUHYPmnd2x>yhl-uKRh|xx2Zt+B;`@2R^Pl1|O41)PV1m-bWegkw2#SNL$ z2BeQQwU4;wLTS8+MEkEo(w*NT1v}+Zp?q*miXOx8APr=tz0us`Xhgt8KSGON}9hZk*rpAwT5KMo`d{v64KR44AVI#K&#gD2}VMmh39g zKm!)h-z1f%J5X&x^9sC@QL9^yAh6v7KU7PB|9wku-!n6Opzox0e)4A+9e|2Isq-z7 zTH7fO80M%J-Rk6(Y$GpJb`F;uUetW*2B#$(hS0}`I?k{=%+F5vdP;5`;)Av zGe#&1n$Ny6H|LL?rBZ;iRDwTQ(bxKxKNOSX_sU5@&B|vSU$q;NO76(ALvJ5$P7!b4 zpJ@!t6(Cm9^iphJ>H?m$rIBir=h3oqILuzjB z=c}#1U5Q#MEf~@Q%CGM(4xd&=zbQm+FtLM--vXSqr-jT_pUCDjn~jlncN1-ySeaih zMZEli?Hn5LVQ)%))(6Z2ET`b*?fEDU7vz@)=;W8G`s8lg0;=~{F=_IS7c*GhR}7i0dvG;ctHeK=s5}j)1u4kK>X+}TnlWF3ec#|PiRn zKne#368Xm~37@pUIe^N*rXB!y73);<;I1Ovvyh>=(XR3gOVd8-1f-B$p#|4LFu%^n z{SlTVo5tgque#dCr}!OKn{JSkgPNK~8UWFgKOzRggXQ_c83z}=mWG7}HT4+%9+T}{ zI4YrqfKJ-(Ha9)EZrcT(p{3$jWkL(NOyxEp>#@jBe66hv2?C< zcRh#iGxOsw#~Egpv*(=m9oO}`SgIuW*cDPj4)LpoD^-ncD3waxZr+UC|1Q(awDB|L zLk@U#Uc?0g_4Z$<3)tkm7^i22^QiK%FCm*}dDns|hwSksR%$b#bwt@IY7UJfUX~&y zz{4we0mL!DA4)3i4QzVl1IOr{0fZM4wq0*waWMq)w}Oi+@evuL0q0$MEQ+sWZ@s8Z z`{BeATNRCg!hB2k!=!^MClQSsVX!jhwPd#3cm4&8UY~%MCr@Dd5-K4;#;s?t<`s&> z+$-WdK{oPD%m~8G{hi@M9~~HQ%r*Y?vMhQ#T)gA!{?*l!YS<#J^%^FsX=qx>k&Tc7 zKm~h!0I-Wt>+U!EZ6Hf!#ku`{zhdWgr1nfa4!6*5+xkbZ9vc6OI_dhSoJjW|S!0Iq z1&Tq?_%9=NQt83&T8u+qXsSY&!y8aXTApu@a62svM8(E_p?KFo7kS%awWQMrue926 zx2YcZb0|J-U8gF?W;U;?_2X5YYih>IW}Dy*Nl>`|N}Ib%TY+8tI(=y57Ra~Pa~Wus zzjtF|fvM=E%>mOD{)DLR1M`GeVD$FWX@3B`9}z3wfBnkJd=y}ro#fUM2?Q6vJ@`H0 z^VtXP_x@U@Bgx?8#6&7Na`)66;G26DPMtJ=cY`pwjd2ahfB2B9A>u{6Ju#lm54?yD z`~JtM;B$<8qIw{b=>!lJ>bpRks<=w$_p|78ZZKG8QUG`s$GIIAIC<)q-=m>nrA-A% zFfDZ%0gTK<32><#CIxHo^z;PJ{$$g#V;xIi23;6~!p-gRL?;Nt!oXSF`Yzr%e@umP z%LqZ+NVV;eJ4)=3lWD154rpiP++Y*#6xxoymW7zYrxIv7N3jKGr7^KiNcY8vT`!p} zLkJgL563A0lFp_32+#s0Mo{?3k3#g4i8>$P zM>M9Bg#!Vv@+jDE9S+TDY0kUB>~MI6+85(mQBykkOVqnwAw#bCKmMVBL77y!CwGuq zzHzOprb`h;k7cz%AzG&@xvtWI2~ea$bSe|2W?i4(IxjNmx8$@mu&}2NeLLFoxpXe=R19tx|<3k@50>=`ZhL_55VKzEt-kUxIm7f-m1axuNqw)$a3+5x)N{ z6546Vdq<01*%3xa;`TqwJ)%F;t@EbA9O=N6L_t+G9ykuLyPogu_1itFE;4%APu~dv zG6EP!XtRRA4Ox`fChExjKa0hH-`#Y96J)Nb>3dO(kEXkUFQE?Yhi*Wb`B^hPx4P;O z3yT3zI{U;rumtxuV(gnG0a=gAzERQdLKljAdV&#mP_M>0Yc&b&sXXwPQJVdp&(l}J1stm(V!?lDRMLc)I3jQ; zt21mHfDf-q+Gha7n>GY_zAl&nTV3p0o;4hzKB&6&0ya9al<{XrCAJXnS7II}Qx5w5pU$RJ(u<@d5k2dsBVGsHK#ai9 z{hFrx+{Y(uOtd5*ON$PW?}2+*%`Ql)gr!GYFdp`rI)3Dg7{lO^d%YowEOgB59|ld9 zP5Nl#x{X4E#TJleeo?-b3RZ%VlW-@3r;9h&ka}az%0Q%;J8F2$du@EeMQcII*F@-4AB-Pr%W)1huNQdiC39}y@ zOE^|eG&y|O%6vN$S+oFxcmC~_W=g0}W8PNSsO|^QH5Wp$E@}dL58CN}nrx@5PbEjPfe?)KOiT4dC$hlb6gXwlB)@9?Mp5~Ztu_!ZlA!**X1e_32iGc=-R{ngUB%Ka1dt5>Pk+j;r&DdXx4a~< zV^>NJ>14|A4}#I^ek)5V2ibsQx5OMYnwt%$`P36z>DuczRH3M>)`*vyv)qGq0ZQF45-R%t$~b!{KAe0Xn=_-TuUj+0kn zGnoe5l(yfT1SMGqML*|(Coai>F+jGlw#8{INB5)VYT%3i%5}SJp3LBH{)~!1_UE`f zUT8T$viU?AEYaHhpSba>p#CM+TmRX;1<5) zK&fCCTUF zBr-rKuI6Vi`q-@4iqC8R5qknaJZT^TGa?0BLh$zo1_kK{e1*fetmM87I?U|7!)Ia^ zKr}NqK)%QlaxZ@+*#$b*bY6ec;nVBRDujuIT)v7}SrA@jtVi|pm;;#O@P7#B$>~ir z{*7sG(Eyhu79d!}AY1@bch}=GaYihPfLpWHz2fZunRmBmz zUFQ(@Y|vngLtWkwQuvc>>i!RyQ`W4#QB;PM2&J=qq@U@S=jwQHb+hktu09*7yTcr8&C#h0r5!#PRRnDNv+RpHNchT)csV_1sp;8-24F;rzg^$r&VK@*^N|^Vr)OC33y74S?;U#aTXS8NLuz*Gaq7Y?{l&W&nrvJ2aw$R0l z56s;adQx7yRABBXR#iFBhV>GqCUW+5_4pN50=VoNLL4^w!c>Ih#~B_>*ClO>UL*3j>3J{JmNO=D7-!A z-3;*;Utw^5JPY^hyt7|S>6U{qf0GT8N!0>iKiq&@zKYQY`2Iz85Kfj`wK!T08*Gzw zTxtsz$|s0Wk$KQ*D%qEsooh~{guejy!vQ$kA@+AI=F8g4bBV65L9{?1ViB?9>1$TF z_D_V>H%{V=Ea@|U2DPel`xY>Fcmt%obs16rr^5^eLW1L+qd!OPPA2ISIG8uPXH68Z&?e!$^>HRJNU8t`z`W{gEH^r2nV%ue*CcR%yq zWQiGRrU4SQ1LLuom?a2GRrwoNx4Fa_E`k-|R-+`^Oqu`~vf!RqaDR~A7jP;?=i!Kn zS^Isu_rg-i?2#yAWS9Nqa_kcNDU&%;(RlKvgYR>djJBh8y{NYUK5{B61 zqZP5-XM}FS)Xv@q++Pg$r~TlD&xEeC+y{`escNIEJ3|{=veP#(wis-w{$3b3o#WP{ z4d5X+ii_+1O91XETgR2J;Hg(D$BkLAAmF7D9d@eR31h>%H+_r-8cU(LZfBFx@8BJ9 zo%soRD{RPjd(mogA1=?V*9@PWq$=%Oee+oQK|qVDnDI+(;hRFinsYWrkUISjfq^x! zA|Y$NJt>1()!>ZPf66c*a52YgGfD`{uy!LEYgA;OO9(U z=n6#oBfY4g0t1!H!$qwO8ApiHe8+1$*Y*Ow?AeW)Tjx4 z`{43UB1^=(E?34Dm9?w@ujpJ-i=9jgt2CaorSTIPuE8h!9zorA;lTx0q<#e*V;mzH z?6pQfIvvQ?5?l0AeG7NR8aG*ais+%YS7c5NbV861O@6UCVTG$?hKfBqc=pV!08j!( z=8y%Wg_Wwjt9|?C8lwesQ?nSFeDnM-@}BkZOGayV^ZQhE}c00bPkmDe6))b$Z%VIFy0fxL%*WUzFoU-<$N5d@D zE$?&vul0*|R9@sr<67_&^GR59aq}Z;QTr;ZqjsTil0P{WWV3NTTQ)qEavUAl^?!m8 zj&lp3&;0m;j25*-bG#E{$8FFU`+^I3Rl~H!*PR-pM?MqvK+FN ztZ}ej4U?^JS4KEP9cAo6aAnTcANfIy_-GyuN0ne9ZswJaNYE95^xK4bF?{B}7Q*wo zjzZ}la46)6hQ0c`blCC9!|!~AO1N`sEXy}1;izMO5sWfz zBTb8-i#YMYfx&`aJoe_PF3>W~PiRLFKf{EJIgSUbJLF`q!M&NoI;GBU8KkqA$~mze z{|T&n<8D9+S?IcO^jPiK$azDkC=BhEh(6#n)Vi*jiv!ntj0uvYHXp#e7q(}Nh8;O( z()_}VkwPdGKg(vz&srSWCgQd&FCzxTp+H^d-f_Mg`byLt-@NKmLDNk&>+%sEt<7PP zyC|t-4P}^TcR5zrHj-Z&KT^WZ)(GK|{Kqu9cND0g1j`M?CTY^+rLt6S`WxXt$pp@g zYY=bBbVrVuf18h(ts1^jE-cI%Jej?&($x}HfY~Uxb}F|Pv{b-8z*pe>fM{*}kstNa zqh^L1vr>rp55Rtmk1o{v8y9JPt1W@GK$vD9+9MtL?v!8f!69i%eUd=;fY`#Ag5Nbn z8i(wkz&}#OQKhswD>J)-FR=%VDzw=`6GR_CC&_0QX5yz776{i1IB%zMXRtn@*cyiG z69fThLb@Xp9|d!4@|dIeRBF?RuLchh^6m2`DFgKrn!B5;Ax*@yn6~#DO+!?iaCkjP zSSey^J&I^A*0$01aSZZm>Vl{dl2^fRS=P)EeK&Ag3C2h2yM;f}2Z(9JKWqx*HKXOJ zB#s8Q8Q%RG$OG?gB&Ouzz9lP;997B6P6h3n<&o`jJA0Du5tiIet{@(vNcMOkBq4K! z38O0~uSmAb2mOc9xNG7N%Vt|ruovFSRhOj0I}>AEc*Eee##rC}Z|N`mGu<@y@4%88 zI`X4=z{6-Y?Y&o&0Rf<{KgRa_7dabm{<@)?Co~O^5mUyq<`PKD*-y1^@wm83FI|k? zeiY{z49q2*#4`S!O)oY{&QE6xyT@Sdnhy9@XrAZuF97Y*+kb+zK{L2JQt5c4c`n13 z^p-I80BTN$yTRkF0M?`KSv+BDUjAXcUhZ@&A(3xkI>Qkm`4pPF+|+h~ji&I4xoB}w zv44idj2T}K7&YzR7J1*zJVJq_p8-@WbGh0v77Tn1_pV zJe((~o$FHM!=b)X$ZI$RD!)ANEYU{Isy-?#x6l^;X5&|g;5W`-&kHbrQcX|yT&6CX z+h*JuDY2Zas8O8W9gnZT{Dc_GV{OLl(ql<{M2dj2j$jA0BM){VKlcV`#Di%$5r0n- zr|1MJkf+r0IYLYQL%)SO|GJ}CzyXpXa6qa@@)`o^gm?`+whz@W zkR6$iu@ke)yvsE8G)o`;oBMcudOoBTz<Z_5DZN>xX^@cIFI|w>vSo^hCL%7QNkPM`kjyX$B3-L0h1)I zA;yb4ISOxSnVbNi81aWvQ35^u!SIOil%KTyGoa5@|5gWxco(~5zIaYXp94HV)xT(g zX@IL`>869d|)3;aG)lyRkffF%)wJw~e;$CyX$|Mic#xvBexPE}Q38HWFy-4U9sHt^!;ttrm zAKiAoq-9LyKZlGsE^EjsjJBVo4*;?kOKak!%kY_-{R(sTl^&nYDznZf~1M6jqS=EY5PQ?Mu1_NL)#{xu#MIhzIw zIUOKX8F8|Y-QchD^+Z#UPX!=ibQhyFbQVxvxlf@`xNp9ht;9&6%%J!G(SgBbXq++U zK&x6SJ{=kSfEPWk+&4=alk;BpunPnw zm7wr#KrS-tFN$ng#++ER0iv4YEV&L7DColdUN|&wqs>=s<~pM57VFD3G}CL_!l6_8 z*!HIoMj`FPP{)_lOI%{xEarbN53mc<-jrWloFk|HEY1f~aTrmukHv?HaT}2SxQeN% zGj(~c9>>{<_VmqBt_RqDzyCP_(nj>}Yzxjllt_Fh;YCg@pZx9HKL6XdlJOZO^pv8Z zR{vi;2C_MkK*Tv(l`{G@{a3j>)%408^zI-yIySFPLFyn z3C1xH*LrU+UdI8zD4@E*IcFu}w6g8X9t{wfsS)!e1h5s=r8BI!0oF!>?8OR|>F?XK zttWa<9nd!X8q&}4PaJ+}!mhr--7>nChAK%KnbghCJ{8<34Erq%e_R`QmIj)V>_Nt~ zC11pUyEg0xAzg*Bx}(UmK7QbK%I7LY%$6|y4m_j~^4~EWU8TI|@(~HrM}N+M;fSt5 zf-PyC-b|TRiT@Egbp#(hUJk(03y?`J*o*VH1+rDPfnP}kJV}a0SIDt;zzQj1?Atq~ zR{uZq?_UeW5@wTCd#pkJ)ho7-O{F(UGRVA4)2Dx)Lc3leU@T(rA+fxtaI>LY1V^%O z{iZYr#Oc-;oxKjKnzy4Ea!<GJSsP`vM^-r4oFp1l-tpSt7nP;TF^TYHT{r5(I=SdMfDWn7@cx z0J`QZ56wTkHAa=g8Gcvip3Q8AsiD&&v|`oo0BVUdECrv zL=1lDvTkm?SlB2=XXGaObE>faOh+LVn?Zv*3EcAnZXcGb{!0PvnC$f-wF2xr%XIT9 zbJ1Kx)7?AW`N$R|JZe1dmK{^UriHJ^_Vvf@vmXXLHe8nGVCPm~=P!@umBqs zRLImYFL9uwc=yJCnLM$K>Sw3Fy$j`ht;G;x!}sZ?(2l;#r`NSKG(0webpfscclv`( zZv-5lZRUFlF#uxo5VAIvA)7!^RXrUb+zD^Rh;Zq(G==`vkJg#ymzFMYfx~cM0TX)I zwPReJK|9fKVZ5?VLO@^i-x(V9@DJfh4Dn4u?K28yi`xl`t60XLd9x*D*pW3}OvX{Lm zN}FXRoCnD{YcGio_L$sBLr*vjHktp3kU%*M*}xu6s}L-`!&1}ngSYs&^TxR7Y2fQ( z{&g=>rgLp@Cn{1aL0-m|aBPOy_&sA-#7rF`VoYjUM%h-Cg~8~;wMCJVIpI)N4zqQYi} z(qshb6DPX>-=90LVpQg`8rc^;uLRY28z_562A#{ zIb^Wd*{)GdXMl+_VR&++R`#)`O{`1&O4cD{@ron9ypq5ZAtAs`t`G)}T%1_8>cPx^ zX8naD#5VF-;LKvNo1E0!QZ}=7;VDe6bmm|b`VWc7%C=cwYXIP=9WIxk6m1o??aqM^ zcha;a%9WMomfegU!!3x^Q_wv$C{eg-X-#<3n0W3}=F9*l+OsabloGxs4?B(OF_}jR zrt>=ysz_WTkgk;=aC5&wL)y@4b)5b&0Nd136D=BR;>sG7CPPTDDcH#2fCk`ZBcfoZ zqEL8A$n07NBh#d)Q1*+EXzfF8Dh*}j1-j%W*63Cx8*ZkUZTzUP=x1yLxOF6S@YX?n z*!7wcQ>4mE)RL__h<)j2e+W%dwfB61CAhAWNW+@?^R-NN;(fgp*w>@;_ZMniN`-twyM)Tj`u(aNuQBCaqyi`%%FM9yA#A#Lt0~~Yc zY28WH$0o2XC0gVoieX3RVI{=wg0_HGy*DZx${86M9jqDSEy~tTS!K#1K!5x9q_V1h zyDpDCg)qH?$`|9N{1WsM0w0bOMm=+g?B96~X^}iar2d{3i1-j>dJHl1^?JBY_JWMy zL+gtEJ6T}b(<+v?OAn;2_X9^kFJ_IEF9)*?N zJ#|4*47gyOd?`d$?odbV?x~SE+RZ&ONx!BU2ALR!1PAo1D$P^b?jWl))WtLtzNwG^>ep-yKYh`9wqdnem2!q#;3I}g9OZrW9 zScpi|e!H|aH1|0qTSvi?wiKKZLZrd{;~mH$FHt@tmRV0gG@NyKg|uH2H4E`4XOnvL z34u(apBhrJP{+Gxzl!-FB@8<~so$Hv{KeTv$h|MBkPEc&05XaSE)nV* z+q$60z|jpX{SmYEWofYn6T6P<2^9l7rQRnO?1|m|$8}I56epgV;|SStV%*hY7eCEuS<~t)A8&aLJwiV!ZYWWB^ z^x>_R{h%Lo+`IOzifq-B@>;}pXeuqa1x_K^*8&zte|cHHV--QTy_WEU?`tX(TA<-~ z$2F5i0L^6I2LVkIQUFGSN7pDqoaDSVOOK;eRh}!uu>jN0k=SlX_TV>wutX)gaQ$#I zaVuDn?l2k%uL>Of$U~1=H}QW>x=wJY>azwO-)gxBgrc8L_ueFOh?!$PqC6fF zmAyNpCtXh3~ByK95gBs(#=8>PU@J5>EUAmS5>%($$opgxa94!>p?6KWBdc;_-X5SjT+Mv-yFOfmG;1Dvkn67A4ty6ko>wv0FN`eE`qyeAh zV-{z%i|Du5LbGWk6`6Bz3p#8WPYqWVSF3Q#fDaN3GPN>~e-xPThJCgTI~S!9dPnu? z-5TS}PuGa+I{-sFt2f*-M1-a>mCI1s)di0`8j z{DJ7P8ZHSOSA+-nDd>*%v)0=TYEF3Tzp>P~x&WxN_#16KF1jmPLCN?awbckgNXi*_ z$`Dbb`<^d;-jj3il#P44=qbOuJ>>=wz9~5a(@R-|6yN1J1}FIyP$v^dD<;9=IeQ#03J!MJ_;V_T`>Jp59 z3PCKkj@0z=dPKj}yRIqyeNwa(kZ?S&2-wrDb!Z!#e0GqW} z@n+iFBI9LKr|2J8Fk+OfZfp`>`J_yXp?K{r6ax?3%pl~pSO4PO_#w2hLg=k6=V#W? zL4nJ`Lb%c_Vd+g_BEXzl+#h` zW1Sk^a*b`(!M{F!PrxqT>gu8^r0wkO?%}|W|D}Rt?JJoGy6*_??Ab>8LkAqr3OE+A z44;2c9T?7l36-QzjFY>)YAwezslj%3@%5m;$OP|Uwv`}vjIlB=9HJLdc+Hd^620Bo zAq5VSLfh0IR*KRVmLK`Hbt5r&Ri}TPgJ3;G&)jlfKqsIhU_kDb4mf@mo#VIA2NfaR z>;C0&H>J$4*{`YTf)>;gEU!_|Iu~Y-#__~FvQ8amvVzAgTeIF{Th!n@zjK9m8KRq! zw6kPHpFNf9;4SFrSH@ha%w)^OYE=0>Vjk0XOK5yivEre_X?IAgf2X zRz#ICL>Y1lhM`w4InC!N`Lfzif0-Kg=eE5B!MZ^N*;wc6B+1r#d6sJ0tBG%8%<_^U%1#fFaPIa!aawp z6#J7!&RNOU-hqnfUzuJT#!Aj=8&sd~;!+CD%9!EBsu%bVE z9s?y5(B9PG$I|9%g89!JGl?8KCAkeacPY8o^rBWUgL}NY17EkQT$E4v(Y`6+Z7JeU zVNGCL45(L|5&R9}VM@50iwWPk+0Vl^%0x=LE3RjHtnPb*XL|Bdzu0c~kN+O;vcD8g z-wDEMYW`Y*J10zFMKzzrc9{e74-|y*|Lpl9d>5a0Q-)2}R0z3Zx{Q4kPL_qi{FFyP2}{NLK76{X0Vi`TNaAAr&s6Z>GccIy_#{Sri-T)xYdXDaVCxz&+~p4rymK3& zjg)msl>Sk>X9IhPLqnpKFN+HqFWHFQ^4I0p_O8sHQt&bOaZP> zWHN@g1@%3~UMw&RcFQo5=z0d`13N(arTUzh-ig-|BM0=a-()GqHVH{Ot})U-GraF6 z69hS^`Z!o#Z=pu;i4*m2p0m`^`s1&Cdli`*^q6$|G-`TD zs9LSoE|X}O2jD+^%cssbA5sI++Uvhj$;*y&m#+^%e&}?mm<_Ss6SOoX^+i?uCtYYn}F8%2F z@gTN_y{(;#v-aOE5DVK@JB?z?kt-PZIo9v0{WsS=?L5MahVe`y;SF`*ejnG&S%6#o z0q?Z3$u?Pv!-R%vH5iL@2yW;f|8mCT0t4F)4TlQSXEl}6bN;)}@%AGz-DM^0h7gP()nLX|^lJ8K*nQiimE8Tga7$=^ zKx~JG{GlO1Y|y>X;?L2rtiHQ=eq~4KCEGquP4{f6QE;e}8Ca%d2 zk$i3=ziL-CZioQhDguK%Q{J_%AaKTI|L>hmm|J3usz)C z?Rabp^|(SHuJIZ=kd5W|SuGQ}#g^`4(ut>}4*8OU5iZD}o)XE#bTt`6To=Po&Qj9j zNX+y4GJh$-!^ETlB`wFXX1Q68NG!8sX}{+H9`qJs&PCQj}ij3;jP$r?^*K0E1&8}df*O7iM3Huzu5_)TPT zET-<6ZU-CX7yQdEQmt2grCXG*`Y>>0Y67{i#~PQ-tLAJ+C7X{;{HWm%ncQ+eKJ>%$ z^z`(Oj@)OmE6U0VgJ&RBUg)|UuHxhJ)soT9%G#mvD(t)1j{n-8Z_l9X#2Ob2o8|8L zskFAABo@M;mTTyQ6%tPi@(Aiu&Ex+?2vlTjufP^EUyw%+zAEGuH<#BczyJ?*6BLUl+ZbbtL-ahS*NoNF;DF0Z7t#83m+o_btodk7s?J6a#hE2=de=S$S` z&R^r!m+>K^RcOJV=GTC@y+=Ua#*z>dqgA)~x;^Nc_UQZeAx#{Bm6pe9F9rZ29Dlca z04`><3XEyb0cMc)k?;IRX*pm1 zSJydX_z9V_t4KSl1tksH5X8DznY#5s-tCTEVO0k7nbsrR0}vZV>nv>#zkvL(C_%w# zdi^`3U-OmNh&m!>Ro~&;tDg*NNzi}dnC_T8Pb<66&CZ(s*5X7;@q>| z-=<3}Nt1Eat*pB5k-Yui4x`GL8(4`}BcsAUK5yYjI&H!<@L$)5RyE>TcD=0nLG_{B zV59t%Ma)Af?V)r4T1a;c2!aIYKAi7zBvzi3yv`6&hEbls-syaxv_&!Y*(-X*=YrSp zO3k;2lN3p@*k~*bcq!m@1Y6|l+B=heCr-PveO=xg4PRCeCHgo$CB-gB?`}0Mb-51Q ztSt5vyq6-q-j&sHuG!AN(ldZweR8Iu9q5`!fo{6C=klseGQZh3&CmF~p?N@19{R9A z$nSh+#YAFH399#r*#K4Nl~wpq7UgFDX!ib@8fg(to^K4yDJV%kM=GCSz>Y^xjREkk z?RGlI2x!JusoAN)Wdzb}*6%YDB&^N(622V)D#lb3r7`Eoj_|Tb9`&Lj%N$=*a~!S_ z(c`uQcCdswNRv3T)-*c472W#wwzeGe{P!fi9oIpAR|1?pzvc;*f! zrI=w+#DB;FP7Kap4dSWE5-7!u|Gv>SMb)V;BFj85H4kx-3fwU86Eo}T>$EHBuZm*Z z6^4E=`xjY|yuhyUyn5EGye4Aw486*rVYTS9u(Ta5aQjm7vq;U4(vEmV6Wt9Xbp(AU zB2g6Zs()B)MS0ScYw!OL#6vD`oug#oAy=qAW=Iu^*TogpONX|Z(eWh_d=AUfLirJH zKG^SGDr1oxsxQtwJsV}CDx6GdW%}7kPPx+SITcIp?I>9rxy4n{rP$d5Iv}jDtu^7wwo^i>8Bkqt zyd9QBl!VW1a(7t*nyU90SB2!> zIvp_$v^%@xKb_Te##VTxC?9Y zjUi^v_pPK zPsZ4ANO+7WI0gib;4A6ASapqm+)HR6-YIfob3%#{^y3wvk6bmo2f1%9o{4yI zctvnA?dVV4*nS>l7u7k7pN{y~Je$(-Z>fRn1l@5sJew36-b6?4A6omh!~3L^!Tao3 z1C;v)s7lVa$cw9(NQ2de^Xkr4r)&P9G%(zlj+H!a54A@cz8Br|1w2Wm_o|=%XhN`i zrSGAhoGm86TSn&1MRk^ zK-)$1a0}vjZb4i_A7snzmK^WpM_7z@{u=CWItKGSI5`{b5lvLPe8g)V>k;Fe;KY$A zK0_{)o3O^-Io7}XGw+i&tVB;_Yr>rc>ks=C6g0TqN1pkWQ&P4EP~W_VNXIJR5g0^* z=*a~xn+TMhoZ9y2Wj0%9Y%4M8sg>by2dL1gz^>22S_N(KxO^iCDO9-%blY(Nnb?(aF*)N-BhPr|xQu7x|idMxn=R8e}f#Me%dI zy_3XD;=jo^nVCza#Fu<9HQiLZ%MwYBcjG4h`Zd^=T20h!JL7uu@A@;UjbUhzvZx&o zGz(4m25ws_pzxRj&97g0`Xt)g2pMkl;l>A?9 z_6G#3!Q@XtZfE>Q^2UW*MrL`Q8FgnAnjFx#bxD4E^%F<(*-7zYg-<$XhtwulzVI#K zXTcr+e3!EiN?9JZ&kJ)KXdNYt3xDQKzulG$EWn&i_`kQ*`KHkMI{8mk5rX{z(bo7j z*I4cYk3yU?5%{}legQS$&9V1y)KE@*YBH*ArYV;ElIvPf^+7A}{KsQz=wlh}-E=ck zNx)ExxPNr_m8g3l9r=(Kf0?kOv~eLAct)>_*jgB_3ai|OXH*U4e6=W`sOk(5<(HBZ z7xJMm!fxb~DSTT#_t60;r36Ez?Z+o%Ti(>1ryX!tbb%}Um$wybW)L;sv)r>-Tbz9b zUssd;vLVmwkvz{ZAQSHGkK63WJ22(>mT?YBgUaUvXwIX^$m8K>wC4?!sHUznAa|OE zi4~pgBlFH)7CzahIN>=Sc1jUF^h!R)rrbdL3Uc@(spr|O$1+OC0gk7r=l5&*WFi(T zYu@yiwEH6$MgCWrKi9Y*%Eq%P7PBdQb0_cIVdQ{2Hug&c&QaA8=9KO~orghWNHl`dGTy z#w_O~L3ozWd!$`O&|4St5YYl<4Fmd}Yls{e(3?=TbFJ1BFQ9b69C9Ol5MM&L!k<;M zX)}QTf|7d=>Jo$Q7)(c$;DVz#RW=&xjnsn3sPXywkP$>v&`3i48{XVL{D@)KOp{ob zDz%|Catx6~RpH_#@WU(4q&qzev$VoTY`q19@w()prF8qvJXGk@Ez<2ML$@O8bqcCl^q3eY67>;l#7 z01@?vFUAcr<)M{7ShHHKiXXeSJhK+;eklLj7KBUc?Uq193Rz0QwOcni6_d;)io@}R zZw(zpu_y`_l~7)P(E7_&%nFuq)2(jU4l^COJK|?DZ2EAnTa`Q$tL*R*T&ZFobv&=O zS!F{Ucs_EQ6)gJ2&=D?CgG!IO_z78_e;XqZH3@`;!z#Ugje18gZl*l77dSj_OF`RB zGfC@9s6DZ9had7PHdakXO-y|0I2ijbNg}oAo&iP3{8e_{tJ2pl1 zbDIpi^j^aJy7vGu2nUu3Vif~DzU>Op0?MlHD)7-IvoDf(f8p3Zo4p^`(|UvSajiNM zK<3!re^CJXvyt!oCJ>AmIstmw5VnF+x_2tv-FfW7dCz%=cc)TJ^})L_sWSQl+$gC&Lp}Rm=}mo~nRr2`_|^h3etGwYk+mc=6t=a&;HpJ??ga(Qb9N zbGJnDC0s7kszp>mdAP52m5jkPVGJd0=~g435uns3LhAJqJLsK z(ARZw8_9mgJCat`tnR!vD3a-q26ct%>7##H-$MC}ru?hn?k7(viY3JWtuoI#VYklh z{tUebN#SoCN&~jc-97DhdJf83c=)Gb+Qi$)(|aRd*4Wi|zf~$)5n3r(n-%j$+0q!{ zKbBa{Ou|i))HR22ihkQd7*4!8d!j?gTuHSyNupQ$nK8aXY9Y>O4KVW#yTS?q)qR4A~=NO&dBFT?11tn`1@&5^8&=ui0FkK zu?Du{zRE+XLY?^!OL;*#VGdR7Zqc7Dou7@PP@~j?y(`PAwqk=BPAN9}dT-5Z31f|J z(|LXoDrX{?)fRIFBXc8gYilQtnY2mQS&t>Im&(iNv`OLKrKdwy6N(kfuKam#0VMoUTIv!84i)kKx z@o!R&_YH_w_VQ^mygx?B60r$oT}r3Uy8EqZuV{XDZRuY+L9&r)ND9zt^GcS3#x>A;)YKDMn-l_eFZ-)?jqoe?< z#n!Oy9+#hQ`C34F1)GL0e@L(QjFP?!PYdFjRy-5+{3IWV+xA0gUro-ajb6M^Eb$wZ3^k$(;? zQ{3N}8Ea%k-|f$klGW9*0~!X}Dt{$s(uOzkN0eM4|Df1|mG}5RQ7_e9ySS-HJZ*MI zG3w_>g#(?^Pp3@Xt7Nm%bTwSFa>UD148^On8&o5c6HVu{l61`!$_~edGnfJ$llDeE zl@vV+r1iY9PnJJSkjzP9A59zfRh_%#g~I^@oMB%eqa;vb@wcrB6vvWk>`KKD-ZwZT z!|wA#uR!S7W<}q7iHDA_kLFSYxcFnFj0?d1Q#n>JE$v_%kRFNu0EF(c1ZLVw<4fjH ziHQunW)B?cdekKh(rfge5lZ(Y0Gb?QyPQqL|G3YA5NFZ#pVD7EjuG+D_o4*x?^5`? z-czR{!Y8(h9PHDSFv?xO)gx$3bg{!Tsx5b3C-?iH&**Y(_euT16mKZ){}FYTQB`(d zw3qHK=?3Wr5u}lpkOl$i1JWf*gLHRym&73@r8^{~8w4o<>A3s6|2yvWn;#g1bJ)*% z_F8Ms-yA^=Ttw18h6Q+;O>|+Os$__He@^liOCm{;hiEsd_7*WtXG(>C>Gy;#|GnYWs}Ww=szJcJIpZSV z4(x2Ak}!n7?CA;EDeyGd>09`-f}f(?>x>?;Q^6>*eNFNhi}SQv4CSJIhoLmQ9fS2{ z`!T1b~1Y4Nn82~3uyGrZo zS+xj4`ctD$hSusQJ}!3&(M)c>@iRua>(aH(oL#~}B&Ba#ia3bok)-Wr<&JU7+X_X| zUF$IM5=l2fyz_S`C$&1j9yAwN!L*4UZ8N>`+HkiBey^=<-%zn7!{{jbJy*u(-m0l` zIc?`Eh0bABOc?S4L2eUx2 zUV^qfa32{7arauR&`jQa0Zrk(dcGa-lj{uNomj85Hk?IhP}6hX!XuLWxR&Om0;w}L zftd`cAo3RM0*ILC48DAcjGUa~wK{I*L>3B` z>c!J-%Hidq2lnff7ku!k&-w7bNE!=0W*?$3F$kbxTB^BmH)>i%qBV3p#Ub2&!TDi^ zR*HBMMkO%Znl{zuioCnoKc6gVCgZGTaJ}w zbpl%nd*T?xQ?b6j+GKkiOcYV3txIz|b!PXPB*#81w%K<*-wNviDi8?ba)zG z=R~M0*36qigWSKd$YaZ7@+&#((CZl(UdZ6nD>H1A`$+~{KQPf%wda1@8X4*`0zi#< zM&wJloCsY*&Dkq8%}yVDp<{WL^Udk}HmK%sl~d(Vnw6rw*FTajGCE`|vO;1REKD+i z$}mE_?%MQA!IB@n8G~D~UzVoN%@@}UwzrU$%n$CXhLtJ4##8R!#K-Au&rui#o~LQI z+G&4=a#P>CePpfhcw>AP4;D@M0H%@b=~hIAOPOpF<_ ziGO?hm!&jL1R!><>!2jMyy@$imk0|3*G)|%u~siwpVzJWa95+$IloQ%jA*%5v##~w z$G%tFg`urxHM!uY{?s^4lzpWAc)e5>o)0|JqKk-|rL3nOkX0^loE$={x#1~OC&`|w zF9T|ks9$PPnn`5{CjF`nQ9Q(xlh^a{Pu$Y(h2RlP*RhKm2e3=BZ1fT^d_K)Z=W_}4 zHpwgt6Cp+j4EFOTG$RV8f%40_D#S0T{-*b!SW&X`p!{i&-XEj{A?oMVaQ5x*Y;TdR z6Xwt%wpY+$o^}pT47QRFwZbQiQs(DOIT=h;v*pE3yFSjz*oo*{vbYuhZay{VN_4t+ z67^-L{;SB0K-`BpuaPiAMx20WP7fqX?t?jhuH@bQZAlS-I_GEl*1MLpaev8byFUNy zX}|l*bGO9p?EdiI*%{ZLS)S0b^6L#(WH{+4jqvu|_NYn+ach^K^G7Je--|n!VkD@o z%4Ll5ozlSCpeT$!;Y)tvXTAc#(x+d5n}u$wL1|8C`6A)(?;2|emBrvlxnK9n%ePI` zKvB5j=l2>$CxE>b*3A-miia7}8SiCW|1fdbx67LLQ_+2(6v_XQE3d3PB)z%GP^U_* zAo`CG;)@|Y9F z3ib73W-YJY%HB$gf%(#^Xc#6=T=SrstoCCgr^@lu=dW%52ACFXvMN{u0){Pq1_Mr? z4YA`=7bbH%84Q!7-Go$hf zTa8m#2pDSdyZ;~*%WECBcF$GZW-L|;lKQ47_v^dIH<+w^n7Q!p`^g%A8xLy%<{VNa z(kB}uva`BjiSG;S*uOAtTY0Q%s0B!^Fw0TwB-Jf+=aJ-OtQ+MB*WLZI41X@6Q&yXYU{xQ9J4z1*b@%hU#~^X??J^VIKg=aHc7ctYDK zyAR#d?1IZ|Xo_)Rv8&YziPK#ai)CS$`@dusg~F0){usM{D&>!fh+Ug6VR4=&4+sq0 z{-y$nPcx?T{K^>a$B^#%*(h#UT==^L)s0WXN7V_P?TYa6>TeD9e%e-TZudJmLW7lB zEMm6C@z_{XQ4mkw)5)+pJ{|M#ZYTG21lD8NGKHnGU3TojIs<;+7xQ0N z{TesGdMGL0$joa_x4~|uRSWMQ^b1XsWYXupR30-}!rd8AYbxmLr*D;hsZs2vY4v&d zEPOF3Jr-2&AE=<+z|>4U*=8Pr9hGc3HAW$a<%QJ2G8!^#wC*t&3Aqe(>c94?qn@QQ zs|10P>vZ%*Ly!`MJ76xXUi0O8-*Ka#{@$sDu-b^DjH{hpGC0=-jc@$<^H7F2Aw&Bp zO)11qap7Jr1IEtJ`v=#qM6Fs+yKKQAK3{{F%!%5F13NnkmXqu+9*x9qWC;ug; z9v8bhC|=d=`LR<_5n#WSODJ2`)gyWJD-NLq?^^8490JzGP4r|ll=_1lg8wiFQc20EqY`qsdH5CoAuv%ZQzhT zPGSn*E(kk6HL;l=_wx@8b6qMTlWXGOvRO;jLaMmEs$px-I@3OM3nVBIZ9%5;zqSDq z!x?Cx%lVI=ss9BdoMEsCIeBTij@EW(iRa`y$$Wl(PPCw9kRGm;B>Z>w6Hs=I03RD6 z-W7n)4+7#>u3+N6C|uNz5?8w>ER}E|t{)+rdafRrv62OB=SrWG`H!+_?yHCbpGu)z z4AmJ3e;xu-zKT~>A~gr+Fn9=%9y2N^C^!S8eL9*I0*d-10B6Vy7|q5S>293k*Z;Lt z4{obOPyI#bmx?-ixfw+8R?U00%P6J@3{bi{-;ZEL4hEk>5SVM?M61BrCnQRf;Ttg>o64|rjZNlPyw)pO|<7uwgF6L97jjGzV+k80= ztWf-1@d*LJ42TL=X76ts=8fJJgV#Z3jOBCUsPVNA)8e4G0hb{&WTCDI21goJbOsyu zXu^NwGbe!mq7e=c3X*RtG3|cU{;A`?=%vA zfy6}RFVH)%NX1`10t@5Ht?-_3ZsD68*AmYm&)Y3PcxUmxyVTkiF{cB%lcx@)d1Tzk zQ^mp@03tFFFNnRdTWZuQ-dIFo_lvdq=@)5OW8x31Cb>h+<8pK+IrJTfPtJXXHp z2g(pVLjbOWdyAQh(IPoE@##u*$hf7>l<8v)&b7^%<*~WR}8y%&2&Rt7GT2i_iW zJuESn%WoV{HYz};FM>{8<))v#jk_w-CeQu4D9Wkv#vQ`MjA>0jphu2KuRip*Xdi1^ z_JK|+z+z|)^X6opZF^TWc^JuIB7u*2A_g8syJf_th?ryQGWaRX9p)KS<=sC^EJ^0p#8}w~#%IQXFn3mz9 zxVOFcI`GKJD+Xys&2m0%q6u$B@|n++s)r9=AnxwzY9hAoGV-F>A83CwI#PGRmWpeX z<}8US$AD^2Eq@1CPQrbpS}(v&8;+%wPSiUBkW^aO`agVUW1q4rrt68t-~M+5l+nDl zgeEH15clh;$o&!Kwk&($y5A@FhueP%umH|m172$V*i)&CrD2SEQ3pc8x$5^7*+Piv z74E_OvVv0ng=gn;`%~E7z%WY$7cG_5-6&(7~ESWGFW zI&#=<_*_X@S#u(OefhA!j-s@bw;+`D7-nVnvM>ZTmub*7GwS{%^-SBp2Nrsm8!XR{ zNT_@+3ZYGHcJ?u_d6Z>bU5pED(M(OCW?DA^r%`e?&%6EkFAPL{0+pXeG{3p~uMKnu zf<$e)o`sPLXehG#3vU&aX;`k7J(%>9A_V&8l?-xh(wm!vFikVEs{Z&nH(0}|Fx}!= zx%F`tmxzk4eW`b3uzJkgT*$WG=S!1=5nflb*+uj@hubN^>1=-+VOwAeM zHh{a9^YhRmhj`eRpZ(O&J(e(PH|S$?`S&B97m|fr2IbsySY*o?UE|ay=Jk+HuUt-Q zI59eYhNj4!tPmsOdoV;(X>%YG{;ABfac;WV=Iz4_$LTkGG<_!^eJ@ zvd*FV_Fvsz`<3|>0?uGH*bZrA`{>tMj>S7GS)$5F-~$nvO3ROK4)Vpo>x^^6#fcjc z%p25hcNj|-O#kV??6Q?^r6$o4c|P~3Ka)b19<}wVvXPEsKF^OI#JChCZgWMkg(d;q zkUZf3J$_r%R*ZcS+t^(B*L=KUs6M^9q-W+4P`9)n@o4={fTy$tAc}}SgiX)EMnkAV zl`3Tf+i_WbzcNHTszonK^C%Rk%7goCT+<}+7udkNrfqPL@ zA`IJ^@G1Gid*!K2`~<0k%ai$A>jCS(x3^|KVsiMQ|va_ta$)o_1(gxOhm zBu{pOM&;Ke2V<#SFQ0|T)zC*vP8a+$B}6ag8ii$zY|1cSW6oltu?S@5TO+*8`Lc9#lUK z9#$)aUBXF zpVWJoV607G{y!ax$rtac&k?XqZhZpcZkxVB5;}6bH}c=X9oPVJEE%BFhnZvbb}3g@ z)U+414{0N$&f{eDZuEq$Wa)vi^|aQaOge1tPzt8gSR&ne$b$dD&=Nss%mZXizm-hN4zw^iwyl`$Y+Quv&7{(DiT zFti=r^5S&Jn^BCn@<&X`xA7NM=7sF+oC#J|)k!O9UqQQD2!CgSo%3FeZr@Wj{CA~j zlV#3UB8Nc9WNWcz(kuZDSG`XrEsLrc3u%rQU7v`%yrWEEkS>8^H`&KkQ3cNf$in&M zk_OZwVynCrMFv?vI#r~A11&BvryIBhWs|v#kLBHHu8D1V;eM3xPPG8F`ObJLuU?Pn z2G{{;g}>oyzld)Gir(-{Y5F7Ir@NfG;vij8F|SWiP?D_f*8;-ZI1AkbVH)qizQ`q% zpZ&|EXwQ5RpITj>*!8T;pZL#tk|CZhcG3hXsS;)z=%fS9d#dZL&y3GR*`P{*TwCs? zC?zFjdW){yJJlTYV&H;`5l2TNJBSY+Mpjb7Qq3+CA+WdNR17r3O+k!!1Sn1zOEsLq z4TRAJnM|$20Tybs*x3Ij^uClLk zB$iX>-dUN>uZIVKgb}EO^jJ=?zdu5y#D;NRxjdVE!t$nJ7*0$IQ(S+agjP3AFM2f( z2NbMLJ;rCTY;aOXOp;AasBwSeO+Or+YtZwvD5Ph9i4K30Eo_%gh&;(qU)^0;&YFM% z=2Jlj!&xBg%?1k&P5tJ;Q@ZlV=nFsNm&+J-bsN-!BAPRtWK>dno-rN zEnq^DtMh%-yV1c$lsH>Ii8pCXeIdggbN@%e#5`748%%yj73pB^BDXnC%Xy32b8?7)E|X@y>!-JFjaNYZvWKxp0?B z%~D^^A_o){FxuaLLbF|Z6Yg;opJ}`&ALiLa=x9wHDi(r?2@f}$B=QHz&`DejU&`9T zRQs`$4`n!^EszM2=d))5i#De;=+}Jud!ygkmT|+&C^f>HNHvC+}+O3MU^`3MoM!YmiEwdXR#D zgB9V2zeA0YOpv+c2$ro}C=IlbMw(~#AF*9#+vGFpyUNB~g}HS2{D@Ztq``uekFT?Y z@+$~lHZ#pxK^Y$(X?_~EeBXLZAI&?O>_-?cB>!hYg^adq=uu7YJIFV_zqf}mh%(j; zBcZ0<`2L&KQT&u!Egc|SU((E)(4*p5m40-vxPvze^N@EGlb-^*ejt<^fg;HX@z13sVNoztq&?MJ(zyGK7-F06ZG zBd^AC_%Wr?{;9T)WROwE3IyL$D7hvU)YI+uJ6O5get#%EdW=ppPH-8I!&O=zyT5qH zqHBg~qqcHV?k{QP=PAC70MFNJlcBznK9o>`6KiZQV))qVlIiuiPhQqYFf3XPB5LEL zUlM(=q>t<-Pe{nMqS86*Wb3?|B!7z1lt5Lrxn2DCb)ol9Ya&W2<7{jD<1O))k|eRi zAAAglLG+A=iD4)ooi`B|xIaTHNqIEpUfJ0qiKk_KklMgo9}WN zF~|aJ?_4Bl-EFSe-Oj$9!AesOo!A51pgVM*#v^k`36O-6S} zl>A(bj@%K&KpllGs?&DQN3(K-(!Vx~msXOZZlF&oiBFy&W?Zg>t*NL=EL{Mj+B^$y9FHKE+pIG5G8HO78q*+axt??d)nV{A24}OxN)O58F>tBH z-^@J^QRo!nm~9PCgCo1fx?a!ysYCPy{qm5H99A6Q%KRo_q&^I7@rNUi{w|SIzJmxy z`*m@e!A7vt>iH=&-nW=xYsZ`hzOoxu~h! zpi|7o4l~ABB<k6i~NHqmybCb`qrC-brO59K-z`Szc?gy9j1OzmL-Xii-p#%6*!XNoZ;O z0HdY&lZ3@cYt=IQs(#%q;vxS={MTQ{ROpxZz9+g)p`^}2Y?t3@zw1Wpu6iQEs7 ze+Og+2qs&VUv40x*<~~6t$A~KVvxKV=QmoHpnNBYfDnkF{=VgBm&XgzdPt(-mrpvL zJIme9pC*WfuQcPBgdH$X@%F}KWE9&eek$z9AEQhdtbRWXY9kMPVK{FapJ{Z>^Jqp3wl%E)wr0YGxxRJ(o#`b_iT>bl1H-Gg4 zVfYb@{&gVqzp#7DO77G;K;Qcgf`*@qq!HC2U+5?pDj2GNuY9|Chp+dQhty7rAM3UM zm!Hv4BFkNg1do}F%Qro4@k)Lbf4w}5>4!i!DoS70F2c@&mT+Iq+K$EuJ|R95*}jns|Nn;^=L@C%yQm z>D?Yga^KzSNrvH<>7A|Oby*;9P>~I{-d4x_vqi27s&L3I)6s8iDDzRMsA>k}Y?@T` z9Y5duq_uZh2V@tJ0~uCoyA6B{5a9HUS7de}e61aNhqdAw(5N zOHCq|UUHu$TL}}1U!3vM^`?sH5Miple1W~~UrZbDKYL+iGQrd&0F!yy(zZ3?&6Owh zQhg2$;Je)}3Gq z-uny%Dc7&N8O*G#{4aGk>3bMxS(W4bZ0w_MI6H8vszkYrhn>$EpfwWlQo{_xiaiWO zfzya=TZOoB#2+l;2@RPfi!9>R$=K1XGV=zN9J*a~5hGsr-d1B$Fto@P0i39|q>R2q z@Y^xg*u+HTq2&xl*@YG&Nxw>7r}sYE(T6G{vD=ZNM2>@IjP1{!TvIpjHMc-0x<+w3 z!1F(KM0v}rK&N0f#)poUSh~Y6bnM_7583E>=YX4x3r*E32tyYBs+}!1;bU%IxOK3I zKun({;^BT6HtkhVnG{ATFBGaW9KI%l`r0aYLE+BqGD3lyf%%aQEf(=5_J-kt7o~Wi zVT8D3*Bat9EnU+$G4a24pFv{7NFRxDk=4Qy`%6b{p$ z-Z_tb!mC)Tc;49@vHX-91cz$crJR^B0NOgeqzKO?5fUTP@ET*Gg<&&KcNO+^ZhrAZ zF0k2LpEmPp@sz%PLu|OG<*$4WLe7`Go{x|bk<>@ zMYOh-uc4!=ACY4Cc#0dA!EF>!b@EP6(mx!an6-;z(&b( zB)ofp)K?VmVE4s2qOcUIoYtoEI9faLxANX}h`omC-}SFbWE#o_E~WcRN%p*1F{UL1Xcc0K_+xj4w6uI9)fv4^P&~ngHX+=n@6Cr zFUaqx_d_LpX*simcfMav!^kBI_#a6vFU7d9%CV6@0j(L`n9<~XLnk@V>7g@5 zmjXj5ypUOB36YmCUB0c3zyfA;c;bCu1mk>qmw-06zcpB3gNbHW7wK#q@a9J6=9&~q zYR`U6T3@FL!^VljR+yR=6_na6_`x7Zr)j5>-&3Swng~@4b&U-@R(N%>8&LUlGR6@f zWcw}UdMi31bUcfJf$0risv^P9bgvLSGiIiZG5dC{A9q(N`EBq+TF0#<9g=sz=KiIp-TPtODCTd`RP{WaqE?T3S| z*c4D1e|KkT^fE-vWk%*WC=#`{v6yFLx(pKOYKzDA zzN$(^DzP_6M>(}UPB1nDZR$h3z8b6E2G8_%=aoVP3U%W1Ki~0I%MyYbY?N{SrPRi*T zN|4v`mhG_(A|x0L3aFCJLD9%UB2lVQzZWT`ux{d0hs%(AT&WaAm8fJC=LgeUN&Qku z#;}yq-WS)8ut`)D+&keN*sN;gs5t_LO~!;bA)d z54W8M@=YxD%~@MkL5oOWU2L@bg`hSfIxt5fJq&75|09Cp$%v4(WgBv>)A|1mxYHtn zI=HRriQt-J)vcEK1|q{Dub~kzl}aWLngVgQn;$g^MM=TtFkgLD`nkKmdjtZoZl>fI^KFG755MX0w1B@3d$rJ33|31m_Hn{k;NM#1L&&2E_u) z1D%l1@S9{io>e)TI!r#T#0>#XCYFznE|Ge-pL8E?xiCp@6V^Y{0c%>8k!Kp^?WbRa6BE?;WM7^-`g^7Jn6b~@CA zsR9`}`@?EXtK|D85e8GBS#z}^=HS?(XJF^og?u3XFlU#HW?Q;bdq~M1X!%VA#{fDq^Ad7$FQ(I_GGML=%skp>T|4lwinysGqk#dBMu8M#? z^pCfVoLqcw(5J9yXKSuIM?EuSG338hp*Or_Dc7yN`sg{4h)I8mz4}SFclL!P)v(D0 zm1XCdp5y4YeX6D7;;}=vc6bC5K}9~Sb9;VktmUn>tG+H1-~Ww2h34_(C^mkbW4$s_ zO$cSer?%whszA6m#>Eo)o?PDknEk}m_e0+>heo(GhYBqs+s5RKbf59WodM0B?hKFB>I@Ff0fp%7` z0mn|2ySdMVe!dlq3X_om~c5?5l?K2n`Xg@khi8@$t}){fe(cqLACNi!Jy zIo}C3q8bhYJpXU6X?UBN*S}3>%rW);b{e28$@d~5BrFw%pK1(K#&*o}tN04brE9)E zgG&vcpAj#V{MXfNUlLJT{^J4_p%d9&3(p&_jDh6lu&qn&F}j2_VY7+`pI8y``~7;ZuDDV*Dxc(}rrmZOpoKdL;i5R3yK|8b=ib_z|_BM%0%kOky=;zii#a-?PQ zwMdBrh>Nx429{sbvFm0z;E|M#_Gd|UW&I9SQ;5V)FwvE-F5Aq^+19)18(wZJEgZF3 z3dcO%N=tulZHI*Y&J|VIw%$I_(~F7ej~-D_F&m#7!pUipjQP~^5*-@c+sTd~nkouB zD!NeAMHpQLUEg$2=_Gdy9^zlfLpw<__8;tca;l;ZKHDg@8p>H9RlvZxeEq$W^WvEU zKiARMskTb;=VMBD>hn_O*5}02t{_0W&eDE?&nGc{hJPR}7^lD!VzN&4=Df~+GIsmz zCkD{da{=KpYd$`HLg>1+zFMVaKT z{83!JLJDr{7-JBBwIC#sfmvy4&Q1gB{hiRR-lqzyYBU&?E*`n= zgcc#N6>$w=>txA?pTFgu?_&NBsUj_}L{}gbexE+T+L?U)Q?szBX(C5pJ_ZdZ?!^wm z&-31#pE61@F_`ascxjm<6csI0?eolcQsmt~goVqGJE@kwd~g3=hk>yu_;(q{o38cP~VML^5$n>~9d%XWfTIw_U%{*rV#>b8$&QQ=>R@f(@&cN&G59F@q00lZ)tzCTqE^1u7N7P#Nvhaj_g@EU&;wYqY{b|~sOVI)g8 zLb%ioMXlnN8<4XCyI`PeVGL8Z_6{x|@_Z{fB&IP-aJ_7?m(rDWi#R$x^~>DlaS6~C zyf?R0)bvF1z-fbg6o>boT8335T0XvajSg$azs@nW857RqiwfIh(q)DC(o+PU*|mVQ zJF_1j`F{Vo@I?6HUzYwC&YH_Hy~Am%zm;#Jw!ayS23f|&lB!4yUqB{aGk>+6*BV`{ zdlJ%s*`kw%wJWduf(aJWWnRnuc#ad%!%itI$-edmKZejeIt>|K80XfQGs*TfRo@ z+1N(UGV4A;sQ*WfG{PdabDaT%9Rv2CmyGNpTZT!?aT#f0NPw-($L#$N9eXCD2Dp zSX-BZjI#Ri%#xJCV#T?6V(ep#)LQ+Ro-ip@eYU%!@`h^2ad2@s1q89j}qal@KV zPSi>bDcK`piBh6VB|t}=v(n3V1TWkSl{!1RXS4T)EI6fr*GXs7|W?Vnzrr> zBsQIvY&Wf70V-mk)wj68k|wW^4#5TmnA;IS+Gq|7#D36vO-2ilX=+J>(al*z*g{L) zW_9m}I*i(|OUr~*$1pS;Eg49CGb$trm$8a~E@^G7@E5AArIcxWSd;1trsLQY#k*;Y zaHSCjwocv4Z9+wT_q?-=G_&`Aq8zJYxVJ4frJy&Ye zM$9+~VG6O5zGV8rg+iPHKE9z4*=sB~D6LOUq@y)>0U#kEf%o-yzqP!J3s=}Ph8o0E z+=k9%prt_mn}#NgCqjVRF{&KApdSOjtsxSVd%o#!P@l!4q++ciDA0PAGw3)vTE!xA zSkNG8|3)rI0o)9MA6A>8*iGt3`b?xWJwLX zKVJ+B?XE7HDvWa`Qj#Lott`4*5-KXbjVs(EQu=`KbGfiH6X9)eHF z`GNMyNXJ-mNotY?MZj)Rv!O}yNQxi@29&e2FHvwdL$R9(ph-{U;o+gW6PZBWjDLyP z{PL`@YG1YGXKYFoYJ-Xqz9+6JOjhJZ;e>T>$f>BukTTJ17@r@%z2n5CG*SGT(h92_ zJ!sHl&0FWK$PvGSygZQLm)d!OFLOAt5zP5vAU+dd06XZhVyd`=8%qNbuoC01uM9hV zg}fxEE|2Qw$+kd)so`X@_Hkb#*DcLjr8I%FRgI3!Pk0|p9O;2_HW|#LemNEH!qzwM zOYOi@0CsVm631S^`Lhk6c~`6+yxn8N!y4oaxcaZ%A;0+vxwU_qLoFO*=@o_RJ*XFJ z3!%#Hmc;VF@rfg2+7g6}qIBNu$im5@)9o9YO+`waul#H3P2NH*qp|DhNqh?@oAy5Z=(FWwELNp3r=&niOV|)+-^WB)%3CT z-ZebmN+l@`(e8Lw1^?eT5pRfUM#c7=MvSe$Pgac9x&mXm9k4nLFN0n%G4w* zE6nRQrs?T3bq-67XmR^pH7(d!wN)wU)@0-N1VYagp!FCtM@DNQS_X@ zcpxJwkP~qN)C~lden9WB7y~*L#QTNBWcq>5(-8A*BF~wiQ5N=OopDk+W*mFAKJ4>T z*iC3>oL$&gQ?6wTUsdaky;$oSHG6oYPS?P^OvPjJS(aQtU8a)5Sq~~Unf`V}7 zhe(UnkB^qmKgs2eWWB+e?{Y9fqOju!DbQSTD=puVR5`~AGL$~m;Jvbi7c0m8d7a5! zgLB~q>rG9NGG}!GAe@HJtRIs|ps^a4f}D+~Ku+nqj!|+ki6IS0uT#=9%1+eVGO`{? zp5DGcFX}OHPyqSA_!K02&E=1QM2`GXSfF1GxamsS(5Ja@nM_Gq2Klj_*D4pJa~E24W5+%o1no-wxV}a8#Kyb7wSek z-?}7K^<=S4G?KkcC&yxl@B@FFFnKV<*CCE=&G?1Y+ibSI_M0Zr#~vHKTE2H#-~OQP zUfVqY$utbe>DPz1{dQXw;S1hx=aTTK(|CZnY3nisc1P*fAu<~r*{n#+t`p<86ZN2(8pXl*<*qFb8p*gSFj=kr7h`@hl_}cx7ov}5+VJ=$@O+>eQ z8!-`=EUym7@0BX!>SW348?^YuWb7;pU(f23jvI`HhEaSS+_nvcxVIu7Bvu(V8`72* zVQ?%FBAv|$@F?I|jSjylZIOd`Bz zJ1gQsBdv)aZ6AN%bToYJ?UezQCK7yLa$flN$NVr=f*-xMG4j=qX(?E=bQ%?ZgpH+l zrLs^Z8ZI3QHidO2*%IdM=LljMb^aOxV0B0Wi+I?L`3Ay!vqqPBiRk=1V>Y47qYd;Arv`5kfY|R(yEQa;Om||D?_0P`FEw=ij>VW-C z56m4aK_1f%k$hpv|F077!DS^ZF^{j=~|~IZMc;HD`$KlGDS| zU?B5l(g^nc$A=aD&(O#epCf!Nnp~I@cr88KZ|Do?{Jk!&v{~4z$q7thMfU%F^vXE@ zwVDq-$gtO-*~DvJbiTsoN?p?)Q${BCey5q-|HIT@hDG_k-~X`E4T3aCcZZ}jNQ0mf zlF~>?cOwE)L!)#fCEcY+H%ON-1JW>b-+SJl@9+5EkM+RAilNuZ#kNUQOE!wh6OatFxMr|F$vS5~$33pSP+6h?)BCj80;vXq7 zAcyWeYF+~wU_>>8js|e~D2O1Muo1QPideHH{cnxFmx| zEvo%T;{SbcCN**Peu2xYVX+I#=GudBbt;uqPJK_<=kHyTkMI%;&r(4Gv6cBb6a484s6PL39R>Zr$Isj#_ z&C`CJgBtuOG90MAIaS}{zTeSG2StATz;g<|9acr%T3Uq9Eh54iY`8(2M1rtWKY3UzGZ-~Y6@M)%j?&u6qQ>-Ef?C4IZKt$6p!rmTea9kEs z9Blc-gSfIi`L`Mtj%AVEk|cioS@|dng!efT$7tv`d>UVM2+GNY6adW_VVYNK{g9L) zQQj_g5M{rY_O!z9BS}({im`Jkzv2aoMrv}hs!l-lb89zsgK_+miZ)u#;@f)tQSUn^ z@~eOLVi02d75t(>8Go3P#ocT@U7Kt-*#} zf|o0#RBE@pmP!#%UPmj%ulfMn+w7i*zh&RXdwraRk&k`?3}9kG!`{Hu0Nbk_(+SY0 z5Ff|rA0B>_D1>GbE)pp2$1HV+_q(SjEv`&GXPM7ZKB8wfy>l`1miO~Ux*79RVq%!c zR8uf5$QB;U;nuQVnW}Mjo;tu|IN;;zCn}8SpgHV%aNKC zOT-h4Hx7>yp7K{Tz(Hl;wK&oCg3J1dtL5ZqL8noxN3VVp>H;M$Cq}&V{vm9}l|!#t zMM(22BMkM^lAE1|2p?mOm8u>{CiQs>V;0Dyf**8-3d<(>ZM;t^RX&O|0A0Vy$16F$WAWV`h)^s zTfyqLuYBD;2`33}NtHpvv3A1ObrFNW zZsBAF5Ix-a>Al_;HcmOt9}>S~*RGlz%#8L$YXADzJ5E`UA9CsZ z@$o>W{iVA@Q5~~HaQ|jnPBzH1o_-)^Nd;7ba8KLsepY!`ky1l6x{PIyq|@?iMeSVR z!aYok{{WVU|Ch?QblvAuzQeuxtb9N4&twklOE6BIdwCVn0^~rW^a`^340 zijynffPFO;Q2l-~JdvkteN;7|s#8G6W#?On2VQn3lL55yljrrAb)mF;F+bitUdRBP zWES;q$P@M*FPlW>1OdC0r|2e9D#r=j-`-Q!9=}8p_cN|EY}UT&a{e4R zc@J6KTH2pse>nzWz#!nWg!`s_f=uqTt>U`ocg+wDdWV$7640qCgxB_u-Zjiz(F?9Y-9GicG?BWVKqS)WQe*T=2pSyG?-+xr=OijpR1|t$SRl`wPtfO z$Dr?0XUrly9qr@e&5;fLi=ivL*pA>QmO^qtt}k6@;p zMH&SRG`DF9;V~|dSQmm5Jrq?4I zWY?OVxxTQ!SmZPBRjM*>f8#SKEv~IOsIr(qdIr6kYDoIl@)}KONBKStnh<;b_Z>WM zSxM7m^J?21s=2KEc~~*s`yeU#vp(?=MUaZZ#m<+0atGAhu-M8DN z1_d8G%FRva`%3q9QrIO)q1K9&Qzi(MFZX@X!8F7pr}KyAO}r!;I@AjonYWf^)@yzJ(zmgKY{|6q zT4dZb+;d#J+Aatz4{;B=`T!uH407K7I8cYp8DnZEWHU(kx}|0=HY&fD=|D*~@NadX zymEe>Yj`wcLI}&JQRT3^I_{M#^c@lz7@f0AW_TM_F81lOqLQMWpR)RI3n7)S%)LXE z<@EaBGPt&{et$PXQEi5|&o?^cJ%w%!aF>mZr@pJRv8{K=pfItK+ZhnZqdpbyb+u5V zl^6?hdx5`zo}S_X)dx+2PyFL{|M8p(^pXvi*t#yHG;C5`32?_tc^`9v3F-Uf(O&%($=(@5$LSz27fIy*!}Go$Fapg>0BluhBy2Z3)ZlD?Io*bxzw-qWXpB zpl0WcxupA62lyLIJRpv}u zMN6j~JIc#fy@*oj51l~Z+aWV2I^^Bgyk96J0m$Kn&mA(}{a?0}1I-Kzmy$x^@OIPA zA{Xm^f00f;o2RC)GWji|b__+#w|*b9T#~`f+zwZkouSh9BP;AQRabM@hNuId{JE0~ zN(%gWD#0#ax+~{rS6|M&UU$%-^q}cj&b!5N8oIzvMYOE$&neb1L9f59Nn&7}7Wd*U zAa(ENgyLcC-8=fL%5u{21r89h)uF7%r|CuhK-qnzN>EWH{m+~}#`J*aC^G;o(f_Qf z;Si|dBH{ZjruQrZUik;Y3*fo%UGBI!5Pxpl1^qUlXbH4iMc{nZeeNs*LfzDg52)tP zMz7Q7s^=>56U9Sw==!O^6)G`T?z33z0X|qN?KkrKU%UPJ%!VDnpB@DFx03B)1fKkR zt&4(6wTS!64g9y(%n54cX-`3IwGy?twh9HaOuUX7XZjqUx4A*n$K00KNTNe*bCR#( z{iuFb=}D0A-6mlo8K`E2By$sVNFx1dm0q>%pJ2~V%Dk{pzrtHJ6}tR1FG9|UHZq3v zcx`TY{-~j%5gYn;Q|vXbZ3al^(p#2_!yZwEO6O-0AQ>tK6oCAfm+S__1incID``aqo&qti+_!^-%Ay4K3dS_)OpuX zHBv%kX>1mQC_K^*xSs*X5w!14t0^aII#TSFB7BR=vKaqKfkGq02IIaQMV5qr9KSTx zL_<=x2Q+=0yNX6HQA(QweaA@S+^r6`C0vHR1DPn>f-#?Iql@6UL63=ALiQj4Kx|#IJxq`C&wb& zyux3Y2e65UQ5EBuIx11%IyrKU#sS0f+W`oZheuGv>2@TaLh(qJf zY!kj3m4rM>CV>w2y4zW_zO543HHxbix)yRTpgu!F-&YUZOrIcm!E=pt7vxdU`4RUH z;$d;SPR{%6BlULtQeOQ&JoY)p=40Qis%I?}1jl<2`ZVW#VlG9dkdW>m@yJ zj_ts0E*cPo=SM>or1Hw6`A$72oue;eTOc&@tlqCQv-n`2>(-rOCrCi&1k(1Y-f!Vx zvGGP_RpUB*SWf3FCkub5#=&oKwdH|qm!sH;i+|SB=@*eFNvR%Cqp%+gfjeXE%5vXc zbFYX`%Dmxs9B(XT2^8>fl{l2TC^~pSbX{LbbYW4hVEd(wm1iu$2ZF!t6?f{}ccUUI z(%Y)B%t{Hf-k{zT+v3Z=|V(OFl=2J&=7b3u>`9NY4rl z{R~*8&Y*XjnT1)=W2dAGQIZ4hKEqq-AE~e8-b_mRl&|X_sWq|OMfpsQd1ckHoIzVa z_U&DJ=<{T8u(D>5b+9vr%T5Mgc{TrXS`19YE;6CzGJDq_SA5Tk`2-=%tr2gA%C!po z0ES@#fqy4j4f)ikA4t9h`>%=C(v8nDU#`*9=DeMplkuG*!Eidu?X~{Mkt@LPmAfLt%(fCl zmxpxbg=B5OBtMv>8a}XWa?3zD1-CGJ5aMq!5Fj7t)>{7=%1F=ohQwi>!_%)rE#iAN=W zlISwpCC>b&QAcY40l`-E$x^#A&o{h2Uv-(Ds)c>h-(}=#m3F*wD=k+Yh0H~a`}Z&f zQQ_iarr7LWhOU;!lRxaaW$+ydlbJ-{z6MSn2-7WQ;HEV~?S1^*TxVmMu9MLOSg{~K z;(3Y7`?{n|<7JGNyc0}c-E>j?S`GD;d;Amas}IP>{NUF*Vj);be?d8i&Rmj~{3rGP z*;5Mk3AxY8^2M>*KR(n$??q>wi|!v2QLQi`1DP}&`(1Q=k{*bmgG9D714&KCs6ms`EK2g-Yuz%lJw(-&yJMM(;Cr zNV|_pHyoB=u3odtL9j$w11@FleOpXT{`=7lPJ?$64;uX`}^8_-;HZu*b*9&36)4bNeOz z8S^}y*lNR8f4(g%@bawLP`g92YP&xbw-|4FG#@Mw5VD1c>R*jp@GGr7M!NMo84+d= ziaSApNK4wIWH$kn(i;NWy1fVrL_6USP+kquZc4Ge5S?S_h&2cS2C9i0+D*Q#T2lsZ zPK;b)O(xKYlr>}`vD&7D__Vpnr}PmtvgrMJzs?fqWvyBiZmJ`fSz+Lfye%OSox#*e zK|wUed91u60U;G5n?7nn@}aQ+frG}6kwI5@2CmEg=P%I73zB}^*Q7&9&EJy4S$I*F zgG=IEtmS0DW~@k&>=IWV_m@VxxQb87xGov8?`oWGuVCMB>s&hT-29UlFOLM6`f) z5$%_W-tSHY&eK7U3Fq^H;cbCYRO(?*B-!7rQODX6_$RxfY|y!!AXrqO-7d84e8FyT;Qrxm^o5z!S*?^mRN*}=Ev_bsq z%{xz4E}ldJ8qy_*&v7m}2}QY5|MtUPN+$VDtClqO>CkU+=zW!L|6-th3Qu`wXN?ej zYUl9{^VL}DL;qOW>!jWiI^GLKu=1ru`hP2iS9*FSdCJY9lWm+Ov^)mC>s-LDp6zmN zf4OxwEoKpg%fw!pCkddxh7j93{PKMSlslU`otOm~MU6K?4RgHf3aF89!^Q_qk&xKP zo;>+0qWxT2XPpKH)Ug!nY=0dDnb8~Y72kBqmnH6l=Dw7wj%yXvkP^&)Tcbn{p$q5^ z#x#9tHg+!56823`9Tu5^zjhrw`!1xgV-D+AM!c05d-Jbf#y#W8e;Jd2VAniJBsKgP zj3_-*Kw@!-_WzxKi{+T~k_k(X;rtb}4klgC^1Zidcz-;YsSi*5;4Lwt z9kw8SI&`=@InBO%x)W`jqBk7S5@Vt-~^3{Sx zs5h|sQdz$U4XAhB(kS!}ow65nA76Kaq2unYv>Ozr1BjjIp722yE~7 z$3#Y0=>_5i z-?t4QG(ZN=8C-;|Cv@TQV}A|GNsaUr-^9NY->DY!o845RAj{y0uo}1nPdaZC#YVSM zbyVjDfTr06Jd`v>G~tx*_g!zdp0mNXL-udf`f=G`nZQQFgZ|&L@W)S@X9p|MB(=wN zZGxECc&{J(;&^UL<%nAA?0=vUIlecS`)YXCE$e+Yi(A7bVN#LTs}QbY6;SQhVDs7V zdKBr(alSI>iM*h9WCMoqAxr*=NQgXV3a0&lwSnAc%-b+M%g3Cjs2SOCZDsp1 z+#=x4y`6#Qs)(Y~1r4q8uR2JUNF1s2uA2DPg;L#JD+S6#4DvJl1Z?9a zZD(NCgP4?uWxQfp6-^8Nkr4Ipt+hjs8@N71MyI*{(b$Naohu%F0@CNz>cf3;-eoiL zPkn&K1&;)Ovc=sFc8DWz1WIJ2TY&oGm;DzXHxciZe$$%IFdnV&T?Lb}lCZP)MYJ@hy*Qn|o;NZ}trM)961a&%bZ@O`L=}rs$BYyR{@}FKR1D84A+}=OJo0^C(E9L19j|Ci3(bLFmSbSfgPG^TBx|HB+ z$196cLXr-n7S+MQHf#nP3xL7+Z~qVQ=a%EhQq9AQ%R=iD`ZW^EogD>rS0X5k?;t2M z%9@&<84?8XVQOjwRJ=6f3$gNfzfq`V@H$y51v%)X#6fFAUItP9Xm${1;Vr1cdGvUy zSkqJW4Z7IRg?h-`v7(B%Ot3}3Nlen8{2=tE_Xu|%c;FzqnT2>4ha%p^{ckEmxPj{f z@}4e%jGB7`{{x$5rjWGNvR~S*_bf`f&pbx+`uHe-C`Q+Gz@Ii#xqjS4TA4W%jr*fh zmn_-%L%wKqu_%d&J=86&Y{N4yT@1 z&l&6COmX3y|6AY2ld-X}#kSu;0J5I^6FDI<3DZbEuJ^X4H2wZuwVdrNc@sKE;)&2< z1-#+o#xsQ7I*i=U@S2|F$4(2!FG9)k9$yzM%YksgRPWX$q5b4e;e+H5vxk>+<~5H? zy?UM~_JgtRjcF!=x#U_o%rDYl+Ktq_TiH7O;bE;iG+hEQKUA5BsD=kN+XS=)SqlLdU4+jv{0)7OIclzc7rLzH zG{9$I3`U##F0CI++B}bWZOKi<17hCQe< zAlk>O6S}!Ltin*MP}irl`rFZkA#fgIZJ6ChmKURV`j75OyRUNTpF>xGR8rZ+r0W;{ z6Mu$y4jlXM`mkj+ks z`X`@%a&cx0?_M>4&8P1|C$`IywUHTN8&c&uTc8}s;Ly04-?|~AS0u~ z&_tY$-H6liTI_xZcTWK{w^)ql$izw@L&@pDsWrMFXleY6gs|M=BW@Ct zNS1Bkoy!28ejSsMt=){ZAPRV?(Em5*%@CAhAZt(W%1bNUesKoR?Y{EXiT5s}v z6CKYTo}{US&*@RCcV+i|*TaY{dgJS1CXTGEpz)7xt22}BmgO5tXKSrl)_;O{hQOCx z1Cj!&h)XGc9XXeFd;PkUwHV^4YSTvCHVeI#q0T7Qe!0_sKCnUyo!19o#Z7?bm#QBNIVlI{1hY=mgI|#TTbA*|g-pUEqpw-y@$x zwRmr__C3h^XF9;ubKvdMGqegOgQX37zs7q^9|%l^!__{{3ZNDpfq;^-leq(G1{Byk z0T&y=)tf$4-|#JI?izkOKuG;p9}OEDQ~Ul(>ejams!R9i6>T0}f94tSe;?Kwv>*{g zy>7BC41sbbHSw!n0GKNJ=EIH~i_r|xs3kYFf=5q$4x6{0B_Duh1>MCM;T2ZUaGuWp zw;V?asec546z6VQL#ofcazk9|`e*_3IV|6z-Y;?s=JZ~dSe}+GDd6S(o*`Vz9d*D$Ig85s=qyG^U zQ%PM+{W`E2A3V+Z8;_dNJpZ205zw!Q&|td|uVONdar*CXn`C@_%!I zy2l4CT+O{nCSS9oxy-v-B}XpQ-Sx5zuVlcLHH5SD9lgDRmfjT_3^m>LkF+4&$vGv1 zwXrViBtH+2lT@vq`< zH6rk-tR$NUy?tR2C4|;-Zt3DuV_{(dY<4&}8ULNs5{R0bje64fvtTNv{9L5YL-Dfe zIm}?pk2If1V0C4RL#LGZ$(og9OuE!F?%7VhPLG44RECliQh^}f_ANehSaTfC$;$n9 zkc5I&58;!YY4?WTn;1YRJxTi^58oIzD)zsFCX)?R151#Tjq*D%TQH@hh+5L8`QNiI z!;HwI3B1)xH(CMfDnt_oyE=0nJ;=-YrwiI9*w-b_@*2!8*l zN zoWQPf4F_re@~eZq&5s_1FrVZ`QA#t*1wm%DC#kamO-ct3R)xc>b-M5`>=v1AKMD0~ zo*QZS9pigDpZm<$2y5ym%6L?2jwBZc7;+SM+!kX!O479$!JdBWj?C~djf>R2jO(qh zZu)XSMNL-rr(|)_3!94e=?;J2v)vct@c|2Uwoy1DfaH8JWgHUrV!v(*;row@2z!c} zW^eX&0@x}PVv&|}!||xuff4@o{Z_!uzOZ{aw~V+AeF47<&_y{#)Cd^}sTFZ;j;6A*Lvo!K$*s8cX@uJ|-~avvy@gO0TFMs4fBNiWq+E{-d`@o{ zRyhNrsYEB8-2!t4V!R(&AvG?!eA%#3==@oT`i154$f(gV6F&B(LG)16oEV$eLp-jp z(N0Y*8gUUB-;CzN?XGfEGDN^K7;;CxDj%!{s&+>a#|i{v(%+uk3G?!b5d3d=P7%+~ zN1lDIA&26>jPkLTroVZ(aTg2afqb$$@@cY95#ezyIk<`~2Q{@>MJU!9Se znLUIsc@vniKnjb9R*jtQIcCpEH#&_{XTaS#1J0{o%b>gnsJ+rghtUNEjL&)V?&?gt zL;S5E1ZXxN8*Ha~3xj6B1xdjwp|Uc#A*HN8)EE0)#lyLwC;T@>#n8J)V>Ijh|Iw?> zeuaV%WI>%RA&6(?m#^B`Qc&szTX?bPbG~;ag@#vSyeFecMS(k`-C-4vL`xOW(J*sB zhxjV%7th|bPH&ZiT%!0c5#pjR&_xl%+IIQr*A@)XyzQr#<+UC; z$g%{USh?B&zW5$*GKn^!2~&`bb27`V{GQ!xW#%7+CFXH^wZ%hF{smYJuXC($A)yLBU6tblpyoGQ8awkT78YXQiH!R&zeY25Acx&^4nIz&R0* za@z^6tTk9sAd4IZ`Wai@l%gOh$679MAg$g^v_oO8XhWb*3IZ(pS3U!Hm=zX3jmhJ` zUhdvbs(d-OGTXL2b@Qr>Q5ye#gB`uy)Fnb^6Bv_u5VDvc z$Xo$Fm45QrzwWcomp4jb_W01?EXw)QwGUTI^Mp z8CitHwMPH>guCtkdHck%U~9o~xux_i*C62R8|2rhE&gRla*MCB@zr`cyzT8+kYCY^ zH==_kx{wUdCsu72>8;JZ^*dEoTsCO1FI9W&Wjr0(Mw>E_4QI&E8tV>4FSDET>aZEm z#`84#ipt^&x*=uoqjYAe zf5ercz>B#CvfU8P31`y|GiACw$x_I)?!{S%-VpCy5BV=~LizYIb8;jTR@CAiZ}xwM zW!6Aq%`pa(u#sTE2%>$l-h4t;LSy^yOB*(@JS?TU{0kW7+Znq%Lx%|37fe8L?m~TD zdBi$Xd)I6$&D!YKe(b89>1ztVWn;P8bq?K~W0A^<+rIvo$&J3BD+3z3Yapbs9D74K zW2z|_J@plYbS%+r`t@vNo4dX;wvF&TGf%)kwxINCVw*_O&|^38owkf!W#bkHqk4wz zOLs?s!EW!ts$J#PNpI1uG50!&LxCHr;;baO#(a%F_n?{`p{cV1``e1c(v!*U5{^4; zT%YS_ha6jE4F8JTG+%HW0CThETaA_X*9>86VyA3prCCKHng<pF{!3jO>2&7#WFNw^k@e&XmqJhpHs&kc?xjoKD*7@YDcgnbCBKli zaTb?3#YJIO9n-#?#6UJ*wis|lo3M8gZ4G3%B;uRXU6|P;QJJ^F0_tcSy3$^Pwf>f@ zf&1Z#k%W2gt6Q1Zng_}fHZ%+0JZJ-V`g&w8?6NRtx5b<_dw=3m3Y8q9U%jST$Y>Eb z_(;9MKIWMGb|y{KwZQgAvdN9da8KbJ#nhl`xg-TS-IJLMR-b>b1{$w_la!4--dA6l z#^m+j6VgJH*c4!Xjb6^eihTFQ`J2m>woT2`ufH34t-`QB?CT^(wW&U}=j)L+&1 z#cygm`yQo+%N#ji6ClAhC_AnJcyI}sa{%W9zTWk*5gAx6B2szMcwd1|XXy3!Q!K-I zeo2AaOfj^7`pUp^A_YgkUi@_pTs5g`&_g}1Ah1^u07CvEdu^r|!KO?xilh zWv* z-i@eAwxM*={X|re9=NxH-Qk-sC+0*S*;_y|V$Zb&U%;;VqFh8~Bi*R-Utq))Oq@Z} zxY7HXibu0eCO?{-4}39)DqJ;(Z?tIK?uh-{Dmd8^tNi;eGu#Ajz0o$BZLQr*t^A7* z7+QRf)!gn4hxp*L4!zEqovy2<*=|YcF@AGf9X{E(N4pt#|J>|vN9sqn=R8MgLV`!G z#5}Kbxj&cPilVtu1f02#ZcD>_#kQ*Af(Nf!TZ&Kk0z^020?+5$U}H`&b1~}in+(@c z6B^{?I7loXK7WMy3VgQD2sYMHcAFVjjn5wUHe;&KEpW@<{UC1dq%uA{=5#64S?E^IABLl^vi$0YmQ?=$kVd~W~1*3ujWga!xPqiMtf zW3?LUsKpuWp-Pc^t0q{wRggMelf)!Nnq=tbX9-CxSwGHAlG_i}A%?p*S++0*Q5)># zSg7WmNYP2L`X%K*L8{q1=|--trb>94rkK#Va`EC5!bB4#y&dqcy5IcsVAS+iOAQsu z$D!IV7;#>1#KqYWNSmgB4+k7kTUDcx_jgJD7`Kd|y6H9ptFTlIuxtwj4Mw1xqkuj+ zTf8k_4Rk0wkj5QwHmd()+lu|iS`Dd;RPFLyP0m*Jq~)SWyPWJ{TqZu907WrZu5w@f zTJ4MZ)gS(58zHL77kAr&tA9uHxg$gUNvM#CV{}dkW$qE1LP+<-!4VoWC5DoXaNa~W z${M07A(6O_0Urcw6$i1TJtTo1zjJ|U$KL}*-WRDOVdO5d!1(-HOZ$=>)kr zN#*u=-k3LcV5ugqeUFWy*Z)>$-E>gGf11~c26$t4;*%DsBi|YE=9-0kVvZ14F}dq# zYk|H6VPE|NGUv~ywv&ATUS=Xqgswi7YR@3+pr!E21V<$99$a?k6WX$WqauU1TuvCdV!A#-y}}FJekZ9(pvnQ`t?T@ClGPC^*Ch@2SwYmKldsSuKni%E7 z_XQ;SQa3k2$*!+^6g_vU8g@BhmEwm^1>91N2GBxpgu?(iH>{RwUaX`tMLGPp0Oc`crJHFK=ubd@>Wo?LDc1ir`ZF{0U>5lBO>0U*;3}(j;@$McotQKc z-k=lq5wl)+e>IICcAec*~QpBD!fv(B_$9tXp{HARZu1IiH-) z!!!JjhqPT_Y+-Y#tkXWeQ}_^4eoM~=vbKL(YoQIAse|n%74b0f8U%}M9bj30G^uqM zbf|KB`DR6V;k|!H>>#?S+n;HbWhoUe?kxPYgjXW(t0{3f=A*F4vdBlw@6|3ZyLOd% zdFVoEBnNp-T+y!nwtiL?wP1y^cbSlfu~Eca_LSq?ew6lGw=Sy;4wTcG=P-A=Hy&Uc zgftzAC`ZAw&m&|||AivLN|K2R$i7`6vJRX`WL{_+T+B6K;SwO}uuz94$dR)C7M$wv&Dz02^ zwuUU793e|5Ff2p|_LG#{Zke5TT|OW60CS`BYC8Hke7VNxX7nl~oY8Ye_GE5c2fl#f$Y9^B7w$p)s30qpJh7Yr1(uIwt0ETd1lOft zQyEv`f>QI2pQjg~YPzwNj;AcrJXZ82p5&#erADmgAVT!HDhLbuZzT!v39lqEfHJY$ zl=t)Tj{B@pv6ANP8^Uq)1Xnn8U`K>`@3P-bC|Jgo=qHg$n*4IhaW7@^p&I?Dk=ulV zior=iqDDe~tk|Hl!t&!2$l#^}lO5Yqb|~^;O>{KHL+c6HQ!lW z8&C6>W;_&=WXSLJ6B5{A<(s}`aeu~m`FKXkG0NYNu6>JAB|%`-|Ehomi2pyQkpCPT zEe*p0Kk)Swgp#C{k0I~DzQGFq*OK8)PPWc5BtiEL{ngA&B>=EXG?XFA@^B89-q@<= zNhrI)M@P(|m%$Fu>en|ziZk^azKuyVx_b%Hw`PrxLj-?Tyg<}q{x%SxQfv$5LnFmR z!QuZw3bbXRg&>LhN1LmN8yh_l-_49h8DFuqIU;qJ3ZP5-TiGZksV4qs$!!1#QUmBr zzwHyBu@n_&xI`Jc|9Ojkc_<@yf&i|kngr;Ra2qxq{!-WyLx`e3v3X7h>~BHsSOP#> zPJi8SQ-jTCFi0H?E;9+=11j=Tt+u1&rB!pum;!)=+#~s8fC7tF>W)Xq#BGW;te(3w zBP4%gJ;}S5F%Hj>gsJT7_wBw^+k-63*@{f7l(erv?~fy$Rm@?RGH%K^(U(}l_VGCc zJpTO@27CfeJ}cgn*WKt;==-RW735==jyKr%ZW)fIYnb%_;~*2~gk&((XJ zeY;=0;NhtnWr)4OCXiBc0X6BCiz|l2Zs^iF9!gOuvC4cmlTC7^Oscs4UMW%h2Qh6Z zqMw*tHkuCL*&BE+RL8MPr%xkowIBRrW`ql1PgT9V(t2(nou|bh%RWSbiDJ==cGlf>+&5}3|1VRF1zg|6$ zd=EdXmU^NW*ZYd+@_x-Ey?^(ty)%`Vc%Tv_GDQWfR7%fAdZU-9BgCG~6vYU(|C3d2 zxist3^6jQ)S>2P4xwb((Ds|(Q1YnJ$L0IGL=YGgM>E&dkm_t`GH`63ATFpU1*(JZ5 zvsWI4YZ%K4=FWRhK_sA~=02)2&ZU!^ZfN#T?Kb3v9?XrtmTQhc;5h`C>^#W_TxOPU z8m%T7#r#ZKUg9oepz70820l^Nw^fhDk`Jk9cB;*y&%`H=bU1bra~j_kdZ4Ru%~gUh zR7%$|c{b2+PquU>7Y(bt_P3-C9Lx-F180W=+~o=m8;rgOVyh=rHOefP0POfGPW6pa z(h~0_8u_eq#zu5-=cDQ)gq}eTAmN5Yf;w~R#{BQssrfn9&XKhFgoPVtK6%O+-(w>U zBiON{QV+N9SYqrb2@;x5wuTOT50iho?=sE(x-s~g%!OH;!8rnIJ?MSiJgMqQO#<)g zqjtpI{=GtEzJM3fBe!8dRTrUo$qi-JwNCid&q?NR+W=h6wuNy(~Zml(}9ZY-iruU{)@;O)hi2)+;(jL|9DhF07A7J+4O z>TMhI+Z4y4cz~KjV3>pViC_q~YFbA{fk~^pWw;|{aA{=w^mBS!yNZF}Uoo%bGn5jT zNE=?1>@dF9_}+g2n>nnEGN+r#cwU{a^i767cZDRh{FF&y=IkM&{9ec6*B;i-YF=H& z;p>iu9iGXvj}YU&$hvxq)>pe}#Wl$!1~8=t`1R<{KLPoMd$xr3#TI700%dE6#^;Dr z5tV`)6i7b`WNpWG;pX*$;CU=CQ&1=T(X%dq7AplPcQC$WR*{w8V4C?rN#JQk{nL1S zrD%jBJ|m+%B=ruQKkQ`lK-RB_B^SgQAEO*3lOxEQ)5>SGnzq5TohG4# z35kkVaV(+l+euaRbUl3Y@Ea2= zt6uECDIE>6N#(l~gBz#Y2Ic#UDKW4NU1lI{q>0zRuqT+mPVL`Zt=JcaP=ArHIlJxo zqGn(vadPVhIjdE;_tA&88punwcP)%I-goF*9DJeQ4Ims?G=R)7l=~(>jo5p~Tytau zNq-=|y48lnjS*eJ*&!x0r26-fO4nAq3Kvh`FMq#v+=~sWEf11@lI~!Sk-Rq+_Pya;6_%EN1_9tIq5eS14MmF^niSmEhJZ4>vp>aG$^1MVwJ% zJ50U&y85xbhvvD=)j&DNnm}uZT`L9IG>IW%Lc-_rq#*A%?)m+jT;NXZ(Tw5oG4sE2 z0p1(Q1{1sODKQy(+0eqeazh1f-EUK?R8Az6m4Ynjpa&cQ;;3_d?S25fny@Q4NRXS3TD0*T9sDXA2XFF}dW9}v z?4zXV58?eanhJRpb`#Unn@j!w=w>AQCi-vpZOdYHsF#9079>re#lGxyLcj7j$@Rvn z%G*NZI0V(cxX5>O*5?@-D=#d3=A(21$6l>-1>O1{(Y{pYgJOr?!>5du4Yy{WwLg>e z3nD8OxFDfl8fPa*NBSLEM`2%(vbbt$C8l}gIWOC0yVTz>qNnpAXv~f{2b~WAq8Cf9 z$zA)HX-p;_^Ol2whroNfE3!l3S2Op)chX|G_W^YuIMTwOo>81Q$G4j1TKK^up?7Dg zN%~_i>TF*}N~~kpx{NZy4hgfjbCh~$(Vj31X zVdBZ^OyR(3pvM3mXsiTejg2s!6}HT*G(N6s;r`0{ z%E3J4jEWwyH!|!*pOIh+tm^-|O>bgkzMuLw-bd_~;3iF_agV_TZbxjj`rZ+VURFp$ za(L%a{}ec6k%G|O4lk}}a(41FS@)%OV#<%q*mP`k#t&W^ z7PARhi61?seQRxXAzHIhdJc`*32cooRbBhcAgft~`h4n)J)wS@-()SG`9b>WgunDO zx@R0w1MV~}Z8b2lf>pLpdd812d#aJ4kNMvElxz87fIq9yKsJYtA&fzd45=LzQ$;|= z6bwUxk&;8}@vm=*ndeD;!2efjrAw zx9pjcck*U&R4nholIx?FS0-WV8gOVpfWC|X#DER&f1{{PGm$9JDaL2FPteXoq?@rx zx!v~2ZPvYEdQ!AfG$prq}?wc$Ws=pFbs(>>|%+m-$>lU9bKvwYkq%#x$O=Dd@@`@(Cx1Fk?m z#r+0gr&XH8`Jd#uEWUtLRW*7Ha$rbp)$Pem7gi8m-PT}fPY_QwMsR-BmT~iu(^p0< zjffQMVzCSeSDHD9@~h$P4A5l!l>lQ;wU*NB6YX@b?1zuZ&y1Fgd))zW(wa0DiFD&_={r!VkA>$rI&=c|Nqf+ zmQhu8;TER5Lpr28r4dl1ySuwvLOK=cIv_3GE#2MSap>-D?&iDq{=grM;n1AXgOc5y|(ElVHHS1op9#O2Bj?eZ;~4 zNqe(9vLa>)=8q*pJV3YhV^(|anp3 z)Scgpk!2wvd@wn1B8TJU`KA7RvickK0}6BbBcBgD{kBkk#k)3euQ=056t;~;#>FLX z;7SzI(*<1EX$4B_regh#%dOaWuR zH(@-DwOg;Z!e0zXYiMLZKfRqo1~`s1Emg(Ni5&o2*2M6Fax5(j_!bp+#~&w89;RdC z%vdJ>S{!H71*?nQAzJckjY51kx@BcS<&^}isab_v^1)1EUaz!#yhk? zInti=PCa62+{RMN2Q;CiStnuYw5A0B6u#uc-)2BsgDfu@1IV$ddHJ=S_gfPe#?mPCQ@Y#l;8%|lwKainz71lg^MAuR3LL73AUpRU0az*n zrFPQBB(CX4^F{3=?6|Siq+HIx(%R%KQSOYZKLbS$Y8avYLMC#$r7j~O-s@kC6ia(> zPw;G7kHWOvh+IrUDx@gHTgz{5>9$+rYZ7X2!CyG$T=H2>lvA8C6 zn5~T#jlX|5v^-sj&1QRlH#VXE7b7M@^$(za76Lry?|Uan6gC(EE#ID|vc5xD%>c5G zEy*PoUUf7|mw(du@=<$o>#&I7 z(nD>K#bBiGBdeT2J)W#8ppo96&teZi@HXrtb!y z4rpi#-r@AO@inau4JTK-=U+rrQ~~R!r|P-AdA-_8Uu8n-72gMj}^*PDUoGCtESS&8cZOfCY4;uLmnduc`;iFqOdV=h8FxtK~P+Y`YX@vRRK`S~~g_geZ4?G?e1HiuF2Lb<0t5)6~s^N1eW|g1HZ%jfbEnx{kVeCfQgJ6 z97PG?lM+{i4+B$*Uu%h)ek6*RmA+{%{vKCj0O~)b@7^?HNtx_7sK~PE8l-nc8qGy# zsbHvJaUv_yZwa8lVM$5JiPuIZptE=b1cY~v zQSDT`^o;Mz<3=~Sa1WrZ42Twf)nwGFVH~miMenw%ueob$68?8w#=`sg1#_;N`k8_< zw#f!>>Q*<6x|(qVrso$n?a1dZ7-`un^pLX065I0Q9qb>DS`1mQJrA6~O{yQ1zet&F zbX9e1OZbCl7J>qF&D$WDNZ^mPEa@m+be3eOaf22W*$2%QR5ke-QHqFj+{kd%R2@n6 z?Y8?Phk9XV=Sab3F!@IM*WHq^7QS;HwG+E_MOE0}$6$T&A)me533)!-(aHW&$J({% z$ZFebExJ%sxBMjkshMcmdNm+rvim$1%&hrG74uwU9!u-9AN5DSXqjS@!=h}xKZGzh z>`Yjxs9dF(qB78O_MiHkAD5g(eflk?@A+?<)kbQM3y;k8jm&1M9yDu|4>YT&6>EN{ z#Go=rd6p?1l0KkZ`)JP>2sMshpCgH!=!@jd9qzd(-6b-?&m7o&lPZ|{^we5i>e*UL zT;`NGR1sDMv)29dQrVHN*itV8YE&jPJVtL!^aa7L_~=LZIWv1c7?H zW%E)vp&U3}=CibE}16J$B+1v9w$W zOTfFBoVf)~vAKXD$a{(AHL0n;w2z0Pn{~VN@r;RjmWzuJCZWhC0p9PaC1(aacau~O z`w72rY|soB0=Kv}xpYNaubq%{Hy48|vAT)L+6|szn*+$1kqd)LCxxUaA#n2_Qc9w% zF@4P|hA5LD1aKb~_UD8R-p_3GAm1B#C7M<}|V)mP#5zMD1MqmvKG zbei$9?$stm7FguxxJp`8wYYKu6#FG8c}Ggy?Z!{Wafc|%^8C!PY*lF#HSv!>fSl^Y zhmgHWZ_Om;68>(eF6u5_`8I&t_#TAR0Q^k0`}wT^!moQEF0B?U%OIvvu3H4pM%==r zSqahXe%5z=FkR=+1Ke3zKxN(l0NIdDal4y{2nn?f4U&}SPeOL|(w363()l}u8IT4` z<^kQ2LYGioA?rL|@b6x&Q=DV5ZTTmo6d6B5;e_8>w|H{mgfXsAlIld1Vw^vb@2-@Y z%q*T<4f~Koox_Ew$F--6++)-eRE?dqZo%k9U`a)jBw2i=CKXg0p|9;xpE?E{Jh`v7 zn@7RhXSVmS_j?2;Df}8Bc4IE)Pj!j3iCz!2&?CQx)b;Voo=KM=Rw^#>*{2ofW{=^% z&5r0DSa&{US4V#E&)=+6BJdNOXr#yo&m+BA86Y08%f;x{R5Z249WLwQ*b$ExSsc=7 zkxHT3e^Xcdh89)~qivvHa@q*s+GF=@I|teyh`SgegJ#$_a3j54g67w@%tQyJde1$_ zMH11cEfJT+5?!`B8CX@=|B$@0^k?es`Ys#vDcdu!i{?b+?L^Kr^2mL{MJbT<<{NC(&agDfZ@M*xYtx_+{rEjByd zDBa0pB64RvRy~l^CN5}BnU?U!H7G{=`Bemx|L~@`W=}Q;enS~gIk~B`Q}Vk(qN?H) zL)>IXBTV`Sj}ncFxr31>;AWVaiwQ#~n^QM-a&mff>5CvJRHm*s!`U-zQ;l%8^72)5 z1U1>SmZAf1^Wm&tLo&h)tn=k!OY-9ktOu#wG&FrH*f5LfN}(Y5k*@ARJ1(g$^t=S*Nh#keZ(pl7GB%Q3Sa>*z0eh zGyJpEt@3Um^s|N9Ukjh?X+O1yFer4~zJpa0QCcisbF+h$1plnvJ>pnWj9_>EE}2k7 zJS=J@QTQ{*EKl8+9-q8Fa4WBG9(sqc$T_QvrM^X#|B4>mqd39Gh=uFhCWLT#*Bgsn zP(@LK#_`lzpscp0jkupcdsj2#Lazs3Q1ME(dnT_cECYVoy|Yk4R6Xwf#FkLHYQW|# zcj?}kSdOfFgTv+=m3?lqsGmH@_Y8#+LSA7r0MpH%pkAZup{%vwo&1=tB~r3Hn?=`k zAGwmX8NVYh#**2)itI0;rq|>^Kk=lN!&GK+88k0T&BUy&vjVsB2+wBCc|PH_-d7Ru zSbTcEIROf`E!ghyqKg zWQCf+G4=)=Hcdq2G{p20{`jtY#B8>1`H1{CkO)8nt5e$+IBN+CBlBI5WyVKoxdOl; zR+%YD(bRKXa92iJ!hrI@<9bq}?oC=?gKJ`QdetrcgaFhkL!~nmujRFfLuvm3PbT%n z9UK%q7?0_8RQA);G(p|m3##ph?YJ(1QRa&<<=my-=93-lAr_1VC*X6r27qxN8dWOM zV+B4#>pePN&dr|1#vt!{1RSy!sAaOHXUj`vbMF}*_c+I+pZa_1WyJZ}DGn6-= z)W^q-rh=_C2Y2!-wI6>G_6S$>QT{qi7F^@mmCI8*;19(*Ooi;&sH+u$XcB_^)bs%# ztV7Z-z~Il+@AO3ShA$JYGM`SkFme&Z9V=K%%d( zVs3Kqba)ECaf1!klT3< zMyAKCPK4!~DKRWSUI=jge`VmlV6gPO-vOfU z)m@WsN4IbCZ&-eW@Xd8;!$-?|Ujc*w@HOZ2YDJ2pJYvechrcu(Tx)i(iE*hB!k3V2 z^`@e$LKMNWKE$hj!q>|poXBOQ<3I4FsR++cr008YkP`JJXB?`ePN9DpSqqQ1s#Is3 zten#I`z|-zDj;tjOKgy!irqMT85L%3E?%wm%`|bGr8q&<(-bie&Vt`|7@=1b5B`9i z9fqP%?z?t2_&Pa$mBYFcp`twE7y9PK+KUP7y=E!+vy2n=@8oZ*B_N}V(|BJD7(AVK zU6PlU@}l5Bem?JjT5sdyUER`qPMjq`ALkFM-#eB#soq%dpo2UcTL?GMAn6#)y*i_g zmzM5L^EvP^H;1x+W&glabTW8Qz~+Oewlw3pt%U9zXf{N>hQjoX64y70=?phqrrP!Z z%NCq}_!mU+e)lV8ckKM#Rvn_JvY?{;M2wV2!O+k{t_^i$h2IS$ukOdXW`2_Hg z^Yo$QkEB_4@~19=4zp( zA2CX{(W5?lcM)fBc^8A;l-%~3{lu$-L2G1No;wZS*Rin6#=Zn$V>a&xFf$gAj1 zTfh0H4$B{`i1n-Fux}kq(tkc&Eb3ur#ZRiMixtiMOI-(tR1Yf{Jt?zq z+YP?z$Pz2Gt}KxL2;Jnl{Ri9kM{dE_Vg6_LU2eBmC8~V0b;++B;tEUt^>2%z1{$Z` zBdG9fGIs4H?cnq(RE5_jH25f5O6HvXf&SV!L7&Ik#yy|^%6;9XzPv9~-1O>P253FO zJ>&zwpQ&)vG*7R;P;Eno!0>bLRzv%KaJAtgE?m=c+m^;CTu>f_)#ZqZhUheD9H9_t zMOP|Taqy8C^W6Ja*D|VWu8;AB+PxewOnq`#BL*hbGfG`o)oIK14w-AEJ9j`bXdhsM zD|~sL0Bmttx*RR<#=|)-{h%4QA4Vx4I;F3EAMgT+xW9=cG7Jd%LKQ97mpJ)b;N0qx z()sSde6-L#QT{^5>q?-K_6XzP@1_T(+DO2#il1yg`P4C%l7Fdm)0wbWv=FfhQThs( z{FI-q>FNs~7ezGLSahFrvt0z;w?N5i*(v#Uud18$GXM=`2>iFAR~$O>(_>OZxyiGy z{`t~DW{e3gsZ5EG{m0n8&lApZNg!1W=fUcKJ?`v8sdVm= zbhh1%Wp1v;=3XNF`D^J(auxlDf_TpJ$+Yx)uSwF<1sCF9MFa?l=hHgM+BE7X0s#(q zXTA6tPzDeXQ~pxlzNm)P)Ng4T3r&u)Qnu)wCSYc*a}*vIYSfc*%(hehl8DJ8oJ^j; zpB4FeIhC#$I}I$65REtO8%zU9gr4+~5Ij5geNi77H@1{tsCQST_9P++xg3X?>n#mJ zfNeY1n$Mjc33Zy%fR&b%88s+$dg}7Me+O7NCGb=zSYMGx2IFZ>-dA8aWt;D(90O&gk6>CwS!9X zMxp8>5{FqjNumGk(pZhVV!B#!=>7^RPX>op2AAXm$MlM!c^<_s&RadFXm0&`P%tZz zs*JU0zjV1@lW=ra|FZ#mU~__lIZSZTBCh0czZ^7flBzeyy-bv}irZVn>FCa)oIT7C zw|YOlr?v!@1`%!|?#vli>mUM*sF<<7I8F#_o%@oOzU*)Lt z+cR0)riMnbCFQS1sOn2DzBj5s-QrNLkW_}r@YQfsuOm3F@7W1&o!~lbg(GRK|C&?C z(*DMEMb|ldj%!Y}ziIE2;?O~=5#x$;|DDazBa+=_Fr~L9y~f9Y2ykO9L(BkP&ICa8NMO=Zekxh2G6_?+tX=^CCVT+0RgO&9>)O&s7MK#axef#F zI~#C{Z0hG9+!?-)R;{IJA3VQzJ&uj80#EpDTDP@Hcxv8gir<^qbMxEm(C~gNrPAYA z>@Lr3r@N|vy!!@I1I#hzan~y34?1^elh;6>pDPChadC0A-i&jg#jIX(=&T-ls5u3g zfAWy>r)rmt#i_N1rZLH(&;fi$`QKzUe`9SC4P%y?}flyXXK%DMtFrkE~jY_z9QB8VO(L{b^T5ap3TOE zDT*q$OX2hF<4*Tvg%qr=Qc3Nt#X)Hd6+w#DPvQ9RRS9f%-wjf`fE4gJXQus)acx(v zQSY#@M_T=G`qUNziwQ7pNd`DO)<@o$srV&~h5uR-%(m=9qy^wKFU;R?#Gq$M;DQOp za`}*@3ue8<)!gGl*?P{p86jVUKLtbFpm{)dhoSc;(5tv&kZO;=0MS4AJod!z20@ad z#7>XCXtHSiRDxNG!3VUD-mT06D-G1FcFUx`b(tsiJzx_K^S$5ryDcvy zZonmk2sC=@Nr@MWc4ZgyZ*D!gPyCy8Um_>}i6;oLG;hXD#8rELL--2)!sei(+ZHaf zS#qgWNl8ju4g1un`~K9uPhGRB<4))(Bd7PML6IO-X2#(@I}uRpy16R4ctC*ChW#6I zl#s(8nU8^LGQ}|Pk2%=}pyplZ#AU)^R>7>5VN@1aK<9744uluA;yeS>&d2z49A>(7 z(3%qc;JTn7H#fIBD^cbrE3ER?TWwu{&Ey3a87@2a(+jHT>{cZ$@J91KM1s81T<#tQ z_M^`mWbVnLiLVJ+>5(!R_M^r2%Q>;~>8*w-k&<_PMIJ`W({*RiPZ1C?f&{9 zF=LQ6a%U~t9y;^|N%wOfKHkhJVz9<1oD|P5u-39Z-Sxiq=kT<}xVf`4jnKl7_RsP!<_|4pEa@9@H&=@7TSj?#oaKdQufBW25>XD%NQTT~nevkK z3vq6*P%kDQuAMnKNS4~oz05!0lTk5qs<85nJ9oY`K{=dhh7aK; z2|OhcHIjgQ4Ct0B?dZ$xWF1em5v*452_&|h%qJ;0XN4>`REcr>0~Imu?JMoD-lxz{ zMy_`hvt*XY11Ofgn}5;$S-l|6W}t;EVV`ees*e9`=k-J^qm;h&Dnjl4DlV}??D*pl zu<87xcE(uGT zcPkR~SaoHeHOxv$Le@qs@s0lCRPF(BKmN%uq3I4@9Wv+@7zJD5%i)-&Jev6z?8v`b z4`v0@JKt1&d_BLq>P(_6s5*!#w&0726;q?GyzP(@eCvmEB@;lmGe`}2C42rIy=&Va zt3vOE*i?|1yvE`l{ysmhU1@4Mo0XK3}&yU^BMiz$->kaFH{Npv=88RCJ`0IU{T8$4>B)PeLJe1IyT%o24DJ= z&qn>A+QG20zBrP6Da}wGH0b7>JT)9b~@oZh7QgA zSw)4-`qwrBUFK?AbXjCaV;U6R$CwFW?FJo(HFJ@#MsKuM%ONLZcRyn5ChI|b6vm-fFsOJ^{APR9uhq{@LV~ zQ?|Hilp{F?Dh1ktjY#^`iw^XXi~7eXUoP|v$vLF)v!v7R%5l(UMO|1eZayt-C{VBA z?BuO;>`Oi_OqvWhnvw&(IV0l{<9!q~FwLRr}JJG%>lRY?cZjn1QU_Zuw2lK^Id^p{k7FMTfTV8t~ z;kL7BjNgDNi^J*8+i>@HN2gjx3T3Erw6q|@zOn+eL_MSp4TKB$)71X(<+(QHz{qob z#MJ^xrs=o+XH~-5a8-D+Wg|@u&)e>LWo=X^HogO2AU9 zf3Zfg)uK|n#EyA1Xy%q!F+0S_?9bN{!5fmGmut1VS*;f#P~;I2CX*nuyLvcEZ)8~s zITz*G&dPImzb?2K%UBw2LslB@UvEZV^ziN0sFlvSpKxiXyUeY1$acY%`_@z5Q|0H= z2>rOzt)n0aVT1Jk$!V(vM>(d)Xw$3ueuKibW$%_{pX{T7yF-ea=pURQNKAicT6iBraib8QzQ-%N*s|RPU zwrYiBbCI|pc=SI%0@wKktrj;JHa9mb0j0K!LM1XVf9l>HO?69W#Y$U1woO4H)-+>k z&p*4bK_a@5>c-P%r6E!2e}O&L&x+DR9PuPczM){df;F5MR9VzQpd?`6D@u+iM^v?j z{Wim&sI~ivtt7N=RD*xjeOeAcZRY= z(kq~kca7n32xKG&qP|`#Sq(GEIbvF=sHi;Jge$lGdvZcA9bdi~t}1kd8bp%ws-EHo zuO6;^MplJS9j`WoThFfBJaj+_F+cXY*(`ZUh7%dY7v0coD#ud2JOX*H7LVpQb5!64 zsM`N)o>yd=Yd}I^HUYN6J?WjcL&ab_Zk&cg`WyFdmz`K_b)sQ}4OBP?5;AV4&jNy$ znqC=P=Yx&REMp!)D+Hv({_st+eWNGEf5m1cgJB;ixjw5fG8b9eYB%E8TdTmLf3Juf zm=O6E0{d6xgrlL|hFNg7o|II1Z*8)Qzln#g1QgVtDL;!jaYgZI0KMccvnP!?BQ^K@ z{|XTVWK_{#Ke2wwMW~Hdq7Q{62DL}uePd=Uc7(vf#)kIuqqh;r9;XFEeJjP*MIP2Y zY-;`A@BJgGVw>Psow`6#L>H;yBud7~HiC*XE%oFizKojb@~Vl26{>=+QNYq0kMMM1q|trWA>K^zqdO-epUt{KCKhf;LuPC ze*UEu?BhUZ3m_h>j+klz{)qpmWzP|UfL`R7#_-0yV`MMjS3R^a3Z!o{cJdufJ`rx)Ngk00J|(+b%$DWZO0R7^lBt(H?ax&%BoDZyG)4Y!!^9zXyilg1~#Z#~v zT1DMj%Gw-sJ`>v9X7&_qySfQ`&VwM_+MA;@CS}GyhX92<$K?lI@x1WFi9#z%VrgDe z1nz9Jjd6JqM@HKPKuDp<6lCRrg%pEAO1XfH3ofr1Jzpl(%A#0Wf` z3vwt@9^iF`DblI$GKwEY;Fkj|`o)d32q8hQ7x@aAQPA*cSyt2e@4PK}bVS6-OujG3 z!@w`Hop**jwqqq~|GEGZ^FsYr{#PJN$atnuNweDYmuIa-kzzI!kVs(!tXPc((>-S? zJ8vq>HA*!nSFRvZiow5^VPr{RpI_J<4GGo@`aHjEgt}1#ojp5ZSKd>u&wS}d;(VZT zyo9LSGcdflD-Q645DsWsbu18EN!{78EATO$mMLhiv$;gN#S4$FOu5qm2{hs z9byFagq!urWXAF zW04i(&2~z@sj{iodpVl~!Yb{5naF+pNvJrito_5tQzm5@9TewCpKD0Q>szsoq)FU7oZb8M9gY=EPs366JC0} ztOxsc16%OuFF|ltHgXJH0G3Gmg(NX`4Ps|3MiVC>=&yaxD{3iyfYFDLWt}#1nVZ`>C z|Jwjc!QBjU95e<7Mz!KxGY(~pHzNQSATs*LIx77P%o!B~& zgC&tTYsRmC{jJl1ooI1;PJrZWpQ>$Q&DSXc23Z1H=2Zsy2>G{u9jD5SSy1KXor&eB^)0e@x zp|Ppr|9?SJ%~9h>^ALfy;4=5$5enc?9Mrav2Vr%(Rkq}foJb6<`f9HAwnknsD}8-x z{U!pTT<;+92>AmFG*O==8;1Z2%xhqxtECw{A=dVBx}>9{8|ZGkL%Fy2`29Az8GMbH z5n$#!IajW_8@qZH&`t``=LRQq03qA3c5X08y{2ltdn;>Y_U{3G7NMu8{fc0D66&f0 zX?;PyTVgxiB_OsYz(yFh+zX3t9;0v?yU>YRfbS|-H_JG2xLaq{h=J6_|3jRrq4+!p zMF{v4W`iGrGx>41Y1=K?xbSP&*ILC9s|@YcWqrS>^99>b7~fT7lW zxt`85>k`Va4gd*2hlY{VtH+zW0n4gV_nif0IT`E+29xl@bL349hbcA6W^dbYyVSfi#xE&6g zNW+<^Ry#>s=Qn>_@!K8U1D>7C!+eTMe2$#E zrq%9wO_xd+M6v;^Yev%--tWiB!?1%R39`>MH)IjoTu9lk+4p-*eu^}zZrXu58;r77 z_DC1KS}A>tmVcV&i`9mc#-d~hEwd>mxlcl%Ere{`g-y_A4rt|JfV_ggXW5rK!*~n* z3QAOr^oafK4{#E~_ZXd{f3lyES;-5(GhgZ4iMTW2Ja%<=k0!{3z4)bYn7M+hjC;dt zzUac71tmo>YLw567n6TTs7)$VFZ)C4z3uuu%-S9S()U87l!)p9$`;%F4=5RTKt`o? zJLowTX=G)g*}VeoP*gY-a7eY5cl!Z8j0_J3jdEgRW8>@UD}WGl@QGo6aqg1XhMohL z3lkI5tC42fLl_u+&STCr+NPUzdlLkt48gJ#QR~j>*W2q63wkKlZyYlw_mRWsh7MdU z_+8<{`E7BXr?0yy`eqTogSJnuexKvovXM%(4Q4H4h(Of`XqiZPL^;0Yk#F~-RHq(| zRv}|%Jo$t;lPnYQEd5fdOuG(~7%QUn@UzikXpxtu)U4e<$m27F;l`B1?uXA{Eg^$B zjr@z3>O;y*YB2pASrRK4dk!_}45-K5J{#(LC$*sMj{n%61HwRk(!CY#*Dm;`NZ^mw z0Bx|_=XK7_9~OG>SJg`lbDuN%ZA^$d!D|5M%>GRi{IGWMV*dL6w~vfTf%oA2-5`I@ zUEmqk6>!+C=1;vQ_st_g^SxJ|nJw-|8OeR$gC00p^Dmx(sJa99u=zf7SmR?^}-=SSLq8@1Ex9^qLPxn6hSWBl5}z1s^0prs}Dcct8!51hh6Wcox# zgl7Tm{ohmO$3G=uW+E>0uF)>DwAFj}wYawlw5WGkbXjy?TJT-2nhEqjnWlETC+}Un zY}c5y8v1&N9jN=?4cZuf-fY#e!_8zpb4#?oqmb!0+)EJ|S@uL?yaoOb4bz8uj#=L- z$q3cy@|angXPADiZ|6wL4vJVyetKQ4#k=Am>A0PK-Jh z?kCf?&dUu>Bcg7Oo#uf{Q_pkHOTKD7v*kYbka5Qjf5^ur7PV8HVW7yOqM|W$c-GJ5 zn^L66f{}*FNOi(nfhU6FPOw#kc{21=5y3nTF&i5LCPGPkAzhpLV4p;CLh*Kxw1|v) zpzb54iQ|bp9lmoV1&;7Sy-U`054OTOfM;Z!=z|c5r&ah~B-qi?_WEcOLBJ`Fe)>S< zNza0~jD%*`pjElL+ZRA~7MV%xuWc3F-s_XkiB4*9ausj2;z7)V_LGUs|2czby6m~k zB}M#x&}Z*C#XLP#hmhxpuwlpbWzKWVN^tyvm(lO_B&{#fPlqVFYRZH7s?K*>diaFr zmm7+38Q4{5YzQn}bLrlOmXEo2Rr=|5^a~qq;MjxC9tZOeeZf$oyRv7=+aE(2yJ_ui z8E$7|o?87E4mQIXAUA#a`MxvfA@EYe_-GTFFF)Ag_7fv(KBg}}nMA40R-a4Sm4!CV zm2+haXH0Q8O^YjEaIi#)D`lj#2FtA8YHD+f1nYP5X(X7ZO z=kGj2KT5$?sq;>Lg(!)|i2x|Yg)n<6!jAne-EVqm-0S=EQ_IsxlJH&GCm%cccB`G< zcEt9YG2jgOqchd@=iE%kGgA}&Za?ikdzQOpT(w$^4@;Z)&T%=`l!KS*eW&?Gn|y(z zp`G>+oGv}8oLX?NjNEXNt&bXJ^<#|e=K~j9IgMG(IcPrtf7WSx?j*D)n(GPk>}{2{ zRL@*M9;!9xTX{wtD#5!OXhFNXsi!`+sQ9eq2$3CV!H+V6rp`1xDp|`*RS4a`7e~Q2 z&-E0Z*4boCf%Hf>O19>*erQtd=Z+bB*J={zh`X#?U>e+6y>DizS^Tl>=!qooS=WMw zX&Z&;Cjd&=0CFMbIK_K$xzoOD>sK4?32dYKwufWmSn@vgYl*sdfj5{+H1!EFefojD zmcVI)=y>G^3u0-AWv+c~stWzcOV-w(1KFY*M}6Gu^9FvioOi(Mhf{@xzrN2_N{}wwhIE*tQ$jzTNXwxIYi9LZPZ$ zQE#*$QiONt&gXMFcH3tj4p&-|^sksP<04&UH{INkl~vHVJfes(~# z3#OARHiBYPLbzvh&YxOIB6^@Mfnvw9#6-Ki8A-ltx_TPdxj<7NiG^~Q6*(m!g};k8 z=!VTQ+7KPkt9+)zxD4H4HajH4i1gUr$tKTwcrtd-3Um00W{9k+bdE_hchSHC* zb6LM*t3u_c!Tfth^`3;*WM4yQz{W6#Y5ui}@O<^@d=<41d@vZQwu?ARW|s~%;zM$u zFMK}i7eTjD8$9z*6Nuy0(Z-5N9L5?SLCFF{2|ML<0iI)j$ISltu}z5S>6p0L zSwNrbu1z?nwXwiHVKj1DP<(~L_^@4p8}He97WDFhp+=#|2)+_nBLJqldEy8xlnthA zU5vpc(mTHa9Z6M7Eg~9?*WGCu$q~}+7mJ?SaIE7Hb?(0-RlrF1AG`5Ju3}JgCAZx= z9`3Ihz2=#J%gD8Wr2Tm#2|{4orYG&CH?srD^io{kI5OJen|LLnqXcFCM#e- zO+(KN77urEgc< zD|CaX#%_5|`m{7;gh`@p&jU*7{i(VA#>9QR<}cDNl7P;bS>edk0Qcwn8-P~8n&~vh zr|aOu|DxnSc6VSBjrj)boZ(x~>>TM4DS44@JH1{324Az;;@-~BXsmn!yA?naUzEy2 z>DG^SMKllioQO&6v@lrU+G>D2;#naZtItvfDz#l%6$9^d=7RSaO8(JJz=PB2GXA+> z`tkOp1cWf2#;5Wmx5o__aY#I8h)mHQVbXrLI%?9cYj)6@w`|uA&#pZ6i(Gt z`*TY8yI}`7qs|ttfe|XF@4XDy-~4^gh>&{teNcK$e3N3d^2dh%W8s;U4pVpx=6X8brd!zWtV zO?fxWmI=|ajK+bdl*x~lUPCTV&e0rdDp@n~vL@q)`cFPo5-k!O(3;qdmsiUg% z-BMU^vRJ{t1C*Qz=)HlSY{{J(6j<|O+C0wv447cLh#Xp+^i%o$UcG_LIFa@%u=f>e zC^}jB6EYm^Hn+#QVGHmk;Ll1aF!FQV>_L2ACdr&8v@OW7E#2K7OvvZA+~8A&S&biqvF_gye_9nxvP%@z(%PSSfLE@Op)!~FZ+9UvRpv<;FMDx=a>Qq>N`&ZGDP$%nKG30 z0Jy!r;L~x9W|M1?zW4ybU2SkK?l@py4Flv!4XcErhfOa7;T*~tNb z#-#RcTJ|_BDj2gL7k(2gZ-4blVAh!v>~^VSjk)XQl+27F%J=?SGKks^&6xpB6Akq~ zq`k-DZ5+QBqGcS2e^TqrFLD{jk8K;jqECU=-Plze|LBX1p-osg168;{Os6J>=$ik7 zL|d0bn>XkT2E_4fV4azi)F+yr8EdTTkSc)kTN-W~bBrQ>H{;9D^Vj=1?sEJ9_@?Fe*^4ii+mh|sp;vu%_d+Y zf|b?zOH@HPXbbEe^wXyN%Y%k~sGk*=hby~Iz5OgUnyc;^!@}G2M}cJy7D^zhEAJsv zai!{!N27CRw|2rEv_gP~SMZei{K(o_rrqOpAz*api_OrU8sS0 z7arnIg~v(vFlgW_H5XCkRtx~rClz=Uvz=Enk<{3}*B&DgLn%&hi(>mh$>r{pojB|` zBJgd1dKjt*NUw=JlHtvjALYRL!+sMvu>O2fsO>LoX2~v6#q0abi$*H=voEq$qK)dM85Y!=tfZO(!>?-w0KH;YmPiijAlChH6Kv&5+dC(wB~KJY`U6Y- zMx1AFpYws9IywTZm?I(uFzArY+gHcNwGg+gOc)t34#+F%f1q3`Yti+#WEV1c<0}r; z=yf^CX@%iqF`FB3m3Os zq@H1QqDj~08?1yC9#Y1(@Y_Q)T1yA@R&CZGViFNN1rz71&;Gvtc+iWo{0ZO!4Qc#NMwbhiOvPr zyj^0VHk@CFYxHQ{56C}PeD}t!=V>94z=}?L(RXB3-JUS|4Br^|LrPkqt3B+sHy$~o zhbOhIGn+FEgAgMeD}dUO|K!u_+6|BRC`m|BbHOH6j<6TL%>%c<+e#MJgz~Mj5s%pr zj;_ln*Afrm9by^7+ru7N*~s?Pc^VEV7kC=HwD^3W+4qA4i0xdmtXDyX=-yG@uS`ES zh_jis$qUWpa!=NRwr6cdROhR07dc20zF`C-8<9r>VBmRRee!jCOjnVEV(!(HjzzRP zQgTJT$Bx0UaKQ92d$!}bUTx0{Nisskp!h;L&s?O0DBvf9v}Fmz%qgttE~V(CbKG!O zDjH-0(;wO-tXgBnZra^QFr?_L8;7$;cR-(8cpRMsZ;`OWnjmm-LcbrcWERW@ z_T}gPSzflYyNpq&=$HSY>a63c?6znv(hW*C0)li(cS%ZjN_TgsK?z8AN=P@--Q6Ia z(%o>^{=Re0z4vcK_V3;AT5GO3$9RTYui~N6&=x|mF(H~3e=|fnole)?wd&) zWe)<^o>6AMrSVf=o6~V<nPX&F`OK9lP5!X`P-)h=M ztVrBBquUZHDnDu~$w7XQW7t^x4w-Zoy6Rp~Ag#=sy zC)J|E*+*89!v%hWcHv88*i@JN4z{;%-|FkfuC1*th{Qexbcra@{Dqlj!AeZ3sQ92$ zIVJ1DP-!fU0n-kL*TBmU%kyQ};~ti%lSl)ONYjpn`aJOU%GcAjNX?#!Q!U*916o?S z8?U&97tjIH5pJ)>uxGEo?i|&^d3}hC4z5o>pjAdkWY|& zB59aH!rth*>{izYo4iCYCMcv|}B&{At(I!hZ=N;qeOK=;7rt9X}tT zHa;$)>iQiO2_iS@o_1ope|mb|IP!6YO;`KXj(WzU_e1&W*h`zj+duioW3D2LMCT(m z`wz-yL|jg7Lx<~yiaDW?^!EVbm?<4c%Ok>-GwcXDsA$C1B2Gt34Y#fmGZW=a@fq4< zg8E`&!6UKb!^oY{6p|O0kpvtAvJDto!8n^dl>h`eYMzk>YFg883JMzAAP3f=aHTt2 z#Qsksg2fcZUXdOZgXX9F#z@!01&c5ZP}BE(K^n1Qn8n*YhqFIt5=!!vK0#vnh_xgff`nb&>eenGcH}I$MIqvB zPYQSk$Y_`r4)e{v+`%xLYeBPb#XR0&5ilmDHF>dKQ67v-OKT;W)QN2fOj?w@w_2e; z5NKF@kg$i>;i1aE^oT8l8I6$SBv`BnwA){wU0Y2G@|5E8(ZT6TpxgJg&d#FbjdMk^ z+L+x=bc;-BY`Hw$uL=1{XV8W(L1e~E%t-okn(9%B^)J_TA&oI}SyQ?9C!DU&RB`dY zq8_S$vF{0<*Dl&ls%1J)@EP}E9BQ-i0;^o_KT@RgC4&}R z(i#nfbL@y;RsdxJkw^!X{t@QJl&svQC@WQ#3&r}0F!71#WNW&ujN-@18IHY3gwsP1 ziivT{R(8wJz*qqm2D;G$dnvAjKy`Dp>Sw`D!L7$I|KHo-%?BMw;2nP%AU*O58naI1 z8ew8&E(|R7pP*8_u+vh6Kj|<2Q8mT3+G==Mlqp-kQ_=)9Tv!BJDo+*X=*Gq-1xP>K zu#wJCJDQ-+%P(_Z!NAlBiK9JYepB9PdWWy^D&z72CFA;mDC6?xSKDHpPiuE41F3|x zDbh=CR4P5;OyrQwA>)g(dD0dAN1sTKo%%wnhoWnB8bYm^p}mQ(k&zOhtb-WFAUYz5 zKE=7qUdyFKuUSi5-%-=u7PASTJaX(=*4JLhX|)aN2d%0!6FD`on9mGM7rhNgKfutIvviM~1#C&~)i}-HxVk`UA;y`o?o4D?kXwzjrbES4hOPi1>VF z)0{#}rc_<2N*0#Zop~$O)wz|9&q@Z{GHuJC%jQwMxolB;Y6+JIe@S`sWaFeiQ2Wzh&+lC0!aN4Q4h?b** zQ|zO?Kk32@;GXDOl2b9f?%zx58)EHIeh?IW^m)r6O1u-M_-8-URTdHE#zW7A2C`Gn zd3qPuHV(Pn{(6OUmAbHj9i0$HtFmPO?ic%sN2d_aqvaLd#ruL8vTFK8B_>=uo&1Vg z+L6(_m}7}QeT@jG=)zkuaSk?zR!&2Jwjfjj#Y6U;H*>vADNow7P#4^vFD6iEKkUx3 za&A$Ta2DDxRhdPhJ;V~Kh?QzqNzhGb*I0&p$1r;LIxZg&?xOTceL-u-=;mbY4)1O~ zcOnLqaY}R+$?t87uG6v{FToY78<2>K>+D(|uMRwd4>8~?Kx35`VkBt-bdiO?b0DIb zj5cR5F#&V1ixrur@}@eP&H&m)yo#d{d3+Mz6= z@tm_Dv3k`9;{UJ%h4w@*#F5|*BAzR(=PRq!`Y(w4@(w)S8H6Ak{xKkoRVRKIU*JY3 zGd(&K43m2-=&v06B(#)bx85gHMs{?`2`R?yb*86tr;9HgaC6#>Vf?gEkO9);q5)js zE&g3$LpH!oNG{qBSKRXc7sEMnBqppBj~amkI2ZvGOA#FriN!+tCOiXEhm*iJjWn3I4Ds!Tu1)udqz7UYZKJ zUZL?nRI^1+ho&zb^b;29^K@0g7eE_YTNt>wsNUVlZ@H0PY)Q^akMX2u;3AbPfe;cp z&{wpkTBF|@sF4|mP8anmfc3@^*Lp4m0LvJ5VXiSr@FHzh8?y}eLQk$wXKi1nVh4HS zYOFL&fBO|us@j;XqrrWyJqp3$*aXxA01JOme;$*{#rUUBKtr-{Oo{EKqcnoB)}X1V zQlf*!VS^*7U#@`&CdOLm=A}vCTQm6x>19?IB;ZA3tGVVJFRGJoGW)M!D zl@zCnOCC{BT*#3`_XfDT8;}Le?659Y5)6q;9*q}#bO&pxY$5pqG+Ab(Wsz<#9Ogmr zPgSe%TCDUFM84pYWl%n3j!E~La$W)YW{Q{>SwNQg&_^keI^l|xOa>;Szff`7#oGcYXYsEWUG9J~6K;T$Bk;gJ zW=`poW1;(Aqfppl02(^Mz>r8=Bcn9?ebyqyKtIF-Wm~M;(nD3=Wh3b?Lplp z$8$!!*fRQ#7w+H`=bst^j&V=Bndzku^f__3V*6y)C-|xG0*icvBY){P#iy7{@CgB} zOKT?V;kE_XXBSpdc~mRV5_mgG$4G|QC+pZu*`8vTVM=O%p>Sr~a%+l0%%gIjNW^KI zx_oo(4+UKv_a-6IX~Q6RKxW6v_31v@s2p)ZiQ}W8QG^TQNt%EFnhW zb^u|k37%1odML+krDcIOcz{&qreZmEiC!`!)i7x*{|n;?m&zaB(?2k&cZZxeakQ|c z@zK+0#UGE@_#KwLyZjymxfrvTD~|N8X5<1_-`?12;5-F3yXzd~dW+<3eD!HdJ`Pxs zc)7s?{rvmojUi3>g`ZHl?O6E1 zpJhe~_0a)^V$2gpp%xQEasK4<{H~V4NrKR50;;$v`7cJqL7hA3`z&wz!|-OH;N#wv z2;X3UKAvO%H!vFZyg+F~`@{A-HbL{Oo~^3O9Fv{_U4^wy^KmIDDL^7(415eyY!EXc zzS!xX`Iv2yl#g(VJdX58fXTsJdHO;2fD?0gfL*k}ufPn}3l{pE51=I$kfL!CFJPrI zqJen{dkbWd1_HIX2orMMDhIC}4pw5>?;{>!%v8*QjrH{t&^F(HFh`ZjNCf%Zy-ckS z+0P?ivFX&z#i;h{ADZT>_`264Ym>=c;U;|-SK^X=>x2jJ%f)XRmk zD)bwD;6k8(LcnvwF86AAh4e#5xSN836}Ji1+Xa=mrEWkp?{nPykwLr4BqVuSB523- zM1ExK#Ohs?vKP)ou;Hn&;R`5Btth)}a0TX#J@0bYW6DdbMv$)@Z%zyWyQd9Y)`b9c zp}m6OPp}6aIF=Z{DNK8`E}W{W&?_oRlI|#JBHuyFj!Mri?q21L^W`_x%D-Ov%*9?C zMfOY<3>%td)m@4=X@QcDnjX3r^mAh}J!8G6k@F2Lmoy!B8n$10pbVoqm6SO7qoQLW zXGl4NcCER|HY6i*nbn5&^=B0PY~t9-n2E}7&Y?){pa?U%I+$;C;&ngCyi&gf?R*R5 z(It9De9hE$XFQE>v#&9;;GpDHN_8}!)2R}x zHZ~?RL4}|4X&t{btExpN=cNO#<%Pe@B#Nx9o}W}xRj6kzALmlZTvR&Hf{Ua~-=yjv zUN$#0xp%`;f$gjbj<~_8(bt_$?rKLWXR3cKRugzLb9|Hy-2+0t7vWlZ2d*5yjI;$v zsh1DzLtp59%{jiiO8AsQSzf~g$`p1wxu!VbXz8d~+tR}`A;e?n$G~5%Tog)mQzvBT zQ%<0J!NoU(R~<vyQ>^5t=jJAi8 zJo`N^|4!HVNoxg~e*UJWrSI4iHC7qq%ibWH8lQ!7BPzZHTH@hgU1Wi={2dpqa^Xp? zNc`A(%wV4dwn!dz+3Y6(`dCof{6<&GtQ;KJ#=6Po#3&;?J-$KxU0i1EVL;p`Bk!++ z#KXAAb+Gp+rBD#0(edU=@SjbJ&k0N8KGx7sDy)yl7(33~I{Zz`shg;SMk%5~MVuj& z$6|(1UOZ@_hKif$4Yt?h{k&_Dz|B;1V;lC>m~~24!C4BU!bQFk_K39!?@PPd0AkT8 z1klk~?J%i8mF8@_bSdkdw8`k9<`-vHz!p^tAA2>~O{LS5P@#|m0}Cx!9R{N5)rJ2c&m5O% znj+tAF7ZuT5Vg7y+no6Y!b$4ccb8_+gMggmD9N)~qVSNG+Ca*WJ@KPz(tiy;I_&YP zI25#XbSr2jB3fBzg#-1KXK@9@n%aKU^`yzJPTb`;uoVf_7wk5~G@GaiJ}4jujtPI~ zmA#fmt?eHzJDr(B`oys}F(RN*>sz#ltEDb*HD{#7Ek#9@6T1SaVj%1ccSOPgRg_$lz^;1PB#`j1F z6OBvJH>M0EWLGg->tNvLU2$k6Ll_wo?|XWL{X)x7j}DCr>u{q3eC zG={A)zT$wl>q};_q35HoP~A>|S{+pMH0pDrPW*@yT^)2IAEL869*w9Q$E~bd1Llm& z41iVbhUt1oEFf>mH|D=;nDqUxzT5S1C8V1UHwB3N6}ZKymv!{$=HMA_#SBvgRpgf) z2N~P}?EMr3DC~cPJ6xm2jvi@u0=<|JaHX{oYb*_uO0;(czRe0Yg*@>{qp1dZ z0fs`cg#M+YFV!DN$F4{+|1|f^oEm1{BMXI?`U_HPpDV^UV%|ahL*Xm-+2z#x2fy?g zxLm-Qp#v8O^J)1IU*jmA>X!jJz1=&fSrKtl$ov)D2UFhR0{ec<&#iW#)U1A%VMPDA zf+Io~y=d1;48%D6((&|#lfi+VKx1+r63lM>8UMDrJVp}{u;KMm^{1&&lKg=>&__DZ&8_u|0G{%X7DNWV zw3RBqlkx1taP;qU7JL-~+oUqt)!k38&lNwhVxX72!{?*sbZ#SsWnf$U1ATGN#Jnn+ zIcp`<8Bj!y#@ce7xgG-p1M>x42))fU)P(6D`e^6kmb?WNY=ZD${sCq%>~$wxdStGN zzZH}9lDLP3Al4GY;83c85J|_@2F_V3BWgVNA|5__8hV0%LgNw7j}|A&hfkkYMd5dT zS#3|)XMD%FiF+3TpyhAwB6%;)PCH`wV_L`%b}$+y*>tLxlH#B!iQ%u9pmAD|z5Sq1 z_Tt)b`GLM4X66|MxDIov2wSK}y9mDxhdjgj)?+5R^Oidk*;`YOX{5>I8TsNQCjI5y z*F_c6eQF8fCZ~h)I{19_74Jd`IK)y=5NI8LKDz&2+S@qU*4Pb{F}(N#X0Dd-i-6@Y zDUv~kg}sX#qF7)xT|~u}+d(CY{1NV^P(4bZ6yRG5zHi3YdU47>oV*?xN(&lN{<&HV z(^`IYh{^4YAcBXlk9y^ErqH;Ec<-n6R{6om*^kEz7sieGUxF7PJ+&*azDO;39s%MlI484ci}bqVZ-6`YlSvwBq!6KnmDyR?FVE z#!xxzR`lAhK9dMdWXm9b>YcZg{{f+CzH##m4U6I3n{?b)A!AVFNR*eBF-w%E8;rdV zVDN(m7cq$;IJif2b9MwUo{rFYjEE4Rr>lJt`UvMtY;)6=`-+VLkwy{6+=-gmn?Ru$ z9z*tdw&7vhqzja6-3sl{%*@z9R|r=C*17XP=M@G;ym@*6ak0C9IZ#afXfVSt?9tO0 z&5L+PnWWjL5R?Yw6yLMpQgM;*RTO8CMIaBE8|e?V{q1#WgM7Q4W59Up=Kj>Hzyn@ug(Eau9|ff2y^2r+OK)EDUij%J`=f}w)f5Zm(ZA;&W1?P zOu~f^eqFZ)YdUT`teF^9rX_r)>qnzv-#kq2rY{gXHq#t3bZ@o!c*lRL@3sGUS`@Rz z5WBj%62T$D{MQJy&d%`itNaGt2*seOhRDui3k2^gCkz|e_aONr1+K4VJ z^MlW}midm4ZwYd%z=weG?gMdPlh{9ggt}tlhSe4KRf4A;N}|3Aybf=xw&M6V3`80IJyIwP&hKd3kW>nE9~W>TBQ zv?;L$)UPKTfa5ecC-wJ3z|b7N5n!s9o#K2!qs;Vd6o&t6|3Z>_ZV((5l=kVv3d=gJ zzRi7UByC{Rg$PSF0RMUpAgCZ8^6~j_b3#l}ZvkmA#n&Fj%g_h1Ca_3=8-e_?8H3sU zqfqxZOS00Q`+IaU<;y5s=$up%LEryABbztMmko%Y18kmOIO##Pv_jov^PU`%8T3@O zZ3|9!&e_3iaMwa>TnL;@GPLD-1@I$BAgrTgD_0c{(2xyJ zd^(>6I9wgJhwu;nc%2^U2X}}z#2RS>$XV|{AD-5{As&QIGZgL;#YZpADPW5&jvAT6 zb~)9bK0J(65k0@9qS8I%Uf%4B&;Jt;@W$LdFf)^^*;@zVRR@dbyJH<#Mb#`J)b+wX zC2g|m&?7$>aLsCjaS?R{s1Q0rK$8Sor_tw*x!j(fd5wnxi7PG%CB743`S&)I;0l_o z*TNT?7L!VzD_t^{k@9M5C)_b}<}rIRg`WwS?$mV^$dmZxpB1}PmUDv_W43W$MnAQ& zm8W64iC>9;diwW2_4FYay<@XSJOU0ZGoU;}rhC9@F4`YMbqa!GlO;D%;yy!Kx)7=0 zBkS0)!S&G}7D#i-cqjryKD`ER)u|DMTWxh+7i@vY3*{1_VMHwgpyhZ0T=o*c{!+by zs<#931DY&vUmWLwz6hi=Jx~ENX$B}SYl)Xv?%;KVIr#T=JT2Dd3f$)u@{d8Tx8`$M ze9u;6KUJnr3jQC~e@Fil=<`n-@fVD`#d zngUtT{9r`R?kq6^$)&e%c-JoU#d_d^t;J1KT8?Z7)(;kYI3 zGm;Y}P=rkl_}N?lznU}b)eJ>D3fQSbkX|$$Ha0d@RmJ5h(g*`xFvm%gd`qTP+7yB~XyaF7ZvZ;*X(zg1CXh4o@Rw1|^IZWcvKY8(o**(=Ey@8M!lbar)hf}PKCAQ?r-s3h&OnE%m6UO2V&8AN7^R0S%~?zyoFw~QYb(<5`3^?i*Mw7@8a3T8C ztd3}5kM;LOa15j-+4?W+m1C|KV{FpJ*JNYK|K76%n9uQ7faJXsyoi@IXKvshhk^22m#!4tPIs^edmB{rvRCKP z_mTIteSMW-XFJYZ)6Fps0!$b?!vCQJeDGo73z#mpfHjrSAyRs8_g)zpEiGT$F&I>; z6plYpQ+YDsSR|*vuw+d0U#KP(Efg939t!4LRl1m{@uxiuuq2+IK`a;}LZCAuHt2G{F)RalgC-Vb-i?% zL$wK!m~W5H0_h5@0MXy6!kkA<(AI0+5ueDrO1TGb4(~AmqL0bMnG*m=%vD>&CjI5E z{}GVi6WFYge_3h0q^Gf5ncD8FvC<76*<7AJc$OAMQ6M4LY|=$44nmPkE!zzcb|X_LQt6AMD|W2DB$y)&KWfoca>x&!(>;F_HAH zgu1HJWEVL47dB^-F}DwxA9a-06v5mWIh*3_225bmhf_|7jwXv@zYQO#6syV6Nf{X# zIRH5n8;4t}-z0I6pH>J6r5^<^NubNO0h^hu_3-I-6ZNy-$VlI_#eQRG!H#J?K>GXb zgKy=Ma}zEbEDJdYm(bS!6iIq$uHxcqEITW|xokdxq4OXs_jKtzbL@m;t65b@x3Af7 zPTGC-4N2!KrK1_6hR^ICMO%7^#1DJh3qudF8gU+j$k%-7gDrKV?1AU99x7>dFK9H; zK<&4{WTK}qj*n$~Q#_PjxB9C7Z={P}IWFxu0lT@uf97D?(dq}E9nC;q;4uGjrzGkS z<9)QIr6ujFSFezMRc9iy)(kYD`r|8n9{&d(zjpNd_`ULIh0DI0jcz|wHxSMSpb_&V zuA~MLql8@nJN<0$MBrJxw(WQZd(geTVSg4fmH}y5U6YAK+mC% z?~Vu}8N^9@NFSeY3Y1o$MZ?2S3kWHYTdB24aqSr}*Q1AzCy&Z`3Ea~kwBwY%T54uF zX7pC3CiPTqqhxORjqpT9pq_6z1S2V@4;uY?NJ1aw_c+^}&#MbR8gcSKVUY76igS3_ zbo3#kN!+!Du4>aq-v zQ=(*>a{~86zJ&WG_>K*C#NwgrA@)brT=v57IiDsAiBP;bUTEoJoK*FG>KHr6}5iJ0ww@F3=knr(M- zw+XiJ*1z=v-cy5`TeYX5LCa!yl=Dry%4SM>((TdnM8Vb#my_6?@*#JWvY>0@nwloK zW!%YM?^hb#mVde&&+xM_EmI55%bie@^J`jv#=bC*X-^ULK@oW^mThPX-4Av*M0 z>Rd4#gL3$X)z9kC_!dG^95f}9$mTpSG%HgG*|FJog`!p{Rx%_qA!ZsDnZ1J&V`(NC zFBi=U-~^(i&Mu5Ib&N6>&xM*>irC`&8Pz*|zdgRVCv6v)gRhDj7H|bFMHAeCaC)Z! zwm=_yZ=?R0(!fVSYCRotH@&L?89f2`K^1mK1tkoc-6hZc67yoXSKQ4Qx9^xBgXg%= zYH#ny%h~Z3AFuNiCwqgoo+FSZJT} zG|lz`;BvlQAFr%{MGp;!GA6*}K@5=~BzX$xv^)V_@xFo3MMJ-%CyT=xhIn~p6B9e6=>yZc@(7F3diJ}Kd+VKHj zbL((5$h2AomEBZa(&z?IkWY0`GgKEa8}tr2no!G`l&bC(PHl0V>CwZs*Uah_m!-+< zXl_?4nfRi(b~$eOM{f1+1Jc=VJ=4*%9k%sHHt>#|uh%$zhlnuw&9{75C+@*HeCg3N zO2A>62|DWw>v5Q?hzXC%{q0t(%{&PdK|&SQz~ya+bnJ{SWJ2l}`}8r1={PM=3KZYt z<%XjCnHl_EwJoC)c{2M>9wc!)!QgcU*5Y4j?o|(sZpWqPn;a)ejwgdjbON~B-2rsZ zrt@civRsHV5C@a4rFQzj!x&3r9}L|Z_S&&KbJx;$cprM*Uug_xn&5odz2EdtHj$vh z=1spn-`V%t;i!0GwcG9ujmGKohV!oV?y;uPG==nQkvwKp^>EM42(a&)d<8}!eadH? z3@;s>RJHJv^h72Gf6cm*(1g+PqN*kLXTA|7N3aE^=G~CRiv-QuzJs}0(olbS8o6xMqx;DJ&WZPH_uh&vc`tG(5?zuK&Q%ZA>< z+4K{Y@cr)BS9ez?{M+YiU8o*F`rxA7u~Fh^>^l^;)poyW$Lc3D-g_0$3x3aMnK~oH z6G`M^Hey7E`rY zt$V4#$>qLxf5)r$cy6Rhmj=ibY$@D{Q3`tY*Evp_SATcae!cFyPCmqqTBF1+i+YOC z{5-#WLcH;K+H6E{52yEfuvk0{r%}#0qupx94h5f8Y-e)DXqXMFpyu;@{Fq0J%f}{C zxMuBgg8;qLHnU#G&HGL-Gww>XDuK#~r1v(-E!4~R*y=i2`#6gtPwzRee$x{I8@~~0 zf9-dl*OQw1bIVSy$%pu5owSnigg)xvl(XT7M-|!IqAS1tO8q_S$YIB2Hv9Yw<{kGL zcLlIoU+&M&Zgo7R9+MxZne@1QeZ<2qYI1E1TdS!|TeT}kUp?PpTWhY8eTQ}CIrnsS zcT03DdqZ;SQJKyUgb{ZFKp{~78tA~^ah?(zFH&2m*)t`+9#u`C*g2ue%^E_nrpU2#i#a8Q%!<@t1l!cNh9rN^IDJYluf zASK-PMd|(0hu1o2_g(|T2T?HhnMCcUm@e=@ic)H9zrNP_*$N-D?grAPrtNiBY3cbR z={85+WHsf!vR-WqFqLl4bUcFydD+IjKjcQc(UpLH9ignMuS-FZ2NsbGMbh< z1J)bvT~njBvke0VFOI(S9-kO(g6D0aaOj=(Ab8x}rH)NI#qZUrk>s+ia}Q1fVH$fg z0{#0-OJ~#}a#dG_;f7PUAmvSuj-#)8J7bcC^4<;@uN`@3u`OWvL%-1=;i=Fl^sm_# z46O^v@=PPIIaQ=%u2G_4zf+k~l=6M2;33sb6vurO+$su73Xhb_d>M`Pb~w%hlWur{ zdOpf&nRkOkG#8T-0RzZdFHAn; zU{`<1%tI~VM~M2_5rZDF!i!Fez`&R|a-S7~y0)77l9a)ao{q|lD|1sq23f`;4tL~Q z#)|wCs`<@clgY=bK86TpzkN+OIRN)yZB!Xy%d<_j-OXG``LHwZ~E3`oqv6<^8eNed&jP z{?@ka)kf;IleAN)4f0}QQzYF7tt+4PZ|ulBM!zl&?sLf?fBsCmYNF~GUZuc))${VZ z#~pi&dfB)I<-G%?7eNVg+P&)j~=jXgO!Gifz1nFiQgX=3IR@0u2Y)@3VPD>NzkbGj*ENJ@7HBTq ze*f-^lD|w3eI?yTT_}d-0t5hYKt(BWWDxgo=q7gIVXF7$xM8hm+&rMt)g2Q_8T`;N z^+V11qIb~M5GX_zNRL1XGR%hJmsc(Fvzx2rtwlherkR#k)vvvxz}J%1zYKrJ6N08% zRV~^M3Q5AQ9&IWDZJ%+(Do_1IO1#_y7Sc!mzr8_!r^Vy{?!q!+GXG2q7&WW0^ZeoLNbEt4th zGu@^cyYp%KP#&low7yc;+pFf2Q+=nfkDdNycLscPX2%oJG3Hz%%9O zYE8>pc@Ot0Q&}19X|F3|5#;V=#lfoROgOYwz4-x!!^O4ZpAO}8qdoKt1PkMY3^WaV zlOFz~WDG=2YzoNGcPB)5qq%_>pi9a7`(TprLD(Mg9W)Wbl}HE|w9%Mk#;P6>KEBqi zy=?Q21F5$^aMXpx3O?o5k~)0qfFUB}M60li5^sFPOstnFYdZFprzu}4#@8s_`%H>> z?hDihyrGbpHP8g>Xue(!`%L2b;p0HLKt*#Fsj9D_j)C&%KHs{mwJ| z@_oQZ+xDOeeK+T`Us6}yO;y5!|AP`}VCDB&X%!0Thg-%ukrpLuf2#bd9L6~aG8yr= zx+tU5A@UtpM97Dw+CMH*g|#K6@!G8J5XAt&BTm6H@dB{K%iL$`_S-^grf=W>(hHsH znl$|e5RCh&UvNO!92vJJ(;WPkJb~-iB@4lSXL7=8W)C-~?hmKEHQ1OG@iAadu^s?V zG6wC7wwac-9y8wDfReT|A^mkmPQ};}k@MV;UCFF|Ds|k|gAw}WDUmJUk7w0V-nBm8 z3-XV-T}g^>K|!A?vY}C8?{+MANB-F-uU!xUP4G8Z*+O zRrk}mmC=LL4dInQG3kj&nec*L6`BBUD3eNA{)C7zsp+(b@X`fHX|V!}`ED zWW=Xd8~jwg&x1q9?A^N(Rex)3)HEMZSGPfmAF?VDQGMxp*67kln|aBsJ2KW<`fsQC z%_Y0NaWiJF*&SP3e5=32EL4CcipZ9+9`mmJFr!d+hqx~`&;~G%eR8Ujd}fa|KVoi;}c$<+xb0mR(6%xY$=V;vkyY4vLyUp znghE#adC@~-8`W%2`yn(GV}yLTp0OCFnZCSrJ^M{M~0Kwmt~X#^~_)wep+g~E{$;& zzro`s3Q5V-o>Q!_KO^jRZ{FciB=aD?{vFr4T$0}`GhERdaU!Qw zRGtsjgY8AgGtOjH4$<}->F%wro>gv68XRK+VhKUt18*$i^}`!CJ(zy#fD5t9&+`%m z*Q%1YXc6m?cZ{%Hui>rLSo^;*1&9_0#Fzy9ReuRB0ON~?M5IxQHq5$+|FbsKgC)ve z0m43zm?hYQ6@vs&VY4`k#;eQ1wO=ZP=E>5${`$YEwkJ`$$(SX_Z##wd$8vHFFq(v6 z>4(27T3XJ6uGJkE_QP>rT=>O}CU8-%rtx+py(BL4_8pOVbW*i@#Tx1PU|D&d;s(SF zwzyElF>!s&>GazjNMkO{3}JL>;WQJFc7R#)?u~Ws1)Lq0YS6`3^a|Y*|KC z=apuQk)Te#M8-&^&f&y~^0CT?*tecaZ!9hejQ>hSG-ZibVSkXp2tI%3=|~+HQ?w$_ zgZAroSwZNju3~`z>UAl!ns1&&{Ap;-)`UZwx=(<`$D+WwBIv!$%QT^tI@O>06AA`u zmZIc}TPbp;VBRq}aNhzuRX@O&zY38*)Y`3->ZT!HiMUCxYtI6x!2cbpt0;V6e-9!P zzv4Jn3t%{Y?r_Dywzk|b3*cltR@u1=4kp{UL1e4*J~g-i(LbDr9(_2GeiAF-IG;#egAcN05j~pUd%L4qT>!+xw;^yb3 zjXodre)m-OjS$Me>@!fsaLhOFPb+GblXy#3K{gWcdv*}GW@1?%*nD}VPF8m2NKFH8r}`2LPN=b{^e*AZCN?1P%$r1 zaXKoFn%l$jf%Li2E;>l4@OI^`cS z3TqirtQYelD*mGrtVf|`>Jm(S98&`3Ak&32xjtgXX_O-6pJUqP zMUzh~EO!rMSBK#N!UAc9qKG`?!zrCiv`X6AEK#XvBQC|-xB`qP7F{3KqNAgE)^7mK zaCoXI%dQfLx|N>!Z5G&xHRw5KKumR90_dcOgK3tFmW~dQ9soAzxczbAnZpaZYC7pa z_H2lyGw^?*elPd>EELJ6mgQCI+QbPWl9>JD-NLsNTXI$;=0YLT7H2Ic1YBr%Kd0@X zabZ$Y&s}mIKziI=sG$RK_UA9P2b@km(EWytWkI@KC+Plp&#W&`V!dl%JEbY#`$*=R zLvEx{=)TORtw5}gCk*22S zAU4PDD(mSkgK?9eVJnZ4+ zX0I9!%D7k+5yuVx_@Gx>*2_SM%4NU$0?gKfPB(h3dgu8*OOG@-?X1VC>x~D^*V-&v znwSAm&V`-Qtp}(=*XPYLrWXN%rbhKGd~+Bs(@d`pQl&R!ai}N_I@ZWYYTMUY=9MtT z&X!5`j5j?Zjk^ThaJ^>4L3=RAUn$cU3@6}_*6xfAgmcKzY5%gO;$6$EOEUH8U^pb~8H2d@P zNw#|k?Yd-`nu7toV=auSr48H+3KLu=W41vzy%&InJ_G)lBrnC!%Gj~wz!@G$w_Q!` z%$=6pBl7Z^I>S2de207Y=l8c)fnKMmC{s^Nbj@ryEFbwIU+I>LD5NbQ{L)3v0-T?_^xulNRUd0c zrD>@z47!jrUqUR2oys5iLqKocXm29#24XUprrIAdisH|Yi~jT5jdPSae#7Ua9bRiq zO3*CTC7sWMb$c|UY~>v2owexRmNot@LXLN__qfZIinRyo4+}vHkc}{nlRUJel+_*e zPhehEx_em7^cD&OQ&0+ffSm>&$o7zwuucUl?nE~>F9|?w+~QwL;#6xfnZJNx;)%EVB`+CYvFSC< z*%l=lAb1QfPyB)atrCq{5b&&ff#@}u@JQ>RCx#dKudk3jsxuV1!1u$?v9~(SAbyK)B-$p4bB^tw##b~#YH2yd7=X zmRJx>Uc>@UPO_JtkVJA;Vs)P^d}XC(aV6gD6O6YD2gtr$-F?4N|6;nVhM+VUS=ICw zn*;ie{Wl_wZm%o^76;THSXS&QhPpc%GGOfPn9OeR2{LwX_}AS7?e7o~iKi_u>K*-G4FRItG<5V*Qe1@>v(dxtZ!SNsr22)`!SR(PzKKk<} zA)bGy-jy)ph-*DrFV!nDX_o0UunOGmQm|dFXGSqF%DB~CLOoheXu3ChUJm_OM;;8c zeE}#ql(CeIZwv>px>~MyygNh`uTFavS#cAP0PkYr^@~y>u8L=~bgbuk%0y_GcHXtB z>_PN9Jo+!#6pOtxCE8YgUEHWRdcLYpf1%mN}|VKsfYka@p&c z|Bx+7?K(=}&OH4L?vb1|lkiV0#L}w0dwR`@Zi7m6^{}qwKYsvisvX@c9MT zM?jO+n9Ae4n|Y6^2OTt7!DQBOdIQlK3AzoX6vMek@Fi5jV!NXFcb(7G#i@JLS&zTW z>x7Q3S+}~e&48oqfqp6~`87unnJ?<_wh{l+wRPZex<>&HCv?kcN*qQ7DRmVn-h3(7 z>70AN>GqB{inINY(SUyLM=uP$hFQfmr(r{k%S^JcR3QxvZ#iC-%`0BT)x!Z`=$`jf ze&>zmNxhCavVE>8*HUiG54J#k2O!WH&etONq0*L(@T)>KzM$A?B^rz#{dzsZYLv-; z*YdVn;P=@89gEMMGsp?tYWLaxnBnit)af~1?_fmS6lH6QcM$AXrT3~a+7Q1=eyk|L zWVk|9Nhv0N<%a(Dpx!aa2J0GMG2KGvw*A3_C<7T<>NHuCvk|}$_M!i*DM+kxC^DKZ z6J?a6O+$jc1>>O?1=4$2jR^bvL-^undmeyWJa6Cb)2D1S*{;*qTe34YcWJqVurs*6 zyF`i;Dd^C7q z0Q_Lj%P4J!zkVWU3IDz&WHLAIy6 z`EvUE>*F#%NQ!aeko#jAuiMOQ|J?|fZ_!h<$TYd>aUQ3+tbu@s@uxF)n_uuvI5W80 z{bxpLpPDy$i3kac_wl2Q(sF7z2V<{?Dowc0Jy`wXA?{G;7cASOW=l;TPP){$jI5cI z$FY~;*F8I3R<#4sF1tXtH#Xb-Fc*K~6%U^w1%NQVJ=Sa*bxDGQ;Wn?YHAz%Howa!U zAL72l9n1IqKYOpp-V#ZO%*T!>LXqs0U3T`$ESZsvcH`Oo#*R(4Rzi><>g|AX9XF&`h}*C>9(cuNEvfCBF&nQn(?~| zGfRs0| z7I0rwhs^D(>WrtwfNLyA3Pq%eXZu3)2kRs-fsEr=xz-T?#>+(C z7Cuv`ZEiEo@0RfC>_+W(IhszG=z>iS0eHOVl$eK;-fq}7e^@6`xBcj>+5$$ireDpz zntD&8I(H6yw&`}V8=YIjF`JE3Ue zv5!~E`nNwmajl?p;k^mtq_znE3km$G#w^yki(x4gDWN-#=d0evQOO>VZh4<49!6`# z&pb1>P#SiS0)LjuH|A81Pg%V_Y4oJa&a88iq*qJg1u5t~B4Lp>AX=`^dgF6|zc=B4 zcQ1zZ;d&Ddx%ctfyy(IX9PUrqlIrvF$>-+gFjC0yu4)y3O5qQl!yLPL#Nh*kh}|i6 z6wX~E$8>*;F){8VAi;Il>>#ds$!^mGA8IpGW~+~+d78yi=WAm^)b`$L5eo1px5!b9 zU0`mJyV5tD{fxEIlXHCGT-c$G731);%|;BmU*{sQ##Rce)W~iUJP!@QCruSoHmSH4 zjwQt0urtDc?RhN4M?b79zsJ3?`Ra zvb>fXt$!45Njvjl0Wn-)~gP?+9xux1W#>gY(x6P3p!E`jZmIJcB9U zI6;byHvtYlN(n*0n>svuRs;kFuI`z0F)h!0pI&xz@) zK=tzTyK=R~W=38vswRkueMdaQ1q$A$@VI0}`_6r@j&FALb-bFw(vi43cJI=r*v}l{ zusLUnvr9YE-o-VWjPorkQ|{wBq$h?yxi(%A;sFU^&UuSA`%}%PWGvAN+4E4d<{fvY zYA&Ca>Vw2;H6xntU(N#ju~;7icH?)$T1vd!7{?yB(|5*oha;4NodeYaMxB;JPc2pr zIr)k}LjL+=Q*pha?iJ&+K~yu)Qv}2J+mGs<=37n@Y!!Rwor}IbLQhHQc1H{~ub2Yc z%pHCU5Fa*w>V9Xge0$W5u_JM=)pG&)gAq;y+%{y--|W{G z!!~FI@AMj3EXAXQEg(CX4!F*D?{!o#x*Mu4I1Hj{JuT={_;)OfV3U7yKVsZ11)*gf z)r%zCT&Uo2^qQ~6 zjV0SaGjx}%qvyVFKce60YoGLQ*N7$AS#aQGN$!wncLD-e_71JBwz!~7Sx_~fZGlW@ z%22Z>e4R*IX};;Yk<1EFM-)Oe*^rEDx01$FBh}fE8MA@iWx-qMxe?aJ#CwJlrun87 z3-Ka|b@Wp6$~LHL@&;uCPV+>&3gHOV#mfpXSH3w7L-#?UkE_-pSFC;4w2bbNPoWys zZi(S>T@$l6f7u=pw)+On{5AoalVi?flJwfTu4wdU)US=;?OxydzCZ#>0qbFbxP6AE z1aH?c+4|WwZtuyj+{cZS;+1IQS}MZtrNj0YR{vb~s+13=8YjYQ)naw5t*uk^vA35e z;71nM}f%aX+AxvlgpN%&@@?VQNtZ7eLUgoITjVq zvNOvcf7y->P#|p-3%!&SKurfr_rWOE^!vKQApzE(BB5%ngQSFyRY7!jjgkZ8FTTa* zCCb|<I;&jk9F^&`tUXg{d&ZmrS|WMtnm*&-z6~hS7@pX1a%^!IG>d5T zOza7KudnabZ)cBG+e;hB*P8_~()OV-PBR@wUS6S!3pBHR>8K}$_x86zA?NPIXKYdH zz;gpGIcp=K{cA7OD^~4aw`WQDPZ1WlihXfSu(=ZF;&6-Gd&t2`Anvt8#(gQS$lTKD znmN19H{c;LF02&(dmcmXklSpjD*8v$km@;h{)WZH5k#w4^w(G5@l`qM)&JxF*O}QT zP%zN~RzYVk@hUsze4X^-3Mi!fzxFH;e((pP%mp5Fa>**r5Jhhh24;J#;^@z>%EDNW zO<%^^0+I|KyV|5NB$nvbv-W7pMM8f8bVmiRC1>~4lZQTsoHfVmsIR6Iqn2j3<}Mjx zU8C*JI^uW1VU9!5U6!=XpuaOGl-7*l_KxQm{VXhNHcmWt{MI*Hp!^p;BPcQE|IO7p z5c)S@`oA!f7zclN*r~mJz1%BAwRYLAyVmhb>@~tYwh)gYN}Uh%CmnAUn}1|Li`t?p z#ZswkJjnwv;@cQ4!LPf6`W|g!8HdHv*NS-pwyUAp)w^r;InN;aw#|ox(cMzDVb|+%?mcf+wO+CNNzI{c;Ib2Kcg+ji+s%Rg! z9C_e4`C*HYn`ebeZSv#5Dy+Sp#>A3~P2$s^xu&jkWY7x*hkQiIuisa5dv4R5jNH+Sdj@F=cXrXGf47+x%r z%ILoOfDOYlgv|QN;X25lmKMJ6$1(gV+tdBF2>Y~aV&Od#h~#luy0bgh;D zZWYDJn83qFJp%6)#qQS{_~W`2#3`wXtoF5}kL*23XMs=)f%HercLaFOA;|9(*& zSN+*f{s)Byez-5SbOc%T-Q3EDh%ZU8yB3~O9Jq@KxW{<-HTdaG_?CLbiuR5QW>WPm zlh#f;W67(7c+w&`JbVCQ)gKW`dmR*k%nf7i`|0t1==c)Gf1uFZ`;$>BJs5S~8o}e` z4jBg~pXl^FgQsj|s7x(wI3Qc`5MTy{U?(g;;is&rPcE1;%0%?r(C{%>$et(FLGrrw z=eio6`nE-4?lhlE{DW~m5;N_tY=E5X4x6l_{}bN(lTI!K6*ru9Zu6PMY~|9+w%nD? zYkxB9e5lW(=a_SlSwi!V7#=iluYi*KKRUv{SZ%HbIT6Ki8o9dxiC2~%qFU228YNq) z;tpR6+D)vtWxK~z@T{`MCQbK$8`_S%?*k4fzuO54;@j=XCjdRA>9&Jv6V^|Q}~ z{=}mW6PEs>D$?6_Ygdhr39r+GK<5O*{xMC@3GP&Ti=Sh-pP;i}S0pAA%Q>F1d;FhS zz=VJo(e*=#V?lsOS z`G2+F>@YK4-^1WeBJ0rik{Th4lN!nLKPn3z|`3$PZZ{@dYO{IEF#-5NtiX}ig4aLzZ;}5s5A)ZLqTt#OzpHE3+>_|(i zXcl*Qdc0`KjpPU(J>kCpiL*xu-S>+vb-+Hg=|l72I&$6x6{b1-BcIoIiaA^xb8!tEvXo4Q}k z3uk6Lr*y{iM6w?2Jx=%wz>j8!nAio8%^Am0%tAty* zv%Ks&j$8pP|3nY-536WtQ30>n^dE)De|cxSd^7>#UhsR%!aIG zIsIikw5I&_n`70<-*`pyc&Tk9wO7AkID68yP(984Q7^9zA5kzVTG;GKy3pus!@53R@R$7CY@wU3n$`rrha9|H6#1oxJ`-G;={_b8FejJEgMQ1ef zaNm4rRN{_qu!;T8cC@7 z8MYgeJGMMYBn(qd*>h=3#%Y{OTBADgW0fnyaq8>G$;S&5Mp? z*W_UKJs6d?fZGF8ag+#aFXpaykTE~;a37HB5yyb`L?n+=xt2L?*nWHV*4Fnq49lf5 zlNQpgZs0nys%g1Rk?#TY0rsn$Yl*LSLYh=9t=%R|-*k@TOZ>hwN%5yY13Vsn6v&3b1y zgKqxVWok-}5uDinT*a?Hg!?QZ&ooPL*YCWUUxC+2-j*lxgTha60U$?U>e^m?rP>IL zsc~0Ez+&d_A##WQ4(Nkr08QF_QlS|W=idP*O;h%rL_|KinCKso36Y+6;ycpSn=d_D zc;{xV>qx6l&C(ok-$Bfy_Bfpak=ePeS1ce_bJs0<&P7UYQEyI|TddyQezjxx|@fbJgxU_MqOJLZ)UQ&wK&#c^NRH_BcF% zDOUCeK`TYMtobG#^@RufB6dH+QhbhX{h|KIcD&cdm9m)Yk8}UF5g+wOMI7meRwm<- z4|Qne^-GQYIAE~PdYPi`{dm*IB-U9~zqzi)jQ1Sxh*iCb;}0dlZ6bF73;!d&Y3BPb z^q`b>$_MF+?%$h)%jN5`b0W>#4!?MNxrWK&mO2FWj(;iClq(m}z~hN`tYsIA%HpCn zz-6M3gJ6Tdd!A=g$ORYx`Tf3r!$Exa`AU)FGV?{oJ2z!tvtS0CMn%U*+zBO}+1MX4 z9$I$GOx`*XJd-&)z*33jl>>(i2biw1LdNsSJY#{(?+5M^&O@NlA)%G=sXh#UI<*Z( zk1vd2uHI^<_O+hzzfU^ z7+}@afAAg*@xHE2JgFjTjm`@FYu=$Vgq)wh+S4HyIpJU9gT)6!iF0as6#g9$4oNTJ zvT6y3R2^L%OovypzJkNLG&&;Tp>2Q2ZJw*%-re8v@5S%$><4{J;h*>VLg#QS^(`=o zI_~*8VLIb}0O<9kAKbL2Te@Vt7ZI|)c^xnODg_yYA zuABz%_}UpgfALzwIObw|Rbtv?M^ETul2zH-d&E#?L3_S-YOo%apkx5koz$G@Ykq zt!GcZWR-1pleuTuAxLHS z8dVbd3;4(`anHD1rpi+`dyQKso!f8Dz;X6{TwOM38(%XZvshgk<2jcKnUXd&G@if4WLgm1{6)1RioB`>>`@vBvzK`|AUag~lv!1KHk&(*F^; zw%y*=^32pb=`@{MvqaD$_RnvWraONAL#pj00b)S6q6GF~3^d*I!@0Q8oJZinouGG; zDsU&Q5a<@-Jj?gq^lq)h-(ThzamV?B+o{~4Fo%2Ba-@pq($^~boX9yA+E?G7D8D-Q z`#}B1#oU<(sv{Y3u{6XlD{1g>rTZB3$n5`|?kDDn??90Ka@L%d zaUrBaLd2{Go%qTHj*woNOINR#D1El@+=dyL)vpMZZ%ZJSGRTA8~>S~8UC_V ze#X04<~nnY5oM3-gHa=P;bD=lpaGBfQT&$bdG+ka8%HMM^XMHH%;N#OdsZHKI=2lh zRNBXle`}~*TjJ%me=Yw_2 zRW59M;i3-P#~V=x8|;|{lc{CSVp86?)6LaEH(>l9cHs75mMZYEV)pwT;_98DhT8rX zzdLVy1Fj(KLZ%YG=aYy5Q}86Q))SomRa_@G{BjRoja@>BFQ?rjh+zP*Bk4Z5yPEw~ z-e)K?gSyu!D+N|yz1s6Ge!u$@T)4}_+TUJzDnkI^$dECp_)Ew z{{&0n^4j=RR6@XZc&Ede7Y5VjCvB6Lh&XvjTbS-|9+xR2J~!rSk+@J^h|b$k~(rU;rUnJ{|l@=r7Md(M^qF zt%+k0we43)eHKuX7r#%+@IO2o)!0%*yF>j@;-j65FQ@LMhKgxZXs_W#K z|NJF&KmH4`Pc(6Cee##TzTc@?Hgw6%nVH@A#$h$^#FUe!^Sl8$pJ%V8?`emhFr{y) zf^ad3=Eh4+mbMXj9ziU5-|w2f4Nv`Ymzy0O>*kP$L##Pnm1~&j0Y}By{V00~BJ&_^ z7TlaSw!X)K{ZA`m^mP}U0d)&Cfult}jL-V06>AMFFSNi*q_94f&!Hl#w-8}O2kY|=1oZ;Zb9`imp4i7 zV`-+0U#<3zVeMXhiG6|PYUm&&1{ znr+N6W&t4S?=_sBo-R$1{-=WudsIL5;b+L-jxI=EE;fg-Fes!H0)ap7so$jnrjK@h zaWD@HF3Up};TMhu#(r%Ua$n6AmdN|9jc|W0_r2+16U+$Yx_HrY;Rw=7n}L4i9M}V$ z;bQKDlf1O;xY&g5?ouBf@Z|)%_teBJqv6>ttu*_4mf)T0T>5B`b(MD~Fyzia>qS02 zY^C=HQ|ChnB2vnkeU_{L zIJ?nvc_1FB2DovN!FGh*vXiWj^)`Gku}*tT+_1i093M)d)|jVhRQig=b2ZcST;)$a zmZ-S~J`GzBe+VF=f)Q_dL}Qoot1yYPrJR(R?XLZ+t($(} zzI_F~Xq~jqPjH$VpHPm)(!JI8!m;>V4_@|8v7;P!@4*2^o<-@j^uq(vEG{}i^*S4b zeaUFjcF+6x*Fngx;a>wjyfM1xe^guz=lK-2!9xUlb&HtFbWzOkWU8Fy535W}2tiZr z-S0oPUW{^UexB9EF;_?+UmM$gk)xj>{{bHx`wB)M(UHMms712-O@5MZ>y;}-5a$xc zETwlvxFV(+97_&>a=(R~JUO#n8f;dI=#Hm*ZzgxdQ0B@bX&xo~vFZ3Y$_`2EMqVdg zzi93j8@JO10sD1X=aVvd2!WQui<@*IZ6{MGDn?r!V?x`yXcVV$cncJw zkD%s)eQ@Emuax{Jze_)-6YGVF#@C9yuB>bL(cNPw|E$-Px)A)L{IJP|cFz&@`}kY7 zrPqDVm@vYdvPIt>e5WqnvB+$MHj4p?%d2yT+CBs}x+%nCr=#iFJ$&GpJUC7|giF!` z(|Ms?`SMjSm|Daab#GdN?&$~)K9Red=$4BW3aeSKuq#~3!X~8oy zWc^E62YG(hKDUoMuY;WzhjHW-__UR#oLq{=*{>C(p=LGdppVs4L^5zZ@8hb&7E=iRpF@k~2c@nnF<5cq8Pg%4RM z9y|=^#jS0o z9KjWgT1G?ij+pU~?l zJ~P`dL6=vm5Kpqd_WTF-EH!m?_%;*tKmO1aUWgxO)J`m1mb@ysw9w1Njc>MIfd>r4 z2Bla{f+ie2gV;hWCm&)cUNbM{zIdfAo}Hf3(JpikcF)u`Nwd@!imydyagqkI2dn`)~|j5XK8yn0~dNqN)uRWxw*SwJo0t4!uD?9+*P^g z)t6>`()N&?Y?LOCleb}eDb+w+VbTFFeWP0QilFxm`PW(4t-Qka+o53!!}lMg{rcDf~D=FuecQxg6qDA}e1ZAaou<(4rk&wiOlAHVf9W<-TyNMu9 z*V~)4p1*i#whnD%elzjU=zAig8U-b#4AZvg`Q&{zVR?Hx=yq;GZ-Cg&4Ht>RmNsMt z4TiCMX#KE{m<}OzQ}_oB-A-^et@2FcG?RVH!@b|x7hJQ#7gOmYkX~3t9Tk9^*8iG~ zduJ+u``L!nW@wmyq$E*V`LFzCFMI5sEw)D8VEL_JniJ^NQvRi$cE z_zW)I{!oPsY3#!kVHx>>Vx9Xy{qq%n8;y1A-b}z3nN!WbzoWsn-$lY$%83bu9#hQG zEhhFPVm4CY=}cyIuEAQ)*~(a(VDHbE=+OnbZiF~yC}qqJe+u^4XNvJQrK;Ea+&`(? zf-nE6VW{+X{xIR<5%0ai)AKonhv&=Z4O8o6YZzBAhM8c00XwBr*a2cK_Zt5D>|AL6 zX?>snYU-3A_&*2W5K$wjV9!DiNFWhQH6g{KfW92{&=L=_*RiqL9pFDYxN})EdlA5@ zdJV$PgBh{{!%8gxNBm#q35``gV#-!KY8$4oZiq%vQc@xhpIGzgSI;j1hBSfl`I_gR z^kp4&-7;jsmeJt;AeYJ5Ynbc!C%EM=#>?`u{zRX9 z8c-9&H$}nHk~@M4HNPE_5EYdsN@qEu4lFIc{po_*&i3|t03YstesW)bne}-j`n^-Z zUOiuEV%3VoRc%(Q%Z9neC4r#H289Wj2`o^Ut)HEfcKm=Xk&%1>q;)JW&Z z^8+aQ9A`8aR%eGtKBKPhUmTKQrfJXU8NUAn?eD z?m!n+uW3XRE;In5(T$RMCKqqOc}5DmCaAgbn@ppf4I26qJzHMC0P3C5?u1 zUVpJ7|5Zj426`ZLgAL3M7s3iqUP+${Hxr7(Gc)WR!t81*r9mh08)B;38_lWt41yOI zEkTntsaoOGxR7N`121+N7P)9vEf&QUj^i0GWI_5~E6*P);dht)nN}yiu_TJx4VqZi zG5=SSP)z&Fc8)Xu`~{`+-aW7uw=2eo;slF2o1#j;7NH+`(`0@6s?0D$$J>GR0Jn*J z4tW`EqYz;3BY$zM_%S4-tSSEIuZE#pY&a2LK*=QV<>AU#8PBLSIRPaQ`t7=CP8BE6 z63+p>-9uZWh^)&O{Pe#L9}nzecf|1zoxMa<%WxzF`~}htkxqUy`k$TRKQ@+s$4}*| zq9P)HVXYEcJThjgoMw@Kt@}Z&TxGb;J~t4=ju{|YMr9+-Y+_!e<*7ry*DqE|rv zYSk|5C_G?BG_#(Y z%kA*QT8M&zg1y}H+)bt!2!S1L7T8Y3CMZhT+_bl{z-FUCehb8RwEL3EpCN4tR5UF4 zf6-CI5Y#9qetJ1LGH`yv=?U*J5yKvAJ<7k$5c+ZPoecq;2u`P|51`0t{QH2+;()Y8JhTd?l^?GP;F_ZW)<3wC_X zZdPytdZ?GLCc|9lJ3oQkha`7^u^W|~Z0o~OPD%KBRSSZT?U3m8?%49>1j33Ney2dw zlmiT^Csht>tHO+ucOM?2N8s*S4ukKe{Wl~%#h1jz=>R`d1fKI}OnJuKF|6YOK%A}e zAMk}cE20{16+#$8+}`=wn% zmt-bkxZ)+bn>k0%b?h}HP;`-o*pVMktzPNSkG(!jWbtrhu&9P;uhs>veWw@HFdb-Z z{B=u<@>v&PtU{X{l)#Q(Xa-BRIQStERvDg%zc&HguBXTi_;*TdcFmvUW0hA{Ph1_M z0gB`Q12!~#`#(5mi5aMmvQkmL1eBMMBfs(y`8d(aF-U869bbS?iHi3Zg4kooXL`{s zeM}5z<6y^a?0xyVs53iI8-0u;5M0jY?JmU|bS>k*lPJ;z!6&n^E-yOVI2T_`@r_?~ zMM8)w4Z#{+I%%#8Tr5dHKN*0JaFKQ6-Jg8^hY8^CyjHZxqc$|+*5-i&?|;VeHSELy zfWX%X-dws<4^i>P+4wHC3B%w9XPKo2==683x{1GmEE}|frpQB6S8CO_3DV^yjC^A< z1n1B`E=}jrEzV5f8Lk8Ea$elfxbu*qc?c^$^*;~GKRZXwO_`I;8&N2mKu4|*dkdWj zu;qV8ya)T%{5z)3pMT|VAw$KkyM98o8W4*+EimCDcFd#AyvJ@6wqR@+cf^M;4nJX0 zbcFrsMKOY?!+x~)zsJVZYW_i2G0QunXShk`!~Wi&v@+l&m6TOgB?ilPB!Ik@Q<4eg zLiJpoITfh)_`uphVKh zyT|FEXU9>nfM8m?P!o~H4kH4sK~;)z67M93+D4I^Cmf?HPEMt^7N#RHe@zXO;n>U9 z%7b$~9C_;HZ`?rY1y~Pc7euy_gKDb3ckDm+EyOQgp}1cLcH95+&*+to5n-IFxp}sW zxoS>jf!g(rdBJF~tKGr>_1L%qs2mBN3k{Cubk8o|a9Qk3?B=*~MTLJYZOI!pwKFPW zod>!#<2q`*>apr-bKsz1b|^9Ad}Q*gxwz|9QrEAN8KJhdq;&j_cV@NQQ>3 zzi_hgirPwwaDn=Qv7}+i(W~MG2{%zS^c+tW?T{$OWOt?hE&Q2E_+A zbj*^+?5ND#{)}{>#lHRN+N6zTTCsL1C^kJ@(2DiCDZX3R^dX!ggsft~JqpE75}OZM zd4A4s=Q_SuL{e4sc^4Jv;_{N6eFt|opkNre{o!@ZU;W@{!Bkq7G_}R+DSd^x+X8$P z>wcYD@Vic*oS_;_bX*EbMn1LoLX_@qfWQ4MD5m-xU_K<)9&>p{gULSwhV>CJ85)dw z{o0tB&43urLi79?jc~sk!h{y01Kf+h;X4wPl4qb0hyX`a2~c{Zrzk?Fm;onZg!r?0 zF)a=gW=<~{F-BBv)QtW3WTK?B)SJch-p|Epxxej1#6s)F+AxqqOh5=2u|3y;@(&1L z0-=t*B(RbrV3$l#GHgX0Htp`e*J`6Ue|{Rd3uk~(^=x(QOSfdYTao=Q`4&Wbv0?%n z57X^U7p(%FAD=w;ZFhoqZr!=#j3l;Il9tqU!*Duz+SscJ2MzCNl zwhcXCF0!EqJl*8%7kyjD0D~Q!MH0(A{o-F5o?BoccfrGw( zuFm5@jvABUi-L}|u`ffrM^Nz1N8v(Q5A(Z~4>bMG`88j_c6$q;_IFAtWXB-@mrvX+ zG!UO??tg#3W2==TQtYvb$#)LyG|OvXo7xf%vEhE>?x2c6Zfu=m(^s~3gjZZ^cDhic zQK%jB`al98n}NsiQ|7ypspH~cUI7nM<6Fmt`wtA?<^aFzt+V#}tR0+tt!UnbbY2AO zw!ej3I5*fRk{F9Z zr&ij-g_r@8X@YIdf|(?@nF%C$Tt3HZqD+?yEV`35{E_H#vWu54A@tFkLxqM-f^v0> zneU$|0)jC5-@MWuk{rLZA}i zeuR7bpxQcnA&%U_;D74?+q3N zT?K&M2nAquy&HbZ8qTK+)@&C0F;gE?5_bxwpgVC+ybdGeTvB}&N*0z#Y4&Bh>c}B`|<=kpXVricb zlMFqM*S^3m;J^qz=bvmRBwE1nm+7|7j}n&Urfc2ggjg2DhavAtyAi^RO1Uqs&Hs zXN>5seD(}t%-VfJxZPtgcCO>M=f>9u-Nn+IwOHWaoa8-QVluLWk|wI*kc=zQyzT3V z$g^oW125c%z~uDyyJa^R8g|NZ6|!r{<`hB&KLf!&5_>dOt}9> z+1rywr0} zO3|KpfOW;YKoJ_583={@QL<9n_{c~yb~kzLyhVc*g<=P{95*4B-+MeC&DA?d5oz#V+Jog^ufjzHjcTqs6aQmGu+& zUdOknLxbWDG$S4j>@1#_94&stBE^#dl{N9O*r$3jI>E+I&{FO&VAXJ6?`9D&_QmI; zd6iXdYNA12P8C$oj>51Q-t6H`GN1A?Z^~oq4i5_>-r;|VFjFEH7Z)XilnJGvbBI8U zA74x)fRJ;ss|2Ktl{=;J;4+y3R2+}grijJ_Fmo4!{xSV|NjdN3U)x+nE>67sgjYt! zNQqQ}XHkercS4?fLqvRs(?NmG5c<)}4z+jnU7(76l1*)Mu&#N~N-#LXmFy<}g{WI< ze|%)2L5@2p@|sEWqPN8`wS)Mtmn=SRWlXOPwKIzFT z*IoTm7F(#T)6CeTVSKTm%3!&nQeUHqXpE1Ka}}hICQxIVzpn$la!$Ty(|7#SIyEC(vo{sBcGW(V}K}UC&_I*7U!y9tCZkb6kucAu*KxE+ z6tQ81r(Q@iRD|7iG%_C|fWWr8#F&bvV&~5oic;Wm$PQWDAIm`OF!_F8Jf7fSMmZ{+ z8H`{{?7JCmNOw^T9{eZCwF+fKtz?{gC+aO&^Q2?jfq$Ohh$oJ{n z_J)L~eq5`T8Q*$uoV}25F-Wr?YdmEm-Ib&YfGh4iAJVl|OLeNj`_7ZVcG)35r2G1D z(M-`(8q9tfvO;s|l-vF$x!<5-clN9IH%QA71IS8kbs0T?l%{_rie;t(PpKQ`-or!4p zN-cP(6q_*pHC@Vc)+!c~`MmPlb35}1(`d(+eJHu8V)?w>i;D>!#&lljYuJjZgE_Bl z;c>sa!Ab5%#>94@?2RM!L_N*aT04vXwO-7* zq;`a})WzPe>DpW4IZ**p;}70X4P2+U8Sy4YKqL9=!d0h00>jFJtvBUgHU}J>2ewo&gOGXH%FxG@ zCVO|-nQUatw(9U$h8=?4=~uIi}wk70w`f(^KJ6&#m(fK{rz*(4!QCP?|u2 z-!1Vtu-XEcWz;WYbWjc$bH6x4;{;wEnJ#KA5mUSyKEiz z&H9k|1-e}5cuSob8YShi?aE?9-t5pq>(9gI@LdjY4^Son1HvdqZ> zCpvU}92j7kD3!E}6R*@_)(gZOf1n!~zbj4T)u}`YX{iMgq&NxWVqF(x_iX*9!dKCV zsicmU7=X_6I|;MoaDgTiQYpf`Ix4=!sn_b3qxG1t^BIKJY0y*Jt({NsBUfkdy%%c?(?G9JrwR;?0SYD@;x?z8P9R?mr1Y_m_=<3KJ5in zo8G*!92$d%(YWKM!DCufFAb$tSuGAmwYt=<)>AG^rQ8;Ldxb|l{kpv4r6}o1@#KwF zmHpzztx}cQicw~Zk`L|}>EDeVC;~-aPwEuA%h97;3OpCnUXH^=WkP%*$%N>-F-cD6 zw1!cs%2GR_<^Di(@Ox};>sys?u12V$8pW@BXGgq9=QYQRB;3;jy9POvwee=SC7VG4lR&xYZ{n73%}} zaj2ukj0~wRa{>eRxwmEL0R{qLzj78JkD(iQvD(8<_6}Sw8|wP;Q+~dd{$3WHQ=_@j z_iLqkbukvZK@+){b>4XD)E51$o3_MH(J%7 zIojm;90Lw6!5;(2=!Nw$!@EKupg>Z+Di{8BOmQ#VjGaEPytvRC|4ry~Fuu zri2V+bNi14FBCRaZ0THO7b2H|y|hGRe&E5wi6`NluvoVq2NkCl5FXOi;)EnzpT)vF z4HN1L-lH1OZ8WKL!EUun#!ALZCQALeGx6nGUXP4D^JA{Id;0jStWbg46~=d3SN?jz z&?%25Xxs-s^_fnakn&3A_RwwR2ijA|Q;@VhaYmC~d;=DXYe{W#FTX2}KWnM0e>-?Z z?FetFYqj;J>pjxnA78&(&n(D9l_*sTxdQLUs`8B_57|W9RxdhBQ+uMV)?0d6jl?J< zDOHX&n~=m&VxN(o^09AE50zuX-Ma$!lW`mIvT}GAX&v%zUnP4;ef@g5mP2wY<1+u@ z&6eA*r~4zK^R`qolxj6dnR!c{QXhJ4DVAo5#W0!0^4*N!rjt;dmcqDZ@5L3Og6;oe zTN#hv$f@9#?c9AP?Ah<4lh$h@{_~J;9l1v(SIxFfJyhbvr`G?xk$oEP0XM7-x{M1Q z|I4jCK$5?o<`T7X`C8c+?;rlkMRrlgS>^ov1bKaVRrY0D$?G_Cipg9R8F!6JuifGc zl-IfhcgXvlIdzGNTSl-zqb#Fbqx}CYOY;o2c{+;jAZopn88&)YsO-@Dyb}ow_jO&L zY~GtC&gV4QZ9s>=U?*i-gMbz*&FB($9R+i8vX_xGtk}PAGM*n||Jizu`h2_pjDuo# z|1x_Bt1ThMl2w7OT(|_w%NOrzcV}g;h5S zfG>mk*o13j{JO!M?UzVfW(uc|L*pkjHmGX2IS992XgleYwiN3>E zE?+4O*FHbOHjyA@Y9CayP9s`pQ+lCqver`937;m&vcfVqy{6emv%YJLv$+p?=&aCQ}Ba3(9J>HUe` z)UJq@C=Vc&XvJjYhs0WQm&P;`Ll8CTnzlV8b55!AG$;tBynq)+nM@avgT;4!@qkug zCZI`zDNl%G8sQ_a14#IJ2N30&f%=!hT**Y;7{@a`%vW`b8%H?|*a&g9qb^`k2=?y+ zOSK%(>_paEL8twwt2&(k>u_btnxE`aPg=mM7AT0RO8hy7-Ob748&$4c zr+D?l5^S6YrCC`ws&~{Vo%3S)e>Q-Xj;Rg)!gS4&ICRS&r28hbV~2ntY}t)4X1{b% zQ=}Kad9^ONl=&tT^^BErqK)|SQdjYtymeCzUi7-DFKZ#{>yM<$4d)!!jr~SvE-dn( zn+C4;BKxB9))laBxn6qn9_2vSVpCD=%w-enWZ{5RE-z*?)=$))&u~{b;Zwp z1vfToA=$HwH{XeznDCMNJ3wGOr~L57fxW%KSG_4unG{5N=s)mI_kBU`O|)Vst1LM~ zIRmR|b*(82ADPZ4dknUZOR6;dMyod?nQayjYc1-yt{XF5#3J<1_J;B_Te@`1tP>cn zTfP?F1WO$B*RTunyo~0AtVy3#HI-h~`J?0^>!s5}=`q`BYl6{u}k<3$5fY9@ZsrF9yC zPpl_%>jR_n@oBa7q)_M<(+Dg}+P*yF%zuC5SYAd9=Ey?@xz(4IHj+R#Kwd&dElvuMT~j9NbGOn_N*Fy$0tQJgC-OGD2|3 zDe+alxt{ubu_X(2MccJ__!iqr7X}t?IV?}N6Bm|I){!B6*&_b6T3;4-|4Te`Ph zwWTI1R1SPO6X^oEad`OqqCQog@1$kBb)!2#{zik7gB|*OLO>PC;q3 zT8Rb6DajXSOJ3GB1EV_8jm^#hbhW({N#1)SE?)1SQg!15B%V-r_b2U9*-qd_${*5P{!(NyJ3%#YoinkUb{B>%Ac^}FA0p5**x7c zupfwIP%8S#Zg5F8-gsfE_$J-mW*yth4Q@&XZy)u z;myNfo!NkLJD@*EQPzaBNI2!biY~`NJ0^%f%hq*s&$c(5(d&QKo(jO)APd#`(k}&r z%0@z(uO#QqT5ouU=dS+9cscM0Ta=xGNRPjqv;7T2@mYDUT7cb({I1Zo} zuN+~QUBK)`qmm7rxdJS|ovzuH^rFkN`p#e@=q5J1GNJ42oMUbjB3M^yOivd`5PKDy z^zk;NE*E9(Tcs-O^~m;N^!6ANusuw;E6dT9O5+~tsmvJ2q4~M(dBGKYH3@?3!M>5+ z;3m|V{EMY^)ekMb3RvNuq~ZJ}Bt^LFqivIJ0pYt{3*yvr^iLiRQT)!sjIM4WjIg&j z$8tB&cupdi)2N8hN&`cMsl+U|W6ChyexG$RZ)f&xV<^C|aq} zV%kdqB_I42FX4v*!VkW*v*M4V<9s0}=!a1;A&EITYoWV%`c+nS%Q)|! znki|}84MO`{>j_WsZ4k)JF@w>!)Mgf+#@qoSD~V}>=_@HSj;tNmQWPG>btFr@97uS zjLN1f-_!)w#P2nC2cI92V+ho4Q*@2~(~IV8;JtQavh8BA+|}hH;Ou+U zj~l({guBU=JK$5qf7i8_3@&H8TxH3V6}9ixRPw>tmdu)pA+5>Q+jrgh2uTLq*#gN^ z&r-c!uT!xnv>Pl4yIl?>m&b?CBLB6jT#tMBpAX!#c?x>c2o(5_` zL_Tz&SzD##BF+jQ}fZ4ZFW<7FGwHASa*8Pe2>>(_n`$NEm3k?7iPJln(5(G+< zUCE%ns;A(|!w*y83I-SwGDvxpq9FTWBJCyfvd=*S%V-(P>7vq)yJI^oGG{*kae7t= zCQz~b!ChAh%j<;!@s~(9J=;n7Q!aD5q;C5oUC|b1A1)-rfFbZQaV6RNKb@@kI%XDU zXpO1{*F#%4_HCgB{jzhm`|)`Njgea&+Nt-}4~oAR_66AS%om`loL4SQ==!CGd;DH} zWOjq@^q@s1Vo%Gccc}}^7{|&$gQ=ioLst0=9EA(P)F_spcBJG7x?k6cOK;om`SF;` z-#bk`AB9IuYh1b0{rs%NDJM6^az2YZy?k|f33gjxq;%t^PIa9cnJ*WoJ;P)C(@!`x&I@x>V`u~0uQ(EH3I(UBkv^QD-T z$#37Dj+cM32@O^Kd%5xG&ri_(Ihp)(n&JtmbmJg_+c5H2;@qG7b0)gxkp5WCRT}m_ zTbK{6v-~+wD*e0-b>wniG_cHK>^|q2fU_v6IKdtHE)|b@Tq|v2s=P zQGKAoggab;v2)q5CI$blNfImVCl^nIPmVr@)Wqe{QY(`HQNU0pc^D5tCb<7a9mdku ziQLcQuLe6)*8vJFHuU~}zNPwnk9T8``tm+g_!nRGB(WdiwAbo!F9`X~w1z@K*Z%=D zqK&MF{sOB0aVZcFT%~XKb)aAbG|(6bX7wbW{d-(nem}*Y81Q%S>lyz?_=J*tz`Jk$NO1S@QnqvoI8DknYSpP zU3i=gDfNfyW8Lmbj1Gavb!0xqlNBONQbWyXOTbyLv-wszyk|Xv#_IdyPCG{%g?iBT z*^Rl5*@%X+G!RQaU(>3AyZghwU$6-^&yx7;>l?k5!W_Bq7M=vu1}8zR;Lv)|PQu8` zj_>eJtoN(Uztew#X+ssuc5ni2`8;d$%0Rxw5|()-3>2%@q3v}Rop5@?)c4iXHT1`g zcjW5^adrQXy{mkxI{fl^IOkKx;wTOxq@VU6W%Kgj>7Zuxz2xRm~O+{)JyZCSrg;k~e00e;R_bMTo0 z6F`5#DrD93K+UY`whUcx_3K*9&62-&0y6X&j6@znE z`|*D7O?!1GgLUI-^*hqd@1o=BJF3iuc91(f4^ zpDe6h4Q(s4=Of#T9!O+*Z1DgC3k0NEwVr-5xG$bJM*}FOLo?XlAwhRgWTbKZpYE2i zWuQb0UVj~>XR{R*iK+ngumZfI7&5SUAQbc^F~FdJRQa5mK+nsGxhWJN;s{U}44HAW zJ3wYqgm-bGM7+U4>nsdf&@+akg%k{j1)GhAUh-L{W!M&D1LsG;pf2G=3na8L8 zk&os1W;rzOCJLq|*y-$wKtB|kpo;xWP2eca?8R;b9jJ8^0=-liFts8>E8{B+c{c8V zXvq0rnA<=k5Q8GDs;aw;%M&3&3*+ibnFs>CG#99>PN&~F%llPF-7Z6Ak(&u`sKG51 zeTL{LCFuv6!%SswaFTqFX{yo46NzbZ2l@N26ujLqn$A;HIh3dJcFL-EMgS8+zo$`4 zvyDk1!Z)vD=uPRfk=*OSbVV_fSNx4{@dgYpm3zZM0=BIeTdWUD_`thLLToUSa1r=I zIS4!nHIckyesMGpvn?FZm8yz)VG+J6pViMiZa$W9f6*07iY7sX_Od3$4eLm@C(vx1 zfUOyNT}jNNZ{ljz|8j5L)wh9h`dxX(@Y|kExP2x&k?maf;ZQ$dv&_DW{@DP}ZKH%t zXz&Q;g{0xH~oG=4OnGuGJMO2i^EzP0MWhZ9C%Jv6P%i;KYkOyw(Ck% zE~G!!h+IJy|kZ2H+B` zp#--fo0vX;qe8iMJ(zs47jFPjpLJyERWOq`JS6Asb_~9KqnF&2>K^l*WG1htFn(X7 z));_U)z38-b`=e{i)KSCdCpTve4xR#>w#yf1qfi2ET)XM&1>CjFwA&(FHXJ=%v-I; zlsUD|FdY%y%CZQptoeDEON7=#O`vKW(!1veSm&J0Nqn?))2-obY37PhkO}I z+x&f80EmnPyi}-!Z2CBk?9T&V%Q3PXS5`@%DP{x2VsV0bX=V>c6S05|dBDT7wP$Uv ze7{&>Umx~0-LjcD?q`WZ6eDAPH}M-I66nD6jefr{=!gKjA{NncrS2VLQ|esgu7?ef zHB9blSl_uCryNZI1fRSxP6S;c1DdZj zE%|%>L$ZGk7Z;Mpj1!EiJ{LE768bR<`x@5z)}KUMmq6R#_FE0CSINm;4eKay#am+m zAh7@pJ=qf{7B*hyhu>^XHGELKIj`1 zc=!uP5-xNyTr~xSiwjXiCLOIX97+r^FV13L@ZlOoD;T=Gt+h2P@&a`&<2*{mQOuLV z{qb4&{uy2e(~F7o%=Y`<1viwjgq?hD3x%o{pX=2qcFln>O^KTx!?APN35_Ne-l4b8 zy-9iw;LPs8`!wuyAI~%7#9xe2^?LbCQmHP+yz{Y|&Ld}CWRZJ>cB<0I8Ot0{_8@Xc zMVH9l)2tm{V^6ODG{JzJ7=emVnKN={Bj%f|VJ?02l@fV@2Q^Za938=$OMrxaP7HDy zS`nOUj1mLo1mKb#X```SBck_HeW~<=Vs65EDaK>|h;!^U5Sc$6fF^o8^bl?z*FR~ZS#hf?#nhZuXMUE;JD!UYY=J#MtdI%3Yz z>l<$n86>l{ld!egHrTHe7vnNBpBuE7RM|Tt$#jbIDkB#UuC4XF0EsKw!Siqd$jkbg z2&3*|46@Gi2C)Tu;VS*xQMvBt1dq=+uLv-W(Ew&0j=hHZCL6$tM0YEAp-Gmo#Bh1M zN`ypw4X^19;&(4p=dsCC>9KIIcUK_oocV-D@NxbV0pJ?yK7toySnylhc2i%7O=0`4 zKaV=qW;uxGz4ztwJU_}r0++lcT_35S)B8|?-9R3i-31U3oRu!2tVUa}`pagajHCVD zjVxIGcL4xjnxE@@-Vq_X@5GBF)Wd)YbM|Qh4qTqiZ_jV?EbP4p(@`_1L^bhVKt(%8 z)8b7;$pHRu%h7ZWV&p5h77cWa3964amP$nBrSV?}f&&$5S#3HB>|xI6ZO>)ec*Zcb zi!Xr4LP4{L1Y-4L>ItJBK%I?dJ)DK>$f5yucBob@B2*}@{ylo`$R&WwkbbmYzOA(Z z-dM)qYp3QzLXX4wKcPjS*!y((4rrF*5{Ag(J{R~MH4=*XgPB<4(`)fml1p%%_zStq zs#c&9BZNFY7fv9^g3u8&6o{i7jViYRN(qR*ZNP$HVu>Dbq032nA1&BAxHbq_DNFfc z`^c|&z-2uXXPw~apgf#I@_B(K3lwSP2IJG!RiEHKhZl(1+z=jbA4D< zh`D29aKWhTU3BwO#k&Yrbs`VQ%tj5ot4+Tg{CVns&Ko9nl@iUdHURN!J)x>r2FNs zgGoJ^5ZkIm7vY#N`8>Z)p8Pb%wMcW%zKE9u8spQBICq22n$^KfA+K^fc8cMNo;y9J z`5JNkkGk+f$7(2{L7-PL$gim+2sw2XR1M`RYFp`Jc&?Z3KY=ZquH%i@jJv2jJP1l{ zhbVAAJAs7{?bTb1Vf86(!oND2@UW=|9liF=_(};5EvGQJMGe9A#1@JDjbSZ+Z5{U% zDr*eJru5DmG`N^~OeZ`G{{*yRI_6q@YD&&QvS8hd?kmvC1E5h9-xREXnw8Ds%sXnO zTd=5N7m=4;yA3K$r9J))cP>U@!_M410K{j`^FeBl>hT1*Iq++=989u=IRy<~$lc1i zQ4&ziThV4UXq<14{@iy7m>3S;0=F1^rp7dofMbB~0mR={Hwi|SawSzMs6 z_N-7|L~hU2!HCTEbH=d0&~@J7*UDi8F^?4_bH zdD$P1pW3d>r$ZKo)X4M+5wOk)s8@w7r@*Nq`V)g1f6ofQ}2Gi11(AgYAZ4&q{H)Ic6M>;KY?Z?e zAMTS4sG6mjhl^_JtH99S6>uY?0FW8)0035ASa#2#Q7FiZFc{7SAd|cz(JAPI5rOcv zejUW<ivhDZfBo?Z{R(2)Vn*YW^#PE ze2?9ax6Vw^Mz|ggk-zVw^gF;McN?JbdTPI0Jf7%#r4m6bB}#j#mHRtK@E!SAFz;m0 zJPeO1wt5pE?S0&hu;oC~3OM7j+dyl!Q|{=}W{!;tp5qHeV2&s+V5qm`Xu_w6Jd)ck znatZs2d|XW_7<=mE0kN@U5~Q)COWR)lU|OpNRr5st&(!ovYsHS=8gBRR?L&><0Akd z1Q&gVSU%7C+-LOfj~IE)$v5dX>FSwztrk?Cq0#hUh0TgLd@z+SfAhom%Mn#if2TN- z1G{Sg^+ECPv$r+Y>hAKV)AELzGO!ke2Ii+LDye9M#uZ`v=ypmG5XAM;oKv|t?TP(F7rBiB&0%745=>CG-l)nq1i6g|ml2zL>iVIb5J z5yE;yWGJtMzN{?Eto6GUL6!eXHn8V7b6pABNjO(=DLGNXr1Ai+>Vr_i@=1RZXR#fC zL+kS#`X~Dzl1J|)Sl!$b8A2QgcTbLFH<&mSq13f!49=?Gn2Nax-dlff2RrV)S62cx zL05*?SxC#7Yl{Ev;4g5p;m7*B-=WDD_gdhAt6A=*s>YM4hH+dTT+G?((bFo5&|QtQ zY!4-G74O)u|2bep2|ki@YP^J(XuUs{r>~d?@-9zIQoiT}yvmwigt)?x6I1+aFlVpq zn@M{c>R-|0mPv#l3F(&dzfR4+jY(135(bzC#5ts%VM}JJV$p9LH(y18H_s{T+l`#a zvlvHvPHR{dJdY9{R3#-9&QN6n8=FjaLYp-edv-sX@Ce!GdD zi36K=&nILNz`e_xHohHMGTO8yYj{_SwBn?r{s$<>DEwk+rSRHSY&9Hz0c7s0S4Q8% z&Qt)ab7MN|n~!(cD*`=Ta>^C=qUb&AfQRm z#=xZ`V+o_q;OZ4^#(x6!=$ImjAUCkQx;8IkS9a|0(*}(DUuzd_Q#sxZ;{F<$WqWc6Au$xU$wM zCx|8d8(t0yMM+mdtwOx&`NKOqcW2+X%?e2^qi8E#4}d6*T|xsP103-R5h)c-AaPD_ z60!-m|3>;p_7yo6Bqjia$~6(41Dv;b$u!LwfaSheVVL!|U9736C^8W!kR)ClJ*?v0 zTPh6JYbUoil2Vi>*PrsTm;j`usjQIzPGCL5SHcZ803FynfuCC$OLB~Oj}w7nK(nlc zbM+fBDFqBgicD#GpBW_$69A7TIAZZppr-*7?>5^efBf)bNAX^q_luySK%*}PqSB}b zMx<1Dv)Gia!lG7sL@zE)fY8Z;rKAQU1(Iw)VR^0I)x_}4tplboSp<=BQgwojjiq@g zfgjJuhd*z04%A=DMzpMn%_TKUqp6_L(}+lm(0e6KHB80UMD`)2k}`hPmm=*V(^sh~ zW0+DZBdm|y!oFn6?#}-m5%Hp(_$?bPZAtmSyWz9P8IP~S{$aK_Y?18rj*9 zPx2XTZ;emmpp9^df@thYzoj^{_kztyjxp2pAczg@`qUyPgrV1R+b}DkT6EK)2fWeMS4_)DR|)wcmAE!xewcdwy{uO0A6`To0AJW&yb%nNk}&mH(_C5^ zjES=JJPi5C-hqRN$E??+vzLRSoj~6ihh&3IV&M1@RuDvd@ z$n$&^TY9W|9LU)qQ@XA7uMoOKF`efoDgay98~nokOE|+sZw>^eNPEw@oT)#&|3)BM zbJ9UDow2Jq=%=saMsbRa@lkA4eyP=@*+N<&-#;GChU&JTH-;`Z^Y?a|8shB7GGMzR2}J+>xCnv@FJK= zi+PXv_#C9P#+N@)|4@$BPRnOz*EYx98#bYlZqOmvx+ffojmh|-aBDU9nzsJ&3VpD)fp0f?URHLJ^dl0n zSXOYBc~=KLVM>m&l@ViYWCkJu-GH2sCQmmKH#gp7Nt|3sNp%x56I&Rie&+Hfsg8P;_5ESky*?{#%FJ~)zaw~gYuUywYnzj? zkUE-2Z=u|q(BfJ-w^(;egFc=cr$uibpFfs2rgO+=eMN#B=@CB$SkaA>1&P{O@G~{j zI9~_R=uT@U^BXwmX|A$5Ji4h-X^=g;m5{J0%M%De^q)4TXwkqQq;hyJ^S4#z5eio{ zAJHlQl7}buu2W5*0769>I)M6M%q1{hk_I1x~rbuEV2g zdxZUjqeQ6%Xx69`glylJ|>>_-FoC2(54JcT{L=;VBTvhNI6a*}?VR%}>MW1OFNUcT_KzIe79t7+wVX-_jH@ps)tDwt!w zO=;=vS;m6M=4&6DUD4|Ara1%|1Ok588j9rq4*$N%W2NTV$pMzE00wM(vqIhTo1}f~aqxFv~ zEFRUy)T3u99b4=q7_S$isUwM5XG0SXub@)f4{Ukq)M3>3z&mAciGz6m3*8KT&>PUQ zzZfzNi{!{}-7PnOwqj=ad6r3D&H)Co&MLz-!2E4(Uqzb^ytzbvmdliYw%ZL*zx%ln zl>^HGS9vMHNr#YP0faKyE#+D=ce){R6{*>?g_gt?-YJ^=ocF0edAXwgg09RG*!JGm z&xdmL5E;6JT#`-kQ}%&3{g41JyybnlET2I$2q?OzuZG#UVKfW4e2vPALmdev&*nIK z&{TaFWX0@~TtORQ9Aeu64PQ|~DLvm5Sr(I=&ktEgCZVN(y;Bky5(c)zj|XmX15>kl zyU7!>coxI%HD7{JdpMd8ic)c8Az`P<%3OCA*-;UlA&uxNDNXt=q#u!s{??^#1YD)h z=8G5C7E(h(Cvtex2nkf=bW-S#c{SF&Nlrw2BcPjbh?o!XXmqmYNQcq1Uby#Ap4aWK$!9L-IDolCpqONi zIRzZ=OV?GgA7u`G@QOpL+=^vq@YrHnsMV&yz%1(!~t+7z51Km z*auko5Om-%f6qke_so~%e5WGCjXNFqIF!0y-6nUJ}YoSVq=lmA_}?- zGiQc1o^))XEBj#yMq~xFRk|^Xh7-V@qV;Cwiw_7z9RN`NcaBr6(i83}BHC71nm)2& zRLt$)60CukcuW71m!u-yCUcba?)ANKGQ0wgZrw(IgXQwk+|NmXfeVblK#9WyE2S#t zgkHgk^uBYgd*JtpRGJ_qJr)&*D?IX^q14r=C5JY2tc)PnA~`?fWmT)6Ds6s_k;tdy zuMHhzDIrDCC$AKo1cDCg|2nw=^-ftRs?Ir}<#i+Y(G+ERpjnLfY_YuM2dA+R07s-R zShlNoA-T2JG?iB zb-lbnK+VGgvVs}t!(in~|Egwx`YG5?r^n`ZStUtH>3Q%OIV2?T#o8gz_h`eDAa4Y> zpE9oFhoM9ZPZLJ2z+@xa4MQ+G2YoS)MWP*Umw=0{m2nonD9v>)Ih`N&N(wR=c#sn< ztp{A{d#yB$-@<-jH+pO^{-vcM3h$1Z>aj>VDH|Z<=?jeC=v;u$6S-4b%heZ4q_>PUtL-9n;{GrGWRaqw9tb&IbUJRhSRfN`|sg4x2kz*TTULKP8UQzb^J zB!r&r!H2Ix=@<)4nQ)P0zpttj7m0eMU7K~&zvO={VR(#H5lz{Pz3m7A#oFF4_BG>+mFh$ z?|x>a46Cu6_o3wJ3X!Z#lJQ%1n91Lux-cC&REM%7)ws@|Z^(u7Fx=eia&n_X0ft zMN>?Sx)XyPy)=tYFY@bF+&^Vf>lapoiDZFkjqkQqlnn-t2Zr-toqvNibm-R!}U8_sWPv$$T5V9_XUu*DwW%zG{G}+6SGx& z(%NWHO3Q7n*U;kl-T7B3eII~Hpn`e>y_j*;G*&f^fk8lizNe1+$8ScY@)>;>E@i%O zL1HqJpR+E@jD$$Y<#pUs<{TC%@DTKahPD6(#FVwNPxLq&gLL>hU#%q_0{+E9v#f9NwmV zWBz_R+anrQ$Gb!bu`F7NJn0dQ)^dia2BYnst(SqC%%;C}KX1aybBhr0t_cWny(y19 ziF7f{X?@+@q4AbqxlR8;J`XDs%g-K<#=dWhq?#)LD(CxzqD{tjauAM_SLc(#Hrpl@ z>o3m}^w3;N z(f18JXzsDFWu|0Wmu zuSf1-8fSrFxh^1^ic7O2xs0cw$!2K>MPWiZ5|A653@R~{y~_g`soW#N@GKWswM^?8 zm7XeXI1k}65?VWJ)~FZWw2Z;(jGVt=xT$7y&wi_2G4hsuQMc(A zW!`1dDn%4XQ?x~sVi}Z)icsMq`#|=VL!aK%bFeD}QBEi-jO!jLZJv!*+kECtF}m!e zG{SWEl0WTB26;Ti#Egc=hZX~`+O*AWRRd$=8-CYQyvZ-A-hpYw6alrhBC7~_ns+?B ze}q)J=SaKYAcqg2Li;Kwy*izA4RBn~?}%DU=7-K@WVVW8{wUnP=3n&E4smz&p2oak zG|mGmgcJag588dsE6o=>*zKvqDh`9ospAZ1Iaif=MJfYNu>GU$_Up^m(?T<&IbyS* z(=l^w$$1hI?r=^m9a(yi<6O}4wQDG#evh|twV7;V{RI^(?Dfsis6&8%?HZkU6N7hZ z;P<;h(YR&pQFQ{cuiNM;THzRo#Fn3a5RaRMi~ZZzb$c4U`t`=4?Y6)_OkBeFrpmwJ zK-P|8`R(OiOXilgN#PQ=0QEg9w1|PNSGaE6x3xZ)cbS+h|a)AcYhSEXUzdea?l(d==s>T_;p2(f7 zZXZz1z3Jy5BBan_+zV>~1*;K5T|+62)U`=hJzdlk{F3{tKUSVAtz8fVH>Z=8PL(lk z0bYf~%dH(^nm-#ZS6U`Xe>%(meNmi$5t`-l`LW4S@JMQ7jeCGMrQ)2hc*zd_A|DdZ z^XAhbwcsw@*RS{^qBlh*P|86+z-yA)r-yy_2>qgaB%l90QIcNF&++VCKNt|sDj+`*?K;e*?<#j&|I6%$xfXadMOqVGUf%OjD-JS3j~w4 z{BKGueSIu7A7x&oBrmO$4k=iscBgu_@V5#YtF(6V&gXcP_-?9--*YLG@-hnPcrcm% z_gt_?k)A((nu~|8z}8!q57K1te*au8~Y6HGuI?oB4i6sRZjhe?Iu69H?Dofd#Z$wpByOaI;{F%?-G{E=( zxnic?u@CsV7myT)LyS|X;d~UWswBBZVc31%bS9%yShGgHukCTO^V&f*I@w7brTb%W z^;#!DuoAx>%^Z3w2hNW|{tY&L6p6TwWb65qZL=yyjfq8T!qwgjVV*rRcIiYs1H_<% z@6RRQZwqd}*k9P#Bkxfehk3Pt9;9xGv+dfPVPJocM5SH<F$q`$rru zM&wPrF0mPcYzl1@@sg*DG zx**2*hlXVDOp|c-3r}PfV<$`76Z;nBuVxunS*Nc&*up)l9olW|E#BY(Z_;_J$TE6~3ZHL~3#4rTN z84*oIZpD=8IlETf;V6smNGSu)_+P`(Qqw za%@KCJ8{yt5<5hsJj1!rRT$xr&+uq$Efo3}RO_vGN%jZdW2*7wt8sHy(bJNLvF$(A z3f77Vb;0t~`rYgk>2-H91CBB=kE~Gj1K`k3d*EK}!ZZ-& zG0IUC6C%msq*4W5Lwy-#IM%)^XT2+ulJ4SW3T|-gVKNO|8BnXB`5g&E&u09Id5Ff6 zbjSgp%Zta_2~5P^N0CjN555hT3XP^WWG(O%KB=Xr_zdrTrcESeD?@H^fS?@nzEPZt zm5dC+IHQ;(X=W{Xy#mj$72^>F{Rg0jQsdAm3I)DmRD;e|(0jZln);j{X45s9UdAW} z-={<_hF*YEkhGK(NlYPyMfdrrr8&b7mBDb*M&7uLX`bk;k|oTmu>9W~W#krOD(Vlc z77hBH{A~Rbj4ls?M?yR(5(QzH@M}<$GDn`s$@)6^!m*dg%j@i6S~Dyab2!g?4F1~? zUnUb$J!v^XYKm?UiuuP#`;0!FHMpj5d3eXDsHQ5((1u5Eyv=UZ$-muXxv@SJTswcv zaEyTsVI`j>2@|AXXLZT{_0bt)t3^A|_LZBM6rcBq5d z+F4a}mX3~6zW1sL${A_1x0rv2Nh^3p)o)QTUO^P1320|m>X$pJRc}` z8d14rOyF0;`tzJv}`cET@ zo-Y)WgoG_nr=pNauMp`|fd-jQhvdhmxYGqh@z|Mq!^0mO@{fO;kz4l@|qy+2LI*2UfuO^#%kKF)W}_5PJ@(ykL@#hHhV20>DTN)Vwm_xDD@GPs%)m(fKd z+QU^dv??NLah}?_B=!lV)!U5cau+XagLL(H$Vjn$a7|$QrC)kyeYS|3(HV@>h*Ko4>o*jgKxb)t2PNeplBuq~w|7fYFx1PH@G}}* z*y}idUBAs}rthQp1-;L9ARH(|SZ-t_+rcbSJCl+8oEWZWKpkNfg)Aw@yp)opo9o?FadF}CiqC=^S-Wc~`QnXd%=@T`rY3PgAI83y zL+XJXYF{OHBu}#};&Xs`mr@Mgf@+)ku?(3>aq1Yjf&OHL!@IqpSOy}zT8*1x4Ho#b z(bnQbT(lmpV#xx2#D7TA@;B7*b98l#$g9RIRLEx`sn};SqNf!{YKoXXyY1VIJTiAh z`=w50L6%WXg-dos6IO}p^#ai00XPJvtCRvV&a5|5x%h5gQ)SvJk+i8eI|nl#;-Q*M z0TrtT*B?BDmI-D`rcj&suaPYAkm0VB^Jw6Q^U5>_ex+)NC}YA>dkK%$9r;dlj8V_F zVVpR*uTZEM7x&%~Vsz?~7%uBj`8mPmf3F4&SKCUf0^{CUpaq7^viveG26q4Ktls59 z`MB=n99M&BRgX;oMe(uB@^n2fH?cipdne6wj!P+dWxKCVZPUG*a@&QD-FiU1_&J6$ zrRZz(dnN-Ka=qL-+SJ<-<-8IHw>Ne#Y+kpjV`7lA`3_%qtuU^W3v}`cRl2yw;y&ZJ zv@RwDMdCev=-c7Abo7BMQVgQ#Tf@oaiIN#9AIMlMcxv@3Pb`NkJvDy84#A}9GuJ%} z{}*#U1ms*Ng#N2&K1z9>x_#wp{zD)w6>>=2g|A`LdDZ#i!z}4gvW6lH7kc2mG+%2rBP9(vsvMf+AKX$$sS~aUmo}lr)%FxS zbzdr*JH;1(L{pO=T4|pyf3^<-FH`Y4)hLz$Y6F#dQqmU)t;E>?o$o!s$uofOP5QVO zKheQ(*61h%B~;(-pFUX^j7!}@Ix%J=g33GX)WRWASHo_KfX}+sK`)nfyCbqq=GB|PQZXk+4|)5JxN zX}U$RGH1&&$Oci?5U|x+E+Nj#z!3LO3L%|@rBWb#V}+d3G99+)00bhvP89D$4l3bW zM_#fxn2bke2;y~G8Q)g=vlq-Jjj;xe5qw+OVUfB|lMLCCl5a#0m~HlU#)RHI(=)TW z5_35Oc*$B{a8i;y<=BG}N-8u!0M3Vjz7TJ=o62ow9_-!yKBY5yXL6&H`u=x61gJM8 z&91oVKMJ{;f4~wuq&7jN*`LoGixY!iN`vyLb)ugF8CYYd0vvOiXz>9*?<8e#O0&b=*z^9*j@e~i!I=4?YvvC0!E$S?e z-V{h-WqE&G8e9ox6SBy5iAc^tlEqQFLMnd|N2KcX`o@?Ds-U5rz@}ls_RMUs?0>ek zC1ztXFvThLQhjuueh2X+C8bg`)K9B~aD@wI>8}UCt}fzC`$lfT5+JZ0Ij))ouUNNq zoJruw#ZYeq+!snW1$mF}@u!?0{!Edy(dc~jUfdAZPk4n;>OrjWmoh2?lPJS|B5K$2Y>a~6P@8F@+WlJk z`{*YlLL1i>B1VIYEq%uQyq2yF7-rfC>-h&+6#wojuqA!B5zm7P){Qk zf`Jn{#qt9V7clz8ly1>Sn?|p7XblPi8Rtv_7)mfJr3CmWcc{Lmpvs=ZLTyhCr3ZW8 z!piS~&0Deb5>kVcatV-xWWYb_iNAgB4;e(~uF!hfGai|HhvPW?JN%sAkr2a$i19_L zNm*jqiz;yt`-WiH3CjIiiB@^4tn}YDDZawi@$mn7diHtok)8rybecKW(H#kaV1wM) zBgrYfj^tQiMmkB_Y2tVpAU=EY$ig>6tUqj{-7Z-yC_Daz^i>t_#?#SY0hrGIA1MRh zOXvuyPr{Yt9Y+e|onISJ;gFu?o^Epn-NgB_%eq>$dHL5nsR_pH|Ta4(#n64>&ZqpqS5yX9KLvOVFO+C=Od;M za3EcGcXStPkmPlU%%sOlr_p`m(mzuSZ zqne0qpql~-p38^JZPFA4jZH>dKm27bd=H~>wnO#Iz+}4wyXJ7948Xr5QgR`7)&$mN zS6h1rfA$7%ChjvgoOvG^Ck55ts492$Wg*+F!x?lmjS!?Fb#zS;yg~{Riij8thebqm zkN(;hS2q2f!RiS$h3kEp9E4~6Z<{*W)<}8_i*8TmD@j~Bj1TCRp^u&M<{u?bI_MAh zR1{lewPel*CA8z=Yx&(3Bu*h_CQJl2&$8{8QFF`aCHh`oUh=V^p`L{lu4H?Fyx{>L z3u6X7XMHYM_-?=XX9k{K!T;<}uR^iu5kJC{H+nfZWM+Dlv4LdhSwMK8d9qoWf_IE2S_k?9vJ4N7pUf zXu|y|#(>bVLs>|S<%RBC>)Q1$~B#vLanZMTJd-13! zeyp0m?fse3P}UGTh4BHF@wJ*(7EBdWIF0`*A)A_0GP3S#5*VIN^K{owP@=8KQp7a0 zVLB}-(^JZ5l!3%4Jr?=XDyQ$)^-ifg&fJDu?2)MN$R?{Sdeb8_;L>=QW#@FiwTZ!g zg&WfBnue8uLht#eD4nSIWDcM>vQQ(VS&=Q23wT59WJO!v+i1E3p`uPJ=$DS)pUM(} zWL>J2mYN&&PH9IT#ZoMzj8%rWh~P7p1L-SdM202yi~fU%p{A6RKupZEytJGf*ilmy z6E4D)y5C~B*&ax^n5bz`h()!H_3`W066d!j4oqOs735dISEN0xxcCGhEbaRDB4RCPtBNI~je#6-lc&?5E^XV$%Bo)EO?2U(dXhj|L=0e7;J=VONL5DB*j`kW{MG53Ax=%hm{*-E7OfS$ zJ)g#+TN@OKKu`YCk69Yf4to*_cX6>O{~nnA}AiNjqs`YSY;7uw>~+ zE_`jPgTv9P^B$_O6yuoc_z@(O7I~P{)_H@}E&tMKM}m<+YML8PY6~)h;y6s+Br!cZ zJX*#Y?Yj|tyS50$7(ia3_{?GVM(G4_$NI}8+ZeKbuHv`v=hJv5k!pjCFv*m2!s@Zp z&p$wYx(5-eUlC;&{wNyl*rCtz*zt>&S-A|gUXUIkgU2;S4Da*kFfBu_)P%vOEpI1o zsr02AR+J4JL`CL=tXLKcbex~f36Bm15#7I0R##FZd{K@LM}!QqJ^PsA{NA$s;IE@e zqtk_F(*PGAr3^cMm1WI#YP+$`GefCt$Fwq(1zVAfh6!uXRvU@jhPUC(tLu_EHy>etfcpGsn zREV9-nUqY`XFlVr;&tp63~scwTM*5;;l0l2!!5A(K`9R>BeR;1po|X1bO=^k2?!qp zG@Fx&|GHhL{thWLN=BYf_x=3941Wb1l)WNaEe~8fS1>~=Ikes6Q{1CrEy)_p z`68i={*?hItt@|y93 zMnS3Eq}`Ya-f7jI3s{bn+4&dECvnGWK|yr zB`vV%7MF*z3D#m1j+F*=Kt{(}q^S}oFeA)7DRV-kxFd_=G&ed~hP!Z?A5p5Vfnu>t zC*#CF{74)aB=qduKztr+@}Tz~Ng`EC)XAD{f+?G+n(2Ek;xX8 z`S>IjwOv$Dz-O0IswoWD-Ree_A6XpJ&xl|z8+va?bygB+`)NM7>65q}_IwQAH#&hY zq9eLY72-xDFH=z`Y{cjTys?q`X!1NWFewzLzD>5- z`|}jA?mQpGj5o#VhL5tuev5SUX}HA?%FKJNu@T}5`fLCWjDXVLnipZnov;(f5r<8U zOXxbmDjMJZY48=bQ2)wKL1c5mAUcJ$=ha=9Lt~WR!!Nk?WgWtO=0cR!2!>ZiRl?3S z{>_)~7M<~b^_vnQC*>Lz=;qQbf4|eX+J2Af`PZ22f*5}4T(zhdVkm(dA} zjelvzyIBI;D^4lP?BEqSJCes>cg&q4w+0{#IBt_; zEg@&ld(AAcB@+8XTWpo7E&vnI6xc;9Rx9#U-Cr_WtB|2%4D`q1<%Q`E^NbddUKwq7Eia+ z=)zwuST1g044kfPe{|^>v5fjJn$A0%>i_@$vSm~D-ZHcI%-&SCDD!P*#Ia?C>|^f{ zl4K=xY{D^@50p`Wtby za-n{kl04J@9`=grr|#>HB>=`?ASiD5I3VR*LTeLAlpLcWkXc^aQ@IX+JsBXXSK~B} z9ZL0Zp)oNG7@j5m8i|VFGw%SjQF$5nJg}=lb&@1>3Vf7>R2xURGF?dV^4_4f-WrHI z+D>#ZvlR4V>**epw7XRWhqZEj7}<)uJ(!(EYm^v>l3w>v@E3kWk#zSa)Ak0v(i#}l zfkzQ&Pb+P5aqwuW|D+i!5jhig(bWkK9()qFMaD}#t0fUp+A}Cta!e6p-Jr5f+)G*( zKZl3wCiD83N3$`llW*+s_1(v>UZohzTamlm5(dl$M(%({j!!| z)*8US=SZ!eg&jWuV`%RgaokU8YQHFWULP?D)_>rTCZaz)_=?_Pkq2{#C@W)1->d{& zx91Rzx+~y4eyXQ0)(D^k`Ps1{UFSOjmLT>b+i9XuRt!-2mX%}YuMi7`lyD8#^iSHI zQsPNsS@U&*_dK6Ojyc{CcXo?5ZQ=mcdQDPt+?R5e+Nc zjC4y23w7K^2xm=81)D9PuaKD9=X}^4>ek|m2|636OX>9OczXU z5w2XQEQr#1D2V>6Xhht>$pn}kH^Ol+ja9p_(bj{>4S|?}6q2+Ix;#-Y%3?os=jl`L z5JICqZ)}(}yClGa8A)PqSP>eWd!2_K@EY8NGld~;hj?>-C3>UwqL(aEc68X32V&oU zBY4V4=myxf{%A`~=G3YxE(5iPFVJ|n)dln5#O$|&tP~^w=wyOSQtKD1)TfLBYqbg@ zd7?{T0Nz0_BZ762XCD>-;>Je-E~G{18Yp)KdUa|B;fpbYJOf*|o}_|rYE=h7xQPL9 zC(9pwewjKH16u&^`T*FK-3E)ssngOFjQG@&dz{pKn&zAh-Wc>8x6q&dik$sNn5R#d zFFB)KR-P(K$E43ga$U0>L^=2MON-orOaiNnap?AT26B8Ev?CcmBT1M!VGlV7!4Uh>l)mf5TNHLr3&nDSkf+sb=O-(F?HIz@ICwSwJwcp=Y)Y_ksjkg7; zKy@@vJw#VNJyR~4vM(c1O$?wx#sz)UDKN!{DL1ZglMdUcNlQxPR+^Lu-!rvs5DqB{ zZ9FF)5t{fZ+AOJ>cba-r&Qam0pYu?xeDh7Bcw8L5Z=@vqU3%#R=@=2hA@$Wq-7c91 zI6gFR3s&j5DM;K@WcxkeNCn*8qWjz9kaDZf8Rbttz+QZYZXvW|qz@iJPKSbyD7zT* zMcAZ_e?Rp47w_m!*dRiKOKHF2eRrVa&ZORoJISkuGqF=K&=*33!S2AJUpo`qaN7=s zR=${gHS1K@Z78?RCHr?u{RvrLz;zFu4s+A&3!{*obV40xfNQbcZ5+I{?7PDTd^RLq3^80Cisdo$&jS&$I?cpnGm>HwqsdW*Rh!7>45-AmT ze|wAr={O@wCz_I!!_H`WS&RXNt5RW3W5IKh%*vSkw8j0C^O@yB% zM`^N4TkbV#N6p9ld#;9}i3uX5`c;>PYs_^W{dC}!dr`} zbn#Rhsh_R==y*k~oJ1tv+OQM42m7!R{9$E;5LiT;ip)?VMBPpNaXgA%Pse=b^+SVL z@7>;W$=pB!a(3G9Z#viKGh$KpiiuQle-gL1x8>E=rsJULVJc?`D?+}-Jip(37IPh_ zb!qtEYMuGAxGyVmQ(?6|KH9HxaIt8zyu5rBsUh2*+OZxu?SHH#YmtfBK3HF4n)6F5 zj<6HXphm9ApSEK%$=Hcu%kF?>;tqWBbD@dB8c| zv)cZt7KS}}hC)ufY+GHv^G{J!F^~+m*l!!Jcr#=Tco{Dz+gF$F$k6_iKmAux>-PjX zNcnH9P+jStf5ca#2;7xT@*BTOjhi+2vt{wGFqz9<^g)+BeEpeuo%_SC(vkq*?UK~5 zlUe;Yg?f{{MVonaH*~}g&s75x$`W^fw8gC!rep@rD38N28-EB;mn91~N;e@(VTHu{ zsTH-b%O6L|LxF)Q(W}_M#-1r%lE?S>UG9_Tc(2KJne(tRU3Y)=D}$N^*4Mg_2{y~4 z$iq*)#Ut8wuO^>l)5eE5->k}9j;=q8vp>Rg4>2Futf9g6uai&U9gQ7y_4xiNx{hka zje;BoKAGH`c!}Fes}4Ja7KM6{ncCy)gB2dQeHL-ve^Xpk2N(r=5QN{@&^5pIB_rJ2Cg8x2`YHpJr>*G}F8V9UFWBouU5e8of&) zd&Jr3v%jHjuXTC=?Xzl~l`te`j)&2A?w$qJEso|tArjT$xD|?=DEo(ob}@QtvU(x= zKq?~Fdnav@PxAn9z&}TJ0_y3Lhp*>c*$7MYikH+GZc{*l1Mri8A7=R0Fm*9sD#NBf z2%romFI(4DWVm)xUHmhD!HlPEW+XChS~7;lAF=l^NkM&!v5%IdLU1M*tCY{VRGQBCKk-9#p0Tg;u&C!nHC#dG zfavvgV{Xm3$+G|vdYt7EzNX4=)vmjNzsIrvsl(Ltq=e1HtvePYCLz*b%#}#0t6u(5 zg6p;y0)Q1Ef8{l!W3t3&nA7g3`O?L!v8ewi7j1hF|1C}s5mk6rjg0Uj>2BhdsJDGe zzg=$K5BC3z73S_$MycTq61?El^{lpEXWG@At*#5RJf+0Ya$*ga0BB!LI2Pu2%MZiM zTYF~3{e6$ncLq#lli3eqEVx952SHwiZq{jwEr53ThrLycKU194U6?X2b>-FPI8rRv z|6T(paNM=Yig5-hPBWCzN=LYkv2xrZjxonPC99!F z$t$S8Y(Y2bdmGE}W|i`ntQhqos*QA1?7cWgEy~#5BT!e=BJBmAcj=z#WTH0O*|WD( zYo1MS^jH81{>cxyQl{T-HPX|Myx38etm;acv;l8aX+71tH5HBL>TXVfV1KU8c}=F6muws=_3=|4le!a&GN@?$lt`fC|1r?oR1yJ2e7zvREe zNvnJnA>bPK+rDL$z+{F?VA?pcYb-gelVj^8IU&yBsLXDi$*d9uzHR}|vpW+eH0I&e zSojEJao(ycwUSOj$nYp-K)qn(r7g2xN{6qfX8thN*`W=T@()<7MYo`ninOK0HCi{Y ze-n!JWI83VC2=!NcqCIA`PrfTTIOnd>guvzyGzyE%W*UUxj2R#3`E2o&D`m*^G_d> z5AvSBoAfXZgH@b!?u(CAIlk^#fN48Nwx1RFrm?P`DO$)PS&EbY)@Xs9LILvf(+73l zYJ^6xO}{rn<1EOqIOix7AI|T_&T6wOQXPrnHn@ScrHEaOzIWg4fwl1(8$yI{T<{Sn za65b@qe&r`$eEuH*_h3Tpaqz(U=4*T8yo5n%OXQc3w=BFQbUJRcfm7*2uIrZl!ORR ze3zQ}nn_Q9+2~RM7Xlw%6&5iM&!Jt_$@CKz3D@f4=R6)(EW|N1p|yo@a*3e&C+`?(kL%i%hU{w$P%2?0R@1hhsCJMn@IJoej9l%B@hG2*5AC``J6|^*u`GQz({cbD}d1kaKlK) z8TIjv?>;P3(NSgnPgLd|OHv?DI{*TN;lSOuTqN^w?)3c#E=r86KKA^@^UltSa^*P> zydY@+as|5Nug@Ne_4eJHY>bP6c*W6--N{XAo{vx4V0H(<|PT@**Vjb}T#>ITj+S_Hm>aU|0wRW>fe)3Y)e7jmLc9Q39^zo0kFs z1nHVVYTDXR8N}#3-0D6zaexK01!F~x1M`Tuj4$;Sw!6a{<%#dFDhCrZry^JWxq`M%yG(2tiYMbe&9s176?_PD1u!Wu8;GgY{Kh4w5Ocm zbf?ogMb=e@DiCj{(;~SxvDFd;^IPirS${wc_m4ODc)6s;~R9w;m_A;y^__ITYqxV067$Q_?x67N z=u)98M^Q+v3|BfJQ>j*q+cfl7Hx$*tOtb+MN zG92?Y-tQV2*xiotQ*`TCwaq^$2GwBj8XR3hyJi=ddQ=E%b*(0JNw(6dWq%M;oG)qYgb8YK}NP#LQ4QS+}@eH0vI@_Q)Lu}gPb6c zJYF6JUk?v->o`Zsb&1ExO(%gZV0p+p^l4U(Jn8_{nw^mf|CX5#@|c&<2gN&>yRgYC zntA8z?RFG)6v`$Ts@QNDijtmlK9CM9aTh<8FM;+iZ%!X|$FDA}V_u$qy|A%5Q0lt) zk|#eYYknH)+xAxmwFW*DB|nFKbMAvmC)kn*ML{mne#kZH>#aaC43@A6*;bLwq|IQ_ zro0~m*_L=^f56y_VdCifZx2-FAzsDd=i3am_ofpEnX~8!c`kuQCQbNtuHXvL_UjJE zGB%JnrqW1lIJ1LLow;qa1sjzW!D~D=d%mBRgiY~P%`JZk9Jyn})FObTWc0qdjmi5j z+Ziy z&;@l(siBGukMHA}xH&OGW%QtJp)MlvsKBf-)Az21$g->6F*95+{go-YjDC${~n1LuIOp zqTE5ftu1MYo4nnA*6r~a2P=-2SbE;cg`18L-xqf8{bPlj`LA3|cQ{jqcmg!|@_>6o z?{sxwpBDQFSlV)KLk5~a<7*ottvPts|ne zBCumZ)$22)rDRbSMAE))8UCS&<3vbfq1VwuKgO6OQA#4oe>y=y%gjq~EUP_1=N}jR z%$dgNzhO%tHcHU%;SKSiIZNcK=F`%d;yhQWkJdnVDj{83 zS3B0z-1VIfBIP1c$?U^9&qRRt1;2k7=+{=WflqCRhDTCS6tlJhBK-p5zmuoO&qpMC znpm8!BXyzW@Sc1su}q56I=_eI0e0TKrLAE;HNE*%(QQ?WD{*lIP4*ajAE1}P?Q`r~ zBhSQBXJhz~>iWQMSMzWwW;}LbkUCRQ`a@IO07FzwyAApKc=P9G_>Z`Nq|)w*$aTSUkr{Bdo zez@u+8f3r<6-MBfLiJL}t#&?YWW}C>NDMJ@b0J6=uC?6Z@+}Q37B9k#w-5(fbpEbb zCkgY_Wvl1Ew|)nCcR*QK783MyaR8}7&rk43I>M}*37Xz?Bu@~Lnd2^wQL}S3S{zM3 zK@7@bHo~Ed2#v1FUPTM>blPstAEBr`e(C+eK*y2K^xKE>F^UL9F+C+{k;GY%gicbJ z+q^ju+C@S7tjOKQPPp)Gh%lyB*RY+;Jp6R5(k!bG^kx3!n8EMz$xj;CRU%0kZ0ss^ z3OW=WhlwBaRHxKbgwD{OrLj&9$vVclR595Y(c7Nsq`FiIDu^JlW;mVt+hWD=;QVu( z)d)(y>It#r?)T5&*n9+#C*0M;(%TsM(>oa7$+6G9!|y|!=ZbrfgHiXD+@8l8Daw5c zE>4zX7dg-h=l_~%1~;JB=^r6m1!t(2VKxQ`s2rC8W`kv}7@F$W^Rp3b9X5zTbd)dr zV&XI|%?zAP&S`)XGtynW7;J{Vx@UYz?jpsLpDjhfpKVt+5Kz>H5(3&pAW&VIKtdsO zXOrt2Y0gt8UtLR^vt@A{^YC+-F0)tgUO%iH+HK<@XzZ?y(lFVin%$C?5@JXeZp0}6 z&gY4*?qa27R$<5A+DtRdMxMG*b&GfacHy3ktkY89q`qAXy{C%RlKO3ZJ}5pHUub$7 zd5WLPu8^L4`Sox8ktJ%pVuMyFBk0r0=INr|VlgC+E7*-D2$_O` zGwfzfvgSJ751wp&5qi249b8?gK<>1@a0j`TxAUO-pa`oh+pM1Z(+&cPzGSH@G^PD( z4*N1pb}BFHM1p8~?ooF$)_4U-I_)^bh!tpZTKh>1E zSc-RC$>8)}=-gvHId$+nx%IVtQ6Q44C0qBm=`Bc$)|>AoLlsPwBCUR-hvp(@H1WDjZ`ZT_@c-s>8GR^;pVWEQU2#uYtyC+&t%V z%+XQ|?{ns_;tkFLFiKbb$?@9`uSLTr{0j}WTuQsRL71||??zXLXQ^NlGe6x{0CCj< z6HB(GE&9Sgp`eeJB`HV6ME|1`KbiS^oYCm9qb(nuxics+wBZ@Ex^|XQF4rc!6p$2f$q< zJ%mDDzS7_0>t7_#?EJbXRI!+f(G>f>YW=PyY>uAm7#)d;z}q0_j9 zTH9}&q>pz_2Fre^YqI~^<{K$EM>1D?zJInz4XGR(7KNMT(4I{d?-|AFPfhUU8}EFN zpK|6)A-WnGNPXoT!E%qLg?jQ4{jxZ9A3Zmf+mCEIGUND51NjtY`KP0#=|)#3tcVe` z0!|{`iG2Xv%Ml0dw)pesLsXhFZ#69Nl8m2$uX>mm-PT<=?M!jjLNvJ#4l2=d>V~pR z>6!~}BA5;7Ve`eG{Q8iqdv1wTZw{r-y;3n`URMpL^D6yawpto$Xt+%rPs-S;Zb)RU89@gw zfW%iEW@`FN`pXbC*E?G&0n00dFK}Ehok6SX)#sx#$88U?9~U$j||x?u zL3^B7*nzni<=?z>tg&o7G|Y=;J!P*>`NO7+NO1X}Z|J56Pp~nGSNJ-bRQA8(Ujy6#Te}&>7t&#r4qI19 zD9pGXY#Q5#9tz4${eJSY0ayI1ZhDBJ5&rd)8i8VZS)^>5*-pm81PP+ElqGOMs36T# z!+)dvX!*(EBe8EXvPdOFWN5nC>DVy8XI!DFmm_F+KzM_k7ZZakKfb3vH(Mm8S8)y^ z03UWzF4#hkK_j4k!~Brj?#2#Tv?wAy)FuKhp4t6NJ|+0wN87XXbvwJO(^Evqd)^A- z)nL7I{h|l&cW09(zjhrR&*_wZshQvV`SLaImyex+Ddz+VTE)^l82uzzFqd-p3y;dx zY8z;gOSLUu{I1b^zhY9$S546-9B7x)LQ_pgg0qTn@OZ0sjdbEe)5v+N>y?q6>W15# zHg^% zhdh(lo}=KJ66U$WbHmNzJTZ=HD4r#k?as;VNVNT-sIR!p6oCTB-&sUYrIg{K@x!>& zgMJ70k=CV(hKGUpgU_FwKMvngq++4!c^FjGFp z;(|hTR{@+vN}41>eq9LR69t(&F_R#p;lo8$IUBd_;zu!KXE@IHMBn`p-jW#&rvNa` zd?Q9UNGjG7UP1Ac&+C>&Q~R30iCtHP>|UY*>m*4KQ93&!Zi2;$OoXpUdE)>YI7|m= zsPT!$Nfd!Do~jVLmG0LWzUYyd-?-ap^Qys>e~l-{%lkO^`32J3a%C3U+$tVWw8x_= zS&Z!uFZm4k<&iwf#d)Xk!IhycB1n|gy+XdP{}>190`&4{*az-o)U6a4K?`OnUTlhz zc1D?vbO*;tnp$)x2L}4s!yLs@n@q=}8^tNPa@Aq7T6ymUFqPr5!|~^8alfV8;x51# zZ3%s^uyS1X4Iidr?4W&F+>eYNAs?VE%f}k=!+GZZS;YW{5HHR!f#OS`kVs;)^6;B`6u@$C%_5nwoTbelQR@j4=V)g-AMciF5(HbYyjkCu`e5Ml&|iBTV~M+zo%vgC^;i^ zJF>0g2ZbvQ{OeRT(1U6$S_Fa^`bh zrkN5XeEO9m%PPMzWMAJ!OgXVv7xPjij)4bbAWA$Q$#7D)rU0f_)8b%#A|!I|f6^QDhUA=0h4l}%qo`8m zKMLW?yEu@Nv=_7Q|K9YLg26p(vqe6P_(dywsH!r0*g!ho;a1u}_ltfg9R~pWFP*6%1aRH;tKXR?kI!A zyP4OScv#GGsQ0ckzYUx)@oZ!88IPJM`qE#KLVVyZgW>o_#xCyZ)6%O35)XOfjOS|Z_q_-ejrB`as#n$6-3Yzct{&YaKW`GIzN-$1 zy7PaA#WkJ;;c&2!KiXe=G|VNm{qv>H8lc@iX_XCI@~|z^vuY9W?aS@4Hy|t+&h$h8wZgrf-fy z41)Q0+egGJfLDaMf>`}uUwXlB&0J3Vf#>j@KlnSA(9z*2dS$xEOrqJ$zm!1L`Hj3z zXq$CSlLVianobvQ^z&o<+pVZB-sIfj?q=87+goxnPPoS zo>-OP6My7?j}mmwDC-stbsP7#^4KxPX)jc-fhTHvBRTlBPs|?oj2oK;lTopPWhW;) zn@Br?id&i;ho2lf5CnB>bDaaEz!Pu%zJE{fwVzK+&P4gR? z1t%Wh6bl4xH`%*5=<=~E1VrP3A*ug+^SViPSE9^?DK;3JQK7OI}Czc-& zS5D~B3%%7GL!BZ-X)(bFee^`yd<}*o5U{<^Mb+FWvs2Q1z-Z&Do0v2yKE#&iUR*X# zpR)KDRi4+!4<5GY12BqAk}Ng*@@^uPQ9YYz*soT-Z(q^62dArgma0+E;G}f1Ppl7) zwldiI3NAE)jvN(aI2GyjRFUA5HqFzpKdrH4ZeQOlDQzxGwjJu$HMb%dz^yp1oRG=7sEZqUs z_xQ9OIutO@C3IvXneWmV#4b685En-SoKw=p!%Wo2!D=u|kX<(`?a-K_#T+D>FB6myQODgecw6S;EqrE)8v4=y$ zV85>;h60F!oih6x+bkRAWWj~?a~d~-Hc1z%9wbK96&I^xb_a*_H7-#S=I+L4DT33D zvK@s8LjKq+WjFarLzhk~`nI?ulE}(+v?{Kfu3TCJ#TX1LD=O!;=u4Y;CyFFZo<*|C zUT?tx%1~`{nhRj^rNw3>4p{uITx7piJlJ~^qW&6l^mfLZZ(ZO>=cz-s2Yi{!y?G8E zS4f&+l3Uizm@gGXo9FoSn1#NNKv0c-UKaH1#3U3Oe%mkAc#TQL5abfG6OZMoMg4xY zpUbAx`Xz0+Nbbqq9KrMrgMvy4>C^;M+4n>*x5Gq^&))%C#XI|TwUK-Y%js2!){WHj z=9j%~QTn2DUas>pPy8BKUi)w+l4|CcDQHux%g&mw-}T424a=;*vOImxl%y*7{muOD zUm!3rdx7=$&LclH^GLEgVl}emS~)3V9)Iemc_c%BE&XAf;`}Z`u%igxmtz#KHu?_d^~N zIo`nRlmz5@4ygen>;>P~OHx9Tb)psXzOVvhVK1v8Po1)K+thRR!*73Rgq&7FMZHfv zbRy22_^le%%3Kx`>>id?o#@<;d@Vjvex*E`2xs9 z-*GHjnd0Na=sXQ?bi990@4t92u^@z|`fW77u6xBf6=i!rO&n3n|LglkGPU*F`w#}^)%?`0eIO+R6?{lcr#4B| zmDEtV=cm@j(8t$#i5UgFfYjeryF$!CT2$F{``;hAKGvea$M&V(pnXo|M8qCaqyEJ{ z?oBVShV&O?T$Ql#;;35Ks|l(>saSGCF4eEsEblIm$Qra+)DKciP*_xC5?myzO!yl4 zfkn}m-Q}>7l$%ZZaA}NRn0LqQh1v0+4(_X8z^}i4N6caUIZ31v)n>YnxiLdH&V}=4 z^79Y}I^!Pd74Ca>no8bYS@K~Wh>#;yweJs9>BrQnHu6o;*D!iwnf=-&$PXIc{nRb&-Fci1JKy<$`4n-bcS}2$1vjhS6!=oTbjC=! z$;Ye}_Ao4Y>9AL!eed&v@1a05qE302(0WXNhWWm9 zjG1yFM#AU9)03VR^XGKSSs$FacERM`KMMZJunjLGxDjJuAZTIMB%>Q#kn4-|&6j;m zuS|cr?$}2tgtLhknvhJ3PjHI}y5$fmx=xi*SrJnuhoR=p?o!qB%x1>8NB`RhSHNSx zn>%$Djn82)QAY9l@r!PC1tJrwmx`Ia*(<$f1To=G%J|RO%tX>s6r@)QDWF0A8{_9C zHL8MFJQn~bpov+JRS#@#E>)|Z!x~EQP?SDHY zF`*2@y`2)RZ`BT~*(O)&cFNkFpi1;sQk4@Y3zTt4RT;TB*nWk*qsq$=Jj5Z$Mt8co z`n1W)9--o-E?;!^ti(oM;e#|)nJX_*38^Kkq|Yq)F^}#(|3&lVWJra!Q^j-W@!OZ| zx`%fMWzqw<&tuOcKegy5!n$7B26yS(b{TY8!Zf;$Q}{<)N9ulVi$$ncfj1{mAV$pn zq4ZG`v0mkXInUwubSheE?(~&h%02&#>qt*?flIuPrXKui#fHF=PFSnJD!jx?rLL9QfS87I|G)u z+NgsVZSy*Qdh&lQ0Wo)`CKt|o!IXvw$7ff!dQzHBh0hV&kT8X)$XPUubZHW-4OPE% zB7reet!R+}=QD?NF9tb^1VK~jId;K1Iuk%Y|I_tl&&CFjq5n{nxTQ@exksRT>?wsa zm1Bspk+)Mk(FTgRwA^1`yyv&z$j)e z$L*@nT^IEkg?#e!H!-nJrS?bDSlS052HQ=JP@+=Ot_dM9 zHHpEZn5ML*hNg#NN8220Sb)XoOvWyZmQ9c(J z=+>_Kq?>c0Y{|tsxxnWB<4AJf)%#l2F6}M%N^axBW|gXsOTx+`tHR8t8}IZ!;3gc_ zuXotTWl%kP9~|OLdvA0GX^o6t*hL~so{n0J&yEZ{lOE0?mLAAh zodxf@ZcyRLK8>YjY99%u%#+yYTU()?C2I{A#p0z7%?DhiG(1Lg((9TJ`Vua_%}*6M zAI*b9MkTv3Q1hrf`Ax=K0SdQG~3xg-~Ggin8@ zx{upP^p^o0@l0?@@TRy)x07$7pZYm9+9YE9ZiHDJ6Iua*+Wj#*e9=6&9bO{OsLLlc zmwpha*E)PvBAjufZ!5GK;$+*!ZLaep*%B}RK*U`fSpnWIXC}=kv2xwtiTk>ZIbULX zJ~I5C5oP!i5TlyRdH1e=vArmkBQ``dPZWz$gd|FZCXL9E)5ZjN;fxH1wV~&G1Q1ZK z&dl#nVv}-^iKr7w4V%I!5B#;{r6tSQeyuK<)bv4u_f6aaN) zZ_l$yP=x|1eBAzxHXOziPPq7iUx6!mKSB8pp` z?0`?uH>@7i%-YHhQ+-UlML~D?lYVT(*dj#B(?nA_Hlv+qpoYD&=Xca~)JF~yeDzUm zuC@Gq2-3Gw{UN0ipS@7zRLSe0EHIfbYe@P>%9E0N zb7#lpLSm3>p5qPulW7hEQcvrb%xm88w0pE4&(!q8mAo_SMu*MO@Ew&#KVm({gAV<( zKRKirH0x8id6LwJIsO>W*QcR6jo){&^7EbvcGr(XrK>(=-CVcnj#!=C5&GEQrm>PX z@Szp?AK}u^U!%%r1*@{FHc|C>v0O3PA2~@@5<;%U9#h}GHHq|+08cwp`t zUcy!_+C+wGE-F@((=}Bg6RNY62mZrp?9(98+7cGjcnPxePF_F7;ps}tP0In`&<5D? zto1Eh{S06!CH;57+F4i0J8(D=S-lUE0tG-SLr;po()GU=qY3#OYOJCzY2LU`^=2@6gj=G_-(WnTDR`~$G7mVKy>Y6 zxWYoVHP_8~aC@*5l~m4^9FYs7_Iw9QJ0)q>_i8hVduN{>dG(Z9B~H%U=!7IJKds4{O*VG7VAw>) zf3dTjs?Z|e{!yK3)l6MICumYju#y{Owvo30ygc-x_K_?z>>=43hcY z!De5B;Np8(P=5OMB?0AiC&?>V`Q1+=p=VA80MeJnU(ig<-6v2NH}R26KHLx2MOEiL zRc3eH2o!I(`KP=joeCB0nXc1WHWTD*=m`d6^a0TfDey;6=Y0@|aoQ?J*mM~vm2~Tz zULo@DTl;pR_11x?K(O}J=Qpy z@B=YhH(MW}ONZMJ9!_ae11di5^kZXzGEfOX=LLm@vU7*&bP^3~WnQ@MsPF?^?B=?M z>zV6v$LHYjUypvQsl?!(RFHjJ8=h*q^M0W#EJRY}g8&D>sXLr5b9=3+{A3ewpcf2P zT6PgHej^Y~kmX)Vnv8vp=UC4DNctfiNp}>4EyQTTI)@t)tCSGeNJ6zl>_GTl#yc$g zAM7A(q>8EiDjMRu{Hq&2jvmh{SSjK(?|x|Qb>mYU=M+0!&@82=D9WzsKK(J17I$aq zI4`5vTrhU<-HyZANFga^d}Dm&^rKbE+e?nTPC4}(9%Z#D`~uQRR5iqZE)~Yaw_xh`gxW3R*o&?$q5)lF;B!cqmzdkK>1HtxR_but+|){y9R& zJJkg~*$GyPvKM4c5fq7EJ0ASUmdqxTz;4(9LMie&{y?1~rtQ_P@rfOa(prMNziAEX zS=r(TJ-04C~bb-W-^i z-t{G1zy08&EM~xb6#8!*v%~CTRMYYldY`k#p3{fkO3K2V2jZtFUJ4-lDQwigCrI(7 z?JRI*qj4Mqb#)WN;{^WG@M_ZG4|x&yn*J4u_;&2kR&`tzsbh0nn*~zh@vzWD*4w_f zzP{pec28=V{ z#yxh|1#3Tb%_za;LLtWHyW9_@teP--jz3!!j^DhkyVI`IK~eb2msoO1ST|U0nM(Jh zV9?s}9KOGkF6&}j6&$E$tkx?0tB}(y$NPuh)SErDr6rvWY99`%-wZy8){lL&Okbm1 zZ{5Uit@u>ARz~TcQzuM0q!XN!i^2^Ho9&cN!b|?`29I<85U3!ZTcn6|vDYVjSKJE> z^$PRyBi;s?~Adf0Thkp&LYCoQ~maa?F$gj)| zbe?9P(Ax4fDt62X7Jg($43Cdz>16VZ)LAw^2nVZ>5MHARWd;N5M~CO`wJsayZMl3p zhX+H^&ClZRouS@yBF>sMM>B7v)vg21wISPuiiq!Kae7~7i84^O>UJ-`e;y@9PtC;8 zaZ4QzGbxvLGAY(2?I|}z?|sn=p`Vs~LbX}mdHi4Az3hK~i`U+duNvE!RgmhL5Dq9l$>8ea2in#dpSJJots~_@n$=vYkCf^i;q$9%dV6 zU?+_O9CWY*6PlXw*b$;N#N7$+fPD%CJ%M@r+TeMh@|8;w61IW_xWMb{44A$ zbyZc>K@sq6;*Nya56uM8&u~9Ejp3ScYp}n&{h=+wCr2V7RoMI|*PzDDr0Qa@u$0xS zqk7LArVk*mjRAfKLi*X+mBY zd1{ft1lWn#aTfahezw|J!uYMX>c$_d9qnpZBZiQ_xP^I4)%Of-TMeXK%=b90(!Wjg z1lV+seD#K7JewX;Z#LDUzg74r1@1?L+i;gmEZ0=JzH&&o2RXa&%bsy-oZM~h^otpO z2b&E0qPA5(I)kbu=EI>M`1VN8*R*`V;t^gn!8zss-%EU&jA=WmgZJN?Rl~clk44&V z`S=-n!s)k-$$A(@7qXGS>$uqBR{N_~V8>Kb{m+}!RP#JSlv4RqgfqyF_rECx@m27} z&+Y=@ADN}RmiR_V@@Y1GYPh)bAs&tjHl6s1Su{nH!mZVqk*mlV!$$93LumwUbTJb`SsgHV4rb1(n2Ow;Zk)=dD@L7}w<=Vis#U zglBWjp5-g6a&D;IJ~IB7O@ZC5)9;?V4mQue*d`!=&(4m%@K}8{{qw7`5|1fgD)~@1gkb9+Xn(@aA z>dJY&yW|VcKZORR0v!hE6Z}u;8!0%W!QwNOs}$A&1K>XlSnGBk{y&b+fv>W*i^Db9 zwtcc~+mo$nnyjfNn^R4lY}b>G$+jmi2_KS8Z?J8?4BSx^|8t+!SMZq6BD7KSZO zd3MWnMcYafVuvW_CIE55?QmKg@M~N2I(|*){`Bc2SxrBCHyM1E9F=%Uy{%D&X^L@pyrrtNzhsw|;_I`A+?8LYA)4kk zW1_KrqNQh?c3U%zKO7Q`T}Od+hSbH|0_M)2sZ3dBkWTc>;9{G~Qk4{w|y7^5qzglm^X|Hng=3)Q@t60ZPKhL2Dc{DE!ws206| zJj-gS#_Sp>I8Ph_0UwHh2FV_U3l8*=o^=+DiQl8u0D+`0M8~I<10&}FoNM5LINp%b zMbVj$TKy0-#gGc?>zUu3 zj~akI6J^g-FdWzeD>pNhQ_s5_h~{kb^^QFGqqyyH#CrAm>tw;0<6GpF#ocyU~w_bEB(h;EG9a`aZUPmarQyzW!7z%XrrdG=JnH;`eJsSxWfR;vJ{}re+caK6WAZa#yPML+>jA&7T$^O4*LczTk3pPT1ig_rvhJERawe#=(# z)WtnKiyQO*>lehlPzh@$yiOO)efS|;=uvopGlHhrJaTZuGg5NHGwNNxFmlRGK={pL zWS=;#$>le;m%Bs<4AOCM1D?Zpa*noLichsjaNt5{3Z8Kp>wAlW@taMf4-|ho5C&%& z=vLT=Thkktuec)82sf7oHSh%0^Fs`XjP8F}Ag=+A%<)6|c}JW`1F(cD;K9Wu@*idV zu>{i}>_fu8P4?w3W|Lw+p(Gl%Q|~VP-wiqlBSn^V4HVIXz{4q0F#jR<41ZBlig984 z5Ru1_i5lOfS15iAlG-j57ENKqv@ul>}-e(3$#O1Toc$_o0r>1yw> z{o!;TP}_VrO)>gD6B-0ig_~TKT&IM&ujM84D@x_A{a>|QI-e9in4LlVuD6aqb6@iFh+Q({N1 zOPo8b47jdBM?ou2G77dKid*8-egt==4 z%`4_BY?duG`_?7o8R-vrpDbLro==X-rVE*r1J^lO*#`%zO3ZhU%4puN&)^o4?EiKb zS?IO5+c#cEHch+lz}5CH6_}YXYa-k#ecKu(L>x$5#P-$~kInnoqd@yo;a{DObq$D) zm&)=ExH+`2D@MwT853jk*UZ1jv@HJwBC5Th36~AJ=-oXsos;Z>_yOQ1`n0<4udf1s z$jmQI*u;ZpPV7aFAsGz$N;64J%xA&p`^9}2xUu=30tQTuRv=ce90k)8R!)+s&_%6- z-Hb@zfNi}a=@Yp5%5smtX4dwIX@~xCa~_LuBXVt8Be4EA-fUJppV5w|yNtb>Jz)7_ z0FsnGOWPskotveqLPXKASX&iy`L`+4>*9{qpUdKo7_LbSoQpjL(KSf$WJ`)y~fIuxZWPK+8x6_V4goFw=ZPEJ-}%E%Lla3sL|4 zw|*(zD>Z(=2;+gC3B2*DU-nr2)$?x>RYiU+*IP5rb$$E8@S4eK9jlbiB@b+m+5DgQ z16Xc!c*v^hW&_zmZFm&1B{iY52X&>`%usMHR{@8^?iXOq^jF3NGLV+&q%Aes8w{|9 zIl*8N_LkSPirdrC0$7iGnxVhH~RzFP{QL#_k@oUSu6*VeNlv81(je`{#@WoO{Q>D3i8>)=(Dg! z$4wnlRMKfsNMFI#aWLF)V>oL3+V7$=52`{_Hhqk$z|0UX;y?9`t8V>btuNhgbsif{ z>yGRSyT1Sf zJ~VdBkC^(6lHW2jn;psSMnl?>VC@skt#pBxBU%X+YA~cu0czVL!zH!d#hENh z!gCy1{#|c97DwtUH-gbvb{e>gmI36!{9x_vF81m;Mh|AiwM*73pR-c_QMC{!+7jOO z!~HLz*Ivn=guO%Ufbk8B7WxNB(B?UiY&#h1wfHyYEK15s~pxz0bI(yfE2WT`-^bH@Ju!=5p*=ZpX zyZ#izIT;Ty$h8)21)-qtv~-MU=rWyxUhb;>wa_}BAfO3d9sr3(sU5k$EQvdq7?7E| z?5A0e0*zQ=w=@*39pEMNM?m=BX0R46n?&xpN7(WD*(e0vH6ZR71H|Qw?+^a(bpHSP z$Qp!I`S-BTGyzBi`y+7C;_CRX`v;`(9Pk5}fiki#>}ROKa+)lkKp7CS$Ufsf5oV4C z!JKGY5gfJ{wKa74k3Co&iTO)90PWOtNT6N?T-V(MPJ_lwPx9cuaTJdTvsS( zzC*ZG1xyX!pcX+936g8?EQeanJFub*cy>9u$6wRSp)eGp-Mti(1ytPY4DmeM#VQ!}E8V z++1f>_TQ5L9IM>QzozxxDcHDuh+bwkGa&Z+Neavr?b6mk%qT~QXFw1_xRTNS?)Y(s zNHiubxhF=?VKIoDb%43wxrI*gYu$&0nZEza)e}lZFSXy{Ip#`-_W(Dr`>22rBSawD z#_MEIgG;rI+TC*7vJ*RZ0V}Bp_k@VuhmNe4wGvdq5{%>EOMKv-`8*NOb?CKaL?R0OM zokrzHv*JQc4SGpPI}J87#TN=Gs*ZNP@32n{63yRjl1eQ}cS+3L=xx~%O*R~n5-hun{*EC~{gx-IHr&gO6r55Vk-6BYo8YhG5jMF&`cDA=L_xtS1(n`qewu}& z)b&3%CFN=Kmft_@r_1g0!;sdCG@}Y>`iBc2Gc5PhW1?<@s~zEn748Luzf0-pHPPr8 zzj`%REE{)P??1)(EXS+o?$RTgA6qX2O<9{`hO{OQqm!!fu{wJR@aZ3JNXs7%Z~s3MtR%Cueb1Hsw!D*bFO6Pr$%t}D5wXCEi*zKy6N;O- z)aCI^fo!8M?5I@)9q>O*`~uL={@62Q%A$l_$HSgl!Ikwi7Eb(t?7)NDm?rA9)S@>VK-kq1~Jn--gjVvargiG>|zfQ zr~Iu>E)nCK>~dYbd|w1^H^ose&W-%i?EQm2;N zfVT>_W$S#I&TX44;M0?sE4hm$0xcOnk-^Kz4$~Es%|C5Hw5$tg%wGV@*=&OoY5|$V zml@X2e>`p~)P!%P!C8-Qn?1pdliDbjB%NW;gE0hDaKuglB93fN%%i=5Q1Bc+!xZ7r zN!G4mRJYk9gA{dC&NI;Ef&E5u5|Dzg2*(p8eAX}ro;iS#@RBTe zyUBU~>^LcS-Xh5i`vHuz?Ry2%o~IyFy@)o?ouU#6_iOJ68fh4gq92vt^KKaNqzF+$dQvWUi1Ed(Y}Ha1ojr_3U|R&cj%# zFZs~+sGqGU>dDt)dm|kOJ>C=z8+XDIFRTk{}8qNSh%UX$EJnVTY{UH>~d|t`A4d-nR|~*~toRUW+vS zG7LRG`r{{`Ds)I2qTL)5OSha_Y4LCE5~+9K8g#117>tO@flszg%zb$H`n=+bS=-Z+L(Y#;A`b`$bqBV6!Ht1M?8HlFR z;dO9mR{2}U`uzSH{nBEW@#Fh;AVMICW#ftays#xTY0K#bp;8uDE2K8Gdz^(SnVCPd zjz!o62><6S?0;n2jj()11JKNWHAGpL>k=^Oks@UJ^j?KSp5lw)2dyN=wwYmwk01#4 zv0EBpY^8zPf1R9O?d^j%^nq{x>L%z`a2gDE^kI@3`J-dP46tmJ2iC&cf;=KSU}uCS zk!PEFK$jF4nVoHIPPvVcw$Kr*Zu{t^@zlT+p`xebIzSsd=8l>qP9SnQTQG1;B64UE zcR$ICVOpH+(MO)0=oo6Cu|x+@_11rIZVTF1@L3IkeYDX)Q;4Z1Y9}&Jr&)*g13nM& z&sfXXQ~q!DKd!_RV2(3>=~;qB;9DhO{}Ht=r>&3h?_EZ&ULYT`ko$_hzqtB}E@_0m zfl|FmJatwL`+b`%Tkf4FMfuuk_W&Wk(xQyYN`2(XfxP{GIwBWes~%dVUNBu!yV!F_6CzGWU@qU}S_ zVk<%X`_Sob9Fh?Rx3F;;nPLYkg*;2msi{~}ApNvL#+s`wppGS_0bJSgHY%~ZZ*0=n zU&bw^wVgxr^0o$1IO93+d!f+vLlg%R>rJ0w^`1@usU0YRXMMvavR2_O6fq=?hML(X zk?vXfTJOyxle&LFg+0y>E&;t-7Jl6KsX0Yc#v_Fh^{~31-g4hP{G1`gPuNF}?hbp; z3jtCwbGL-n((3&owV;WV{>rVtDPhrV+Fwrk&N$oLs0muh-zAw%rFPD<^x-Cv{SId|OEin`EB_ACd0*hJ>r~)H z6!&z-0`oAa!b}LN)$w|F1c#nmdAg}x5#W2~w_o-m9osDE zioLPpc59;cVpL1zmu%YT>h!?`EK(Wg5w{zh8pwOkWIK_!@0<${l?F~XV9_e6IjTr# z?Tm!eS(9g0JdGJEumAkdazPYjRIJ6gUAZ;;4FPTMSnSX)^Dlh)=pA}nilIxSKqJOX z40;>B!(}F(p;KVO!>IwGlIMjQ1V@Hbd&u6v4GzDQsAf*-e^rdZzj;!cxo0Om+XXLNl(BXIJW$4Fq1SJ!^zw~K@$!^d)USQ8 zjP8Z03*dboee;rFdIU~***-yhWMvXv4K@Olq$KUyYTfJTo1#)Mj7r0KD*>JsFP@8J z->2wIr@x>THSW}SQ;Z??M1-GtR!~SH`*L5ptxV6miF@_F@^DcmCekctxYC`9e8#JL ztp6haHlDT(?D@9zPER`-LnMXPa{z$@QTd`{!m=yg=zYchBHXj8E5g-}?(W#@A@&Y8 z6XjUZpC?p9v4^x&KN=Fi|6Cm7(kEkPnmOFl*>Zz3`TqNTy1=c~!Ll3;20SvJ3jJR1 zS00QP4^=h@9EG;&nOy&6g!L9>{yFly;w1TKiqrqRneFal*Nx}3!8-mf73X54J;f90 z(*Cd-U;BLVSA6i!mX4~u0fAen#X$7hfQg$)SKv(G7-ds{2*~>`d zd$+wFp zDQ8ncR0d@JN|6(1QzCQ(7wuGlu7&xr>y3fNph-^8uM-?P{qHw@KzswJ|B-h(P9mV;_K+9-NQkizhSYx;>W51N`R(B_l-bV@ zi?2TwUVK-4)?uy)@a=pA$`r1C8_i0_b}Wi=iWK7#)iU_zRr~;_z7-s_Z^!8#88v0Y z>)Qj-Nw*czJDJWVCIFqSdTp?VRZ!hTW79(#X~O5M=~0kY>E@h;tk$YVVT(S?AE zI>|Ke7PGESN8;}s5r|ogIL#+vIc4I-?@jiwAw;BS9~9yC*ZY;HH_F8L0rZg&XWIYh z3XcpNJBkj-w-3V!d)dO^`R(F{{ff{}+Uf3;9Rx!3>EwQ2GKC-)SCwf>=*~H`YYwxJ zHa9>XlsO*fJogR|&{-1l8nYNH95_tS4yy`Xg|z930^;p&1X86i5=*FrT*L5?lJyeJ z4r`XcASvp|dX(q4V!Xog1KNJtt*?m|V-IF*Tx4u!;)S4EMc<#$@shBskqSAN3i;oEZ9Pd{b9L!Zbth5fQP!W?y{hQw4Q6mZ(k#GpKjYng>$S=&eFSnZq{w`(V&m+N99lLx^ksO1{UP<=m)U`Mnob%9A# z^##Lh?*UP$Rvii&r)(1nnMnJr@6Dkmf>)%S6G;dG2g24zcyQ-q|E(JxA|W*Xce@}9 zvYiD)FFHq#2N4yN5G?=`5rg%V-HFsSsLSavr1MkblQzIM7`ddf)K;j2BI*4q z&cCz=`5Jk7gg*x1^04!~?F6iZhIh_vxl1c%x)jn3RK5Z>L!%)wxe|{Vv8mGy#fO|+ zyll?7niXRb6L~ESx(|QHSw~VzBT9knesFkVAGVndK8d$F&nx&UuC_9d_FGsnFsB;~ zNiRCq{1)CP2W3DPu^{YwGSv68T;qhZgq_>Y zEaeWq9DE{XD1oBkJRnkpB+&%3F@x^uA&;i0_|1RCSB1FH#7V+>XiO#+KEzq)6ky8M2yB+Tcbs+Mco!~M^Ce<4!>MI5P2{!kC-UPYic z6{TBiEq^1Cm6cb}$dsx!VFXO5^Y`TRW+J}|bB9%4_Vzc-oLfa{iSJ@JqOLG@%9PGVtU(Qnyvsp4VZ>hzJ{ zdXo4R<&|Da9CWLuauoZPPl3>HDyB!gd@OSE+h^W}?M|P}mwT7ik}$g!3|ZhsNhATG z4J*V+(L#@u?T)T!7(GOmr%l8#Z_SolfgTw`7kU{a)~AUfOV<)K2tgW*-ZPJ7wYe5n zKrY0bNH-PnOB7Cq+)h(2Cz2F8&f*yN69FBB$k7zxH{sJK^y>nV zA9Hh`!P##oD-yw)C4+2@IGkwEep z2^^!QY+T5?Ivlj8Ot*$DeI{3njavD{bp~{;F9Alo=N4hZuXLwXIVopAL`}M?-nSqC zUCu^bVH*zS95NKnipmvqfhmCQHOgq0?%nTxq8>@^5guFB(HA=5_x)@sT813+{tQ{?f@R5lc z^l$D>cK%n=^v3lv`Lnasm^(tqp09Hex7Trz>K0|CVC<2cqcxzIR`|7H>@Gwo#p3PP zHr-165;jDCkikKYvowZI;Ic&pIrEzwJPjjm8e%R2_bXB)P%Z5iF2s}CKZ4(W1JQw9gerNYI0Ye|GNRqMN>~bhe%Y)!6_sY3nA16#`1@h%hbv*j&EuiF zBPTc&JZ#TP!He?5#;iZ~S_d{%vs;Nxs3lKT$Ur)REDo^;m=WBx-C?pb2$P%mrVK#R z1g*BD7tY}a&$J(Z8m5h=a^zs@UlKU3U zCI1bW?=fgjh?wV!w8>(MjI7nj#0D6c@*2qrGDP=#dIK0Knbh($p&EP^Vc6qo z1<%$D&-fvj2I|LiH4R>K#fop4t=o)D2|gDKZq-ISV430c1b96oVhUSdjJjn-&bjBc z=lU9aY*P`Zp!wS0okl3Lof2_`B0=v9~y;yaD zFZ@HKnVzT6JCTi?xzrCj;F}J5&%4jsRoxpB2=Fw2FMxhCxV*YkU$R}IJ#N%cH%jvUiDwM``a^&2JQjONIECJ%N$0CI}Ktv6g1P8 zEMTndBx%FgeT)@6SL3HEWXX=|Aq|P$Bki?YfB{2ZW1z{uGgFZBB4DAF4Yg+q+t?P| z3`~>wqIV0{DyFcAcNqYb3G#fXn@_Wdc2shD!!o_U*8QH(2uE=rKadgcvR}$r+u0~= z%cCfz-}^{YJr^+ldjMo^zdp2U7s9*ok_{UlGvsd7^XUSvHRo2KOh#P@H>P zxnm%<)P9;;dA{f}d3Ke!gl$5B>(ZP$bynyyPU&33$UH3UTQjY?lH~}_BM1-=Q{I)F z5yyK5M!4{j7l8LK0<67dzCbic(lcO$4hu1c{MfbD^sBLHexwyC5+M17qKv-EuN8j1 zYU%dobXbJMT&pbr|JWOOz7strC!*yuKi#1uKm+#)kWVx?4l}3hdF-JlEq3% z`A3|Emn&r&*RRc(?015ZFIV2LFF8AK7cUPRa=rU^37d?`y+?C}rf)&l)Aih!s4?Uf zZM?~Q;<1w%j8@Xp30+^)Ed8#sNC^_V?nJsO|GgO3wbxm_^C`QupSYGx-JWM0O^ANc zBKBbw{U_}BPXeIt0x#vCzBqnYdAY1q{ecU*6nPzNRe@J z0TooFC%SD0(+c4wlkRCRUL_VQR=RzM`yYDUUC~lC<8h)}DRQh^{zRGoap!-*O?k@G zP+V3s3?x&S)=(Js~s zN1|hYOIWCAi3zVGCn9H%jWQd5S#sJl92oAx2KStBE&rnt=7MWV-gl=+{!j&OG$MsY ziv60+{x27|TqXS>UZ$~=wY?qzdHInw#Mvgi_B#($d{}(xEl$!1BOFIGBo2oR0PfI5Rch|~*+!COnHe=aNHB!VzqJD+|Gt?P${1y4{Q zhh2tbkcF5V*^~;B^NA~cE{r*x(VtxXo$@hja=m**wP&(^H61CrH~acL@(=PXX&!nN z%kIY6s0)>z!*3DwxTjU}0Y3&c!I_dmU7`4md^zP+ugTD<)2{UvbENZ_gZ|&xo`%a> z5~kPAp9Jr_y}I-5=%UT^F`B1h+y6wXx+Lu=zHVAF9z}-iq5m>uoI& zmYf8Z+iHK*XmCl2n0kI2^)K9p&ibMKC4#AM6b zDYpP1o-0}}d!vFcaE82qZ8y%Tgcy&Fvf;8fNHeh(J?u%(DRIl~t-Wr?Q|GWDyh6-H zU__vK+wKg4o!jrlv-PMrV_xt$FPwDtq9psre+i$^u|OlX-|)j-h|oxfF_3Th$&JXf zcdaj%8s%i3B&BgRzbGHxHEZ2|?_Cq=~eHSf2QP z@2?NXJ(04Y^;+VP{{0&uluQIPG@nnH@#9&h0(2@C;GsxErj_Jtgg3*K^ku1DT&h*16ffmn4HmE5cru8 zXb-CZu<&to@YA92iTP6x&DkyB9cw_vappS?n%YDV3rkF&@p-@153@HA*F^N@H*1!t zw5h6Cd>XI1y zFP#swnX{4HYI;zEMgHgo^HtL5sC{dKx*BEW4q$X?hCW(ikf+?n{DTG9zSrNE$~hPq z^!1x#Q%cE7}{?wZQ9ca`q}ZQyqYVXz~Lu4;&ov(@_wrsIX-cZD{IU@ zJjI9vx5u>7^oP;=aqA{Fp>lmI$v|{%OW5LS5G8@{8@Ny@RqdDFYmhJw5aSuqh)>_4 zhkh}<1RTrdmeFZow0@N%^PC>hxMs^Z@13TCO8 zu@OJ=IH_z-_XRVp3QmQ;XoS^#r#7UF(pl#`auxLvt)PjNUjAjbn}MP;qy3lyubZdg z;54Iuv1&Xgi_t1I_J2}$`_AwEC&fSFgJsO2wXKL%i{Q^LQqEQLLWlR zGanQM>`sRqh$X{%8t>Nt?}phYcr*IytFRN~cG1yyUQfcic z4cm}?R*-@5DBM)mQ_2P7ua^Y4W2RBOiyTK-ol($tFVW#BiwzW_qZ($zmg$fJluZLO z4Y7Q+?`PgpCOyw}EG~k>-)sZPf2NbO5Ed~0Z zn;^2l^L-Msb-)P$ANmaz!uh&A6Q5qN<`E&jkA|pQbDe=YxC*X^)&7%xZ~|dNlMIvO zR9b-Tia19Tlj`U-2Q_csSq#Z6Dgzf}EkkmiVa}d>3S|jVnrN;PN3n8Z%+VZ8;zpU~ zfORvy=EMfEhiW#Z4Hli^Nr?O`M`!TQ8>|vJ+pf2-OXKO;vUTT82rGZh!38$K;ZaI1 z+u56i7|L<&H3%7rJdYNx{EJ>CO6-qs-TSK+3o!)SM`AO5^-|)*$c=Kj6NBuN&dQXg z1NXqlW~xcZ%1hlFEg~Zi^zKW(n8g%Je}eFp!45Z?U`Jm1_a!Vka)Nl3NCnPZuWMD+r*d&8Oai?tLL`@|34 z4Px@az1P4I`6l+`l=BFh25KQ_70Q+>UkMl(e18nIeat}Fv$L+u3gGg58+KLue5F!b zSfsk}UDCNbHP(-4>o3$^v9FGhs-IVw-RX^p8t#z9)At}D1!pj8c#u!OO7h;Dy42;^ zRTC^eh%Rj$wxVchK`ewr%oFSi791=Gi!+6{s)9%Rf58t+4I^FUuJ%7Y%JCARaqwcx zNA~iLHY<7^5V)v)8?;30)t1R<<-)=~LRZUfb&pYnuC=y~Toh@@7m z8y4PoXzoHAQr5K>k$xoZ0;5))7flyoKX=+UnlApy<*urC?x@S%YtLrFdF`rdsK;Vd zSa+Kbj%(-j^_(KU6nb!v&zlwG3(U%Vik>jQTVuF5^^$ezXubYkv7gDYvcLgpC$FCy%uFeG-GR-6!} z`;-u)xHWkWyH_2y-}X0pz=3**Gg=#>R|~Ils5v-Uc!B89c0~Izi#INkY>Rx3Lxa;D zwGU7&xL!S=J7O4XjnBWKn^KN{=|$=V(QtQTV(l5YYpONr@Qm7?pbck_>Zj=}FhD(F zN3eEPo8m`>(%}~Hi!@t$uWeuP`O1~3MoJfO9*gM{N3tpC&#!Z?&NAG+#n1B_Xp-B_ z+B!=0dWPC}7uIT^J0u%zJSB6r-^3Pr`DVVTy^vsbG;w1m=f@eb`1=2oT&^!SWN11U zvg}$!B-1ky6&`QydKAA+|4X^M3oPAje9d)YP}ft zqC>PW${473-L_KxOtkMLbiZVA9m?v{Qy~lwUu=_8`DtRXr#V^zo@T7w>t;7&N?d<1+D?FNNv9WF_u|&y%ur)ZNb{l*CzUh%n~1nsSq|@ z;}u6#8ba+>Fv%!smk-(fO0$Exdj3`do=%>&7YQ2gx@Upc`Ys$^LD$ot>Tzdqc1!o$ zOq`!3EwK+U(vreh)zZ6rrj~fzDq10`UcqS=BoKMg!Q10)F$-}=vSYWBQ@0n~mVN=X zM|Vej?&9?hiaUFzL+xZ9#oJI_k^dAPT;ns=0yo%k2k7^hKD>n=^Z~Nem}%1YJCk>- zPGzPluWFO$zl-_SnBfAmevIJ^c;Ug^5x-nDONd$C17bs5zR+o0B0Ev7k(5S8=J!M5 z6ueHyVKecTzi54#n7D0lqrb$FYdRPT*D&eTzfT* z@Y@Eio%<#(R>?0Y%n3KNcZqXD$#OZw)t1kzv%HIR1NUowiM7HfLmND*r7CakE?2|m&b%SwJE7x6s_#u}7?Vsa8ta0(|e{IjzTZ8H-iLC4`a4UPO zgz=lVnlSbtqm;3|K!0kg#Pfn(f__HY*tKBxTTvt84*G)PD ze6CurFKw=nxv&zL9dvo>4sz!U+kBOS{#Q%VI@tBYu`7;8@JocfftS}b{ZRO#F{nm9 zB%+8tsB5edtLt4?AVh+QJrCkP{TmeNP_YNe21N?ZVGMqpx zkHwEoX>P0cEBkm>Z~c*26U{$+k@p-acbWoK)~pv{1}a&jEV>8U-O(<{bZSA{<|o)Zy&62R$-F4p z-a2E@@^Keb+28Y<^GB7XBcTZ2X%v%*ae6E(4D>zH4X%A36ZW*nx-5fLC{84Z%OQUz z2u%m(-Ao~mem++NkwKdwI5=)QQx)Ahq(ax*Epu>2cb3FwXEE!|6-PSu%hi)rRpPvd zq0H_g4{G&zo%X!q-$8v+lvdY3`unLuAGnbw2`|MtR znqxILgh4MnT0&-3?B{wC9#eNzB@_H5TR;9rJ+b`BU3r#?qZ!&qw0iCW{@d z>MLi73PuW6Cp~_$ntgELAAzgp6bCm&*Xse?(*Kgft_2XD(AW{Cy^JFc)a{-mnPqBQ zn~U|nWdsePFz2S!wh_es;XAnJTl~xe-G8zBtA+&Ok)YXZWJup8fCd*=Pgm*fwnQ{3 z=Vh0UY>6+-9p$8e{gFf`O!t7q9$kYIA!uYiGUyI7xden*t8FfM71SGI67mA7X+a%; zI8gtxY^xrIk?bn#YJ)N=qCmZEU4OLPpnk1q#jxm{d18L^7GcAPT@UTMAuQ~smzB}+-y$mg#Mmn5a^@@&oD?oWirwZgsbO>bE1BZ)m*#F`^#gJ zSL$i_1OjQ{!skHn8mRDF`W&AXO`a0c+5>#hRM8@bAJt+tSTBu#L7G|-sIGPY?mqr` z5QB+IL*z_?c#bkqHkw752wh5Lej;eFcooe-v?q+aq5Ii2)5Wp6@y@8u`)@vKo>Jj; z;SVhb1_k1!G;~>udqvk$J;ERq;7F2xIQ)?zk7yM%SWs@g2NFg*h7m|9TTN3FiDAZ) zEm%`aAQ}}@%~Vd?|E{>dE1w|j0o>xP-gljaKHvjH#o7fzAXdUqwRL$ir}FFbnm44oR`1WSJaQL z&)l$uGb4EC-XpxZ(_g>8t(zS1;-*ior9RtuE1JfpxmIc%ppCxicd18xFT~#BQ^2Ps zB3~W+55rcF$;U}OLU8DwXVO_%0U2BVJF+LAZLjBwFPNb}IsrZuuJ>O7g(sbV?Nm?~ zTFOCHfOqr+QI{}{qb%YWIJZRtK{BoOAwmM|5*C#BJVe9FBDJDPiwQfxY6V%uTV>~L z5W`^stV#@K*;gcB_90`J5lg16;hs20-JH?$BJ??LZ?;MGV8+s*>5?VgA)o1&g|9em zefU}ln_EEkfd?TOQ>`k(!Jl~7ImDl%T(HKJ!TK#2`ztb#zNL;t(N?p&!lsSiR*se~ ziiOppIQWAiVdjxq{04*WoNUVyL{~o*gbYOC+Dc+)hD$!9g_m>)(4^s{hEx3+3t`~J zp+P;AV?#Rm`Z)~51GN>v8Sku^OgBalKumJuQDkdIOKP?Kb@J=y1S|o?ao9eZpZU6W zX?&}ua!0Sz9=RQdk+$VqPs|7XSp8a`K|R3wfpgC%gwu!?8I4$yd8BzX;aVk7l#3mI z`i=t4h&b+116-b(Zu+Yq0@+rfo@Iuv&%X7K@vz?pIV&_(rFSL2d^InK6NrlIKP4+@wrEMHWIB6z zk3>V+hQanSYy3fHBXY1R&&XF$Ip8C*jo1!L_Fa8WkntXIig7gz#-THdk*0r)EyhDq zkOCutylawyw@H<$I!8^i@d`>gQ-zOOP`*#k53H1?mM*CpAHD&kD!N*D$zQc*eXte- z6Z(l2c(TUBaOYBbXsIU=WX;8(@1?x4*tFXHD&t?e=#=Ux(d@MOrW{w=X{p)`M)A6I z)y<1+^4^BFk*x@$cq`m$HKc4J_b98z5W+bU>jLvptd;@vB+CaC_Ua|@*?6H}s)xXq zJ*t_%H?OcjsChu&AwR-awbf>=2@}qs{c?Rtw=14|t-9@)VP~6f9R)AX$6z=5S-dQ+ z?jqf`O5W4g?);Y{)*i=H9UN2O zh8)jrg!-+m=$Ff^`YYqK_HO-O6>yR6j8nu`yhqIsD(1CO0!i$|=}Q9r3-ldc8aDr> zApHLjArHu(5yYgx=7c{9zSF=eWq;PS!?nbYU{r={8iB9B0Ac+%tr6f(zl6$Ls-*$P zNUXk9)Ju&IJBR$AH{m*kB(>`Tlk>xwEfbG~_r2WB@gK~k)|7dn{WrLZ57Kcfz1nS-z_A}b4|*hcRvUJ&W1!{g(>|K zYLvlF?Wxh@ybu32>%W&Y@o|YqQd-=w`fc%S)is$b4 z@Zjgc&>DB7G1o7YL6rq)a8uU?KzXM=m|(KL?EkvxKQiTa&v{dMlXWAaZu-#&PIC0w zA-V?UZ+hlQKptMrAZ;|bYufe4UqZG;9(h*1Ua&JJ((0&?_2FL+&3%{YV&>?pZWiS$ zyB4_Om)Grp3ppQ&C5{gr6+8_H>&gubUPsA-|6&k;Zmk=?aC2f%)!k_VQkEw&m-uhU47F)WGEBMRX>898om0U0(q9xMgB!Sb(j#iG$A!|NzB(@;aR zXU-H7kyR~MLwea3N9Z1{L{Fs#|Bdd%l&4FY*&s_*+G8Fi^DX8l_8%uQYl|c3s+d8B zTaoy>8;UnAs#5tf$v-S|6Y)0hp_q+;n3D2m-zJ|GQXVflsj54#>$rIMriLM{(34$t zjq1p3eTSuVvB@(f>7S-0(MCu-Rw+JM$S>y}U5Nl@cdBK!kl1u!fG`lx*fXydS2%N< zi!@%mRw-!0MAbP?nN;m^^GlMiq1W|l?DzGEIPWhV7TMyOnwo~mh9Ns%khsYUD9%i^ zUISTd4)XLSAoQ+(1FVGn;@;#YQjdfBRVM!cus>mz?l+MSul$G9-tQ)3V;EQ+^|q*$ zPaF8}qHc_ZGpdGjlCQ6VXbE=|Z7re+}wleuOkC zIFCgqB)jV#UEEX_tV)?pG{?>o@%Hxz&Jxkw(TQ9kaI$>01Sd>QXul4dXEW63D?Z9cn9&L< z42_INvQHR$UleVlEq~Y3Y@}2t0~aM0I(55aCWX*gn&3YGWDYnE;d&?)nR#(cbH%-9 zu$XxR?|58Qgw#1ol(-QmifI%JZMG<>ra#A`%p=`0uDIeAgA^{pngVzzl0wx+pUH`Z zkG1h;zDBV2?IZ^&RqKV_J7sqXJ;Uvt3{xj$|7!P>g<`7Pw4fDg0D(Es&L=E!W(Qiu>8?G+W9ZTI3U z{d^quD199cGUAfmtLJ=YILOC(l@pOE8#3z4tT3?)1XH4Wg}i{*sjZ z7-8H;v*75)9oi*ijJ0c3_Ys&0tZi?`a0`FSU2gitU!yX{dEuk$BIe@ugav^03nQw4WuPzJc8G|ue-q`}~9 zI=h#Un#?~HgrSZbRP`w5%!d$fvuwes;tt2~2jF)_zB%)IJuyj%W@#I4A=~#d{~48G zkS%-%&0^Peom7o44Lb2{qSK)^%7&Z@ts4?7K*N}_gsYMj39aM7q0_vI@wE0i5rWF5 zn!5Sg`z#~d?Ol5ZH6@VU7JV)MRvPW4D*Ne({a45} zWxW9JPRThGgA?PLZ7ak=$2vLLG%8bOFVTvQkORW6+OzhubW+!zM{x*wY7qTV_zsz2Hu{u(q0N=c&#%+Mhq-CaWuDM&XA-O?e= z0K(8IQqrB0Lx*%I-N;aqz6bAn@9#ezeZ(`LIp^%X*IIimipMWpU(?3Q-M@}|QYfSB zmVB_<(hpsQlaM0IBDe^9pIf7bZsO`H)&;sbi=@aT zh27qU{+M};>ycR?c`Gd5HR!W7Kj(&}<^=mIyLb~*_e?r>xTXOa`W-y(=>RJ9oCOt@ z1z`=e_{p|-9H)fS_(K7eteOk%zQPQ|PBn0j8tOYCGLPz7?HQ9<*dWw>GqwdGJgEB9 zgCY!NLAtVFvi6*osQM`Y(N)Cj7Z(7Z9hc=rGZWZ@O0W#c%WVIkBR0Q526LPa&!iGP z#RV(&^gn&V@B)&uc9#MQ_JJ1VH_d}GAr_BM)ZHNw8tBh--kWk-m7{}K;i4<_s}xti z?gwbhzvZ{8@x|k#B%5+rPJAPRe^U)+%3%y?p_Hi1hP;`&E`gZr_Vq>aLEl>93?a)E zR#QI)JOC|o_o@tMc7(ezaKtlS2c66i9(FZEJZ-|$%{hvYEs~#?3H%Gt z$cPTdjyremlRQBPAt8W==z}M}xu)RjI(X+fSpR@=gL6;js!YR6#*?SRRPd;*1Q-vP zu{liPD$GyF=<7^6yNo}l^#~`sS{iRs@F;Ng#ihQr9H(4rHzZ&2lnhcK(~cFvZ3Gie z69SzANiCZ1U(6mNv`3)Fb_-~w8+#;qL33~8WQFdo<-?{J2QuD?b1_DH@cJ`GIQC#V z=f}qx?W?Hr9hud%vRUGuwLkvGN?E-^c0x_z$Amt#HuuoB+hNXCy;`2fz#O(URF*D2QiEZ7vnu5$7zMXwo zcU($LqrEY>=HNn-ZmLlUFSUDp$%~Pg;-Z;FTFX&kkbvDSDf#*kp5n< z0Q{*?TlzI%W*D5HLbm(p3s^n%JU-xBC%SPr2E=Z%l8toje1eQcIiECX%@nDAscN{gt_LtMY}GN3lpP5~zQ{#D6!boukp zH~U^|Ybk!Gm6`fK3HteuPa6vyE5;hLVq{|#Tl*Sok{S&{WXD;6`87UME2g@kUe_I< zYueK-)?p+#nna%sf(y4EZ8tY>#p|{Z(c3QitO=t9kMh*1EZ1b}v5;oha=^i|LU868FFM}V!7l?@0~@OS~B0Ellx7i^S$YubC;H0EeW@wD&~)7(cDNYaZ&zJ#pD}_km1-5*h$7 ztkYgi{E12BijUvmK;_nAF92`k#2=+PL*)%COu))?p@Hv7ugt_1zYRdS zB}NSYZpM$+{0>i^ZP%|kQMxMb-)c0}4&pg*AADF-u=(DZ5i43jukP0eM~O6&n#AA( zgV49}s)}%LuExC6XEbc>oTfb*>P)P7c$2LkLf^9Kv6SDBwruK%;GREbi;gw(BbHW6 zB-~FyIaQz~PyZKKa1L0Rtz)_-MF(>Uv4N2&g}|CkbI<6~1%vFG6IEWMc1@&f8!s&j~GCa2XnnLL6oE=+$r%@FGV^ENM0w zk@7^zAglE-eP>?LUx=#5%1VLKWZx8Y%H)FA62)wr=NVPS;pG#y$yuS9U;4>!5)!Vo(>WyY2NJ{aiS+iS*zPKW78ByyL8c2Z_C zS+7=noeN80++ z&U3{ZKqFA77SZRzW{9ci1zk=?OEWmw+-zGSf9A1}sb|m!W7kC2F(8%8gy>8#jotCF zj?Ak5NQqm+bFseukz-uk=f$42%a&Eh^u={XX{E#^myB(Ihxk=*=T!t6;nMTg219)b zqByD5Xx*%R-bp{hdz*^t=syHXH!f`D98}t-P$er@*R_h*Yrh>B{mKBYyrc-VeP^SL zEIOl%e*!7~3s_wwKO`n+dGCQAUhy%B@#lQ+eGYkmaI^`ruU zdR5<~NX*xuWm*|5Utk()YdQ7xGmWmsTT=-TiZ99J0Wni14hfX1v4Gfvv+>-R^|3!t z&BeFc{cg;TSK2b&dGgOho>9Itw%GmJ@}c+mGN6-HQnN$`1|4kGHo? zwz`);t+z{9@{^9kbdOlH0D%B)M-{TS3t8T4;4t` z1e<#gT$VsQgimo4SlFwsd!$)sQb06|KAM#4l(S~T(5`5E)tr^ z8$PU;d$V_IK?Mm*|N8SlH^)puEuvJ1DB`6Q@H%{{r#Lv;+F{ILRqxrgPN`kc*wf3y zc2(VfA{16lByDSF^jj(vb(;5yEfHuJ_MR?NN7=J$9u)vMtekmM(mx27K#Udo?PtW( zB+y%3ml_eMqd<*r7E8^Rg?GAt*dS&U4)W=dARIW^F2F#+Y!jLMbwC{mQ<*m(N-6oR zp3vMZpj&H|kVY`IF0V-FvD%)<>EG&!j@xM`0YGvJQ)~1u=9+oD6JS7k4Brr7!X7=u z^*|gEA!@N|@uD7sSe+Ff`(H1&TaR4Vu}PWLiAwF= zS+6Sw8tY9wQWJ7}sGdrIyDS7EfNC^PF{P7hK9&z9VJ=#goBvJmw zV2#V8KuhT)uVOPngVhKV>N86GMX@?trr zxJ(JADy-#8C!^5VthZ<6DW0Cf76Y^aM0;pLqLd}F1iimM z{U)lnkA58NI~$qn_bD#Qqs}$$mKz=T&xOr-S@#my19+@tJgHhf4bQ5tVJ8 z<;H>$S4){O&>&_EhPeb9A$BGveAyS(C5&4l^9L;rg4Zgx7Qg#(?_u(j>sd=xC06HG44pNMTt!X zmx798vktZ|TH>zy(1=+W+B%r9u&{7~PT{MB?1%0UEG{pU8SqtMkO_O&4u9s9^c8u3 z7LoXMV{>ybgWtsrFsz@T8x&91$llC?MV;L(%oc2fIVy%}jPbPI)oU&}haX&Z;hSB0 zbTIokG|M9$+q7)5yku_m8>A$o^gOACcl4n6)6LzxG~gf z>SRQkMwL1+7|fOOIV040VFdfyG|mluZQ!i=4WJg9j)??4Yl82q#eUFA-|YGBC|@xK zO+xW$XO>YR({o3M;v6K0DeG9&u3X_1(eoNP{FF*Z6H3tSX2IvHR}$b;>e z8CnUAii#>ID^tRtj(V1B(VO{+o0_V)Tw19xvL2^+9*nQ>L-aWH zD+YD^o-9q$f@OAcGwJ)pu*;RCpDS(8nN_r$+%eA|pG#UYj)0>QTQ|115xnAzqTr9} zO2UuN|C^K&s&F;+iackyd0uFK<}2tFb;`!b5;eiXXcs1E*y@l92ujr9hujq|I5n;6 z@w*9>@1>ds7Z7%lAAachcZUnk_P-tr;i+(b(%9!0unz5v)Mu6OAsHb5LgT7b^0A&& zLBCe%UpdYzDw1(On0uwHtUN&%*`TueY9xgR$d@U`_mreYy*vJ;|X*8OJ@es+p&(N6J zDtiDJ&#@Jp8}%e{>mq_#P=C^oY;vtOSQ&?OFi`Zb^u_JZaP_~}`;+SW%&aPZBo)v! zUhbjog+IY~CKU(BYnaAK#u;|>4zY6@F~h$%KeJWs+^ue$ntGU;%67^4dju>jE}wjs z9Q~`8kp$va1oWJY-wFATKH})ktPYD0rmZJe-wp?FSGAk%vy`iFzEX{R2{`bY;|QAL zrq&am`_F6rc(eHIZMwasdD20tJujO}jG|!$W0GvV>gG;o3+6jN8^dD5M~g({S432*+3Osg@8)VD(N*bPgW1&saon` zWlcde7HSQRY!p>hsR5bWQ`VsklRn0s5$AXkHW$Qb--gAyN|4H-UFb8*@;qdHWN$(< zxeWdynbl7>G$t38SSpqbF@vvr0&T92Of(UX& z@KAu{%|}W>NVPx!T@S1mSA+P!`dnZ*?ksgls3sFt)yOh36rX2TIp1%{YHRZ$X4mCH z%_8qV){%4hDwmjkEVFy*7TNH}^k0TR5`y93zg4_{IhCqO=7g zu;$S&go7^-nWkFG3AVNfiM~44pS|%hz8IPNg_G~S##!wHRcDu!+(9^RsY{kVf{rEm zA+xj!EP4z?pAIG8X!tyzYth*QvRfbPH;{?b=o>iMdpCz5nG23$W(&Qh7=Sm-$BS1) z^gLB}Pl%P6jE5d|=rMSs*RKXY=Iq~35t$bugT#Y_KUD+6bP6uh@Y^WWnTfMTy7aEM zaD=mKa^ssRgac7w`~XFER{W{x5!ENi()0_DB|kA~wdSYx>~K?Yu2k?pw%E+lQqkJFS$`d0S1kUu54I*P|#yA82p@6 z+d)BL{oGrb<~1K5pLfAFVa1pDu!hx?@gu{;t&>`IwEh1o@Movx))$ZEj2AB=sfAg+-s*=t>uYZXly`Sf2K!FEr-vrZCWQqWtpiJIMCgn!2{97XZX zQZWr>tohCjLh}hp5u!xA+BpiBzua3!irhjZe119i>D@A6L)a;;)5NOeg$DKdcV=@y z&JY6wmWN!VjEoH6SU4Q457QA91L=sp6y7FrT7K^{tNcy~Fs=RT4`8!I`LLZ?PWnpD`uv$4H5Y_&twTQd@^un$Oz zDFhac{@+Omh^s&9dj?|Fgl3W(J9|O+BkL^BJbk6gy>o#sFFV864 zB%&YJl9G{;0n;G=zyyeJW*u6c!h9$UR-lBa<@D^8#V<4#+E=&=r23x}_!MwRCL;!) zWe#1V23n4O(dL%`_7MO zuZFHG`V7qD=ViRf+vG1+51rB?#6z|EJszSE0_Ote*eP`G^Ul zBdZ#5F%0CI=}u2#YhDZz%l;*Ye9CnQRL^3hDtDOS;FnU!W>H>GSC+7k*+ibS1?>VE zxn#_ma?MkC^D&Y|ginmkqh6SCnBssnyOTDLONTfU*Fm@1mNq=2So$UN)R1Ea+Xo5B+8w_+ax613(^x z+xc4P7*6k&aOrWvBFXBO>yq9^&@a*f)$KdYYN6&)1+E&45pplU-D(qXsY{L|WR!_x zD#6T*2mlC8i%#cx^VD7Mmr;QiHUK%sihWiJTya&79c^&x5D8jKF{2*nxx`&b?+`R$Eu!$POe!!&2oI%uYgN}yt z3IadhpGC+g<^#6>iHR?`>m#(-z-{muxml*^1*Va}Z+|3Bu(x4>rUj z{yOwd&USuv;T^X3`N96C-)xR*c__p(_JjBwGu-m^ z92xj=CEf?zxux+rW<^u*v3YCCOTTmy0$|NPElvq;pcZ#-U@Wj9pJqzYyNM6pExC*h z{yAAUAI;#O$QP#go5HHTjjL&s?Jtv_%9i|ghBD5D#PSpO&x>ai3|{a%Zj}d-COs>b zFx%f$W1S1s5m|F&F*|6QJJvZe(9JoV9ypY2W+ zmX!@dA+%PSYKAs}@5rQ0-Vt$io9j&9NLwmAa{l$21ZOavfd!qOFJjp2JPslpl8D3mQpML1l+qk6l5%#g{ zkz&9_`I`8C*mQ_T+=nD{R){NO-hjF{BOD8kQ2HqLD@K1_3i)&<9VA_%kC{E-{rg{Y zzY9i=0QS;k4M~{vWKKPbw3P8NKPWbH-S7v$@6)9C&)-GEPCse1TP;m74Gsb3<1yVn zfW(u_ZtmNT8a=T|XJBVEnd*aGu_xp)2#nvYxb!LWVJ$EJO92~T{l$?Y@I4$~m0a@s(0zM5X!2j*G?#y$`bngYe~YvdTdfP&Ak{`Uu@Eu(&2G!XcsME!MAZ> zh_*Phn$1Bf(`x}2s!W7vtPlk}7z$OhMJDnUm}(vbicOI)7XSgkm|f9S$7xukSB_Dx z{;-M7?fz1hhDq44dlbs824VdmeKlHy?PV$%%CfA+iuZ`+-MR*KSPWXpz@K|BE&1@?XHDghg~ zN=nf@D8sv5uZ-;+DW@g_8Rx({(HqY|@tJY5%OnMqB$?Q=CLs2ajN2kQjka*#qnH;& z=fQ94e*GLEMLCQD*T95loRH}1iBW<$w@=jU|NEUN&*;3t*CdLB{sbCj^TB(1)J~Y} z=2iLF&`!{VOp_O&Y3SXKYP^6X53pt7VrwW~=qGyOrE zK8Z&2SLOobS-t%t1Ar8(>*SrHi*Hhbaw>o`=|GoQ<78}Nt{K5 z2>C?2-VU3gz1pdL#MSB;TehS{_gA+~6~IN+jcDR!0^}+(gyk6Uhf`B$Qic!|OlCih z$O)+xM4M!*L2>`T24Xa^im{woW9u=6pF6jfA9C zHfm_MLYXFm-7@-+`N=8wo49k}H5t9Yw%_#c6!@uS8etu4}Yu<4`_l;DbbT-nfx*UD_8rz1_B)4QfGm zJB6Vltp`r|Bibn7vcjyTr8Pl!^4tMW7LMq;Oh$OM3+3agB~n<-wx5m)TCnl};)Jln zC}L)_`D*h$5-EPnqhVc9EFB4e?OV`2d-d(N3VDV?Rni`gj#jwvIx|59OaEEaEoVsU<=xC+EjF?eqbkm+TxW@qtfTHrHt?OX8vk?i}B z$ivTiP|arP!ok85^N39IGkta%pOVEhR-y*xyPwm(ae{`|q-KM);-Rpa5H2!}6kCIF zZ9eqEmB>_w_pgOJTp9nn`r_KX&dVqKs74tPfNFE~NnYX$Xj!^Fv$?92)gJJm)@2a& zvZ-6TyU_M>+<#<^Ez`GCb(z6J`(AAHW9y@);KT*vx=6|wI4aVQl9fvzxT7Fs(CAYf zFUH3yh#!GArcLtf>|==H6hzxoqUAEboL~rALv2}R2+k`iClEhY{O*8l zDgZA3s%LUA<1)@=2VirG@ru-dHdM!et;sT*ex5OdR@cQsamLQl#lL2InDb`-G&VKE z>$Hd4D!#zdOsY&M*oAy?{|_TC zyFrzv?d3z*tiJxnXhS_x_}DHdDcHwbZ@QpTTck#*z~$+F76YpHh&y_8)Tn{_D@^=h!F?$Q@HU zD-6|7hihIebYvrVP2jQeGhDeKWWvO}bK#`Vgmd8w9Mg#WAEKRHliMn(K}vB3yrwy~ zd#FL!$WktsxpAP`l|i2yb4nc4GIj?+N0T=B-l54e&-Z*fVX~4|(w925YFLP9XR*4? zVet1GBY&(xb;wEBLU7>U{R2>#X%5-bVl<+Oj&&@b`QG=4JIu zMYo}01tiSf#x@A!o&JbGQf!jsB-tp1=FoDVeDab-Z-}q1k@)Wf=(wtlzv#&gQ z(xaixkmYZln3YK%gF_;BsG%yqJjAYOwc2ilxd}N70}duCkCLiZ7{Vgk67VsIu-A0e zAX|w{)3}UFl-DK4_oU!CYJ^(`aX3^Q8(+GOo8rQdGB}(o4V=Ujh;rGvG4lM~Y&6qI zg8vm6M)|vSH2VD6WVU=omlz3H?ZLpKpZu%UIg;+mEJvXsMX{J@&16-c>Fx~9{I2$ zGDD=HPEB$$Iy4oDgS^?;*!V2H?517Vtz>&mkd~GyGH=%`6YgASpq0l?7e z$CT`#$0!-|U$-OZ)l8b{#@G2^v#oduQ*o@5SlgObhcupAh)l``CVE2TOX&~%QH7fa zxzg$>sU}OqGrXY%UtiJU)N2iX$MHZO8?DfG_?nd8-es0^1t^B9**VO;XaAegu?%%z zd!71Ds0@!h$^2rOji^N>d#DM$a7%RCF^O2Pl%BxGxw&L;LUmJ^*7n_kxrDrm75k1P zZJg%+J%M5PG;EfcZYgJni+tX1M26E5_ckSXQZr)!1mySizg;}smmHn&$iOEUGI5|1 z?BH>Jm#u-5ewxZ4rcGLnBBcaCeo#2eR15!O^3A!A%yQr}r)i$7Hz{?oBb?K{%rnDX zP2!ccQCpu~c{93mc+RvC;7ViuFgwvjO$tt&cZm$|OynygAex#)4=}R!3`AZ11@IFS zX0fWk?wd3bKku`F35-(d)cx-$P+x6hv9hMR*5~!)slF8CT(!^%#`hQ4{j-1b-K?I~ zMa*WhF~;uE6-OU2PhpTEiMcUkh{}U;3REj}Zbx|pnGgl-{BP2zQ_JSG=uY``6f{5? z5ToZ^Xx-%xoh0G?$EyF7(c{^HB%!eZ3fIXpF0%oG2NOMDUSRQ-l6TYO{Rfxgpl`8k zWPlKzDLB zdm6We96C~en;MbA&IdFzH*@}l^%M%#FR(++{@&kJ1Ff?zkY3gb%v~s8kA471hylk5 zp(0vQKosfR+~@I-(d%n(-6mKemZH!@=J~@wh3cbl8~_Y0m3-SC-Q3y!6|1t!R*MX+ zj#s*SvV^=~AAqMx;%tT__(jv3Yy3xV*&}UlS5g$Q9z`-Vm{SvTfS_ZH*<&_E!U`RY z!f?UJ#3b3&0s1KnBt17eGPwqQXmj+KY+b?p;@fMo8AjO|z|b#rkxAJg%N<@zWkS?2 zy4l!n_^oadq?{CL#!QH;l3c_oWYzm0aZ#21BCi(^NKlZM_ZqmvqCap`I*HV}4!T;V zEALVrEVt+w`JHS1tB(NLH=ghSm9Rj+bz($_!qG zzLZV!PYThvy0KvGy9n5XL)jDW`wf5Ca^&{{+9BJgr$%v#=)~rO&U8^RA5L4gW0T(- z@k;yqPCRXLU*UKt(m)*;+FPzu@fl~Tc*;U%I5Egef!vQ4T$GwYN1Hsw(0}uDY5&GV zKgQND7Gu2@s!X(jGe8#4_a#VU9+0LcNOE;4sfn3SJRCc&W8ddQbBb!*L7+lk`|uRCYJky zLjLrshtDF~Qx-S1b{H2+@Z6-6%o7m1xpm977}rT70)yn#5}za4vHKs~s2*Ib@-xK6 ztr@+XMT{!>qH7?Dz*387Qa??=(yg$|mJvFwlu>7w&Kxf))iRhldueyNi4j~);bCa(~n63_F>=mq{BG$ex+ZrkO#fSMhh@Ub4s>?=skS6LbzOXa-xc zNaTyJbsG((XYr_bmL3QZ6_}iV#vp%;TDZPL70>bx#$`e2SN-goe2=S=QKh6agTO3` z4D&ngsL8h$mo})YtCL^70Lx-9hZl?$f^w>@A7};xj(3*d666>QIp?h4h+i|`%$jNn zIPxLMh&D`%k%`<09jAOs!#^a?b55RF^~@9C&fQfkc>ZmacWE-PFwL%>SgC6+?6Vl6 zf8rX~Z;CYcfJe?92VN*zUc1vw>$E;$K0A&nxba;h6N0t|qsuqX(&hTy6nb4@W9^o$ zxmTG>+yL^g4~um`Q6%HF`YN!gEFa2O>Ar@K{z6+7+OIA4UOTjuU1rIJ*nk}uXs3xsZ zR%UQlDT%l(LHHfjMft5=Y1UQTXCU)xkct8JtkiO!Mgg@R1ksLN9_)Ip*S3;~sKu^RDTq z;ya|dXHXJWy*I#KTNY;%I~yA>cd+GH7M1X#8;e0B1n{U4PD%y%44F9UbVIk6jdR1w zA)3@XwY}hTn8aVg4IGVj+VxNUvXzj;G$6=m0MMMVJZSWkGTw1|YwluO)f0T-%uk*_ zKA6h!kaY) zSHeW48Q$wa5LC)T@=L2x<&x8PJlOSa@eshwD0js2eiAqX_ULkT1GohR7Y_oCT(Up) z5r{grUlkbu;Z|EW6hL}CnT|@95I=zJcGB~(F%IHfL5R$#eMJF(xg(PfvOG7J zzv*Ziw#J`9I};nhJUq6Dph?OPekasVvz5S>8GdrHA>ozI`fz$_!7X zFwa}u?AetfcccU!rp5$e7vGZGV{?s-kr-msboDZqwOG5em*Cg8vgjln{EQ=I0FCBy zxT4o|2dE8!3LcXA6cL-SLjH59_b>2Kx_->JLc9g<~sI^Qu{TF48>G#o~vS1N9 z`whU~qs+94$nqhV83;2WJ0>|xCMs+(n;I}>2SVYJc)!*50Lnr~z#(e(?>nhW;==ww zioA!-HdhqE=(pD!!{6`%Xt%(h*`@@Pfu@Q zC-pb{B20H3L@-;fZ@JK+>bIv6UVi#nEGo$Fdl+7k(7#b03Fp~FkXbdIepMTQ??0)@jT+>$QTf+}Czq|Ja14EK`z#NEHEu$}3t9ot4UE;40 zcxVhBP`SdW%C<;%vwvHiUoFoo;OrLDP3VtLf5z~jxrJJebl63we|I# zr_uac^vy3IKrL0b#v<*mLWY$unOa%3YDo$-+-Drzn<(@?D?{|a z_iE=$95TN36`;j6L;u85hE5jodR#45_^pm_IG|9$K+|yD*;(qnF{EbRfr!19;4So! z^fKQ+;u1Fug}hWGwg{vP(MGeJ?WTpx>(vss8OBpB)#zN@?#Qa&Olu^j03!8{Yhv*I zlG_?`G%~=(4_gc&o|bbM$j{__I_i~jrZvq| zB>o2aKV8S5nqnR|tlrHsYbsHP0(&+jzb(p1nW8iDG}j#5w+*KZ@L}fi*D& zFRvywUO;B08iq?YSs{(xkB&!fMpOia0q<;`dWU73y&1ER2WbbduG+_T-Mnh_LXYl{ zcdeoql=@Olf z(NGT{fXRrc7o@lnWKxV}OJ_QYU+CYY9Vvm&h{-Q&6^=jZGJRgn|D)ZE9@6!84znK6 zwha##WPJcfe#Cx-c=nD6CrTL^Qnz=g^37oj@rxplY6`Yc$I+4^B4uuFekONJzYMl* z%pLj6AwId}fK~RM9RLp$6irRf06$V1r-aB4vTEwj7i8e+b{|`W4LIs&E%KIng7Ig^ zkLiX10riV4O%g#w=DQZ#WiC_)Fa=EUg0MNV3Y6ZIb{p|G=k(;oYKY*H09taRG=WAr z6>1HpI~=YN^3PE7yvAs%wQrx8^#DUUfd9^T+bmTCxXQ9w-|#PH{PNqFBn#d^=>~6p z<^R6%wdwmt5ctkKhw#`(|ErmXSDP-~v^=i^G=T8aWCI^nJl@S->>O-rvnMt4S29a> zf32Z{O)zDmb0N7dDCLNW@MYQ=TtNQeC^3d(O~U+M2aoqb@~8jUK4ap0Ko2J7=B$uU zI}~O+m9)|CFzdY&ZDon1G3QMCY$KC1gsGYcry89|PoP56?ys1zAZ2=2Xc}r$Lv}zu|2ksGnsivS z_$tC)Vz}Z|bf!;=KeBYLGDARJCUxUwFXP4^1Fo-c^hYUmUcVPHZ@fLrJ3%FY?;eU` zsr&3eEK(*PqAc|>?q;D#44QISmXi5HIWs+4`81>u95qj38Ss1Dgv;qS0aio(=XE;; zn-AtwHccha9YKHvw%KI3+sopzHkw`1^nNRBJ~D!aLo(oV+-6BK&`Yl_bn7xAx|#Lk za$qZc1cuDf*cj62V9CdpC6g{ryaljd86)2lY5oT|V67+ep(^%Z2Ln18+r8kd$0MMc z-_}dIQ{Re*jntb-L+U|%I5;>hBLZ)Lt&2wH+>B?`LXEN;V6B`L?}yxXpoM~UV=+p_ zT^M~K+|RghURCvfeXoq5H$8xYZ+_v^?>9E}Rck~-9fSe4x9`UmU`&fcvrb(?g|LvVGrvs5UiItkles*(8S7&4{BvT>!9&JL37^YmpG=f0j>G z@#-9y&p)4*N%mi7tlq3#7Cfk0Y7T?X3HRM9^czOYn&b_m)t@s%+MmoUNxkf8bB-Q# znVzpr72-b1tote(LvFsu+gF51lvX~vT3ZZ=Z#cC*8u8vZWC@-CeCg=zhujfpimR1R z)k2Z#P{UXokleZwQe~~i{=3EZ3Pw01f`9#aBUS!+h{+`DakvK;pwXEU-SWqhqzQ5F z02+rLSrNJH>W>7`@8t7qYp0i5SQ$6s{y^SxxBnt5gI0Bi6#f;={MtC?tte$Y7xtzn8-=#5)fD;~BdVv#q$ARa+*gvbK@wG=}No)jpjmWZIoT zG8R&M;CHG52}&ZN*o@|+IF9z&A_F?$@sLe2)Jmgl7TwiD%zLB{&`DrSy;hmAGN)rj zsd`^zJ(S^4Y|EXGPKG%+rCg7B%$#HV6-HyM|&LzW#5f4ec9g%cXeX0C%rI@w2)wZ1*^}WHm z&6$AlIKh`7E+(#8@_rD*MDA1TZv#)p3xx4HnVO21N-G5t`#6**XfU|^JHKkX4Dl2>TkYA#|rCy;hMGnE%&?G@Ay|+{$35gZ-&gnPcur2!K>4+rh|PE)25w1 zYi*EYh33VN+B$UxTO0%`tD{rrqX4}JHKFok=2J>OI~e>*2i+~DFSgUdW>P_!SsSP%R? zl4x_lpYS4U@QL;F4%Xt0?Amvud|kpCDou=&k5HX{F7M&e`q`*5P_Y=ldA>;g(t<#= zW6;ee^?;ytg5%yBR4w3tc&ePl_|r@2Ge;L3f6p($ju{(-%nJyM$_6HaDUgM)_Aru?0s@qP^VV8d==d38YA_&CV2! zJ^C#EOPQDY?wI|+#c%YcXdI;h&qMA?)#_7cRIHaH{E@zj7xlDkeFo}T2?dtr)Eed3 zr%Nfa`c3#L@IZ2JE~RLof2u!1w$744y~3U)xmu1>xTA|Gmuf4Fll^9TUPkaJFh7qH=gaYPvxm9=A@6kP zAp#lLGgIwe{Ff&P1g1Uz`syQp`kX&i&y@Cp?F;K60-{#~5@dlKSSFNC?3nQcOSH6- zAEU(LEc--E<_L~xKfb1<2%-(K5Bb$fJn-t}8fAaEqWmO-NQJm(k25c`!I}sG?tCMG z_UkW_IlXtU4C<|`oMSn96nzaGPvx&S@N-{Zny+sNgnaB7E;)*Bqqss zzWO_Vx06tP#=i9=U}$7WMB5F|HCq|S-5h=6X?${>dIiLaeOf%y>l za=3lu$+nj^+z?4nR#ipJ>t zJ5%7_skB2pooEKgK={V{z)0cJv5|1uxtg&~uCF5h>5_n=Z!362#Ah@KKZ}@Pl)9ng zVzJhIs&B9@o@D!w|Az7kv0fl8@=nFq;5+{cy@|a5FRQ-FRZJWE%>fYRcdW2YJt^VO z?=O|>Yq7%7{ZgkRtvsY++fbyHu?;oMMupW*C=YQ&@dsR{)^mBtw zU4^1?yY0qoF&3B~7oW|y`lSM~!7J8I!&h`wPd}8a?2p#xak3oSFR&k%&od3pIwqg% z*9#twu@$%ekT2D6-^=u=DEpccl`f#$(xSJr1bsDDxxkFiz6ADYuaiFVbPK+nm_PEi zEfuP^DsKIm;bW;0YB#4thw*ja?701IOIOX`Q(I_#4%H`^(+X6H8@9t5MoROK`*!b; z3U>T;tK24@_`ZytKAX@3!J6~uC-aU$F(`}mnoan+{ZL7HoSj}q@SJ0kOV7yp5`y(p zM$M%Xb))5E-PJbmO`<*=&lj2RYplhL2yWX`bi4f0Lj+tj0Z%gmf0Qu0e0?B1Ca#fR z_GP>E(Y(le-iks>lu<;S%YlX{ttG9ZvorS})u*hyVW5p&^fHGjse%YyFTd36baE4_ zC7&2#1mjo)b0N;0v}M{te^xB3-&F?4A5N(%c7i>0fxX`@^Hc>uI4N5xXa9xfTc2?s z_o}H*UJ9b*k()?R#Do7NY|*{}zyqHlcONX6fJo87SB%zgJ~Tx-Jr%!yFjMEAqG102 zn0o7|sMj~@+an>}A`Oy5E8QX8CDJ7^AUPn?AR$V3Nw+~aQj!Bh3P=kQ1JW``Nxk>@ zd!Bba{~gvk%j03@`@OIG+IxStGLI;K+n#`+ZM!tpJq9&NRz;5Y>9d1(CPykGE%oD-IAPO&SycJPp>jjQQKI4)_QQddet1>~(%Vn`K~ zB|%OKqCR+UJ4I*gNOWs2$m~D<#Jo}2%Z>0F5#BYHgpJ;^e!pzWt}Cs;+KU<|QleFA z64~t0t_~=ZbijD6U-JbMan2T<&ASJxG3$MB@yWFeK!nK-Imi;@%~=onJuDtzB}cW! z;u^5BN6rCPBgTRIt^K5fw~AIZpSi4d;%G1=3Nz(2+R{z31fyS;Q)T@!;~8GoD;!QR zUi)Y(4HabSqtooBGkfp=C@tmGk4HD)s^sLX=Yk2chm-@pkZur9UfxkX2hKinM!3s- z?V0`Y^JC&u>SMa7l}>0j<%MmG*6?!usAP!GQ*B&@o6v^2LD|{40PM+if0Vq`Mv_%L zdE_PYVTn?X2;GrKPE8KWt@*exP8{h|TbOd72qSo>BRDT}SY*KeF>-oY)T5e?L)y_y zTU_Phr%8j6HZHVx4ys9&$8t%>!8_JprgYUuolT5d(Gy3C!4}R&#Mf9g7d`RJV@mCv zo!>td75DCtWqr8iZ$2HCVgM^IS4*Gey~tvKl}@qib}|nydARp|Z_3%++8Rox7e>Wh zW(*EopNw^gdA}7WXH0U;fo`y#=Xwnc0zq}?R;qOY!pm_socg#_T%e3cMLAD(nBuhxdsu&)h$X_Glj>RoS%kBYqBOOal2NX3Z9*nEfZVq=i9=`@Jm^0TE z!LvT)_8b<1t#{c%sxe;RMztr{ba4-GI-UBL1xd;~pz)+*WlAjyY2e_S^>P=9B~)oI zQ4;$pHM=Mh@koT1i2&vq`_e@W_H@Yb38uV;s2-{fLvg z{NH_vI2?LBY(_+FIS03>EA;Ky>q)^v%L9Z&<`^@*(xUvHTT6(c+bd!MMG}XpXVypg zcnxB%c2hgwJ%93tfGD9QiH}+o8VJ9AnO3d(K3&>C_7Rhv$NYEllBca%G`d?Xee#88 zV3Ep55yp!5gmkAeA>?X(Aa|zluXq$h)G3B!>>7;?ta1Xitct};SJUM(-)(4GJa2&d zO9QS=splrl|FCpZPjfttPA3!)=TC!8l!VrS_?kzF0J#_$o%$Sz-E)fsohr#`+tN05r-^_c3T?H zd{S;(++MfPT+IHpxrlQO0pG+a>-_?&0XwPz;-kT`v}NKtCw3vzS-1t3z=YShw2`I% zHrsLYmr}!22BIer8dAyPRgY<`of6JzR?VXxHrI5H&nh_0X~p-RP)n{W>wTczbAgm@ zS$7#oSXx-zTLiY8R18UH0Yg>rr3Yr`eo4DW1{!QFUgcoXpEhxGO**6*t&k4o$fQ>u+~HDmu{ z9(ui--}@xkg_cDK)6{6nwY{ptgi|>`99K2ZIY&+hmlqs32T|%(<7|?|(?ibAr-Lgib4;?qK)*TYZ$wS* z1l4`6lTUZAPVMSyG!Z$d7ECV#MvU51G%<^OVhnbL4mUSkgiqM13nO0CrFDk1341MWl@9lKG? z(zDmE-w1S9cquvUzIw79tjpQ~jE`t$zdQqgrTqFg_8m+YHB<#A;IYWrgob_S(wWhbD;Im3o`-+eE*$lg1kg~B+j`(hVy>AiAk1;5z(;b40~CX3qGvMvSR_qt!9Z%%C`o_;XF&AF4AIjV8B~XfuB+U zA(zn8FN|043uSAY3_4%h9(dt3Gr^oCT`>sZ&JG`&t3viZ%ejg|2?7(-Umsq9G9jbQ zI35w_7eN0n<&jm;rZ-?_%oUO2doLl!mwVtMh@IIrPG!Z#qTy*jng?XKVuZ277ZW-m z?WHQAVqJ^64ung~CqsYHLB=G77XgLF|G$@K_oym6(z7061yQT)QpudCLuev#1BH{L_ z>9cgQnsq@3XN&S2OqB1Bl~0p&=tQ3a_fhNQxB4-8`h=v%*vJ%ok38_??}tw;^OQYldB@!dN)%UG{I3BY zows?(Glo=gW_nt&`bGXd#z0*e&~7#i054vCK$k932@rkBrDGoR1uA;{P{E;E>isAgQ}v+V5@zXAu|rg)4uq&@`HlGUAFFnHjZuk* zc*;_nXL4pO6USprB~gpPiW2+C8iZsO1cKb^n;a_1jl6B`TyGR31ux*UY`W}+5ZT>m~zfW!gVUs8D(nqZ?=X&kt4rr>ejP^B-b>;Z``=$(PMe9)3jLr zAB!LA_&5%~#J3^@aQt~he>k~Wc-3cw$$0{vLUMLCEif?&;CyJu`RHHEJp4s3@St^T z1AIXBSAhPWxN>vai~=NZL_ED@kx}FL@whC1$i=YLhI`0mHjhaitN)+5Fw~v@{tNFs z$n00nvNk}L^}G(3!R-0;v~Q|9|2&eIyjk$q3)dH9w+oGHR?U{C26Jhm-Wbllx3_0qk#o5U~t7#gq4>^*xn%Y$JaEMenp=VP!mH^Z^DMzO1X;r4Us*Ip} zrY3_ilT5-e=gAf*)WUV03$!tH_JWPX?IKabvUFGe=EMFQ zvY7w-?jE5sXX+R1U51EWlOoGZ-A*m3BI1D{fCHiEhlmF4k2f7?+1{autnCrw5dsI= z!+Oe@!Wu#R+Gjsays>cZ4RVLKA7tW=2YIdl-xpP2Jhh;*y1IIiihj(?t;^x}G8TYE zD0=_-arFJk1{Z2U_9CMahG{i)XblhoR1zTSo}r%P8d?;In&yAOm%uSKYq8l~bjw76 zq?$0~yq9s~pTrD?jDfKFj+3EU-M>3VU0kx)+dAmXp71XAm2O>KRRY83a{4{k!(u?UMTrLEp-E$#a`4qO*TqG>Gcv6a3Bp|b+uC`s z&$}>`{vutnPxDj6q17@3ZPG5rtaK;Rcr-ov*^YMToh$$J7qi+AE(;&MZs8BVR70fW zr2|eg=Q{}!sqX;);&%sjGb509`ft9~tDJO%aqOzAu2p~YFpGcp^Gx=q3K?B}n6;la+D5DRxQBf39-5g8)d`UQOgI@aox)*;4mh zKZ1xo!&5aseVDkfR^?P%(p^eIzj9FHpk=6g*LqY@Ty=;#Z7ir<-20W|xMlG)fss+n z=NjEQU>N(upqt@yZ>ALbh)M`!vT6gFVI^|HqM0XU!q>V%R$mQ?lA~Q%T5{o;B<<75 z7SVDTeGm9qBT21e&7(J|oCYJx*|I@@U!u1Tqbr)J(Qm#ay}~VJdmT}Mn#PX3y&DsFFIYPl$v{p_ZCzaS*;0mVS-i*MNr zk6smwJMJ2lZoOU;;OOPWGO+~1D#Mli@bDk1eru>BUPRn|d!-<`o$H5yc%m=NP*b9K zfp}j)j=e!E`enRwiF;gfvD386<)dTb=-8`*G4~A;&`>q9V$PYsx4>EL{sBZ~wa8vh zDpZAfro41Y=^gtIWjIfjh@sv2KAd+T+S_*}M|-8*^W}$6p9HR{H*6LxA;9k7G*C}0 z_4_sTRL{j$zWd+(AED|^6l_FPE;Xn4ghQ)eJ*O&Ksb5eSy$8?#GmnJ+h0qZ`BYk4* zJE0zSm2s~3Xn-RM>3JKlh&1A_NMV$&Rd@S4tKNFCEsTN#&tg6I=^(=5yFQYDh-MK+ zoZ@2q8K2@k(BK3wjosUS_uwmEEK$EBe<-W2N+Iu3G21^N1E=2eX_$dW64Gt}cbLdC z2HBgV1SC}UGV2O`S)*i|UWABe4ZkrQ)CoqBd*#_eq!zynN}4jIGTp+tfrdv&`+jIQzY94%Jy0{5ZJ60{z5aUwoZrdj1*u(sCN;F$q7B(; z`F7Eu)r%j8!5m$;*N1VE{_)2#_FJGaG(h!`5JD4mT$b%7uo^{tc7`st((^c_6pd@Z z((Ea6)upf|6RyMlTMCAdnoQh6=b4Hq20edC2uC>)Ut$yn3Nw6M(Y)*VNz|p;(mK&$ zit7fMX4UeJ%dKU{cuQ6XGV8nN%9U%KuUT4>%Fh?4t4fmnj076;&+P7sq?gt1JWb89 z-14=IgkN>m_*YAP@hyk>e16H__G({XA1mcK1=jx^A~APxKCGK4N>YKuxmTJHR(4K& zq!}=KQdvBe7G7;Eo>SDjV1!QmUP-7-?doVX+;smaBuI+^;8|Z?2qNs)Z~Xln`WY^^ zr<^yMZ|9jLKfjNae1Oe76m97C{3!fBHYFvuQB^9ao#m>+Wpb5wY6TMTdf36`%55jw zp)A~^=)frBVB`YG1J^>kNKgcyA62rMkK6O&Id$eFPnjjaS0+@ zJ6E$+-Li&f%QiU^w&7Uh9q~M>nfRNTy!9IWBar%xBR7&SjNm3#T`y81dx`z)BOX$I z7e`4=>*ZR?B&91c1-`xf?z`!S!&}MZ$|p%qK(C{6yB`9%@fmL%!}(W2WdKhf1SWlP zdrd2G=#wl0?lFOA{SER9lcXpmcb5-|amW*8N>cZ@Uhk(m0nXQ`zkl)O8@eoaKfAGi zho>Rls-2)f%oLb{B34F(;^A@mfG*eiw*cu7S}g~DyCjGw?e|15gHUp7{iN;{D^C9#+nnYO$vDn=Xjbrdj ze}N;Acx}45D9JXk?%9*+!ii_gAt$NX2mF zS6sTj1WCHAHBR27iBNT?z%vWngE>;^Y*Sr!50fAs4kJkPq+qQr&OQr-l9xQX|CD$x zb^0r?OC~Q7WJ!FGi)Ym13Gxb@q$ALPEWJogspY~y6{jRf9gaBee-@{&;e!K%nD#d`)=hIq)=r_A4HpB<;BtIgzyukrDwdDxet zfuy1IlEqL1{2iVqGk37suY; zEL6lgrDM_Lk?Hc^fl!<0xNhLjTQgW)>@s@7W)na?Km;#(wq=Ty&k#?&HpWrjPM|!i0B2FL6Qc4dZ?8!@O3nm06g1!_A<2i}+P5Gg($A9Q5&Lo)|`d<}v)#FFN z-`kN+yWE(xwikA*GhARvpg7K85s$ovhe^%@R1KPQ2E&g5uwUb`eA(NA-G$!nJ9!>J z9EdW(KgPE@4}(1bh9&%A?&@~^PT&Sapiu|w@C4D_@tRjQQoFbXukC-(P!!X*)=Q@| zWs0Sz7pkMaF1&23ebzwm6{aHzY5{CJT5aJ(#Y^VkhN{QIKvY3VaRp{#j}Cjf@_|l?J_QtEri28QYJKXAt}~-Jf|k6$8N( zef1P>q0hW*qtL(KkWWUWVLj#GWLm3l+SdK$izKk0<%*CiQYfkMI^sK$PkVw?IdweD zURhZg4cnW$3FZ1?fFBv-2Hks~v6>E6RtRqnqLi4j(+qOJy}}Z(Ppl{8d34EgRZ`#&3c8$(S$9?fPF zDKv>Lwv_aT8EgmbEq9oqx2yAw&PIRUO{UCQ{NPy$cFZz=1()<3%{`<)di9ZfoIlTM z_vKH8y3b$qDBVA&m&wIs-KXXs@!jyGC~bL(8)=3djk~vD5E7tM^>?^!zl`?q)i%BR zFmawS=l8g7#}^hDGug(f0tN&z8th>_rVXkLfxqSdC6zwK%O5>RFcWcr)RnPEPkj2s zHQxeTw@J%}q{d4gh_!-!V;q*FQ8>5x(pnMbGkw~Mx3w>nIrDc)#7~q4B5;$%UEh~n z1g`nysjUa#m$3DxW&@PYzZ};m!_P&)U#NEfS1&sBHNe|d^g2zrrVj*?YbplNxRLZ- zU48uGpD&dL`oTO~+;W9Z!iXAaCP~T)!d-3y<|!_E)Ot70NrPB9SnB@VSO0d-N>-VS zgi*(gDSE#%Pgr6BWgffkf5UD3U|_8fVEg8&=qsthERVup#^-Vha+ap`I&J~5j=qLwxkUK%J0L zY^f-k<(WD266_iojUsO=zt6uUjHSqk)a@R z{CW3u81X~6ZpF9l#p7q0tLc=sNf(EP0lB+PgHyw2RP%@)SHn6xK+Kqb#*5$dY=~QX zE`)cU%|~K(WF_#cCWQEnnWD-!M(oz1Rl6zm7lr>P%EXkT{5nMJp)j9Q?Xu#xD0Bgw z(HAb!0G3oNY{pM5zp{LnwjHFSCzI)@mqjn%HIa@zTk8|7d1N4vEB~K+&WWJkNfaR` zb3|^fSIOmQx*}$fGS-&8e!0EaTn+Y1 zeIsJZ-*Dg7kD1p#e^YyU)z2UN@LzpYB&}N_sQS4?6*FEBy8PQcfFIkoTWpe|h8Goi zncI4$D`trCbcxos6-qG2e16f3sRED*xsh8{g!2p58v7VbpM&IdxmnXZAC4wXR?`H4 z!n|_KE@*gzDp*&?Y6t=U1Uuw*@8quTYWw*Pp`@2?1ZFQ6I~oZ0#RGoL9lnuM1g!T` zH4@G??DKuFXx|XEQTM}hH->g&YrHaTF=s{P!M*@O&3s%0t5<)DF7W0XKTr5eT)8X^x%hoegptG{~w=d z?9+Knf3bYl38l!(KkwrhSs)vEp%Zx+KUPX4K~X?A@%F2!PSj7nZSGE7^1dI{BNff_ z4KF`pij>7KS|TumaKN~m?Em}66uTp%d@Ymn1g!LVA&h6g`)rvlhjK7pz)c}#eKtPv7l>Fx>Fc_86C~6`IR&?-;y=2+0PLmt) zkT#f6o2OCS)ygofeSejyAor5PEr!qPRW~gDO-}BE*}arSs~>i$1->2nGOAK_PHc_; zmr{U-hi34F1k2u|C-3`fdR z5kjp14>aEJW8pr%DF6fv5a4Yq;cJ z??FdjoqRVMb}G+x=oA&K@%pv>M80{^wL-J4_xaOp6FWP*%+tGPgX)+WQ`Ly~;tGKZ zk(nnVv=4ZbH@$a@paHVegyGnP0_g|n9+Ee2-U#%4ymX|c0E3w?Xt7VGX)))Ul7;Z{ zqA9ubQcQa6*hF-WQUx#5H4}z?W8VumsFo3OkyJ~LR^)=c>|*TaiXqLIByafA2cYghid`ugJkXOgqNyb?upbD!i$5Pp(J|Q@@-QHGLsLlzEa5p#kV^m$g`>INyOl(Vs;{?jhG69h{8HeuiQ zx=}~s;iDUFsj2IiTSF>fj-wr8VCm`%jJ`T&A>TOWAQXj#yj-{=?(~$=r1kT&^n(u~ z>QCFB_2av_4{a@G6AkuM8j|6>DTY$W4aK>ba;S1qqVF(*+vpJK6*x+hZ_jRT@?o=Y z7dzcS2OBD!@k;KXWu53>>bt#N%HJEF&TIUw9mriMQ2YI@^ad8Af5;I20lf4?tTsdDHS-9QM@8mMuyn!`J5b#NNv>fNQQaN&V6JdB*OZjr4)j zwmFdCx*LeWp6D@Run9w8;T~l_{DiEY_#Oe3b-ds^g)FE0nGI^jp`N^yIzxB(Z1sco zG1%@Rvt<;y_)#nAe?~Nq;%V6O9)`0?b8DEs*k!E=dV4PFo;G8B=<{9uhpvf<(~i*p zN{tsVy(K>yCkjun)2YuClwc43%)I(|jnUs@oE-I)XUnr>T|G6W)Q?)g$2Tbu*^uP9 z-)ruF2?;jg54+>U2Kcxv?pwo!@9< zc|30tHzUTJHczfPrzy8$M(+!aD=gV#8gZ`qQ~IY%s&cyfCBrSW`2vgyC* zkQ&AtZ{Uu0AguqFkOwA#A>f0xpMk7roFH!g&UPU{rjNh6>*fpR+{@U7dY3{ybAa-b zI{z7tDwn+;0$vmmisV~xi{EJ7%1ar|7FAJrIZ~#Ty#dy=!ZtV>bN~ieesK*7CtW7L zdUDK5LWLN1XDTHttWgEXvSZ@r24lCf@@?o0?W$yv=ES$B`u8L@E4IW(sWD@DM^j|P zmp>@6AD9PgKUU2tuFEuLx?^rTtILaR6zlTm+Sst7S)Of(v2{kmats6)+N91kh zo3wh;c4zX^JaKw0~Tuul#QWPwq2zArb&S3WT zQ9gqt#XmK@cHT}@Svc&EdUzZDiC)IPi_3oRV7{K?A1*vJYOnzp(m;Ww>mpE9vho=) zPp=e-n!#-s{W!{34J)qfFE%qCwFnfYYNmuLWuc;46*d<96yh3@0E2~&u4?Y(L)ksY z>GUDcSneb=NM%=>&Vff*&+dz)u71&wUCA*%;gEy;?*Vo4-7d}8 z0I}{jSK!kWK|HzQw1V~DM}4mjHk3JQ9nTUTqhgXqr@+BSWF8C(m$C<{rQhMthCr0{ z7IMLTbKq{O_ozoySj<wS1-*WGG2LG2UB7lKH(U(;z23EsW;ja;BV7wD&82>>`M%G967f0Ghv`b)IfN&}(Lejt{*jJJr$ z)!n-1ivhYlrE1>Mz;Vm1ZC|7wo5S^fid|I~*rx*dFs_uGRX}V$2}x&ddCs}a@6klS7v~hQioKNT{%Eg(OgV+ z#31WKtQ>KB{H^O*fTOi^-8K}4sRfDb@ih65BkpmX@f>lnf>C`(z z67N`6gqWYTER#Y+Y=2C?7Z&}_>spQ3&1(O|LcNsXPqtT}8`xBSZLzRXUI!sHL_rVF z)Hb{n|KNqfm>jF@l&yoDrIhPylh13w+F);OQ#RGDLxg2vMrCf&jo%e`Z=dt9W)KaE ziNh+dJaZEL<>jUZcG?Qayd@P;-1ZC2{J^#kAA>NkBlCa53qE*hwK? z-F>!`cRuDHONeHiaj##nHGaDZouo8l*L7$VJ&++Y)~OEx$rzrYw8!>-13R9YCRG>o zPg7l&zQ4kjnlCKTJZu=jm~CcuGkTvz5g)JshDpILLqbM6ox&2kx{Ic0Y(I}~qKmDo zeN@k<4%Ey5o=HukI;GoZp)PlKDJGyr=p2ObdyZ~;LR~1`9;bXu!Ck=ra~CK@|9g-* z_3zocT+>wk(xYt4MIBQ-IWix_S@+a5u9y(=h-CJ<5Y!S z|JOX{%GVRX&faXR-Pqhj zpqHlqE*E`NQg?nvMx6-56wJ)boGD5GKP1;FAIxA60nEukV_Hees8`VOa31pUo_(4O zW)LniyyfywQfw4?pM^OO@8~G#4Ef<=Q(>M^cc+{~{)e1JCXZXweI;@KKEWygtpuB4 z%6&$NYps3QkxyML@3#k(4*sm7ECQ!$B^n8J$(y8pc&pCu!%!1F^r+pC>J)I(F7k4X|edhI=m0=mNm^4J;a4xm^4i=RuE8AT9_?F0!I{bVn<<6m6B7tKb! zt1G!Pf*Qx>dU5kLS%?;J|B|3T{e6WGp7rqFSZxP;G~#?}%>W;+4A`0+Yf2O?Tk($;4tlA4%tDR{TmtNh&-)Y(9g%dX z`c8MvU99riTsMj3`nQw_j!lB}+g6XTrB_Iy^%^&pZwYz^ zqe(6iYPIZ;9hGJij0(e-|L|CVg*@jQ|^jXL6=>;kpVc`0Xo zjIR0Dm8W#H)*5=Kh8YY?e9N#3Zgn#A7a)+M_61;@!fGMdn&Om-flTb@0y$7!SmN_b zcciz}@8pG(Wvjkvz)`Fnc7Y}laGiPlkJfelU;&doh!c;=+1lI>g1*u`y0F=ss~sqg zE4qUh^Q~9~&Av!+FdtgTLF>NMsuja?zF(8cnp;!;ZfV%08>PEcCnF`D(W`d9mq*$c zD}VwMa_d}rwb_4yIvv2nePf2qLIxlK2Txro=&PSHDUxfZm@y(y@sx`e1C`*@geZ=A zMLj%WM^kyWJq2%gz_VNYKUB=AF9{9Ho!W55ipM6JG~AlI$#^Tf*x5|3zP^XCk`EP=Z5o5wL1ud2RKp}3beO6F0)%v_2?^vTB(MXTG2kvJO zz-ADQHe6GiIVr2*TVwEhuutmN{6fy~&YjyoYKrntaW%9Gl<%&-_MMalSj{v|ABR5` zle9Ku@&H0LTAlp9?^W0^Dp0^xH#A48Oi`QB=ta|1j_biY8391oscRo{uT=_Aw0Kwa z&Gc%@@}KrJ@+C~yo}@u6`V17Q2+LU9Ktpe3@! zLua@V5*y#-oL7vC@hzUmENwb0m^ujOzG;(=zjCCV#EJUAT&=?kpQ-4y$p*WR4X4j% zC2;t&998K*{yzZ3*A;I8%vcQYEU&(vf2!osQL~`ZV9wTJ?^jBP^Lo8~Fa$>D5wld? zyH!@IX`e8I!ThxRI^*1MC2(Zr;B@ULM z;C_jX-PYJiVzepJo>rJICV60Y^EoAPEbXv=MzYIPnDAE>pG<*{BzjTOC2M+Q#<76N$&}tf{uwsy#@ zeD+S5?WpKfyF;8%rTN3k4&M&WgB0(xmp|OV*h3@=-hIT9Rnr26j<<4734rJ2m*oZ$ zQjA$rHD4>TsjF9v_||C$k6P_de>0<0|pscY#N#q@DvU`qbYb8MC@J*TLiswcx6 z)>RJ$=O1f#pJjpqHJFF1iu2uqM5L4xs+R4`COg7l7nO+pq0OPCXyON0*Wb%i;OU+z zczT(;MT_@t9GS9K@qB0$0m`%dSyJC9q~Riek()jEBShtbc{g~98uX>5M#=rDK6rar zR?ZzBz)c`zO!m4n1!V*92uFmBeDf?SQIh;RlR3fe&PF1)C z{DEh&52*~e@ty*VJF(f21gW{W|D%ilSRyUjUMT^(9+5gvtOjVqNfH94wH#yBF>p^X z8mDH)z!NMjdkh)vu7R=82GAOtVfXSnXpLZl?j_#p_tM6ZXK{mJUV#kMX6aChY{q;+ z<4*4x$JV2Y$DU(-0!Lpa>gzX8z<=x3G5y+$uQqq!jd!YZ6n|FNIgO#obQ|sktNi-tf5Lh`27; zMLa~`qu)F*s&*kre23u^gf7&EJ)q)lFIZdu0?qRq$mCjAPj{B6YhfiOmc6P`!yg_2 z-byNbO(qM9j~j0SgZ@tCi_8@4%iqgwUmHk=DlB_MEhY(2_{I|w5|%wQ11va`#kd-X zsw^rgA@j;ZwpP%v#RvP{6|=5#;-KJ$%scMWT#s02uQy%ucy8CeAT;0h)ZhFDt=hL3 zY-GW#A_%b*l4stt-;Wz(YIG>(S?)5X36B$yg0{pCQL`x2y;XfLIlA%oYF=#qbwGpD ze7nc(M)*ryI4nB^q!Cxo7ncQTS6y0HTL=|$q__{VocA7&rHITm?7?XBwPJ#n2sOq(>lq*SsA-Rc ze|BNZah#OHuVinoVQx%}grR1Kpm&IPt zk?6&p)7F_t7MYkJs0cv_#x|^D^erKDg&K})J3jxY&*m`3$_#suV^y3Xn>e04zRPxs z*&K@aI4Zg#b3%ARHJhT%b85T?n_Tl<^b)y!<;>sN1h*ZpcON%+)}vjX;~(w2FIYnh zcad?S3bu`s4*uYE>YjZ&_vo}m`awV^FMY0az|zga6}$|Zu-Iig4qGA%sN!{94<9S} zzTDc>;4>EKoJ~omCbQSvS3-B0YXDcb3 z$L|>VME+~CS3B1=Q-^qx7|k_;j?S>W|KPRftbo5MyAj@=LYz%WyCsfYqV`wh zHiyOC!bF=hrX3FUAMn0jGNK&YTMuNa^YbZY8T>5}#XS1&f|X#l?iSp?s1x|V{^ddI z^7Ei$fM~e6rc87N=j3rp=ytD;jerw)@_}AKeHP&3hy)Oe60>gty^sIWlgM zv-VZI!{doDpu&s3rBM8qlJ{~JFgCYKc{B&4qcood9V>rK%vCv30$ z%cZT6*Hx9fruc*$&Lyiir+{iFG*eiSfz99kJM0P#9GtZZ`2kTQO@29zyTx+3C40+> zwlT+=Ey!N260=*Hue|CT%aud|7ld%w0~**tb^)*aVNp!xC_j zEWekG@l(B5eTn%y&x^8tguTv!j+nZ_>3wq0d=5xp<=uB4=$(Y$x{j-FOpTvX}W-~dQ&=)IPX7X zj2F(9i~WEfkGG$8AN-h&H}A2Z9V{@yH)lOBD^wX8*I%QT>J`rw1yur^go;JPaZxNk zu;`TZ2f=QD-$~H^y-yubfj=a3y5y0r;2fq0FejYmah@5A99R6J`b|XQg7N{;5YBre zpUUWxy=2gKEl|BRCOYNh&w&d_8qK%i=23&-3dvX!`mGV0jP6 zg$)j&&(D6ihzIB%e+^R^|l1-G?z5e>+0@yl59^B(b<5*VU`q`s8eEk2Xt)y zOieh&K?BxP&({~333|vnO(eSI+9L`NHWxR=yt9JF0>>Nfm)PtY|aX-K;_XQA6&P3H6C;62FpQ8g)!B_VdjIZQz*=W!ZI^$Kl$@yTg|?@E=cjU6#>`InIj zS6Z@+Y6ph$W|x*0l5$3XD0i|zizy<4c5Kz>21KpTO9W^_(RB#CO7J_r4?GK zXIYzjfapw?j9uMV)9kpL#MIeK`~5r#KQB<*vGk0S_H>q(TPt!I!fRsYbz1X0OSH%s zECJAE9Op}X#WhkCI{YiVE505dr-k2wSFR#pHV;Ve^Yi8M06~yK`aS4jkw9z~j(L*} zjJbE5r00M|Us--NWH6JumpNR{VakxHtw@{MwFM|haeSX7b%#fbF?(1sNg;_v5Q|0Lk9G4HjNa~oZ*TmHE zbM|ymH2UKS{co?}8GKjYesbg-5>YH<0s} z6S_+#h0Xy?gAeJR(4yiVC0sFmkcSNiJ&aIt41e@?UFckj1B?YN{0F&_`Tz0EdeL>0 z!Lvr?mLgdAH}a2P**I`lD6871k(s~sh!v}N{YaMIDjGkg^xG69J6m*k;Zviw4M|p_ zti1AOT_=a(PM9#?>2li(rq;UeDOy&xFTD&~F)RaS3 z4PNcwA!_XKjQ*PTvce;!-2+f0%wDNxGz{X8CwYNr`{h^*KkCWCGwK1@%_bed)8rNN zmgfLIkIrS>QSe>>fHQ1C0owuG>d4}+;OPb;X4>FIHGeiFT@SO8;y|z-krR)HJvzNk zxi^VijtVDi;qRHZjabcS$GFVlpxb)=sIMO;5)W+aIT*D0Kg3jWLso zQU4eZ@_rv+Tb*im*aI%2-8h{j_4OtwGtUv6x z9EOR2UmI;cq3t?Gk5^8^oY+0^VjkWs?YKIoYn3^jUu-yUbPA0d-^6%6RkvN!znR~4 z!NwcBFBwCql2h9dm$K`6(<&muJLzO5<8tFlb-M3|`Y)pX!n*#*a|E0-{349C_HVz$ ztWRT22TgxFydcqtt%;)oU4jtG zrW>Kh8%d8&J6q$y#C!q%J8T4gtMi2;EYhg2(kb9bL1}}tZmFw-U*y!!3jBdcDsLgD zi39Tdp!_~~ee-w}xKq$^RBuFir4j;Q5vu1pDFlIkQGYnqbh#vW!9kQA!d<`-(g*J# z;kW>hkhLIG>=3v|oiAxG@8n!A>k5v(+C!A)B`i^s3|aLtaYkph=Ef<{2;#xxAEi7ym%0BY82|dAq=}N6#V;LeCOO*pJvF^w zXL{_vxF_8v@---pF{akFGuB-4(S{tCd^2^hOe=D4GD-0I`}0ZG;|5)j6m)4a>5VR7 z;(lK1C)Uqiv1rDDuGhKyu-tu5eW^%zkD#y?Pue*!t9Gfv_0@oq=XnFQpBEOMDXPXr z1$emh*tmUW5nRy4nrcfxP~Ma{xJOmR7-s~}ObC`vVgATL@#Y32NW+dW_WBE+9p#JG z`C+-a*Tb_Q+;{9CBK#yqvGCj7HMy-=CXCGg5|FIXYM3O9K+cV8G&QTa+p-!-JHqoc zg3VY1EhKHyr7==wSpA*M7-@B`?wDywDTTQZOU#wL(Z8>CmCyaObQe%mABE}R29<3GRnB<`l<01$XiW>YJQjmINkVhSBEXwq!TfIS2hO&Z&ip16= zl;k6?#wmZ&y;*4pzk7%YD(C_=1j|n~z|Ln5_qqoN%>J~2Tae{i5k<%+x_}SxbIOnI z3ztM~U6K1 zn69cSxvX(_<7@s6>q&Lj!)*o~MZAgAOIVd_>G~kWwvW<{gU6zQl{CkLs)VkgMO1s5qT`vsRVh ztBn`)22*>A-(RGDJPI>2ui_s%84Agl)dnkAW{qY;4OqO9a@yv5DHQ+T75PDK#8Xs9 zuvJHUi$isL{r2m5=nvhsz1_aYuBxHvA}sXs7O!4PJ8;_}Zh|E!2=ZlHl?%Gl!1o){YyeD23Ev+ztD5rahC&GKbNk@2FwoEM-0sg~z8h2AJZt zL}cy|Z|A8UVd=COL;v86Mvb7f)AY?}X5)6ON@Sc8 zf3Xj8**)RBQZPfwkx5*1Wv~~lOg`=3gA1+{RXj=zPFIgr#0#z6-1TVZJT6c zVhNnAmBh{dqOejHb{Qv*h2O$P`4v!4G!x!7YrNkhDmiAfAKSeFx>xA=y3`^*0VR)5 zm6aFsKaiG8R)|qC36kLYnCseq0KA1!n%29_xr_0O&N?TP&fnaT#e5&qXlzz=_5szI z=E(Z`8UxQ0uw3w;6W-3_IS7vP=}Ef@&Ikyo~Mo|)nM?I3J8Y9{q{171O{uRcNjn+r;j zDku92?5>r6!J}m*MHMBP?Xz0E{(*-@plFbJwIg~;e(|8^K;q9O!PCZAjIj_CCgnC* zCYOxVX|;Q$UYfES9RXA$(T+pok;^^M%3bM|@xLHC>=e`z`>0A}Kf>Rr^Y_MTUoJ#j z59oIrX@hvmLLFHTX6eY@Q(M(^7#`s>bK+&2mA+)f;|gL!Gk)V$#Jb?7`*tvfR0QbkL24f7MR=KRW z8GS--8Uqw7zpxd&{_D&c5HVWHSbc{RH@l3fy8xB6@04&oSUq*|*YA~%5q!r;n96km zi{H+33Y=?Ydy3^7HW{of1@yGWTlExW9#A#lUy-9(fs2drQr?ZiSy5`K?OLNpibo4@ z1gRCUe>nPy^_@b-#k$&RJEL+#&B>grhl_~Y;Sff*DugI9jsZ?}qulv?(z-T#9p-rIE zAYDd4OUFB_iqj=vLWs|tmPV!aan|@Xu{C5=TSQm(&Jo7(ZC)DAyKh{ds{Y6VX(qH^ zM{9w%M%!81YH#jN0o9k~ND?)Jy={L%5fiW#0HH8hp4=Vu@@`(hD7OGLFj>Gmwf!~i z-~HY_6^28imjCD7nZfp*^r`CPe4%#f(_rUzO|EyA&wH={2*TU59>>x*cCL&Fzllv= z!Em-N%_e?|SWY zWRN7datRNvtvJNraQu6zQg&LysFJ0M3^7R`cBOx!nf4P>>Zc>JJ(!Ir+8~m2|~e8lU2v%cuY9Wyll&>t3)! z)s4@1qE!r!suuMq$8sG_9P3?G6#OFD2dIJ_biJH}ravM#Ymaj8^8~=Lzh#X44d|x+ z3yBGlKHAm~(TqwVG0umL@6?I2+cSq>I09l#Ydl^g8R*bfI*Gkf1$2P=1lY`*;?dar zH~>VccHB322pBar%=!(##%TsqPZnz}lMS?o`Cb!^T@M>OtZN4%3 zEnp)D(2vW=G+=tNuZ>)=**pp^3stuzZ(Ktu8n}qldhlo;m1zT#8b*Gjg4@fi#MRUj z`r{Z=e@hIfMoT@w%Nsakn$Fhl!iz1$gr4sJm<9tpP(HUjcz?hBqVUBeCQW7c+LSJ2A8g-==bT4Xa$X1nkAj#z~B+N@EWh z0T790?>vKEee-ESqjkqd754|H)MjpyZ$N1)wy3dwTKQxC!hc#XfU_Y)nvznQAJq2B z2pvBSci4MIud%&X@Wy|F4~PQmNd1&BqsaYCg5slYaGu*Jy&I4VYqED732iKP1#+`v z^OXj>K#uhr+2aQMt4K9dQ1~_ESD*i+c-r;gbeUMVD7c^Fp5zr`@V=1q;|Z#`1T(oE z0@sH@nkw6Rp`{@|jl)&jQgKj3$X7J(6x{|zI=p){;AKdif}Xr5n4dNzZD$v)&qi~x z>f&f$5uQ0g`j^)FdMQqoN0mm?rwmAFtOv?$%TsglrGUlcgudmIS8L$Jq=9bCK74^- z-Bxn|iGvBUT)J1NYz}W-0?xh<)dw^Mi;qk&`}p{Em(n<6JSt?&A`b^tz&29WjUBor zg-8f{j>^`X3dh@T4z2@Vru9Fkggq4NXD5d-ycv9$b(gs%;tu$J( zg<%G54IKOn-DC$Zx*YgDtx*5B2NS{wC!@ov9N}YO(2apy4rH^zG_`wB02ZXT zZ~;v6Q^#1^$8~Mhdzd}a>g(&3tfB;9=SKzxnNMw8ZDIy#&P_u=?AJ#X)!fml(8VU) z>5KDktYER)ajGgHbVDSy4=GVlG6eFG91E|a4Ip@*{y||%@?GZ+5Ia8QxQ#O~x)>1h zf~WIUXUXC&)!9euYb`C`bS>`8|Moc4Eg^5S2~Z%5Y?{ zs-lpjXZJDdYZJC?bR^a$G9sP=b9vxY2(*UHNcbGQQxY?EY zp(m82uCi_hT$=gI{$pHPns%8Z62UP67)2%J$obWdY{UY@55eK z0)BZjGI`JzL`^EmmS#aO-jm@p57x8pt^mHJlfL-t!eJoD(Tld^SqY5+BqYLJDp<-% z3%k48guwBZ{F9#+f-W1P_0}}5_5wR%56G=Bz6#XTpdP<{AWMXRZ09h% zzUl+g!d!(8Q3;KcyP9>8<uI{K6+F#~v%Pw2VHe-kD>p+3Z!yYGgis%NMH znjrUwDJ{T%D1)1Aq@tqjRBoV5E`|fZ&HwQoR>-32Z&eK3xXA1uhEf4t z>Yo8xEe8g?A&2rsLC)H#cO|%AT1A<}fWkeeTPDR)K`d>-_ebI} zwr}367pc0W-72`!B;a&lXr?%nR)795hp$*x+4UkB0gSs0)RKReNOchCK}s9)IWqnN z*m&qrqHY+249K)z_ScerXd)Yf0q=%G(0+?M${m2wO6tXMt{Ev#-F26HfpjIsNfcn% z@$G+nTGYS2q1v_9XH;jQrZ3ni5QR27=j+iXUvs-^DZnF$iI5Zkyprr*$R-X89c67D z(3&W%?U1w+{SJbBiN6Mf-o-5~yj7!J02yK+tPi(@#`QZKmEfHi%(5Oi171N(_iA@= zHwb;971-Cr=biAkh@^DWWm*Vi1(hc02bwktHk^|Cy3HoDb2|St~Gs?2T;*#R%HHh1JnV9^kBgmv<1!})2i+P{Vy0C%Ig={}zH6S(7D)Ph7CXF6 z1_=qO1ssYiYIXZ6&47!JLSW6BV6~xh)sCNA?q_+TxSeyt%3WsQOG2W0+ zjs0)*Ee|rSBRibC{ROe(SzHRQ79RUWf`Ewr8IH)(R4XDuQoyF$-%{eqpF6`LM05l% zSo(2V8;82FfVn`aha<7*%@~>*%`%{r{0%ELe}8=(S7)I1W*d`c&Vr<5d-N1`Om=>i zY4n_M(1N1+Z3&INFB-#Wl0&|NmloIP@$uMhgqFY6Zq?_d!$+gl4=EUXxrS$wq#i?( z?G@QO6R5ZVmq_U1AH?XQCp6b>O2A;Ziic;c^UNtV67TdIZO---c#-l|K@!+Fq1-ZX zG2b{~2`&`3e9=$LMW&E%Be|sPZpV)yUZmQpPB8Yt`77YaIND>R46U_0G5jzhVF6a; zNyI;n)vKKcLn-Q>eG}(YqQL>0mP;a1c)o!{d2RIZaHow0ea~@VGjP;UU4yDR zRo$(Q5$)zGrK+D0OUPwy%HiwywWTb;?=%9RLpLip{gv1Pbdr<&f`5gddDv}s^%eed zHc;KG^~A$o0|`vysByBiDeNo}Ns+cm?}Q}82>RvziV?xnJCBmxm8M0Xyr$dZPo^=8 zRnXmU4(P<*mr#a^VEOLUCpM7YH~ey62hqLvW_2~jIVwtY4Ba(QndhKzMjj{BLbA1{tx zu$L~{WHnNw1UQn?X!~1#NLwBgQB*&P?_@g5;N*n&YXQPr3C;gB)I=iIOW((1-;GTW z2FG#25v?^tugZ3<8ASDZ)D!9o>G(GeNHY%O4O(BDoEQCM&#GNdC(dK2JWx|Z7U8>{ zWca5SGE}Uutu94V1~+wecKoEhLt1O~I%8Oix~eT<&>Y>!Bc-0G-}~ zh8j)@i|>}oIdt!U1bo+KKV_9evZWh=C+z?46<$6y1DW2km^4Ic;O{YgcnpvwZHfhJ z4j1bl=ziUdj(mR@{RuHV&%S2e_QyAjK-RAoFjDsDLqADo7GNZ@ve8O@#Q?qP=mEaY z=+kBM*!mij0y(GqsSwZC{Lrb@`x$LX2mf2);F8S@uw)jcXMc@@Z=1^{gDZntVVo?6VrWCeq!8U{(eroYaZ@0J;P1Xh?SoL6b; z_UsZzl@gCXo?aXn;(Hx&ri2LKMRhzQC*D3Y)oqGU`0MbxI>qaXXggqRFMFP7P&hwp z@8qsXl{fK)+0i;sASqWYQmuIh;g3A%)1J|hqC3O_oBKaTr#qYP67Pbsd{1=Ls7pnX z7W(N)TrZ=g4j{qOV6KWL={%#F8AN>prV*5~x7*2w~#=6Q+U|WaT_BYK)}y)CB{5 z%J0dYBIcPzy=zFW!jMXp%$K{^Y`Euf!ZoGJu=yX^WTy!Bh(=OuvOw5>)J|O}ASMwN zB-K6$%m>=5-=UmNcDcd2PIYB&^|xW!w(};tI&zK~i(ej2);0i=h3U!4>$T^!`z5Fq zI0cU{yE*`H8h}Gh%m3BzFf*h zjJN(%P5tUTLE*-A7*rY@?8@ip&^C4Z{3SlFjhj&cIyksR!Y=6sB%_g7+BKnp_a7K1 zEko`@uDR>$DUY`Sf(8FH-ZafLpf2*D0*WB$L#S8ifJy0(e+)u8rXv9$1i^UN+Pys zra`Pa+JC@_-rQQe=UmwxgQ$4n&-#f+Bor%a@wyaU4>E~5!7LYBDw4)sdOMZt(uQEC z06EK-&xu2@m{O*Or^>l*L=IT=CbV^Xh>1MTaV^S&p_qgDvU^$Y^={W+1IQ&K5|*AH6(IwPRtVB#X+ytBPnZ%4|>I~v77dM0U%&ulLOz#CC1;rAXG5xI&`%jE9vR9D!)}O5iDIN&irkYgky~- zf6t~{qjSioN(zro>M)<9wJEvqr3ln$d$4%RNeyH5M#|ga>F>*u0Qwuo^2@;P6@jt7 zw+6bS5Pums%w86XA!GB{nT(%m$sa5@3Ab6_F!cvOP`?D=v&{}E5(@|TY@~1ey@aEXc0Y{5!^bz6NrT~} z9U>F@1rOAFH1+kfvN7t>`+QUs?+8eVDi(zU9UjL&X-pa*PxOh~m)IH0N6=EyHJOMo zer~!O(vm0USVqb&1-DDeZuKMF0x$P7A z!AmiKg4C-*yV9Y%P9hR5#3X?hit+6r7)SvF;uhv4Y*+<KyEe5Rqb5AM9?CN<2jp`~rLTG7oTLVbV!!n}@M|*j@QAtphz#J>G29%NB zEPj90oQDzRqu11r{rAJLsRNO{G#tCR`PLCmVU;JXiXt-4Sjdn7#)a@hXTy$_dl%AK zM*HpMEowk>cV>i7nn0S5xn-%^+P$ghfCO>w9lAS7tF?%`BAoP}2g1_Xy!gv^M@9n+ zS?pzFA5?xq@pZpC8Exq0VYOq=;E1u&VdPF=Ei4Pjh?n09_VD7e$@1Yl*(x-@lbn!V zs1+d`=NPbJo{DiFYDRr@IoQZN0#I@5C(Mq3E{l-OJp3uB0g>H?mpHx?RXKRXZT9h$ ziAMsS$9{5?_vWL1Ucki&|1r4U15kS&hhr;G17dCufStJyQ1bZ1?VzfxupXi3U8-HDWduwT{Vr_*z6hX7}oy&)z zW+a~Hf0>jBQ_5nbJ!TeEj!K+!pbJca9)ky@S%Opw`>2z@ODO9+PJ2*L&!EzXY>CmJ zSk?C84_3hLS58RXQ@R_i&Ba#6$THqrKOb#WF<#5lGw%J5!NXWIYQl_{CVmG$sq^FY zYcP$D3fma%4Tr--q&)O*JcOqcY({-{92-A(v?{E;YaML3?s6pNdsR>-3^HU{i11~>C_>sw=N zByQh_O$L0-T90hC^&2J` zoeY&Ut7_j+nly0K=ZyCEwc+4*6ggl)$7K@{z6G@c6dM^X@@GZ-}McUATPYT z+^;Aurm7hV%gC0}k}`2qP=G2e{N;TfnVM=YLfne%57DAeds9dVA9lR9?pEA$bO`X; zUkeP~oU^%^XW-+d`qJw+E;VQLr@d(NxpcloMMYat#@*kozTAQ$knul{;mxXf{K049 zC8r=4L!^z>%&zDzMDu>pBtU&_G2;R>QwuV}>|pSz~DIo8>~oyoEw)Pb# zoDb67+|*9xjVBUL|M6&izhUgjlvU9+qIKkWGu+ouNFL>C2jPnz-xiB9+Hi^;JyvP4_;kv0>Ffp!%4DBp>XnY? z{5X0&+vl~@RtR+v&3s(c&%5J}23%+ML(W6$)!v@QByQ+Xk~U*JOFEw5{@`=Yxr*Hp zS#e2qmVG(*{@M{@Q&i791E(x6dRoyS&8lwjy>@}~i>}}H!`eO&mZ%O?x&JGyV!P+p zJb7&hv*P~F_vOn8<9Of_`_!M{$9SXWj+r-++aE;tv2P=z@Z-uj-X%6di)+}Z2C3-R zG}$NJF8{&Lyq$sbPDO)fQPdMhT?+%y6o&v@u=I5beGCjTn^@3jRr0_JEUl8SCwb48 zr`uzoehP`kWqj*T;+tXGw?U4Vt?Rw@_S9BFh7;#9e7jJ_wt|z zC+4Ry>&f3Y{=row-A}plYrZI=cit zXb&+&_p`Yg=zt)$9Xj-l8%}+lf`fZ0ApdA^$55_gY(X#)(_Z_OuZVn#Mi*wTk1I36 zUQBkd4vVJ~+D~FXA;gj2@@_4Ua<}@XY4=|-GI^WaK6{N&trVl;T`z}#vg_85eoVL^ zaJLYAIin)ErV~SmzJ{qxwm3ccXOW;*l40EOaw?U-hX{@}wqYQ&6vBd|W1Rnb(>apidL_O4F+N+?efO(Ubmr&8jpwll-UXf4ZVlSH^ zpHHJv0PT}T3xUMl7pZEZUtYZ8=-noAM7^7DmgoG5>|Mf1uZV2PS`dH75B>A)yJie~ zV=rwO*wBOiHkH;4t|K_A zo!8ZJEU4&grP;|>uUGlF=MZX?rljipY^&>YCo_mBus%&-9W_I2xuKjoVtdOtOcU#C zIyiFfk{%tSJs@f>&hlJsv-(R&k7rN;A1@ohlY8D8dorXZGLjTB@*LHQP(DDCJH}^x zW$we`yY9aE+31jPG0k2Q>JYt&X}8VaLMpjb?BVW=EvTT)WDU}jdsOi^3=1SfzsPN9 ze}AL&=c83z3O_3Q7@~2&Ox06KJf&br>dBui#~@YWeXB@p9+LQvi|Gjukk7M-Y!Sv_ z`aenElW`>?He7g#huJ*JU8?VZaE|sX1f3Kx{~Ys|*)LSJ0en`^hm+=Gfb~%3)OBY~ z^uW%>rbZTcl^Ar}zJBQjw31sgTX!3y%L$hbii}B zSzpZ^PU+KERD`oyQg42Ltzr4O{Ag@U%WCaff1hw|)1^TaI4`*H-b6A|635egQH|6h z6ep~b#22RRywx}ybe5koauTjiTkF)wdWp3u`PCGq!z4DlL9&kDE&N<^HL23U3!0bz zq#mt&A^9m>kqO_`>i+1qSn4I!6ES*sHE%vW&h)}U;#5AOGC+r6ER_OO{h`>Q-^;-y z>3faV86DU(cT_&Q!D&K%*U^x{kq23v)qE!_L8upl4Pz4@zf7sojp~MSJ~Dga*$Sp& z>rO?E?Ah@CQ3b+j*wW=twIE2;BxTsB9k0Z^GJYdiP3V5ctE|YVVj0VGsPvhY+D6V1 zQrxsUanHRLxX}hqHOHQkT9#$C+a;iBNd9U_ANQ2Vx%U9^NiMxN`QsR)E34n)tb~QO zG|!}l@B?HVH2Q%;={ehDlXCBp{4k*2@G;zD@=P!Uw?ZEZW3juWnV59a>Ks+vMdwev zHJ}tpi4e6uU!lWFO`SOkOk9*QrD+bviawW4U*j82W+hwGjb~Z?NM&u!*lf?(wANIT41#fB8W33XeK%KNDu0 zd^Nn(<{Q#hQLg*$ldJ;VcI}3znS`KXKt|uMU%9upcRG9Vc5Esm<3qLxaUm+3ft^Hy zvopVGd>9P{msV}y16`dG(Oi1UPxHGAJo`?$yXo&T=vJ1NaPz=HST&^WOUB0e`FRLe zylQ0a`}btTRZkBnply!Oh=o=>BlUqtnEn0KpEgkS2f2G=_> zVhr|u)3S7_FF?CAu0%GEMp-v9Q>b(g@0eY({1apcTy2CX9Ph;$R!{XpDZ~oP>!NIS}S#}`Pu9Mm%8h_Rrj4p$g zc`1;pRb;-XWZmf`p9ag;PtwX<^CgU|--bj6SVcox*GxG}z7lTOcFY zM~thjoCqwt#k2PvJyXKj|MG;fhrz7jFI&3Cn0x)@u0w_}INf7;syMlewZ!8B&XVyr zX)IJ~nKxaIaq3fFfENkvwUEk@?~mX9MJas0S8(jdZUTiWCVxcj>|hIaHL?fxpjih` zMp&`DwfV~DHT02wl__)Y>?W|oUWW7RQx9}DrKdH^1$`-Rf4Z={`NcK*zt_q~Yoah! zM8p?&f#aC$fz?=!2sL{RQ^`%N9!xBZ{)7-jNoAQR3qm?JRITVrmYO)ZV}>wk3b7%O zfa(xa=Qd>(mN@CD_3Ky2N=CiJSCknbxE;v&FYv_PWcH`p_utLVCX72MA3li!M2b3G z-m}(yQbvT=VZGOz;mGYx^U{`<#UV^FCP_uhO@A@55KjxD*asW19Owj819B1d!_dXl zM2D;8D^<)a0+=PruSIm=*AZVqBJ*1f#l-_iZQ$TPwZnh*w-ZFF_}upvJ3V&XujjP>)Ui8Hc`c& zt}b?R;q4)_cL9Fe6&sV0gM*`H2=nNplh@Jj5u`QdHWLuFkzNRob{{X|Hg!~(*CSkF zjqXGJXDBU#Lj+MV7nu)USX5L?>>vf&3<6J)+Ib$=+RY%O&qk=CPwPzn-La4v`v+Mf z79&t^OAm1v8!7nEWvb1f1^G+OSC=SU+M@Lz1bJL`oBXVuIms3$%ZG9JCx&K&OP}21 z|CUokoP0WzblGVU!^YShy_k4bz_C8{HgqiG2m8yp#^mWtJih$&J0~jFzo;tLR?;%k zD@^yQIxgsAd{>2k9{XgW_%vtNKnr)nr$guhN(qeiHfh0^v)fC)gv zo8&&UJrgpKoS(GlaOakTa_)bObDVfKQogvr`1ng-Z64p6Xt%T&Ma6QL)UB$(xp3** z$r9_zpY@}El{z^shc0k1uzv?+>>LW~SKMZC@LUsJ=iNA>#aA$~zTrou&H)lJaTII! zcf$Qm6FQ4fnUdxpx~F}H!@IGP^ls+B3r4#^gC9Kzy7;v!$%Gyg@RGlP!>(R)ovs6g zgL0nW5>i%N8FaXN*k^Y_8NXBS5c*H5!@^Y6h+Zq5O(4GD%cCz zDq#JCETYR?Ud-oRzO6&_(&&;lh;IzWMc8y~W`QtWC?;F8GK#E0HzIh>d$ zYqvW19+V%f?|EgezNLRHYFe^*4yRIJX%dgg1a+V6ZB4q}Hi~o&1~d8RoEil)FW~I> z{#p^F1Oto$C4|0ujTMKo+oin5(n_LG2S%5Z;<$(PV`BH5(-5+Fk^enk^L*Jn&P^n0 zWCIgh<>tp}c&;4OG=q9hUol$dsZ@yN@U!EsQBbMh7I84TtR*9HpdQuW!o|K!$C%Yv zN8{(@5`>HyC+`W{b#>dYD_1QoaDK{y{Q6Au(TT!=1xQJuz3z7P0SZfV{X`fH@;fjt zhWJzb!_iztC6OKz6=((2NRyV7(u$C!QK~!#oWt#z8EmHVo=Vs=GAo|hFo^G7hjrQ? zfjJ-;S2HZ6!8Bwd)>m>8TbWmkQYQX4F#h56I8e2(U9U9YVH~~SF=tu%6voZXJ^#bP z`IG8kPdGL&35u>ciJ_(?KN$GB735Z)$rWI%lYl1*t7qx%iO%+H_j=c4%csiysg-hS z5XF;M9PQ}s5!})HNLbqkNHzH9r$A&G+5UmUN`vNQ;lzHJtM+DK(wQsZ-2@JzwzGo5 z_Bx&5*qvfSAUYlAm_u@Zd=R&3$mAKtDk8<+AnYqip=5{jcTnefL1}ptp^+nU1lZ>4zVA&XMxw}1|ma5gZo_3(MseBDx zHzy}pgX4S0h9c(K&w18T9Oll-c56Cl1NrQZI?zw`wFFm5uDkhIte5Sm0yi(E>Q|vo znct%4^31k6vjdOZnPh&+%kLZ@lYp3qX_kGO$3>NFpOw_zvVc(Q*j_=-GMIehG8g?N z4I=ekSRY2<*X1|SCg)kLqo8t!*a_H>pCe5pF!+FCkWMj+7yr~_ zX&ou#L5>!$RoCN2P(l9K{$`M3A?J)SwES+eQ~WoziACAclSkR5?Nk!`2UvQrtj4&| zFH%-df?XjKDCvsppiospw_ZXCyKmPe;#%i^=D+!$!{i-YXp!4*HV6}8u7Bf#`6e3%wmBxOSZ zOM$YBcv?Sv0^Jp(oj1QY5seIFp(tU;<;~U}z_mGni^6*siiQ_1knYRIBJ!9?>yWnd zOaG3|7|R0he$1OOWGu*(^yo&ptu!Y#?`d@6RHNBE?I2YLnVpb=8}PfNvjUpUPB1 zBS*iqN4%FO7GU7aL~m=x@@B;XM6f;-?KlIXmlruBZ4`J3lFIR@@Ve^Kzg!MhB9qE5 zYD}%vG{aI|w~O6(n$xf0HiP!X`!}iw?$4C-JS@!3{|R*ds;}Pe&+@spr@`F#(`Y3h z;q8ZoE?vH@G_DVfGKMu?L}!Qzx^c_3d9X(K-PtEKrqoWf6cpxL&ybN$X)wv1qg~IS zv2jxokCPSAnN62Fi6M_Tt1CYUJz7DZi8riu|Jg_V1-S&f%c6>{pE$-n(`qW<*E%=J zUcgQ*=7KL?L-8RmY5M2Bl>?V>78EB7^52VEih3vMs}TLM2~%q$-gx9+$UBJpY20vy zy`qXyndk~JO5fA<0>DeM{B*lxpG!}N=e8yIMoVXsQ(+!Sd9`TJ4Z&OnzA|lN z?a6ovx0?y{^flM9Lf)|@oTG!WFx_+=_!bWMTWF5UvF+>G?FLtVY`^FL?I4YorDUU( zk~j?^dxc5-tAEi;@h2ePkwui`sS1S>J#>Zq=lO@6+mwa_U%R{GHLrm)Fp93r@+GGk zO8Bwur!x=VkfrW{dNg9s?;gD(FY$mH7qW>PgfE%> z9Z#?gb|j@RMi5S4pQf(h`8TWX&!(uy5NR_x62Y;4?$z;5bX}775qvsvzG-YAq+{2w zg#0L)LKl$dI@$&9$87cWk-X`czZ3iEl5;&=rZ9SDrySC-QSL38gYulZKH3A%#6gv` zE@{~ociO3OQ-iIJ`fs;=qar1$?jfBkw1OIw$xO^J|X9*uAhkZ~-%QN+qFZNP#qeR8&F(PUWuOrk~ak5#qm%#BvbURfv4!R!T=LT2JwTop|%!xW*iQKndDN ziqs*{>3`c~zN2T8YgH-g`jVBJYGu>~wB=`!vUSa^EiD(9$^qF*!+ciH8&w~lmM1{B z18fRsBR4=&aL8$Df4o0&Z1QnCd4N{s+Om)y&KOBcDH}eLshUiuxe)WuEE(ahls5M% z5~$bn$)qai=e5Y)eTi`zRgdh))E^iaSmZBseSO0I`G$gmAiP-pqL_IGN;O4!ISl^D7onC`C22g`x!mTNR~G*XDJVtYMlVR*UfRt zC&LhXo33Si;0U9+5?B~?m}}wrhoYXE6NsFz4&s3?ZwBY=*BG1yhK#b_u5bv4Y0(rh z9&Y47W40#ta^9`^pxRm2zNNk`K)f|mSfd9TX-U5BrB^sjfH78idUiLdg zx(Rr$P3901L$2t2b0s>fml} zj8VMpE*tdF#rT_BuUwAoN2qq77U}H#jpI$(tSeKVF+ZG`K0|sSdFR0OM_9P{`eRVcvd+R$S=2e z$DRf5-rt5!H1D-R-pfmLZ7`8_s8|Co`@V_KuI%+c5C7u>B{Ztzd=wonheHA2d_iO zu0ovRI&-CS>k|Ku#(F3UxviQO_Eu ztQSkVHg@pk7>hPKnatijCiYWCdP+p(a%&yxM&OrkqvM*w54UH|gUVgb0GxKH5avc? zH$~$LAPnn{jRRFPjkE5TuDJCPAgY~z0K5}tUPm;?7fofK4x+3M`_VjO7s*voTQmt>J3Y20 zjK^h%f-r3PY^KEx-h{Ic&@*9Ty57>}G#=Am3-)8v`bvxC4>|nu+)!==nA_uHPZ&-t z-Q{i43T{X#v(J`u2~UZ%V0~oe0VQ|v5H0Nlco-|up1`9u8a~({=JKdfs9Q5}@5@8L zTc|w~d~0x2T=EM;T&L2JTb=iMh()B7-{Gl{8vkXw^<65hAjQY`CwH;#nU0kQyrTRM zFjJ7){iVG{J>%u4j@VyO?NC>dv`PPIY+g{w5)Pw`38y4@fWrM>b1^9R8%v;k+auqh zc(QZt=x$ccM#D;0U>1eLeN93)SrPRX^?au8vs;w{DbMYA2T@d8%iH%=VfMn4i1xN> zUMKOY7N^iwejtSJkki=YxN`J*TMV0!A=+ZZGQecaYvEf+h)KZ2CU6lE%H@}81EGiaLw_(1Ig4`N>*c+4h#j{_Ie!~(%}WO%{v%@vxK@)B#|HK zA-B!KQY4qvhZ5A&Ei)-Sb$Z8d5!d$_O4YnY4yD}YDcgfSv8LVUu}<8VHvG|=E#w-e zUuB@SlGo|Bj_;K6+dR(8Sl(gFf3NbhKW_gHT@IGz3QkW_aVx}pH?pzNQ)qb!=l7mr z{>yA?rX?=85l4ntZnPD4cXxS;p6W-r5p>64MzFFI9!>G~q0`k25*9@DM)q(1_7O zxTC*T^U;0BETrkr&Peh#KxSF#CIiftt1kVhHxDyIAmDDT~S-FgW)` zN2qN_?KtaZD-Zuzra!p&cZ;S5S`#>Q+SLUkEJ2x$B^=7M@?9c%KnYAqCL*)k*2@`< z))>t*XBnaQK12G+YAP%AknJ$pBwIV&?m#W<{nI3TxdCC}A#6zuS-RVv{FI3qVX<}K zZ}Q^$KH~Zn)x&J(%%SJR%)^*$op7m9tGr&|yjgm_tpt0IA-Wg<%xNl1c7Y-s_>JT^ zIhdU&y~N|HHmU2ND8_+sl6O0{hjjuUqKJ)*IRnZrMD=Y0)IIaKlglrERU5r>n_jl? z8D6%KU-LQF?dw_)f>Opdg#wG^aWSZ6D9&kXLes{{fRYT5PaK$lK-2|XV-S;AIwD{{ z*qC;}AS>I<5G{XVV;2!w*LP8u<`u`0lr=xl^DaYu$p+SJ+i^msdS5@yY96z0p;2&G zWp53pjRP42@A;(I=g$RG(f=$euih3d9T;@9gd&JWdHh1?I#w45X`jK$X2Nw$F@BDx z9oJ*~jh3}2L52~3SZcL%4f)qz?0xpl`eh|XBkEt&+%mO_pZHw1$ln2d$*vzzbcp=2 zONig{R0$0JyP!q*mO-QIJX+o=iE*|=WG^>53jZerwUg9gD}{bk?0Wo?^h^0fRPXPE*P}|Daoq}lc!O%o=cu{-rAtccl~K^us^n_IH6_2#>4_E8gbw@j}A<<88**d zqfZu8fJ^u1pH*ytp zC%nQ1-GGIYnAxC-37Bs4X9#~kW5FKl^vsvdf06UMmOcc|<%l!Y!75qLIvRa z>$D#*T+%velsJZ0QyHbqKp-ZJ52b(2V*Am{!g}~`T~!Pv|A1MNg?XU-;YCV`+OALN8AdA^-`?*|PiQxp>=}Bu zwg!zPtar!0U)81B!b*JtwflVJB|9}1xZ=3&g<=ndhxQdCsu40yJC*uYIp6Nz#T?t@ zAS7n+MkkNgi#PmnOVV3dh9=8jqKtQL>J60o&1YesCQd$A{&tm|?xSglj)Nc?X*6^; z=m%%jiJ^D2ORH2PEnGB}mVJhw@ptEbzgGVh;KCj2%!=k8ss zy6&wS)a3(GgiVr5yOs4SgO!X*@3Nycji2ToG{`>SZ?2cDcpn}v8F(x(DqQE%?jNiq zOwGqljn7rD>6In*O| za|ym~M7`VS)g>WU$D+JU)iDO(#4(%!|6Gg!`Vlwx9AA~k(Dgj9``9jcu{^YR1~(! z&k^yI5vtX9iK!7}Mw7Ag)`(pW;q%lk^Dplb)Z3RT=YHvOM(p9u0X(00#QRw>G{u4;tv}`7 zC5>cqL`wdSW5o2{5h>mC^=(XJJg6gYr{chkDT+yPTCx~}PoOC66vN$C0iy>{xK<8s zuVVgRM)8chY|kLU-lW{M^K;>d7HRP0+?jt`=D-|PTvS$oHCn2=(i*iS23`(=Cp_#n zA8_B-jbH;AGYz4*|A{5fi!mHh3xL6^Hfm8rRsUVTMc-%lu*U6G+{qH(EW(T5M}C|5 zV4`-Qr?c!o82J>*+_`Om`KtvTdut`LDJX%Xq-$Re)RHYMN_f)AGZn$PiG+vAJrtnA z?ucjZ=EZsYvH!}qPFik>R$-M!*6ykE!7|^*$@OK%{t4WWuP$R^1NRDrt^cI(feo{SK#_?S#Uxx-+9uc__~#PIj4K< zRLAmWjI}~tPpcBkoZ`f{g?ci>_Use)M8@(AY4(pUzvsJsZof1#rhr?WiVSty-$HO-5?TEI zOyj);@Z~0l#bkbQidi3LhJ{Y7rv5xZds%d{CSmJ8 zWKMX8i>i_W^*_JcQ^&y(0CQ>!Xg+WJHG19Lfoi;VjiQ1=eczrE&#L7r^yc{gXnN~- zy8r+G|Ftn@YG#F#EjX=l277{^gZ=P=Vu_hD002h-h-Hq6l-XS%z7PoMYq_dgf$ zIM3(f9=F@|HZ`jDwtryYcQhYarTx-4SykSYKs)6-$qGmq@hkk_3@@pu%K`na_~39l znRc0R$#yjPq|?idvC60B6B}5-m}6|~|5u&6;fBGgl;;JN{6kqXR ziGw4+n05ZM=&LZhvgQ!y=SCr%e)`@QYPRQXLrdg&+s2DL=kn??)vFMYQ?~`*wBqck zjq?u^{oMwuh01AYLgT9Hs2%jq#zeepb$C&L=AL$&c4&s5Jl(bN?=NR zr|15C`{0|mHCwA#U&ov^l$b^vDsv)-NkNvvO0-B1XO5D&j(Jwd!teA(;xclM#|* z9I*if+2T^N0XLo@1*OwJf{e8zB46lUoMVyARb>$=kT`IT$HXhKIo#WvTi+d*Z8Tog zFnC*BV+;$mC21i)%iAVN>eb3#w6v;#{42*YOZ2pB&Xl6Ut99}y3M-loCZ^W6MycV* zgGEEzvUia~jkBVo8)a)H^_8|z{HNJ?p_WpAR@$!_>BhA_VssBj%)VfAUyVTm-RT(SWRfsrGtgKCuIOJ>}5?JqBX(8C1gOk{|JK=v z2OeQAN$jS_ici&q?6g?&V+_j7BODC>sTRZgQUui!A_RTr1oN{a6m(6N^P^8}a8643 z#Bjbh!syPj*rV%p$ZqIa{K8W9&;9ZR7gW+!o0?e&J7-c(%)>ulpr|gtZ%T|)W-*@u z{9czN4`ZTw`?C49MdziVrBakfy9M-5{sW;IewYZ?mQ0Qc`M-vUET_7^cl<0o!#*Z@ zF0cH<_MA+`)_2C!@DQG)H@1bsCpXZ`nqNQb05+7lZq=PJ~9`H@i&-<;@V{I(0U*jg?SUK)7fR73>ubm&u(nQVDoMjW|DulFPL7XDvDN0YiHV5~ z9vYfA<>|~ehVT%6PSRAT zr-i|3iSA6tR zz(D3uwD^RCJv}sYPeA;0hiQaOg`F}JgZ5E#1y}~^u|f=&!@v1Dn68J1)kiK2KcHuz zbzc4_^LF1@x0xZy9_zWz7))=f-VxOHY9&f>+&=hMzoed;3l8!7@kwe0wxy)xRyvM= zF2h*na6<#5;(f1qv_K*{xVd@Sf~%{u9)hM5p5{0BsBe8j=a z(>=Z}Tx3}GH$96F%q+Cp+itZDn~q9;qbc5*E5IN;tY*;jz+=2y&`4e@^I{h-ZZ<+A ziD;u3J}w^H_1~(+!_X&V;p$wqtx1z$(OR99+9SJ!mu2-p8p```Y)E#+%D4fA80~}V zw^^wRIw;(MKc2v5{WGc-OVm-}8z%))-IP4N2#S#hR=LnR8&uG_(WyK?cVK0%gMY4E zjf#4%Ym~T!kn{E86<+EbUaGI?p@dkeW=R?+m2e?9!C>_eH}K9StAqXQ>lDt-f?Saa zBMXOD_#q#xjeIkeN|b79J3E4i)@re+mSIJX=rIXHnCV=GMP|N zroV=sC`hlRc%}`-SQdQRaxeek+ddL#J9brtdE+;n(L=J-3#O^#cA{6#{FRwWL5`iU zym5jWtvkwffkMl26ph%>l~)^E0Ck1;zaOEc&lrP+{D)M!K{3+1vj8|@&T0y7Jlp72 z0$jGakFYUs0F7aP6}ya8U%I!{77!WM5boJAp2^Nmi8s!U_gJn*^arUyRAwQnIlN!zDyP)5k z{8KU7tPVEv3(ElilpIWJTnhqA&R~x5)?{2wly*fsBPRy5`Ps7s^EZTI6jtv& zJyUTDBRoZZg2@40v__tOC9tyX*$_Ym#ZOeLMj;PJAg&#MVj9o$;M>_V23R}u+M&7wqDP; zx$tsXFIrWoFf~JM-jyGm9$BB3o$ZLZl0X=*O=?n<@1#R8blq&{s*KGd4l;VG`BD1{zm6|cZEVd`^%`d&?Y^PaEtgoEzBKz-WEG{TiL zwa4={IaMg(S2EFgJt`XHUnJ5%J)YME2#!q`^MFV9guiQW-O^yw;r$-V?X};4vI8O^ z-KAjk2l&YJ#LBST=RdKD*(;8O2^0x5!n+#$Zrs5w;lKLLd`Dr!0lZkz68oyq-@c|IHO@Ov(nR7$ep0q&AXzrFvXm+8v-F1ZO|kZ}@| z)2nOiJ;eC7h_zq72L+?`McYRtoy$>x1ojYP6Ay&@0rUOTexZ^+eT$`2Sy-?y$^g=c zwq?^&Gs~|$qXumo>U3tewkSb^Arg}j~HCyB8di4N;qcTWE54)dIG zu4npujlEc>AXX_@_D>-l-}UycU4Z_3Z|(7ZK$Pvo+9vWL=F%$_@g$W-%}?6cxqdsc z;*gvCfLDZ52|{S`SCrGhSaVIF!V(P57ilC{F20Mwo~5D$?mztPy<|`6k19Xzz1O zf*_OgM6|sKh4j0PK(|*!in5-;kquiFocyE|@4t9_eZ${wTY=Z2L}n)XVyKV)JZR}% zZL~Y_#H(C&kY$RR91?51Z>L4y7nxPIRPX3Tqryw$|2T~Xq7IS3%)8XA-zSh8_%s2D zPGUSEX(5kkT@Gz`?vEWX(hB2~mDQutw()wqq^!h{%mR>N*C2CnZUMor;Ugy=-g0i> zeMyx-kiHqZ%t`ztPBjO<5+3wZ_EmVD^t4b}G)C*xkpxDMi$42|sdpkr4)*5D+C}!h6Ds~_)IqvhH@BmNPP(hk=Ra%d-|%|U+IVqyeDd5|TGT$G!>tWW zEWJS$p2EO}$8`=;x7C43{TC2n@_;l>0%0N7Lto-w^$C28C)E-CHVgz1cgCFw!$ z0k-`_0!Xq55KU;8Hy=k(`Rwv6c%iaH*P{4J!3BVYW0ET2#3?iR3mZ9wq(6Bl)p^9DfDaNq1~uVP5W`O=vx`6$I!Yaf4K8(HBjzhE`MnI_sq6eR)dI#VAy-rn7A~>#afwdDQ;6@ zgYsmU8t~5nu7CtPHi-_xbh`ShIo|W-rVK!tvUQBggFY~4xn~Qh1ulm&&p78@WVs6F zH%q5lbqeal)_dSu#|vJ>LTmez)$Zf?$BdwDC;3R@p?$^xXh89hK$WpU0GHrKUYmk! z>k8Hnbv+4}@{BM);;5S4XCuHvZU5oYsynWjt53tHxAQdoIlg1i6{9mkcPSTn}%O;L(5u^G*qv4`lEt++IA3?7por*&QTuR2($DAYQeEKMX~R*vj_3 z3Gzc!z`My@PS|aCe2b8`(e<{*<@+Us8Z8{pD4b{5>pua|! z%}oBk4=G9Nklsh!IKzf)@=*329=p6m!FP63gOQ<%^GY)7u2QOY3;k6zxU=396bXBk zrMrUCN_!5v&z{i%(_)gyA<2aNKoXy|x3chKadX^OqwRpWzf-q>K<1&R^L?1BZ%Fd& zH(`og)9y2Lc9HOBWb8de0tSuwdfD*VB99dNszEX9E6*N0a!l7k5g2H&v4jeaYkvG; zd1A$B7t!NIn2{{4KE&4+mUJTpeZpM&>CJi;+hGB=rR4WAPCcB}EU z3uTg9&BjC1#i6cBDgLam2?=$=X~ag__b|q+@^_jyhN*!`xxT>}T&uc&PEb$1+_kCBbkS}!=;atM^N<(?BvRI1Z zV?lX4NO3}GJ4nH0Z8OZ70DDoT<$Xj-@Z<-}(~t#Z=0vZj{f7RheQb8lrq~Pg(Xd{) z`Gx%QrC$CjuOOh2E-*A(GUJ}RvSb|FB&$LwGA-`vC-IuNbaai+v?YHtrMJSlTk?~n zusCp5Qnr`ve*dk+%_xzMz7w)LRM5WJeP~ZfZ3SJ6iDy+cOel2o()(~gUizL5yj{vR zw=t)5IuOKhedojGb`wCdm5d_!SNp*J_s)@H>ZD50_P#)d?Tb#@9(X5+L^T5&IHJYK z_QI}}Y5eXmv9oH;$y#H>B;BNvir*hM3Oa%|7#(a0b6=quipqpUMd4(*&)OpCh6%P) zd*2(y|9mxvZZwiU@|5yFcCm2V4pE^K?sXbL=1Rq^oDCYPy`n;xU0EDuXg2pmTIAlO zGS5OIPnP~<$&}}+HQ#fyso+y&N3}PETmh053M zZT!Q1fgrybNeK}(zj4E&oKgeovgsd81&)8v9Lu=}U0TE)BX#V#)Kzo+sc-)NMcVF- z7+-f`mYf#i>uv>GiB;PnI5!T8b)3DTC6M24UHocAbsuhB%lyxfF2gf=zlvwQeM*-# zy>^`~C;snh{0Y#Lwo`3iyqHicDlMvZuw~m}&DyYjPDoAd$cB%>Oo=yl?6MzB5p8yE zq@|^$Fq#APd@nCQrzY>>V)mhStsF;B||PQ;I1PQkHZXY=hA z5Ui--nWF|LTU~e}AHx2Ex=Ng>?BQ?eobC1glfc&(RnOC`ti{;hVGDU8-tl+aRSnq> zzMm{OMZJ_QGn^w@6dA`K@1^+4W;Z97qdwvt4vLyRDrpWE}lB6^d+3Mk#m2=&A4-h$_{k+jvdA$Hnne{%B*G|gTP*VOt{ zzxtE@H93)a-Q0IwI51y26Q4_4TW%!|tYU~>24zb25Lj7`sGM zQ9GRFu=q78Rgq48fYVnBFE6ij5om$?K0mIBe4nPieo;iki#boI@E37)K;^M!AuN*t z?57_g78!z&7r>%Xr?ZP_rnc;-N+G8>k2>yTL0NK23E71Enh*5ru{j`XF{rXu{ofP$ zX!BK4QhIz4M*t|L02s;s|6IOF>FHz~dKK>gVIEGYvu_eN$n$nxXuNkzLnX-OOx_pK zyRSm zF+8AYrPiBh#=^(fJgC+oTWSLQ=<GzRl1dA6OnO3f zAy$*=m7Jyzm#$^|zFw90OE)E_{SiiNYOPJ5nyBvWTa?(qldOUoV+1P^+_tuvKH)2* zR!F9v<#BCq^AT%_tDX-@x&r1w(tPdFs$#(K_j$y4yar^kS^ru7v*KSR+|OLfSkQA5 zUnb>DKc5f=4%f=cN)WU=TN7Y<5cB6t3^Q=8$$s=mVWRk`t(^}HXNZW1o*{)}(Bt+r zh!!{uR}>YC**MiF2a<{*1zF+)7#LO9FJ1tr7qdnvw6#<6nuKIdG_Vmc@P2gwym*O# z7thVjt=8{*Mh3aw+U2XT=qqp@AZ2V1ztLr9DErkQG&Wo+Thsot(mO?~LI;?pv!Arw z=?2gYU)9-6Hk=ZjT-~>!Wd}#xz4>)fDmK^d(LHr32ultBkCfChhWfc-mwV~p z8#>%Z6{Rg!?ev}Fg&sk;{FMoHg>V_~lG_jVRzS!BJQK3)A+-0WLzSRGCG)f6@1N z5eAhlT2_-a?rqO9BC9_shu0GGxGyb-r{DB7)_QWcB}8TAC!GuHecMbP{{TMS7qFb4 zuJ-yC2ny}0q%JNgDcg{f_6k%2D^0#cnuQFn|NBJlF+t$X&8-M?S`7&f6e~T+41wkH z_`{sgn(#1+|Jm0E?$RrNQi@o`z|+zSJueozXtL;krR}&tc3I;kJ@XFu!kL)l7jEPb zvnAyxSEPa86e;ww$38G-Q}+q@tgUeicln0}P=tc+ttI>_*YdOEjN9*i{?F-V_W0iY zk(oOLKH5WL|8EdG|F^g!ErzvM;1vv{U;`+IJ7Ni)HMzgd~wSn_v*gG5cJgLr<%2z92dG4fmyG+r^nq7)YX zhl$O@4r<=uCPhy0snx2=v&v6VF1jG~ZfciZ;uqbv-g0k2)}vKT4y{Vwu2|d1R&-|a zwF|CNlv4GPV0h&6bBTYRe{zIPFbpX05Gx3*47@|kgN1kJaSTtLq3!?46%+uP`vJK~ z?Fp40)g0WFi1? z`yu!iEHb;g?2^M?^_a-(zhjv>upHd6_-$;)#-8^fYz(vpg%^7{n4E8Nc0eP@KO-zU zAA!4Y5MAV)1FyN%{+uD6QdAfAS|ygS7Qz5s?f>COwXAza)Lb9Gb9LX+h?FTO_au{9{ehoa1ziA(;0HA97#J8TdY#{faYJf=P4Md(cotc4iB^kkf?XY?iq9{DJP{wz=Kjy1 zDr`VJ^fF+ltnL(GH|@;WWKT97w1S`Y6=@dQ0TPSH1x}DlS}ibhdUU?(0KI<8#cnIP zkV7?3eweDF{VXtOPz8w}eKqmkVjvI2V;fDzag)~3Nw%;w{!ADu{|J2&qvhn}1Oz|D z@87>?rl*(PQ!y-%GY?TM6*$QUv_II{Ny#m&WuD3gK;GCX$;rjBP+rf2z?}GjzS^n< z(M5?*(66u%n|?tSk9;llbu5SOfo?Z;)NKTF9rdlGen0WSn{ZoL()#z3yucJM2R&dr zK#1);H{b|qdd4o2LDP=ZRvc5*IA_tgkqk_dZm%)lN)vpy?E}+iR0f2SnWMh7hOBD+) zE5ccJt`;HynDKUnD~GyhXSjUj-Ci2>K?Z@ z$Hva8wJoG}T zWGO+ZcAzo1r-ki^aRyHsx=1)~C>2k9C(kM{N8=<|8}qi-+Bv4$EzstP=#Ba)B?leV z+~lf%++N1`=nMNuD~5f@6I$nPH;wG@0w*d~29NlkYZ58H7hW>mJTqGQ?U;MIhd-X0 zxEY?Ir!Uy^rn9a!ir4m^cyAS>#KnUmiMT~_XnuIxMJd3kTVBu=eiNxGADQ2>h2qAW zdBrqL=XCArnEk0|sA*&?SIUT2FQCCb%-?6_-HyZgY3m*&O4W=#pQVfCY*T{4+9r#I zDP2PpaB$t~8P6T&ul{OS>n%`SeDQxP*yW}~HaM$}qFXo%r$k-#hzp-9Ey(Qpz(`5N z*T}?)zjp&OG}hEqm?Tf0>izI9wXD|*H6@*NbXrwbk*vDxx_&Q-KgkmUH5CUX#w5J; z+D_uI9qoG1^#11~GvOMDv@F`)wZ9RAR|XYfHUWd95_qH1#iCES|9MsRjOFU=d1=+i z?`)w3*93ncJ$Dw1PS0f(!=oeU+2g^r-f&N;0q(1=r1bl2S0HlyY)jfkYv7%f?o)<`&`cB6CBy{{n>g?;d{zD?M zBt0Z;2P+|y?WuB4ffC7+m(&F4eqfbW%L=oU4~VF!1n_d}pl5Sz+B_*&}^)Z;x(Xap;75X*LCGKR znVF?TY&z5V3{3?boSe08GTPehE`0>Y%bRK9W8=o0VtAC-_+sw6AEl+G%~Y}ft1M^N zojnbyUR5pXtcF;;k{FZ$Yfme@edqMfC@O+axwIM*jw%pztkJ4BnH84>Mi2nHBJbI# z5?J!IRN7h5&~ny=9q2?f8a>#*_Lv>j^{^5S4%{I%H-&0P->~Agj#qW={+XDItv(T( zicTY$B3$}lH!&Q!H1j}LG$jHP_Id-*FKgTe^y@SXh2SFW2xztaVWza7y1F`n-r8pz zxFeq-f|W&3<80HVBu%&;R&K~pFz#hY9 zl@{9&Dm|;Iy6l%sl7PJRcm#Qd`y-U-H9x0rnMpn*WKK&**ZM^t219D^i`4?aTBG_V zk5TO<8nB*NeFn54!4>`O`2cakRdT9SKX-n9zMTva_qG76+jG8OcKGkJHVQEFZSe~5 z^EoG6TP!rX3Bq%_#$M5KQaEUnH^Jmm&COa_&ZywkFZo0kTic7vfbaxl65l!sH78B6 zJ(H|pVgf58oNv$T3JvG1H?;mUOEAlQWqWshHv8L3*=(5LzcB~X9)1gBO_sqFofa;L zDSL>#mxbxauZnTjHwK!-@VjZKY$Unvdr&;VRPRmGj;HPPBy4Vao0p}gFi~OVl!*ZBlr0_VGXrrpjGEnsVdy=et)us z0VmVRrfIm8lX%G-&3%J-4{SGTUvVsIlx8v9z&yVm_WOi8i3C7@z*1YKJzAUJPe}>r zPD%2}*NF?6w)r@QESmgQHH>U_r~b*(xwF#w|JuhFqN7?=AsZpAWh^xzQx3q(580z(6ws7j^Dvtti91PTP)o*V=Wx`=HF$8)cQ_%n1S16>AA z&-G>n$p3KATG9i4$j%PnSp1H1_!rpu9ymGt$Dnr+%K8CwX1`dI1pPTT($_T9gnFt- zWtfqv?}6{A>fSW9QsM1;GMjPFRn_t3!91!$Wxz1d?f%64 z zy2Q`DjZa%zJe%$X+*(Zd5i{xrRv}Ye3{H)ewwg)k|5t&A#YE`X8IdicNDcR;+q zmF7wH+GVf{YqI;$iaqso>h~lVSQlNvsAa@UE8V5-bU(|wLH7C(H6GRG^AmL*qT$u5 zWjU*g1azF;VtA`GbhMQWl|RufKCg<_dR8_3rwJFxFO{2rpVPgaaB8j|p5ui?8)soO zriY)Q_i!?KJ*D3_ow)YdH#KxijFzx{7IYVm9#~Cp&1mC!Lnrh5;0e#vswsYQo-r`{ zHsZ?iE_c1=5|1272zU!9&uaEoAef=fQGZ4W*@yF~pcG>NK;z$>&UzMY0kut>@!T(v z0ozU1bQf~z!LHedt2Fvno`6`1lJCnPm^yWQ(Z@VaH)A9k=x2!Rs{%7=B;)EkPy zJ7u1Yl8z~hdiB}?w`MgaLfQ2>J?RO0KkIvYo>l|uLB1)He=DQNt?X?0M00e=z=AeW zbrWE8DD5rC(DYh2_zSoW|Ag<))|711ZENYNf3{KCtDSdsu$7Gm(2f~Qm%unhYnz`p z%L#BQ1B*MRza3`p0d-jEjT~Z(78tehw0N`f(i`In2oxLDC~5Bqq5Dgme-wPFS>bnc z9tZ#fEKO2dsi%so&dzEhG59gK0`G%pYMc*Cy z@oFh0hPiu`cMa0__+nE8KtHrBEj7r_*7gx%RW5cvo#>simzhx!Su~3=)nCP`@RXDN z`qpIQzV9Dbv=Hh*d|($mqI#{!MpuA8rLDV$RhiV3clrcoHf!r?7R)GP;H-UNim9*YY}3cpcJ?4*6k(q#L5BOP&@_q^72}lga-IHhgJx zI`$8Y_mt@>!IPuDLsrYVN+Oo3o;Y{+CtP?oE9PUqAQz~oytR0BYU$(T_N3Aq34?wV zNar|DF_0sMBN4w_&0^Edz`($4Z)^nsb|HZzA;&gTuZ<*cfFir+fjGi+ds&$l5fNc8 z;mYksfB;@{yD}8>OFWyy8HJ|z$0^=`3u=#M7n9o84D%EIGmFudtIdq-J;wmBrM5rN zVN3xYl|leXLR-;u-{D5S%DjKO81Ue?0Qmlq8}tVYZ4Y;jJ`}Sl-S}r5yS8gLm8JFW zjK41T)K=Gz?|D;YTeeen<^lSLD#bJiCIte zjdwUd*#VEslfUsm?shc@<0100hfY?!MX2Y#OOB8H$BbZH$eRF3wN>I{?~tPi_t8+R zVq1rE4fg_2DTRy!lR1zSVbDxUwX@VEFyZ5TPrlE$byA)Nwxqo?qV{9+$Am}wDPW>d zA}ix5mI?R3xO&d-a<0u`9MQ6tKAmFu@?dr;l;1^aI)(poYPV2ILc;HYk9Kc&lxHS1 zWX*|c1R-fu62KXw`SGJ!HWy;K@iH20=`-F@`2|9nv*~gEBf4Frq5PDiA(moEDka;0 zpBl9~?Jv2Zm$xulxGOJtcCnIa#I=r7y@m3%N1Uwt&RfPP&guyZ?le5y`yHRK zK#U&lj!%jnhJ>l6dL=%sP&5;Y^TETH?xs&m*X~_#U;=>n|5ylhT%K{7fH#ilyb>Wn z&`_>JT5qO?{7y$VP@3?xrCZ-^6kE*HWtJH=3=2UAFeEO%LxfWf1e1Z^_+jDnq$OZD zFVIgRBOq49dd=4WTszEn6?|H`1f&D)L8aUKgf1%jjD)sMCP0$U_R9k}m#KJ<(xH_w zpS1bL=vO;0@+S|Jv9nJsEG@L(kaBEW}d57W>dGC)BNorXiTLS zVzjVHN%^&oX)dy0j=E^~0SkYZwVDKG29ne&+NjQi#iWg&G;xseet?0?-~=*#4n8R^q=V8nG10d)>& zaFBAmxp?XMFg+?oVw)4SCJq#?mM*3WQag%bsMY)5_!p`CH>l(6G*h^f@4ypyhNUy- zczc5a{XuTPaJx4=W9O&%hR{QLL)&t8q)#u;9n{$#36&g2Eahda#W9Zb@U4keP$SmG z*M&x8MfxNFI=ITJ5AYXzc_Jx--F8t@HX}Wb_bsdGcRLo8SBYT8?CXo~A>d7s1Ga1z z%3Xw;^Dsri+LaZ>7SqDA6bK#(I%YwjjrV)?b@>byiYp(#MXjdVcilmZV88Fqvl=2I z!Y6Bwom!fmLX#cYw57djjt7giO{`|s3hHG;qoN}|W?X)*QH;`=sy#{@M^Iva0VsCf=&eOX=S9~yEIc3(SqqB09zpe=+YPZ~9@0|6Jm`<-roc@t* z1R`{IFLI-Swq-aS5bz;&C&3FNZjFu|e%DSrp-SOuV+*joSLPpl*%lYsl#79g0p|5-H~ z@WTlIyaNN0*4=3!0ehKU91gtCPo^znXKo|;euFQ1G3b4hc>8DRTt_@P{{Qf4rPtIka*SiD+nE5HS`B;$sEbI~%_D|B0ft0!>=gl$=Dh zS;x~1e+)_ylBr?7)kSur`ahDUF^D^nv%i`UZ$-@D`b5KOkA_Y2u5ZBA0o&|)LV|?gI9&rj&0^@wE#gXH3Q*Bo-`L+bT%YfOFS2+nzqMGy_%7mX9wU}~ z?Ab#|o7ape5}KC^LDW8@ic+Y@`($!X2zC1y*4~SAkyB9#4QdwLPagnMI&5XS1 zYFRcZ)355iA30f1Cy@5!q{wKD^W8S(o9gjVx`*-E#1I1vyOY=0UeO*w&8L7v`+%z3 zW+goohtwjQ2phGU7FTx_4MxEdK>b~LvCuewcm{8%cqiYQWW1E;sAnPbT&?|#MR^K% zjdC?z1P^g?!gBGI-wAlD+4Q@esJt;cKVcb-_}%!|w>K3U2Ykz;JPO!Y%$x9ye)Uyq z9F@2*@^RSbLRkbXQ(3fhwai%`JO1!;#Ka{n*mX)k>N=hpjniFHety1~H~J!`yH5N@ zsNj&4)9)7Bc7jC1EAYYx5+b7Vm5kGKy0;w1XUkxe%+-UOt*@3CC2bZRmaNvOe`a~` zxAZEq+I=!&VT0u=%6EW|E;c>@P{Ih*2bfw}=M^O>{jE5b&|D7qSphjwB_mK*AtMl+ zz%2T)({K0Bxxihnz)s!)mdtLNU*G*U%i$Q$%Mt*~G%aDl&K?J?*;Uyfmco9`M4?2q z=DB93bSSktod&Z@Yq2Enl45R6{9W~!UUXttj$HZ1F2d}(>tDQKyA5M{ z#}mn$4VEcc34~aWfF|CNiAIb%$#=Y%jkau?Oy_T^QacTj@JJ{$)-(1p0}RY@@nE#J z%SJ}n7b#1gCYjh=1euY%8vv}Na;p0TeZU6p^XMtgMYni8nv4RX37FntNZC+nWK=RoBNxE2MV6yw4U^TKQne1anldi9%{Y9c+7)G!ja=MbEI zOgD5lVg&u@M|Yr5Y3M67qPD_zdyZIbWSQzOOw@j~vE04QK4yP(0uGYEQ+8JCfx;)v zSILAXz{xl-*wTd)o)&WQ(LXpF|aOI5| zM%LOII)@M`1wR3+m%f*`D%?Ibfd~j|11=BssQ%DqLL)+}CqP-Y;iZ1=w8RXpe^_T3 zz(6K|yg+?o;#{?Bus>8eck*8E7a3!JAHqKN#_9G6QN-T#^V~HiH_MVSGfj_-7K(!x z(MIH8bX;_wk2BlDGw=|SpE*~pM>Z)`jd`^}B;sZH+RBr(1;PHj$4u7-vE|QdoxYOs zr~hmIlbWl(E`0oPOHkK2VIXTe5#xC@R%kE=OBV4lI%SI`?p1=?Q`?`xN=&`Zt~r*< zKHo;HM`03ZU`qMd69gp!ZXXt919b1(?yYq5jeIM|_ZtjX3iv!re~jcLfQ)-{kpKTh zwO0TTZeqOw!uVcJh!pqK>%NlerpNYSXSZs!Hu%fUs#8P;&Y}3tZk6|HIMZ%B4w{3m zk#h*A-~kVsXh)}n+48pz&TfWo^=%uB&U*k=1hy>ygxhrT+(O6pKjp+r%WRWlyq)>>gk^l>NLX;I05r^W6$qtCtf+v6oWDS< zi9k79f%1Cf%tZx*_)gks1aWtY`M17&S9!KR)QAbOZj={$qjFtu9fPQe6YK_Fd?Z(2 zz?PH{VvIlaZJCjlRn%L{9vHHBK0`bJ6ruY{fdr`SNKqClfvzt2UJgdN4?}OhFt&vK zo|heYmN>bKXi%V@+B;Z7QJ%{xEPIUfNHF4xlLOt*P$<+TK#?gp9;cM=oho@?ha5b5 z?FO~lOaT;0-e>JZ%>PL4h%KK^X0By@cf7)YbN$a_FCcb*Yt$lx3gTNSVH~Bw;rz&H>lA* z*HwH1!_vgSi}HCX;IIZ020?qf`2N2EssrDxU-u~+%|_lfdY$zSe&FCe3A8tUd9`^{ZY z#_Z!LPtJMy);V4p5xKDyTo{9GoEKu?q}lRma?ufF@(+N??kZKU9#D$h7jWJDj`8RmEwn#q%U&lxCPG-O0BwaZ=2hZx*xJz6A&PGz%$EE#+>wGbzOcyWffof_l!GC1K zl(_CEo?ptvwkQTf@$a7+SIS4<4HtPmSiml-a=Z1FL&8L{DBIDnS`oCq%hX%)bZ(Wk;llKt}5KGSwUuRWR zBgQI9Klyp66kOX>Yxt$w5RAMf+2fAAkgmgmv{4F|=M zS@__8ZmJp$E55z-wd%3ix{+-wuWEu(PInU6aq~r|4GpDQoTmXT#WQ8u{D$xhtz7;$ zmw89h!N`?E^89ryvH%3xaUr2lEN-G9&N;mWPsXhCXhPE*=$d+-FgKXxp?*EC-ab0_iI1c1iX z!Lh)5Iy?iXS|v+#vhjP*i!Y)(K+5zVfbateI5g|9!v%{hN?~AE+L_0%j(wA+v0ehD z^Y`OPico}Q=$Z2Dui%S{$~?DF(;-r<39OHk=`TGawgC0kCI7_h9Fz^730T2q3~phD zq&tkLZ|f^ypzYfdF!O~f1Jr^nwNt>Wn8MeSxC3d*80FOX-Cy3_WF*uRxz%tCsjAw- zHpCvIp;2R!+4}CN&@#${A}97GBk!s>m%LfV@v57@7x~!@1c_Sgm~P|Be-0L)Bret~ zqjwMu`jp-Cg)3a3Eb4N>hwZG61#It=;g`XS-bW=+bGDrT%fsZNE^Z|a-R!{}oCa*# ze+{fHx4f#&N+ZK#qawR1Uke3is;xNzO1Krb;_zSU#(G&lJ986XCH$NY^YhrJL`Xf? z3qw=ua}lPv=>){*hdbB-z2$5F2$GTuQYBl6;xbDcZ+*4d4N7NyN5?nx){eifDabT* z;hbkUH1;>5I;|*z@l}m0(%)_}5I-HNmLdbhK@Vf20rya`ej>IcpZx}e+Ed}z=7he3 z|Cw<|JXy1RlKfJf+VS1c%Hc8kVC6tUj3xS0y2Rb@$*nAYhuB*o;5;U-L|B8C_nr?h z&Q&fcRG5T?#1qK`=a1MoS*BIH!I;u5`rojd6KK7KrS|h^{Lb&tRao2q4x}5nNhsP) z2+*|F#(8Hl=Hpht_<}&WENFgD>gLcv3KDP33D4(Hb~AT80~mm4=U1b5m$Zbmq?6Z= z@ZG96%b^7+1OOI-wH#ihlX}D9fBrN>7xP@oX!J<0nzmve!g=-Q>=$K>8TVfMw`q*Y z&?z=iaf32TLpH&2pykEkTjtq9O#q9$cNbX(^76{KexOc{&_=*lOeuG z&KV?%dG)!m`-~M*^ojDIY)D{sFGa}{((R{<0aFgHm)tWU;w!V!v`?+@EiAoSt53CU zuYvqx$vrOD>sTT`=32iKhANT(WgucC8cuEqW(8Nr^Y z40*-7`m)&G@qs&p`kVKXqb$Xq_*muu{nSr);UF4uQ6mDyf*kG#`EPQ72<;7-N6hz- z0kox)=b3nzxL8cCVq|M5ETNAZ@7g=d=y}*FzkF25T4ody_6@U= zgH318*&v+JlcU4F0W?ft+oyV$Ref#=`WnT3*Pp5rIGu{C(IIL(10GMj$-f#^Xebe9 zQ!AAOv*!Jz0O81?8=p4w-<6LyNyPzKN?3_{U<2&2V2ZCFGOKR_yj=QHcn}{dy7PB` zW#s*TOr2#|lu^63MU)UFL_q0KknS#NX{8&ayE~<%1eAs$q`SKX29SoKhwcVxB)>K9 zyZ3kOUmk~l6egav?)$pVGpZ}M;T3a29v%bHd2j_<_s6eRplf#RBTwiWSufa`zedl3 z^KHg|h?XIGZKmTYyO=qO^92b1eF8iRBCF~)bV@SqDi0;=9Qa$wVlI~BGECgjKqwL9 z&_GxW4>UQ6MX({SisQb&lIRf!<$Yf2S%5TkF#m+jf8b7J??6nOuQuLdUc1F;qOSVFz>Zv42P7QvVIzs+~8v6fGnZU7gQ}Y~dEy=(T!+;B$oil{PN!pwq)O2TxQWH zPkI?oa}|9-)jD;SjEA52{ad-GdddZAp>uOwy=2PC*R##bTsPaqyax%bGct=V z722g5ClIucP#6wQGQTN6Wp$5&%zUiYz!>!T5@jPX`?fI6Vmj3^(Rr#oM{g@h(mszS z%CJwfb^w=u996ojJf8Ya8sQR{>EM`IZP|17e!4qJA@N@@>e)=nN(H%m~kc{w4R9S@%6HI`n5YALx*7t7S{#-^^LL6tOg z^z_ba4b3rQD`)}zO)_}u1jS8l@TOe(FnI^CMI$y%N{o+hoOzEKK}O%}VBqd{a&p1} zw1@J^Y!VJlQ|pa&c($r+@Dm#4#3k?rd#ZuK=aHJaW3Ea-C5 z`24-L?H?UsxC9K~Qam~|k8sLibjpd$klhGQzY0aO=x*(Koc}K>mnwiX}BJ7tj z&-1KT27=&;7JcO5l-luU94=qe3WH4PmSIwomz*_D;c7?kC-*SwcWa+&pI@xnXjSEE zXh+bg)DmP?AJ6Hl=#_#x5r>aWx{$VR&MZISK8+vqoK{w6)#$DfA0odVFrTHvsN1gc z&g5NqM7S~}i3`N9pnZLPV{>-xHmKGB8j-Q z2=0kf^WA}`?=*0@l++`a;9&EB7ubmALo0}LUBqsHPbUl{ZcEk4H%tD~+VUd#xciOGE4Qr&(i|s3YGJSDPsSGb# z#0h;OIChv}6;`cl`4=&4QtmfemsKK$y3iC~n;RjesgKou*tRvLMDt%i0w{UTk@LN4+4=7pHb|)6eRwRSS`vK>zOh9F+bChM~SAitYMS~=*hmUb3zsD%^5XeDIp6Sn`&Le7pX_MDd>182qciP}G%bPvnQ zTaM7OHQdxDCX(;M&zBk@2N&GJ{EE|pTwT744^xh<=2OgE?TPBs@B^Re`d)UNJoe+$ z-)HC&mYXIt+&{GnvRw6xL(n*^C}y$_ZBG^D}+Zp*Ugy9 z#ANSPFV)IbNaHI+EVyf$-wZQm02VU@)`9!=jXWuG3fvJ z>IRtGt%=~zg-+&9HU>)LpI#!XyZBnuni8^w{%0UALX5)ZF!aY@v(2C)PJskDH#Ow6 z71XmYZk^B6%Jpnel^jN3I))moe+Pckdt@~>V0Q+5^9D=`tF5W+_W^%e0XG2BTgXl< z^(J;}FFafY*kCQWY?PAvZa~h0uFOxE-kTKTJ(+#GbZV{bLetYJQWETt_ligaW&}F+ z{&#@t_Oyhn@S!lG@WyO7)uQ|Q1rgVb=Qr2KF6;r+13+|deJAjxGiagAY6SoRD-Mvv z6)!RuzFtZ3uYzuHn~GXY}vm90VKZ^XCo>WVw&t0AjFz6Vhyd9Z$Sw-X#cv zP7$7fj1CHvqr>m?Kau6+yk0m%mS1L*rn!!4CGe-?Q5}?q3u6ts*@8| zHnz!kPs%ke`?=4g=SK}o8;h$HEJ_WX$0``oW|@b4mvl7BY`Ww7Y1wR+byZzw)pSf2 zCMdl(Q`#w5xnOnW>WA+qamTs0OS|W4S@JcAP6t#!sg+jkYQ?Kh7nT$alOn6v7rPxI z0DYPQNL=$dm-eDwspwH?hb&-vzvr=`u`DA2^jf=}yDB7lrF^GkwiepGHLeK|3e0#_ zW8?KhnE{-pAE=#Fod*UB$LVC|pIFIzmnjooM+@IKr2AZG&K0cK;iF(C$93AZ<)R$! zdb``1hei`}_A^1>z!NnhvHRaXMp3AI<^fKZ2bEwWr+4p*7;kyts5$ubKA+zFN>4`o zLFkvaeIQORn$wYy=h-JYS1v3uLUH% zxc=FWUu@*1^>Ni8S5;N*3!&Z1slnTPnr--B0mctTZx2R$y>Wd_%Vp-Msq>TQ0o)-x z<(@c#kHJK_Evkz#?Qrihjtr~Z7#k%UY#Vg(&Xi{lScSj$BO)}@-IUWCT^OzURbZcO zuhndtWd%pT$$upb(va27Xrt0nFKBBR%bp8PR+x9WS9PWje6ddwTH`WGs7h0*Qm&F) za|gfZ5z8AI@xQ{$f@;mImkpsD2cl#?G7Dj zXr(aX5#g1&hE?t^3W;Pl=kLN+G(lsd|5^3X+84C|i_^7=wO%vfkJq~rjMS1e(>f9)sCR;< z7OKHOWxD9T7U_95CROTk2ej1Ald9@FH%kv~ZKr8R8uY*J?{2h<w>4Ts=qI_$!|+4+BqrsQ^<0^yvgAZ! z0!keZ7a}FxXApJ|@)>het!=^YaK8f#&vSVJ`en~IZdKk@_q|{ctIog(G@sUtY??Eu zvIi&&Etf41h|2l#96FOC2d?*JDW|H^u(idMa4xrP zJVGsW!3LVoIkfF@3GEc|C^}+O$-W^j8%+ciQ-jG=@f)%$dC$eSOA4Rg&b)FMx0WR> zq`hRImv7(xTH)g;wX;5#OPcR><6v7>>EJnwIfhFQ;B?;eW9cWjw0lpgOCz3oF=Xoe zS~PGl3F@k)NI?x982h5YdOB)nC55Hxs-?92@|9`vFUza1 zb9c64uXm!VJqxXxpGZgqXyq3MG;i!l+SbmAo_Y?!)eDs$H-%-oye+=SlUH;~K4gYw$X}C^$qm!)HJ~`PB zn%LM_WGiB+7pM0t;dNZh>VVu-Tt=>slSdlHX`+@x%ilRv&5Qp@C?`Lk%q39?{4&-) zWs+uMX4*;m1dR5H>e;qj?cFVzw|^$PJ{QcWtgO_Ztv~kl(grLu%pzMGCR+>tQ)Lt{uVe8 z)P6#9#a|oi9?DqEJq8zPi^*mfJbEx9)WEm*f zuQO#`0-|HjJst$iYd&sa#ndn8&rAWD)$wemYKc;;VceIx`t!SLb=a!yRNH#QHWvznY8A`Wq~FYA(Ua+D=9<-=1rbmP$epP*T<*2ZXZ zH|NTqpHv9cdAim`oUicKC0w;ycFQ!Q7*)aZ!*N?P7Vt)^d`P0`d4&A=xi5)q0blW6 zv8u9qc4xn+{1TV0zV)3bhAY!2Ux~I|!rfP7Z_4+lW(j|CiRL>CNC+xXQ9*hxx`G<-Qa?#kiwi@TSfhWUv=iGgs|*E;6nV{WKU+{YNX|3kFJF$%?yI!(moh0--PdH92oG zw;rJeI2ma6d(cG)bhsYSz!DnMKMWkP<_SyP4g=|h-quH(CeIzQ*DoYLxBw;(c7EM3 z(Uz$DJjoL5R#$t;Ah_ov17je=(W#p%eSU?`xn)I$6F2_O+6KQ3u{?ChAj(k26%^U% z`8h?*&JKR{1+sHAC|gx?{o&hsWN^FeW#At|>iNf0gCD;^s~=pSq-SH#)-@G(cd9d{ zA_HxK7pJQSDTUiE{p3V0hy{;m4!o6dHty|U89BgWBIEL*+GaHuE#F?R9b9XjOe*KgPh?rIbXR{-QT zJ;c3KV&{7baka-Gs1s^v>yAI@48}NE!ljlQePfpT1(p1g+WK*?)Kv>WrI!q78#=Fa zMy*{@?v9}#B_(C96G)khb!7;Q+^q4qiYGbJm-+cg)LG?wp2`6Wqw>&HslR?SlSUMy zR*m_koH~%K@O>g!MhZmKjtvK43Lo6vh{awzm%aay_aLuz9d3N>c?sv!^oJ5E85>w|f>9^^C z-nuh@f^gn`A&xo5lsctkqm=usVRGF`opeI*Irb{0;~8X>i&aZ-JjR-M7)=>-L`(e_ z$-DS)z-Fx&@;BhG8<|theY1CZaK8v&!%|n~C5|*VpRkn3(fC{;%3eP-k&?wZ1*4;& z>(H_+Wz;H$?HUmk_c>U1g#SRv+Y9%5!MjRk@kZ}&8;)|drUxLp0iKZXw+152SFeRO>UC0X}*AKE{B{w5{dkm4Jg7AC!7KIYtXw`jran&aZ)95aL z%S!ZG;jWS-y-}fYQ{mm$&AR-P@d-ta-OnbiUqJi$`adz1>NZa$1S5oB1}_P0$f!T? z5`XP|36zO{g}#mI^|tO`yh~?Ew!5|p_0LnhRIM-B>sfFX}S+x#r?H-jx$^k#5O$Po*amKnoNWFwPY<6}>oYp8*T1>g6;t6cT zrRMOx31)ni;<3(%t5NcD_q6rgLe7|5;@njVN$)d51{iY>a`c`$UjehZ7|Y7MgEuY# z-j{_b!}CUpcDda6T77(lz(*o3;B>*Y9uKY*8*en8L?A4wk_Nz~sc!Q$th+Jd99EQg zHaFWod71C6Ki%e6YI}cWdS`lJch=LyUGlrHj)8IP*?@yN;LpJ^w<}*N5cehk!lGc~ znKZq1PqG3XE?LR1S#wuHN@b=7p`1|zT?G3g~4DPuKOCG@Bh?yftwhB6Yr-2Vvm4}Z48zx zd(iC3u>5BHjZ4}mRQ573fon#*U^!~x2jjif^Bf~to@1aUH*UJpV$Br8MlO{?PGWq2L&tNir>Az9uGkGt@aQAr;OiJya>{Af~$?S8u&w3ZB zBb&wejzo5D+hy|?sm=w&EFp|8WJh7KIBl}C2G`I0Z49-gbroXRLbzX2ko2;jy-R+M zyAL(&J$|tkjRq-eLnGOhKh_5^Za!sv4wruPQ_axnzWd(Of;jMd$3(`5G=!HF6~nUT zB|Po#13evQV^iu(Qe5a8v%N#`sOu7Kru#eNQ>rY&N%hVuNHuRmYx^w=ZK+96v5;Rr zmud13+mtfG*zc0}5o`6?+5)i4QWI^}&wDOxnCrxkMat_k)gI zsQ_yPVNq1sjpd@%Nf3m5<3HH08uE}n@u}4QTOy7uWRg=?C)?9$An0HVg`; zBb4)BJ|q%Ghwf%KQl%XT(HMdb!W5>;4P@s*;Tuq^ItfPz*rpF4&Nb#TQjgJ0+_^Bal z6W!d}{^tpQDn42*^aX|O%;gp5G>HSwcXM?67B8gAK25IkgZGO?48L*mwoP!(bp}ax zdO^X3XFm|S>U(fR*+a0_jG_he2=v@V5Xx1dn|*ex$*@ne6W_S2mF_g^(27vQ_Zn%S zOV-i$UkudNR_t#iX#zAdHR4yFp?F`m+&tdBFZT$w8)Ir|xq$=5y~|z=b8kl?kt36yEG?dU03Vq`WeL zhY@4A)uKUi{MX)^$&g&j`cO*;GR3}xd$jY5KE4hBv(-9%?*c#)8$c~ruc6TK!Qq2S zO1!7yRRi}S`Sj&ap#R5HtuN`A$~$~akMu2>XuO7h&7N4oUfz9}cWZ`66{_q7H1eE| z>wkWiha}#fc;ERR9+eho>S^0b1lXVX!HXiHkFD@b?rG{snP|XBWh%FoY4RMoOr1ky znuG$WEHE@VHYLT9C?$#tOY}{GyT%6VqY7bc3_q?rGcENR1?jPn3vc%=H`ODUbTZ8j zLIyKE)t1+rAdr_;L^+v)>1w22bJNAlpTxjgvG8HRsZ$XCsY;|Ba>`HN!zJ;40XGQN zae%VdHg-w-j_X~;#b2>lq=7-;g5F+mTdGY+fkvK|QsLZaZhv*zn;Po*-GX2b2Bf~o0Gc%D2CkMPwpGNR$YwMcDinE?ht zdqrFt4LySVQP6IPuwPqgAehmVY1=k-hvVKLM=(SMV=Rgtgc{=A0KF!H1xYCE+v0-d z{p<7y-GV|5!;pQd0yX^0E|2$LU+bkd-BPVuK7-i}o|Cxbs?7BvZq?f!NVq}8_V@A0 zixjI@la)pW5mZ>YEQ&}}lu29jdxJmkFxc}3aVgw2f+NX;2~ z$vkRk&E$qsV`F+6HHnpQ0#}Mvr)S*SX#00|n;vInNeB7awOp>e@>kQ>%i~+-KMls@ zAwS#5&cEUEh!OQb3z)Zs8>C}0JLV&UJ-=K~`_$1X5@Gb?k-Q;|;|(n2Rn^rlSFl-i zag0{cWoyZnbT(mF{ToN|JxnoOK$FbRdY8Ei;VdPxZRqe7hI7~$53cYi(3UVvtloBO zCA1G}d5MT8nK@MF`u7?oV^e!7%?yl!^h$r@MSm)C!|o^}B^XY zgtQTX)9-3!I&XM7{a1+Zy(G-aXfJ2-E47*Rp ze6l4Khp;i^DUt&XrM8}XbQ^qBDWlYz5v8njyM8mD)3w5436amli%#i!C!kKr;jN1c|ih3LFXbI*3} zkIsqpdmnin1{!p3P^;l%*XLua)c zK#F0=U#BSlz3#@%GVrypcb(wE+%lR+#VC~Iz>GITb1%Q)4-dWQ6XeJ5=j>?bvJ{WHMbXIR>ebwO;L?g8s%*B_O16cO*RTKNae zKQagyOzH2i#ILQac8dc1R5oCLoWkQ^_$dt?=F_mc^WqH~G`tV3LZ|CzIMpr>8+i%) z8lfynFW8p~>as30gJHyr^G)3%Kx+4y9ZO4<{P!XK?}83MgN=4vii>)6uRJOt+g5*> z(ou;P&z!4z^icvL_>(y=zMh<6HNka58z$BMH)tS@UcevMO0k3z zM=1YJ+Ve=k4&tFG12Kgpvh`Y*t@)k3{VRm(yMR&!;nJZZ)yeE=Ki6i1ttZzQNkNz^RAy3}-ej3u@RG zPl2jLBq68Fw7y@f?{S3w%uH&74m8{eXloW)b2OcB5q;t!|@kS`fmq9+5AtoqWZx=#~ za-um%m{ukn){XW3@r|d&v8s zPr=sX9FwJDqQLKRO_0)V9;RtmCP)d_CZ@n34ck^6Cv#c!B5q*KZ!;JKw|Z>1(}2w6 zrjwvywHk)90@ibh*4^C)ZpuCyzv}d*F8N8v*-!-p(21!0)V&7;n?sNyhUDKtR5Z0M zx`z!!<_)~WKR5fORp+7ORY1S|f@^-_6fRg?qgvynvxk&xPqyEFVA zBBa#mjUwR$S1Wqwle9gks6XbL$7}v2q+!xC&2DzhBx>@qiA=SWW-Kh9KI%xw zIdsboj$AJJ=_3xTE>r_wCl~p$a^j=t9ArVg(1`pAvu2ezfc8`+=(cUpIphOYeW^zO zQJcoT`8~OKY+~h=8wVDpJa4S~ZlO#Hi^!NRA7D3Jny{M{4You#gX!Cb(`EszCD278 zlDhO@Lr_TLbpfSfgFiw&^NVTu&Mh{MSf~aar!|f9h;$;^&3IbDVn9H#gn`pWf4)jm z+@q6>eaOwIO`CP}R#L7%rW6LJg-t!(d~GVsWwNC9M(N^p;loqdFWKBo_2l+mk5$8F zAwBPbkJY+1xam(Y7CN)XGN_BKHtrKujCSCydwGUVF-Xq8L47 zx;{8sf2X9rg;;!43#WcDJeqvRXRfg|)o)FbpHyHEU>|ccDc(I`$V$aKb?*x#9Vr~| zb;S@3TguzlkuOO}QUR0ewfS3>N!7x#%;9GV^8N=7teUFYcp7VHPqFo|odO&bcX*nJ zzZcIKWPbmn060ZmKhYogy)75kz+MMxO@mTie}93J z)WERJu*uC(9IAa9CU<+(fqf`)M-cM-5+$~1yYC$bnA$tBuJr7aHy;?KRb9 z=Jg!9@c>?O2o=XlYrcX#un!3#9{5EA0-s~uQ#9-;KcHYtMa_>yjtkUR-!a8VdTSH9 z#Bv-zNXL@J4POOwoLLsGeWcASjpNnWbq#+Nl9*r+;*UH>QIz-MM^!ImIGA@zM6?ha zm*ilTp3imdl1is_ZPTJx%%#!}cTe1OdBi&bgSPwn^K_c}#6l+uJC4{9rv@RhJYEYG1AbpaOP{Mu3x zsME;}1=b8PJW+n3)pPYW`jNx0ZFI*C4@j(&ztD(GsM0pO)G6$`$J8!cOB;OoDm!7o z5NU3|W{X2Fv+UDB8LKesZ<=aqVzL9y?5dZC3kM9U4CMLp5Z4a`qZ+(zXE50mHk0tX zo19n$m^(D$>jpK+Ba~+v7yHjyj27Jl=ZaK|f5RUdaV1JNe0qm$jT-O|QG55MN+C>* z>n|64Zw_36QR+J$r@r@bH*+_!M2Sv=eI{b7>;s+(YJcwTFWbw>ZkJIlm)cr^8{L%g zL-Nls@&Q5Q;h)LLh3o6aL|(B=B#g)<-*B!2T`T}(j3dddF|$cab#JQpZ?c){)$J+W z!>yBQnO12^skVw$KllR-87$*neNGCWk^0Cr0@t9-sUFva%G}*h1Q`#!LyR}b{wsWl3j%le6F8hqK=|My|8dYNTL82L0f;{3Rb&z^>l9ln)Hz< z(8+!4Rhn>4b{ltF^C542#{JPP(#7c}`oei_W-{SeZsYFGtxSAK!6HMi7@c7Bm_3sJ)-DH@u%^Doe_9$YoHJ$`5qoj8= z_9PbsQFb%n`abZB&)zBnmOm)_DPR;WUlu~?)u2*PK?Y(?8Clsn;x&#?DG=4w8Bq`0Qpb`dsSnmAQaS93i)D zYNWEqujCQpkUQW*&Bvkj!FJ{)wXmHoTd>WXK$TUg6Zw(GVG&c?iQs!VBg6wudu7!D z?=J`Hsh{ecwShhIg&rF#imc+QZxxmWb!%$u%_smD(SQF(9>w}MSi*{hvO3%2_aj&3 z)mpwN;?P*tJRLZvN%#qwj|zYX?4l={Y&?sO`rP1g)M;cm`AIVuJfTz#`{M#=GL&|t z$OMA|LT?plpOA;Mhs~5^2leSB!-_Z5~*6)v?=eSomIwPGgG^+RUJ_ z=aXQ~{bG;$n^R`f29JcPpLw_meZac_<9osp2^*!9iKf^It~r&?8~4i@A!G*ujS3{qNY`M`4kARsD!9z1ZF(xe)9QR4&@r>z<2Kh$N_1794YBGv4{Z-O^?2)9-;>%*)!Uu7v*vty z&j}t7Xdc*Pu$M6FmZqHT9O}ko@tOjg0@aW!OxK6??ZD{rWphn(9+uOl%D>BKBo$39 zc@La?t*1Lhh2@_mY=Rjv2z!@vtUI)-o7%LRi`-}hS#_7*T#;Cv_gyETP*P5P(|AMq z2h19L5S)e5U!h+w5vuR=Y5i$rEP-D~K1W^%t4+z3)cz2ny_)p%cN4OI=+%&&uX6po zV??dBCz!C5+Pi~}?k>1ACgQR2((FAPNBeC{319z2#0N^X>xa{i%9;;h=rpO=Jn*)T zs*}oI(&|I~WX|Z?cV*UhQB+yfkLgSVvsTj&JF%^BN@hZMvLk8u$wxsYBiN(>OLP~6 zi7X^k7zA!E4v4NK5S!xK^(XxVDBQ2tA4PS2c<&cWO<K{=~r4m8983n zztC7qmLnWP)7M8D4IW!}NK`_DZc`zrgM-a#SNl$Mp2zJ|f(I*KtAaYvxmo^eADBS* z1+k~mwroLWXH!_YfIcbcR(Q5#Crx&*qjeE(;ckbyZ&YV9 zVRrrOK4^@^N!U`3s0nT-#cdMGRbk`O==QulYKiPiUK*Ln^+jbVaMH?b3BQeO64^C} zZ+^~eqkjH5l9#kkc8Bsj`EA;rwngWH(wwa+(YR^oa;vQjU;A_LP4jk`Kdvi;i^`)@ zzR2wnA~@}((BvBQIxpq8xE7uQ(gt`%)GR{cf~(PH!OsvijpyLXx0^Evj!Lm5{Y}dY zaxcZAH6U-o-njaSD@d7toqVNcG3-fq_F=now@TkqIBj9WS{HWuGP3V=c2pQi={Z-K zB@RCh3$5~X?Lod%^~j`zAX8PRsidf6gtaxxazHK;3BAs5Utm7;1i@*<c#;%=uAL3QqV`#?l2xOr%Qwz?ED z4F(0!^rNMR`}*1doi^`Ad4jE*srt5DP(|K%>2X>+HSh>$i69?%)Ct6$7HiI2-<+>( zzg)iSr~I*MdNHZ4UpxJ9+5Vu5U3M4VOs$ophfQD^La*kEoN@O5qGv$~R@k+~X!UJ0SH-`osDZH8kZQ*epqo@?*m zXfv%Cpo{T9STeV4yO`A(@~o`P;WRBVkw9Y&Ai`(^>#OoruYnkKJw59wSqaop&`vL2E!7ES3k2({a_>~F&VHky>p z9&&=H{^m`~2VLvk6)}rbN{yZ@-_azuv)Ux7Hc}uoPVMWRe7wW-v~p!d%)JH z-N(D(#HI|o+>1EFSme&lOc644JGP)pd!DaCl<9uk!hFQwTZbpS3+ZXFgjSVv@-qY| zSriLI!bQ_rPW4R<^CWX3D^|sIj8k>p$o*rN96l$%PAjl2ZJxcGgVv(o?(!^Vu4+^m z_!A{P7r~CtqRe_lfRoRfY;=~rA`CNWWgbW0p?ObFJJ3{QgF7yHur@b$m1^cJB*u-^ zs;Pe2tYvX*5zaxPZ|GLXkwg*t=xX7}R~_g^qV6EW+>c2U;uxH^hC#qN{u?GqQE_>j z7FhHZ--*9Eue@ZY>koHh2=(*Q62CT>3~ipu07HhR)o}U}e$wHv+;_H?h*+W#c%WQ> zOl7@Vb||F5a~^WFRc^HWNWC5{ml*3O4*i(m)6e4KCB+}fnA~vQ5_a*GJp>czjUM@4 z^53lzw2zMXUa&(fB9o+u>+G^ z_vUA7iMPEGVcbp5-pcHhq>c>lEI0{&sf6i_P=8vvL0v>>w0c_MrL6Ej6;&dxTe}Yz zv@ciSYNtrtis;hn-C4VjabA3Y##QhS8`= z(#TYn3S5?MJcadGfcneFjC-~IWSglCuQ{A)HoM50O(Tn8BUqfiwA~UDqfhs(-n;Jl zpR12;R`VuW)do2Zd@m&2tpnVc=tHk-j;KIZH^n}hV=U)kURcIVa2Y+dA$w!S;O4dd zffolJ{2z45j4h`N=}i0hR!q3+SX@`iyz`08E(W*7)Jj)QV|N4r{SxA8i=0?PaM?7Y zrLmGySJR}TnkQmowDUAbK`1P(_Zkcs>1}mpZ)E88#DnWUaI-}PetYB0!4c?Cxx;f0 zjxm%b&f+y%y>(N|6CF(jHxk!M;HYU5!tnTZol1NcGG^pT88hBT^opsbszH;RfDGL9^6tQ zNPW&er}BvIy9`Ixph58_F@+v>;mOkNg7O$XgC)MN(D#-#L7n7KVVNnXQLrBWeK!<5AOPh zhZh-DV1LCY$QP&55A%3>5nD_Hl&yJ4gEaij^PxX~DzXZ*O@3F4y>>hAuFPd(R@|sI zEp*+&^nQwpLKz6P)=$hRe|E7{*=lifh&=rbe4*eXAjsSw5B?tC#52+6=bA% z%O(DPn&>|d5tZkxIIM(YUxJ1YJ?j(>-K(za59}5OS504D#&EiDs%?Ld46RK_ht3c$ zS+orAdM4BkcT#SDm`aaYLtR~8=BtwEk#r!&$L8@-GE$mk&dqR96lAhWt#>9iV{EG2 z@1Z0nJQ|1n_QVmvTzPR>nk^MQwUeJw2I$aQZWUk@+(s>*l7pB>BdC^Hi;ISVe}@ek z5#9V|VWeY^#0%7fa6zw&nk@lPjdEG^*z(!&h8C{#+=L5$88A~GX73t{p6qKnUhCEV z9OrY1;!ue|b1k`<4sf{=e47c|c>0*8^Ju#5f>YOXCzs1dBOos~clORYiysF1aTM;3e{xRE}`MOiL;#(OmekAA4N z@u$QiV?kEhFh39`0N{vpcTIzYmdV9{NAR-f39}LqD&WoAF~dD#Gb(T+)|o|-ZJkXx ztrC{SNDe&&FQee`=@UJ#t3x!K0_G%!LpU}j88_Df;%XsEg~T0OnI|H|W|MPB;!<8l z=H99xCp^}aAiiu2+5T(pBDY&`thsg`_(ga$TIyCqQ0uY+UsJ=j&UmGBjKf@ql8I;f z2j=hKPpU5Q5RvKcB1zD!lQ5d}QE+uEfy^O_eXjVIPYs#WvN>K|I#YyTus#`{m{8es zovs&>_++rIcCbaI>r1cK^nmKL1!_Gv`{4`vE}9 zk6(aRk?4CYQQo%afidf0`0VIKWoq!ck6P#HG>-5VV&hgq(l2$~cUvv0uxrI!Oyr!l zSV5$!rKd1j;h#+4UTl{vq_OLp^3SHh?41Qo45~6JYMqGOfq>SobJnZYhp@Pzr_`}* zv@j2IhbtCL>2~{(u<|HS_Q3#Okw~2@fYXaWtnZ_IdFlW1vgVESo2k{^mcy+be&qJ- zjPKWBha_I*wqzd7ZIch$Q%z3x%^fn4vbC(-IKm{EPhUI}$1)S#ctn_J%VlzEdb&9T zK-mbLWC_2{_@YBE$@Su8o7r0EiL~_yIIO$XyLUW#dn|@S5t`TlBoED`6&J)T246|M zKg2;*kFfl%#OTv016Bj@Wj~95?8jKX0gTwv+?}(X@dIAFrXA`%y~LSJG}7nh1_!em zXXJu888+La2E2Ry=?Tb`y#GRZildBVHH?GIYG+k^z$|W`;2Zy3*CSBKc-7>3K=|Kd z5B%{2x~*ei7pfiE8NK#*cmEGz-5cL5luRoBHPgCe7Y0@qK$VIy zq_^cffBB8IdR-z|b7Bt_c1vyG-j_&ZWj_-(K0(lC_CBO5QhqKWxNGIF#k|HxMY-vu zLDr^%Es3V8-uR}sdoOio_hizR?z~?dvFOlNK2#Su-~$sf36}VaEz?mXXTDUcADbA* zs1@_jPW(*tV|y?W=d#^Gv@;UHuzVprPDAB-HBZ=!kf8ZF&zCP@a~dBC2stg|@aS>a z0gW*(DH#nPiU*{h?RX+Sd!J6wkW&csy({sc`EtpIy6d*^nm$ZdHu}U<5PR{l7{&eK z1e~F2*c4IuxP5@19iG`XlM!FB_6OH=cdwv^Be=WQEAW>*lEZjQ^=A^k_qQyA;kgXI z!{;F#jtsj__)nCdj6pG#EU^lwXJMnoIcj-B zgREL;XM#F6zsFwpyx$?H;&B)sTiwOz#p(Sok9CFyEuqc4(Q#6y^?qt^>IFrEWH9pd z&$jm~_T;veJoPn0xG2v;mBX56KX#&7xut#l?3 zy_{>1X}7%;!AATof^FE_l->=;b*MhxziV{b(%KvLM@HSvieS2yxh5VWn#YPAL0GFb z)_Cy6Yb>%GGR5#_nN(lY)~Z!JPxzKXD3OzsbQh9*C&)b>^7#De#xN*xfs8SxRKf3c zy4@!&tUScOp}g?idkwLONA!I~O3EUnLB(!88oNaTiFK%sxy#L!5@!O(UN8^8pD4Oa zwR<+0M!sS?wU4dhEQ~MXzv-CNd3+-LN20iGtZ&sg%T`cQGJ&XJfwVm;unDDUjho&9 z&WN?}#8DuhC_(2Oi)|&?`y<}=|MT_oL_*pk%&~4$V}L9Kxqo25CNK-Y2N7g^a&tMLZP+6PQUH64_qNQZq6m6`8$f}v4=OozJ%HQ8$m)~C8-{0c zwAgyUYEKZc9LCajTmf5e5h9LFc4@#AIWs1L`Fp*Ik|6EOib#S)8d3k{-x4~g884A2 zz~$D)2LtY@TnA}sX;2o^z>fb}7F213H`^AtOHc1Xf!t2~sG6jbiwa(++SzA>w?Iq( zx2vP;176@vL%A#1^*sIGcd?v%rhZt(WJ%$BHrZc`qAXA?HkLOnJ4tsX8z$H;tO=Q{ zVc(F?#c~_cR&`un_6c9?yLB=kb#!K zuLAyir?JULckJl;U}f=CVi`pZ~7 zFGm{^ok5dog^l`y3@8B2<&;mJl)w>M-&$NkphMoaG zfs;o~Of{Y`DQLO9yrsG3-{5sq%*&hG7-k;*(stK2N=)VF3{ld)_8y(!r*=QmZHJ8| zb*0mIS60?(!3C64?n2KlqH_|<*avE15aAzfSCE=7MJmdNHqG2WtKB1Nb_FfqWP?KW zGGzC1DW`T8cV>B*kuhxFJSa_kYz#ukmkDQu8nfegC-yU5Ur~I-cFQu%`B=?S*T2r+ zX%?jEH#(Iw1e}u2`(aC_&gb6(1(xC1Q9V~4lyQ46xIH)RpCGC6&(6;3J2G#h*`RGJ zq?0eVQ`J}qKwv9>zw~gjmj@<)8L;MO;8GMkS3!W}!XUkG26KS8XiuHNkwogv_%R0i zk=Fcjho#G5qYSaILM1XP9h;!;%BHT3!DvBV&ojvF(DjTza-4fV&pXA`f~yscKygpx z>JYRIWTp}a-UD#{$Jl)gu%aj-$bb7q+Syj@<$j6qK-rwO94)#bu&U{tcg)fl`akdm z_821uFM$#@0kV|P&Say%ujyzwsi{YPps^X2BC8*d-~N8cuU~r#6r!zs={1hJe-8?E zb2!Eb;&5t|yfcrSpq_IgBU+;V8;D%dvNKT_3&RRbMC(09x)bgEgc1q}4y#TEG(!9`k(Eb@G*Lng zSI|U(zz#GKa6Ef#f_}`U`CfT-brsXAQ8ZcNhllAoMG<)cUli%QTY4dGS+pQp5_GA$b5^5p1dDTl5TYyNsD&#FLhlg_D^lKol^tXpK2FAaRcTE&*6_2y;fp|;xlnx4P} zuZo|1XEms_L&D#dW@a-BhQWK%n>wa<#oV6wzbZSP7a7({Ygy)w)qh;`+YQS;6uf%b zb{=WP&gZR@4iM!IAA8e@iv>h(r~6`Q_ST|>>->cO53!N{4M`OFFWiA9sDD^?-@jw%*TKK4i~LtVHootQ=+(9Yk`^T%`a~^XzMgwI5Hg zJjeqQt#59kfHHs7C;z6ee3?~MY~azd%Q98rdv`5HW`!30SErBCy3A9ZZh;!qT=0{p zR2f~8G|i1DJx}J!NMK+spZvgav-$C}LpqOEg&G~Zi;5v?;msQ)R)8A~I+6id&m4|I z)o&czY^OJci@X*0HHLIsCv%l(DYcuIbj-G9axoxFW0#SnrZ6)f2#0GSq+$H7Nn5M- zudx{&9Ub@I+D!{Pv#ew|`~h{s|NCg{2I}+@JX*Z4E+m914uAuRlAJYO{}TOePl6eO zpWJ&_Yugtt$L;AuOG{>wC!gEd8ahx)Q7mP=^5wHcy0_3FI z8W5o>)obNLyhO`8Mzd8WT8)mm|2Y+7O%T|^O1l2%w1)Pq#O`&fF?CuOlC!|;IQuD2 zOasZ>Bc`5}M|>IU=pY@>@?OM8M7wir5Di0lhLoudv2^3*_EF^byYz~ePb>OH^=U+z zi)9V2Y0LY64xnc=eYhbUQ(q%yBFA%IjLUUp_u#%R%{9di!YTTFX2g|zhr*q&RPHobhb3b)SQnar1{5A@iOF3l-sy1^=K`{PYrfUDN|w<) zgv=5g6o6xLhXO~HOL5@=lA_^=ROH+1fa8xL$p8DS`gPj(C=QnyD29Pd3>TA+`2K%P z0GS8B4eB7|laE=BtabI$i>Av|0eQMet670_u5OkmEd;k81&(cNfOr%kuID=Kuoba% zo^{`MW%~7l@s6fm0aWC&uRJ z;ex5YbXQq|q#iRE>=Pc_Sp1pJ_0^B{OsCB~zbxUYq;~1tRR87k;oma#Cw}igxa+9+ z)Ai2aG}4>?zef@r9GuMUZF7R(bCpCVPgqZ`oO$dicIQL+2mxoOE2IwD22EYR=FuQO z(LyO?73GDJxJ>viXmrwdvlwiNw;d{H>NHFisjn_++$ zf%sU8(oiumDI6akBY5wxh=_`Vf}Ttt+u!GoG$kN(e%|}Q9j?>Gz&;8Aq`4MgLKyd zN{Z4Yv4C`UqackmO9~Q7cZW!`v~&tchjjA}pYQMekBf_ZW}caI?sLaGHRBm6oo|>> zlYjk*b|!>_)im`2V_oGlY--GRE$2c?}er9OooV_u3PPsGVS+su;I!v_IDyq@r}qW zm4L`UDkdFP4iXJ_X3?OA5adgQo^FhxFMC}j^1&VjVv-}Q*cPNHiTqObB)3Vss_f3z zFpD5zpC~fiMN74uEKXhD*ch0i)erS@fn4T)ly9{{7x<_Ue!4R?7le*eUEVZ}7178* zOd)^){RR;$4(yn<(#4eV(3Vi#S%(Ro4EhelyU6+UckAP0 zV}@)19tT35CkqTA5F7xWx$>j!FnlKH^s;&$S5wbBhH$Fn{W{dpo@6YcF_6?V=?Z(@ z%5%MY0MjtSdOR$d>Esj~75&yK@sS#I7-2_dBlT3|XOo?la%Y-V1Sw}NFwc-Z4=eAS z4S!%YnGYoOP0`u_f~rdBw0>9Z=faj=fs*BX0>wZ=VgEZHbb&4vOF_U~-AKTpgP5%p zll%-8C74ejeBof6E5lr`BVt^FD0bUpYmq`_U8wvWu2o$9?4##u!@A@mN*X5 zqyOYWBDFId_I#?ya}nYVJ!6YazsHuEy2cjU5WC0zX$U_7F8qM7>p z6kiVuhrOjiMln($|Cwi1pV$Y}&R^Djf|;Wvpy|@Jy*67=io*NB4Y3=$RP0b*p{s8& z>mvf|5F98lorqQ)g7km8#!?Wpt{e<+cS8WEouRK8(a-LqD&zW(rWZ-th5C>vk|`pH1pPm z5u5c#RWk>v${zi@@oi}>?muSc1Tfp$1g>|*tNMoF2ny3$n4z%?#-8jbNtN=CK@uO> z*=anCW@#_zD@S>Q+j|F_Z!=e2FvK~JwZyOa*`#lY<*$8ctBobsye0=9^P$wDQe{oh zsd$t>2RRPFcj;p#YnRGWHO!yjzgMEzaYFDn9y61dQc-h=JP%z+A>=nc%7o#B_?WX3 zThnXO0h@(cw}gc0v&-WW%Tao4Ua#(bhExLj^g?9_U4m<0ZSQP~^OC^zfht10xzlC{ zGcNnNoe-(oqanSzX`5~enEman%>*YRNjVaY3(GCqw|)1A{Gg^vRB@e7TdGbSL+~DR z6~8xp&$U>m2X$~P=p>w#P?YoiS?coQUTB)DkSGsdNg?-Ji7;&+cn2fekt7p@PIQd* z$^5)2t+wnCIBXuc^{FkuMC$D3cz6yJb$0k5%vlV$gqF%{nv;YuK9zX?6O95OMz1#> zW~4pT-h+m|r|;l^F7Z%Rc)>2Yf&z-lA6%{hn!2$oaeo;zcLDcR3XWqt5v2kw`~g%? zI@Ps3Fqy9dn9A=|b?kbDDB8Ugsg~2_?_FXbtP`ssn$M0HY;ZGk^LO7f zNL}NBqs5frOW-KoD4!>6B_xzI{;kUVa`|r%dfYPXiPSB?aapaw`R5WtK+iTpGQzlq zb{Yx6+6;=EO}~wv39+CL>`xqLVBmNiF*r6J%wEo*ujXWJb~UrEf%w~OafZ-{tKrkZ zC$0=ystrb5W!Ukbm{he4^X>SQ>#VxPSy}0w^X+*0n1#>m!Glj~<)Ds!16$-b2D(Ij z#K==nTf~|0P%(nG>Png3laNo^ix!7nueSQ;=4O+c&@J{e3A?T~Kt#>8us8f|#`B|m z#!Z-xl;P&{j|pz|-qI-GBD7V1012_<2*uP}F{>QWC5BV6-jxV}iTcJu+~jA?+; zt)@EwcW{?PbI&NIj>)pNyIE?VLn-gIIC(emIgx{A(&)^_7tpAEqu zMLT9L5d5P6{k(9c5v=gWABypeLuw?yQ4c6}+F7J-pMOAp{!No;bCRP_$UgHMdZVi* zyjIg+(*O03AbZTzY{PcX86Yv*T-;s(-H>Yrc@EIkxosB}G`4*#+$kSg2Ly_(d?$wX zFoVw-x(g#%Pn(kXk@ciQLZSu+#p^q5w*66a>6oU2D$kLXkG)I|2ij(`o=`F&HJCN) z7+O~uGSGJ@1f{g7yqvpE&nBWF$AbN>eUva%+19_^OeBdJVZDwv2B6*H!+L<;Q9otyW1|fD2k+ z0|J@%mjE8t{6G}HHCRxvo{=$rNw|3pCi{CRp=|ru;)e>xTr)XqkQccx9!C95NGv!I zd%cllb=4_wF)VwG}W(=!8x zOZ(9aUOOfHrrnX7iAx`=$@Ua&Zh(Wni!~;dQ!gEdDtLQi^kl+T{qK&mGEl$Oma)j@ z2J)z@FKdTjKE*ea?yy5f3!gT#fy5+Z(Lo%D+uz8i%*yDtP!4QO{;t%mtE37XY7*m` z{qD5J*kNZTT_pi|xJWMUtSDq5(-ob?4t8cyh#H(b0rcIW0GJM1k9z_X>QtHztFBF_4oZwX96Ye8RdrZAoMS*9fh{of)Y)>)HHv?+8&`>=-5RY+!@Vxj zIbKdrZ&rBvwY%Ld`}pGt>Pkmjdp03I-Jx=>OrdkaVXpvHb;hWXde;aNAtYBG267tr z!Wg2<8Dd1oKJA)ayfv!5u6K)Sbit=UVZPl;&4#{Z7iH5;uo zP9hhAL4}l_su)7Bg3|PbKd@FRB=BX`@2Wvq3o*HJUm*e;6|PPu)pu#VA)jAZvNTcr zE~{5zs4_p=eC@e4td@o-wX$~D3MLlAyW{uP%y($Nc$D168&_b*JA5X4Ib8)a<+t@? z{nu&Rg*x$EmGD%}lvHI%ds{maDL);V!bd#1rE2i7OP2pq2L~)Y(b8YZZ>6j6d0eh# z;F@^4HQu8v6TfRxR_w3X?zB5y!9jFim32G#U_&7A@iD`5EES&qBXE(pYdm(?_dY-m zw?|20)A<7pAhM(c{^Ji-aaEIS{GQYd+0gYJ*Y0HEB| z&bZ^xGj$HQF?*S(Yw@aXQYu04wJqRl-Ve@Q&B6ioXKF7$9?}vEa#zQ#X(p#m z(_}aaXDyXnWaEsOCFf?OLZ~#IY<)I+dubj+IRyC^wvLSRD5=zX8$Xec5(zAXF08>X zbtY&y*d<9G|7`$`Z|b`x5DEjkHh{VP5rbKX!_HcI5Gt+1yX~xqMoJR$5-bkw@9i+< z&gD;FHat6+%A4ygJDnpl|KR8fr~%sw?CE9H63>F||5q^0n{pvQ_M6yzp>n?8`cm;$ z+-{iiaQG8e{cJKW9IhDAwU6<)RYxD4z>uh|d0S(@Xq_=SbGP|7~sLtG$`30*a!3 zsP5pY&xjP}49Gi}$Ao6qyW8&N^f&zyDpD8x8O*kt(2hhHgp?GdO-~Z3+82W4g6RT@ zIw|ut!)SDL>xoWU%x+CA*0Y}57{u~(Z_A}PMdis+;g$};pGAS%4wOD3l!G%MtK_GY z?0O}oxA~en+*V5F6s{>ym6k01Vk>)B{zP{2uML^a{(&(KgVexN?JyK?^Z;=0NBp=)j$@!raEUWf~@Qa`V$o~AB|3w*Xe1Y1b z9ogrU8iY6mDCvi`))kiB6H!Sqyv z(;*3Ew@4-v)Zhfcg#t_AaZ|moCQCrzFsy+vy$R>xIh;C$KxnGbi&LLd<=|=PQer6( zO}L=(OIu;7eA#Sc#j-a0l5Z0wjDLlE8VrsSD{)^B(pT&`?z)dnwF$zkR%sU#OE5LZ%<{e$BNut6WriQwDl?DKKgZ1 z3<@) zZD_JC)cntvkIslzpWfZoCPZyXj1oTlcl*3cMIxR9#zvFt%itZk3`~ETE2-7)sE3!K zBgqVlCy9kP2w8cP0Ilice~p8ZjzbC$75exf&u;psNF z8RupBlgndUC7P?fcc@5WJP$XjPji{>rFlh4qoy;0q_Op*RFnrA|u_SbQ>VN%iUT@;%wUV4DhvjGClra zJqU3ZX2+{5*85DpM-3`;9Wb(Gi;Ng%zYd#~bIacN>#_qQ2L`3iH|%_;QFOru8U8;f-^!H7hTbqXW%YX_oz@ zPnkl%+X<^fckaR*#uL=IG~?GivEO7u@hUe$j;lf2RRhh1VY1?x zWrJPC%qWuL<_^NJabmYC0%6$Hznj}MnBQVj>jg9Wt}{6liTkEB)q;N~W4T!( zwdM3jZx{kS3vR3bzSgD^__2vlnN4yP9;X`e>!>Y2?D*|S_5F<F8zgP}-1D>1pHLU&@oiwvR)}o%@ zUYWlR*v32g-^9S=a`%BGDDHbzZ|Z-4z4S0kh6BshE{@gBW)h8H)R&3J1{#~C}fEI@Iopx(4P~87)2efr_S_T zuN&rd3IAA&@j0At#>uBX8-7H&k$OI3K|`7XHT2-f3>H1ok9_*qP?UG4j(+FmpeSjN zN89{>1n>DD@e`Fl28a8B8()>`NvDpf7_R3dHW-&)UM0l)+a3MlC4Kz3-f%n*A@YpI zr|E`5o?!`B%6BdH`cS-=^x6~SsQp~A!HKgp2M_6}y+sh3_N0&HAa3IZ6i02(3lhkk zUZoyVo31DLj0AYj(3MGwduYu^_*TIXS4rvg*P;UEwE!b`=cJ_p{6IG<(wo_OLls}4 zo&lDve;gNvM13sgeXc$hpk|t8DQNazOIRvvz3N{dA7FVUGTbfl%->MOQ%fmP+0$7Z z8D$%_G}oq{iK0^05d3#BQPvGZ62uPk{=7E`vHGNwfOEMS$4DPXD*v8E9Pqz7(v+G@ zR4RD+3EO9p?stjJsHWW+>UZAWv@mn}N41gq$L9}AT+;eC%j~N*I7Wru=JmDsc-hQn zolAM;bwR~11hyPG$6ylYsCS?%?OA$wo>oV8p8Wd{KSNMOynb>iVkf}ck!tJT;QWA5 z=OyJTCFk)jW;C6BUMKg_kZZehoWGG_dM9@l_4yy4BM`R0eIM<6H#6MOJD{N|W^Uwv zTXRhkCor^ed3iTuX<@Z=(XAMK;;EY6)8Yw|;QTqW{O<>C^m}Rx)+X9mw`tFKO(MNM zdd1)74ft(qWG3ED!0&W3Muzc!F8;EK~DI6Sp5QINN_qp=o1{=x&}Xt>1(d|UPP#1m2C^RFCF1s$>n1Uyfc zFe;@oI(e_%vUU{W`7?IvNiPdZmW9X8Pgy*3TE1rHvoXJpR?j*TohayibpB_?vd1#n z$M+Rg53qO;8F0Yg)|fRoQuUfBn24DVt^CK+B~p-)y_h5Z&F`;g9OltbRmJdBLF=H$ zK{Myk`ke3BGn&?gjf^Tyk&RgVObYVl22YMsR3lg~-ud%`)&(Zz69zN1%XKP^%wCG& z?K$5e24y4Ie1x^7mX*wiK}-5kW&`PYr0uy7)Jv4&Qqm3Vty3Z%NpX|)1otjph62&5 z`0?dTvEZ}sdJbg`T1KWj@==xP%LZjse#PH19GYGCrn0aR*tt%xn54(nQm0>h8GnEv z5_vttlQk9@hS%23Je74xZ;W zx7q1Ox|n(tRUDxyr(*1C;=#UXd<7U&>{({D9G0Y7!_oRX&<|%Xcf9I#?hnwrfgI|m z5X}B2Yi3?G=;SEnO{aOTJ|x6$jxx`&apt`MTDReO@20A{g_O~QaL9V9h#^F>Opb9R z5PxbZ zT95S)K|5VA@5iFQ)Lxr(4*<-I7DAsj(jJ_xIJ;?7@m05ACMLB>41#Vu

phxFd+srVZO*)Q#1VcZ~ zMzXJdsA-sK`mi5#la}=ce*JG}e9f?R_fq7{a4q>(zjFzA*g4=Ig`!Y+M_zjs)DP#X z#vg-&NuS1>b7=J`*hb(B4ojz1#f3<&Rlti%l7*iof3z}w)H98lw^z0z*y9nJ*T=oT z9&@~Z>wGDCWnE9&Gkqa&-7rbBn%ZZ*+j6mPNV#g5z7rGI>d&!H;f;F_ljt#BdUDP{ zHMUwm3^Ldp{b}!C(hB-Hs$6(i#7#|~4{#4LWv%xW`NOi3E7uZC*AN3moV?L-nVhPA ztH&L#^AQ%2Eu=lo=~wQX<0m|lUg;Y#j?|v3PqXB+@{=`6SG~@zP1Ae$<~cPN1yx#` zn;pTs@241QfiXmfd%r)e5EJEFLD6%==a5a(Q%rqvMP6Y*?U(n;5Bl}rw zf3dBu#o>bWgVnNsZ50$-hkAz8t1*|?zZN5+j;H^Wtz1sa6KurF;5iQ6XWgtZ*_|-< z&$a?*y((h74%IahpS1SV-ioqglY=K&`21&5KH?YX(LL0r5iO+tJxQ;1&X2BL@Lhz*pIC~^^d%zWTI)-+VAqc z<;z2GpT*x#TTlPl(eS5g6BpZ;%lPHTfA^Q{lD16z{?3r{_~6Bvp?;5F>8jxk-1zYx z`W{A4{p6It{($Fvu=Ndh7Nfs&BvpPF%@z?7J`JYoi_x+&$!9f@FDY!^z z;Q0G{>o3kyg+fj9Pl3LXXlweJFgsmB@=>8n^s25^dWM&J_*^^O^EU10gIDR4H%&1*@pv8f5>;+8gK2Ui zUdfN;_KDk4EYvKT)N{}bv5ITAttR~nbp~ju(D`>nt2bP3a-EY20`BCwA_B=bUFhdW z0-cZ6`c$S!QOXZuv20q(iDu*AqWsW%vGe&=DDghWgZIcTAOJeGYz$yuyo0SVM&o;F z6N}yg{o1Nm(ftEfRW&3$a9XU2)^esQxPqqD7ey&F_TY}NOQ{UywEem%Xu{ciD1ClV zNt*${mI-Q)W#p;VOd}{AQj08EL*HB9P#V8_iU!ZWsTPgYe?EI`WVr7pXs9^$w4Jvc zG>EQnao|6-r+gWyx$@x7er@*_xn&$weR3k3*}>`D3d7G24xw0Ps0TOQ6+=sTUDqcL zR4vQ5e0O9UPPkKFF!|R)d<84W_uK}#d+J9&2!0m)d$4}|CqtFGKh@ijqvygLb!=UD zCw|MMTZ>=^k{Xlf(F|9W-#psV|GZE1Ds$&^uYWrFUQ(o)2{c&9!M(s;MaHxtRp`TpY<1cpKYH54x7_gb#b_ zqpy#tP2WpUaA5~gFGqeqYk8rVwc|lkacRsDvwMCJ?p+aca^da1HbE2NTRQD?;eA$`q=b%Wt_pbbXDxi;xCz%Q@XXuK%{9CeL?SIJi~1{ zD2Y1Fg|*QB@yhWs%K@3^ziX2iM?W@mD$_Pqc=Ny4_&#S{;-uxnS$djYv76dDQ_pAd zpHLnDDj8e!A@TR~0)E9*7xk+BJv*)UT@woI zu`xdy3R-nk^=*R4#?=W@s^l5DSeLtO+UI@ryGGfb@6sxY!S>c0Kwk3hjgcD|D0FVXZS%PFetN5FLzO+Ck1N*n1$c@}Pca$9s8@o#p~hjVgOzx3Zh zD1yc`t8CTec;%prdu-kCE;Z1!6<79C;kbj^LsIo*nUTZ;fNkJa@!z3B3YU*|%&Oeh z$hxoGcFl74^Sx7yu)e7Cw>vyHIrdzmJUj@uZXmVts*mZRkI6!|` zCWZLp1|v4_S1Lm1B1^K_5&4+r`WJ(|wReeHHaj7olf=wu1}M0Hrcrwrn_~!jI>u68 zMj|jNJk9)fd8=Y>Ohb5D_{2&_3&bj%UU`Y%_w}-DbSI?_V^Un-HcT0~XTS|9UOH)n ze11#b@R?ewUD_HS)e+$cQW=;ifV8BA{yt!D?lC-`Kn zS)8f`Q)86p)Yea{D!3GHOpKn0cHKw4phNz%Ux2L?6&;!v7f+y}4=^nk_EiZX6&~~h z0H+%$6B>0~LyR@Klit#6{tR2(4pONt0uAv*hw`J_2cIEya>vIWp$g`-xKGK0!j%^K zmjua()KixkFLS5(1G|74ZB}^)O8YMehr>Zb_c=;%6pM*t*mCg&$f(`U&qNJMRN@>E zdH~3Yg;6R#8+#2tbe8*1gK{528sO3qqNBtClKZxG3xA0f&YVJI%-GPgVk0Rw1nnS$87D-Xz^JjBNdk6E#U3V*Z=eOn^W7@tL^2k^1_EeQ8NBQvN_kCWM z0;BNQuV^llS!jN=S-4#Oobh&Fnh8LjOUDVv

k9m6azl$3`Jk$U4eT7!qhH%w;^Y zL<Mi!_YVa)w^-jj~;qvX|qXUh_v&t;u3QFbF-I!`>kNSi(GpA+-d|cx%^slG!|rK=m&mF zSQ5=<0|Mo`axc4AEX^g7l7ZmG_DeK@QSu5JklsqY!20u1hq4)p5wC4Z5PSt=>7~~% zLV3!Z<$MR`dh$Z~(WQ~V_4tAajSx9j+K?A1j8G2>`-B3l->ldbU0+pB=1>|3H3tjyj0f3J7jA@KeF=Vnn-w zWVL5qul=0wpjW1G?fvlJSrZ%4=38Ulm&Ov=G$T@PA?^4Ps*~66{ zn5g&4>I4t{3~2Pp6NE4aN(DtlMzY{UufBwNy-c8kn*S13g0PK=q+`bhtb*`~e*KN$ zQO3co=+2}q8q@I(a+yr7elq1gu>q$=r}R+)L3J|MzT3;q4-An+!dIKQ3*L`WHvb_M z4544Jq%x+txTHIIVDUpQU9e4FinpN&aW_VbooP2+{E1k&1BPeAQHKQ@{l~)+2T&aD zC!%7wraA2N7oI>i*dWQ6yH;ckIy8?aAQs#O_GT3n3zBnZi{1wf>>N45zlJpO?7X!V8uP6JJNCZCGWdAEm zfz_`4*qo?TG*k`v;>?S(5C_&xe0Xo4sk*I zxO78U$cd%6z7!of5b?Hv_$=Sn-*XY|^qukQNe~+zd4XKJKOOI16C`GvNl67Zx%-s8 z$tU~8Y`QJAKkzo>bBeI*_b3{PMWNcu-jqMJj9!IW=*{;Re9f};Qj94)8Vt13N=hTv zJx5P!Z-128bk5n&HBK41&s~k?+ODQ>*SgNWWIfG&WLjEOG6H>wVLbz*twz2y_2Sgb zMAyU_ZKl-IoXhJ--XVt_4jPZ;z*6P+lSuqAS*6E7u;wt{MMx{Q7ArIFnn&F9U^>r1 zCOOwPL5e231QHVtTqbk?+SWpq(AkMEVdH;2w={o3W^Vi7Dvnd{)S6X6OFe5nD>ADL zEgEwSJyrRHOQE?RiCbMzOH?`Dtw~s>P#x$kFaFEU7C)mDWZ!6pcuKl9 zPq>NFgmQ|)qprdG1w!`$Zx&@Hk?&E*Pi0mHjd30-8*>y4aD?6RqhIYdc6BTzVu^Nd zM&hQW)fngfrJWnGiDg$g_@JkU9}VVJ)v##j{zt+S)O@-qBYXW2ioTFT4~aY%$V!~O zZU^E6y43L#f>$^w+JtBVTMb>7ij(~&zi@6-zl(mn{*%R=%uGh{~fuwJ5`po!%eaz5@v|J_Ib;G0}vu8TLryMS9E5EA(ZKD zKzr$eJT)uq6z_fyyi5h&Sp)oQFgzr)mABS zvx4siCelr(1z1-P?0_2LVpLy)LvaYtRZSW>Vl!3Lvr@0;60DjFm4zP|*v}mVyI(xO zc{IL_!n!3ITajb1OfI>B=&&jtRx`GK^(`2$z_lPWeu+B;2a~h3}$o8jK#d4 zkUP7X<)cR>SJ<9w_c=nN2;N2>M9HXqQRhT^TGV`_KpYe=sM8Q_bwkz>M9cep8LUjY z!<{WuwGxRhSJ1KW1|UZ@4~`4ybbSNBjbVdwLg_U0I2Aoyk<~ARC4wZL3F=C8VwzF& zKz$fmQO>NV-ZW8;c&ZsZUC^4a-~*zU(r`zNVt_>BaAP~m80;uj-H3tsRN ztnFoXDPN;%v!cY}CF5@t0=kOtb8O-K3;dCOotigW!?jmN_qAWMGZzW<^(au&PcS+Q zzanU}6=GwMo-weea%YQfK9;c{&mS;;3Ptflqm#J1Fs<`@PUVqe_|dgoQGjrezWpUz z8{4}nG26jq!M<|7FWqxnQ0>prvH7pd5mKNPdt8KKW}ghWIoA#-4%~lM;fQ10RSj!|nLX~Evw>?g5 z^rs#73LDIqbpPX3o|7@>3mO=C@9}v9;oIJW(FJ@6kBI{VcPJ8&RvXlrD47H=K^B|f zh9jGxy(45*k{akaceXCKf0Q+{+@ui2TGRO7IFe4Aq2cD5k#WaECQoTc!cbF-?l<>3 zEE5Ydz52gNImBB^SX&Z3GoQd^5L=bEBf40lUi(a#s*$hcXdN4e;Yn|N1@sY3*vX?` zfuy?l)EavwJO68Jysn3X53E71hBx-U_BsZ}-WizUhBPdcN_- z4OcIP58Gv#CyA->QLn5zEis_r=Fx=7(&F2E5D1x~1HUH5XB^vZpWD)dQ6+sd2#&^q zb;13S8t)B$E@!H6%qkiSmL22v@0hC7dFSC85C*sK;A@h6_FvgxNW|5(qBL^!Fm?j0 zz}7)Iv()^gfaiD%tfloog+5`mgBZ74JJSRfy8+A}z~M$!J?bL))z*w87yz_$2<_Og z%2|vWa+Exo30#QXUza^t>S!E%?(bmDpY+N(n>G1b*C0n@Q)fHe9&)R2ch!6#N=jLu)sVYMJP>Z6PH zaj{$k$$sWSqpPzgJ-#TWr|?lP!@}`$*y1~~xc)FTXyXwcK-_op7H2QD>zPvdc}v@4Y27cB+56o{gfN}d>|C&y)iJ55ZD*l6hq0o=I6CV< zBa_t7@&%rkMv0z<4!f={!0f(l@K>LpX@ni{dv9KXG`V%*?Q$rk`C%^2t!1+O`ndQQ z-6wLii=>q8^dX^tyyyw&>%(t1(e&c5CNJ~$ie9962B=7ga%voYG0FrFW67OC4j||T z6e4cLdZDRXHpI&4_=6$sZ|ka4i;$?|MpRQ;=w{s6-DnntD%(#G&ED!FiUa+4+q-OY zqIS);se+>=O{wEQ3iuvvXY~gusc}9=vqc_v(qfu0VoOAxSOF)__iMed#vwo!pJ$U9 zO!%cFJDtckicH#qDTdv|6Su(mJ$4U1nB-^5e{5S-#0f`ublR-Htt#0W)IH<3p6Ir* zQ=_rdp}=xtl=)YiO~eT}qRl#48uV86Tej|0vuHlJ(}`e2ycXDqWdtV(P@=`}mHR%O z_!TA@nw^o|lD$CiHQ#4ElEj=*EeVct<7tj~)>xp3^Fs0CjmD#JSzJxDe0H<%KLJ%- za06fCl8Cv~4)VQx)FXlPB+l}^>nC>kcWRgA^Jq{}dILw`({9Cfc!P}Uut z)v)AGuU_VV!M($Cp*VMUL#-;dGnDLxPC_jZz%hY8PU`VQi? z3>EvSxwpBb&Q#h5;pCo4r@F~FaPIeb;=o`yh!Q;oIqP1V4v>-f-iET%5BojY;iPMI4Kjj(xmKj|36Q`PkOMua2iK2;(k(a@N;~hgVTC+ z@MnF%_Lh0fpKrxCeqplZ?7QvNg{i<7OVvQS#8=&qI~u2rP2Z_hh0El)A1vCLz0g>^ zDq2l_vuLlh0kX>6Nv9(bp`p|+XoAF4#4ACIHGq&&_j7rUw1x&cZ{faeW_7x)^AB9P zwr4i1C3$`dw~`j9l(W)d4uQns4@}bpr8DsKSPSp0YjCLQ3^aQDI3-n2SXjk^HYsL6Li*l;F#X{I+P!{ zREc-^O^ys&Q(>GYN8Y~}8WS3=G#x-jKGyzf$ z{mq~SX`~EuEd6q`t#qTcY$Puh)|EG(QdLGClrRq(Gv>LA-!XvGbF!*S|W^%An zx3;oav#HL!)@Ez6Z_wClY_m6=YVNDl4+F^A9y3eD*dO}W!~K59{Oa+^w`6wYN8~v{v;tx_ z+)%karXSgf>n{6ilX@J6HDk4iRD-Rpt|A%-{V`7!2qDM+Roy5f@bF;wDywfZ^Z0{{ z%^ka|Z7J**Y(({g*eCKqUvBJhW`Cn+rA1*y$Fwfm40*>HoBha)Q_t}1@T58ym^)yC zb>17hjU>Vh@MH8Ux{gc@MJs(d0VsxTQ&o*ja8)c{_R5zhwsV97R)P5VjzyqOBA zr`Pv`Y<2Im!TRKoWD|3cEFaJDXE3{>g&=enE06|bsd^UYzm8j(?hDFu z;ti3O{17BFb^>^BMDJXL~Km8!`_UQ97d{!RI)i3Q^!FKHe1~R4B6Bu``WP=I;A{@`*SNTYuIf zQdYK)`z03wltz%H!x|%JI}W7vXqzf2^+PKp?HF5(&$`+MC)uMTznVQOfPd%50NWI* z?X*aG&ksKi)PYOE08;CAQUb#?Bv1WRYgLeq5~FvXhGYR%c@{R47p#-qNsp{jD)NuI zDt@0&WIskqS3+RNGf3x{dNiBKdR}Yc8PzRpI>VGT++VSJ6uYC@l2^=MRPv<0k65XfE z#niDVQ4abNnPw(N=0$RVjrK`LD-1Wq&uX$*M-kJ1GZh*mM;iqsC-rTC)Yf?dAeH<2 zFWi22r>xCwE>AIjKEdcWpI3BTX|Z+cD~-$Wv_K?L;SibOR zuh}EuRW%3r%?2CaXQ`3Cvd0?e;Q0y9>e#~(x6h^tH*3%y^9G$iX>0w4qk?fQG~{_K zj+fA{8hlF*TZrbNa0=8(mSNE7?Kaw(Vae^V_nYdyRMHSREbjfApCi^??AoTFHlCqd z(@2$ZTh6L8Y!E_mf+}qLN`ipeEU3m~#!L&lhLryQOBKmVCcs!~U|=8u=o$-vBt?bs zyK@ID?wR+SEl!TwU6qWI#YJyDuWaq3gFF^?*N&0hXsU%U#EBSR)HXGsK6yTR`m(o# zS8;fBSmJ)ZJBor-Ojn3&%wl^4kUGzA@XrvL~Ncy?f5~lBmcSaq)$Fc~CBkl$S#~-z##(5q?G^laG38 z4yuc&Om*=GhO>%d&=-9PvtELY;$Lx~*w8Zc?8;Zoq84kiA^Ujw01K$o3qoQ50zL=w zUBAjRNNERU0AGc+43{xQey25sx_|aipH={da>OOB~!< z$97H^8lPWkxYTM{@q|+^>7>_lTQZ#p+b(PtTVuQp1eBkR$l%Ys=4@G;g$2b`{~OGf z^d9ORF!=aV;T)KXyGgx4NvpozE!$%dxQ&#o#-+!*IYVRGXtu9?@0qRi-kWJ_aO36B z62U}Q@$Uxi`qm^gltVttmt{y2uT&WXK86M`^5g`PfHN>B4*rv2$z{Y1>i>~oUGm^P z^s$wp^UC`xB}z738Fu|Vb2DwX>$6GYL)wAuk&ZELQAe28+6V``>y8Vo+VcG=@M^{I z#&^-!m}FGT-cnSGjWwnZ{0WRH2NwOVZ3W&@swlOoTU@mji8wm>f!%oqu$y|Toor<| zKfld1*VKRwC~wXH@>ah}%%tKnb!Z!hN8!(#u?rLn3%83t$I4nXykAbrJMpe3H<_S4 z86JN=yWO5nH4&!!tu8V9M)FgMc~v{N?<+dAPP$6-c^1eGEfMM0y{z|he(&PH4OEuY+Zw{o zYCYJ1OaI}z82#&qLqCNYQt)i6gW%H7xnDXF?$W0I%Sr3N%t>S? zRTo>018t3}nYRw83Z7^1X=7@K%|ga4$4VstN^tg&7!Uexd%(#qf;Un_mJdE$_b{uS zUy`O1K*blqF}xSI5W?)-%9?bkEf|1AJ|H&axY*E9~k6i(1$Uoj!` zHd&y0M;PLhOsH<|N+-MhMTMsSL15BM;}d7x+30p=^G03D#p1rCg&O!ewO1J5Q^%ln zD#s8#=PLfru-8Fx52lNHm=SU0k+nWR?_C<7qOO7!cWXC8)hNclz4f7RIf+9N2kwhU)zQu{wVx8YW6cKWU_I*;?}|5xRpJ z;>?3A5vt46!iGlt?6-VzS0EVZclzt+6J+O%g(<8U1fo)oDk!(94S{(rvdacpj zQL-CQ7YX&yFi2*3ZL`$1{soVIH=#B+TDafuK@({OixK<-akr)Cx*@ylQ26rS1v;r? zG4oE#U>zDrL`lVM65=}FDFvIw0q9*U>MTx4nWnojVtscggRRQdx><#zT<2FW;*}ES zvs8i_@{^^DAvqU}g$xxjv}jfz-otx0AQ=}G<*BgyCmDitmeWS>d@Vn~H7 zN}Xsy)bRvI;NT{F@rVv76pu$8>j%BfZHqW&efUP7%an+i#n{@Hixkj`n3azUw8+p}c8Ap{#ZoMX74B zb3XkStd)*dX^H7^-odb0)Y@lNR9&16^gprgNyZr`sOsc~$X*z~ zeA+?gC#UckOV_-{+5$Hex2l@~3TkGRD4T+Glc;FXpWEkKrd#5L>OCk1Xa|tTfcqBc z_Uf=%>76$?Ugw@C>ze?&LXIz}$J{lh@yNK^qf&|?tt?|E)!q1hho}PEU!vL+0m6M= z2fTTp!yFWmlG`>=_b>R95OV`Hs7>vM-~A<~RRsmXYYWSHV8UkXKpPY3LE;(_*&b^q zwq9M##)`F_@D&}W_}S;JP%IB#Id`7ZuLSQq%4$A$MxTN7y2T-kAK#Z5Gq6pHim3O| zI4p_($hUsNnEW}fZ&~{xf2Oz&!6<6Wzc0~oPz8$+$A4VNR#h6B#`hu&O*ozkYtSk^ zi&TGVy}Ui3OxsB52}BylERkfa9q=#P#?fc_f@!y z-qIAo9@AryIZ6$`C#U=wT!o%0*+3A4q?szkhF&aIo#^7;$^GYa&>$`KWwl%-~NaY({P)qSz6D2XdeXKNc0|u9_&5 zbaap^AED-T;uUOG^hPv>!I#~mcV75DaBQ_Sk4BNW#K=m}x3FRoNv=)RBJhoHKY@2N z*uDFn^Q05>Y^%qBqN&s=L``X~Aq1<1c<>oz8VVa-T z=`l+Oub}}k5}))=+3M>&nm|^sa&7l^Lt=fMK`~1;K2^t!pt?igEJXvW{tD_=kpF9lGW;Yn3>8UF~(c;rHM?;ZR6I|XW_t|X{tgF2Tl zh}V|kZl5`F`mzxO+t@Vc-J74q{Qh_d+!eKDce(^qS)s`WYvu$L9Xm$76#+IF zH1V0>3Im3r>-C@@NbY63H`l7@E@%j@kG^!Fk;ZUPBM%gJG@AF2y`n>)PJ#dDFPo&~ z$IslwRshXS-|o6tn2m~&oGqZq5cjRqzcp3;X)O;JjvRJVtaStuPu1u@y0;t_fka|k z%(sdOCY%He!%LT(MhzaT-YZ6VUAusrKka&Dv{VAvDxA%jftQVsNrrQLAP)~;k-t*f z=u?-Xc_F00ZlLkbfQXs=%_dEtOiU=}o36`GdhACnj zE2^ZF`?h#aHSO$TNb5^jRjy*^-11RbPLX_-0B5EAWRlKGcNZ-3XBx+! zHYHR^Ss%JqySbenQ59^ft)Vd$2Fk3BPWM3*QDuVTizqGWQ1gO3i4}r9G*L?ArN}B+d$~gl^N|7^5?LDdX>gGI$3LY zMa+Q<`uoM7Cp$qJ5^v4}Ou}5j^8+o=XnH%+ zbqBahU0t4bduOu?bxQE=H3`l7!xQmm=>}BO8oV=OR~fiO1y$AT$-3@HHP5dqit7_6C0#9;C@&Z(wqHD&or?XlXV5^hlxQs^pO(n78*3rVP!+KV5808O}Lq8@zkn)U|7(P5(H4?q$c{t1B$wIRumXfx*FYgnl*@D8s7bVoZmcxx^bV5sU>p1<3Oj%QM23fZm%k*~O?4kQ^b~p| zHuLm)CDp_DD)mx8>Ku8u6G?Z_CIUIvoRsv8)X)PL3$<}tnaR=a%dTG61_lGJOBvA@ z@HUaeiUa`#4}UCex`aU(L(+Nd>>YgmO|atW;_YLA0E?LIT0FXF;Xqj3H}sWF+8(R zaKfJ9^;}K$WCqWT?yP{lmgSU@E3xwWCvY}R2l&KEaET<64@9RQ^ctzvf^VYlMxc(+ zaxGE>{FqHc?D%=2KNB!D0Y^z;XCa-Syk2^z;}WS5i+|J3N@{JGsFOWc0rep;md#LE z9bBEkO}7ffm&H^vgnvy(Ubgr(sUApriI(`oX2g~$xeBIw#-C`eoG4 zmeV0YEF>Xv9{?_l0Vp)?)ZI0~kt9+FFFt2)U;OI#;`j3GvX;SOyiWSCEr^0V;y{XF z9$>Wctmzr$n}Oh<&>*$;_nL7}2Ist&G0ky4OOH}Nj(u#GC}X3WUGX|S+vl|o;P(&N zb=QkwZIkgts$~E9j4|^`S|sU-=j~e$j0Jx^y)(!pI~^DRvr@md&k*c-f9n=^v7ea0 zeNSMZAL6|y1K$U=a$VhR1!>ndUkL!!ITf%b0@d=D9ea)H?C%A4&p}?vUsenlYN4T) z+}@lYBMGzG;qm-<+b2!3aa(92g@9XHfWBUI^}!Rug9w=wKp_6+-10Xi@ArK8?v`Lg zd%Vx!{Qb*afE975%66Z5iRmeA><_xutzbfNhvPE$(YXh*0xeP$n?wtqwFT~spJwNy zz+1eYVM<*PU0|e8k^-{1oEgjJxfdwuebe0y!gC{>9S`=!zu>QVEN8qBta8x)w0h8+ zr&WP>aR3J0|S<$i-8||}i zFh$a6b+RSYTCZb!chg+gPW#KR*`{H)Ue5tH70<5W6m7SS9vJT|5ByruAy+8g#KKKx zQtyLZXlo-sd)iw$#7t#a0xhCQ$R2yOmrwZxVqpqZ)uhPPgFX${7M`=As;?N;wnxAA zyt}F2h??g3rlG8?FVt6L_Dxq_U0mc?IEbrt7E^@Rska=Xp1wKq1 zKW{AlL2Pc4MZSSYwIBz`D_hA-J?->fOmY9cU%Z#;AgS3ec>b82I$}J)pyxuNr0sQ= z_mUxT)T-e^+#|82+XdWKJ|}349bkCMTnco5LE%he-tPBZ>dKK;D=csIFm`8UnKV^e ztv1Y?Axn^!)!A$YN2i9RU!{ra`@Hv}XP1QAeW&+3z2ekKNJ6XgUCg*KkZAZbqg@~{ z{U93T6qY>;*I_9HRX5_`bQ4QgM%vBf8nY`K;Q{Ylu&5x?38~be^70t8gJ+F7wR}Y+) zdj?aHKJ;{n871|;lJ8a-4Z*o2VNS+2nWqYjzh*HF8Zh9d65}cWmeDw&ObUuTyHBE? zGde<##)Hxil!X#FPt6y7b~+n@NB4AbIq}HKI}Yo_nQP|hZlrU(LU*La;qH6)w(55_ z-a-JcAvNPkZshhntHR?&gTO(n7b@x@^hk9n@lQOz zd2eG4%j}c&{XPeRgU#hc?=nL0=OoUSNRl&?wKl|O!%98T^Kh7iQ(H5zvx>}5gTMEZ zfo>_o+fm$BaFxE`Dz%n;msV(*R+MT$*2q(S2I~NMF(+=5*X7>kml@~{em=D}8I%Nz z^((c4vE>U!;PJ&aq%%e?#W!?zv(8F%-ayaOIHf;hm6<6SU^+KzNY|W6e6+sbAj&cj zbtR?yqnj1n6Nyx(3u2Dxo0g~J1I`QsNY=AO`|h|+OMlA*WNxxn_Z^|-u^!gbg_#DH z12u|x{~3|9#Y+#Nacl>z&Q4tX zE_XIu_<{R2j%6u;2Li26H;xa8d}=7v7tA_c0(R3h_ZOar_QqM7unMdtLiBuUS3$DY z()(w%Ea!JR6%*>-S%gDva@ZY;1z^zxb`Y?c=W$Bt&WNsD^s%QVwzG6_Afg2*B~-zS ztTm%DmQSDZ9giC?HL=n(D1H2%W~-~o_5}=wAHX zEVwr@f?`>)oT5i^*~Khg$=fabK05`_sdS#v_`l*`VK0XUvHc$;C$T_AB^3F48c@{J zM_4HwbmrA_#QZ=~!xm8Ne|A>+gd+-Ofe?hU_9X3S+~bAd=6Fl9K#+RCAr1~90sYKV z0zK*s!Hwt1{A2}0YW%ZThXiQBpUsXTpT6Cp6Q5dV6%4KUIg4*W*}O#6nYtVGqrQ{& zCxcvO7mnwR1Ia5-qwn+7F^+e^!LYh02r496!Qk4MOVL~AJz-3JBKlpOC-jZ2?9M;1KSk(Ab`A?fkFT}#O6lYLF9#);4n+#yB1(U#a6zeZ-yqkCR6*cy#4`-^q zjITz9$GG^cCt7VvOp7WOTeU}v3e5QkmmUiG-yiY9>0071v_MN~rcMSOz3PjIIx@pt z{ZP`2!Z|g!Rn0H69Yq!ONg@cOCMWzNwk=V8N}J32igB?=M|WQB2;yAw9@2Wy&6MqA zp_3{4<@y&d4+vO!TV8knZ1!w!u<*aT8+W=@a%ldu5jReqKmCQckEi2{8Llx#0UsQ} zY@h)#7MP|tmp)$#wD!Fc%6g_K0!pk~PTj7^#Aaq~HCBu7?~=9pnP!o!1Xc&+7pifD zGxvcvYM(Yf0UQASNY)FFPGH+)Aq4z_KaJpx;8`>RbcDl!zKdnwcnSWUfyU?UB0FdB zyB7QdeZDnxrw0RDG)qg-M;_wCi$+u77mhS%I5CdmyUETTu1b;f8 zfuHfFf;+v=Ejp|A56@E-ugL-xn~0TDZ*pog`ItH^uLB|k^f%U^lEFEY`R-KNtIVkz zI?jX|*np!Scuwtz*7Jn$=Oo<=jbILn^)J{j!~OP2?wrB_#bCc@ObIY z=2DTyJWk!>neV*g?U&k(+no~>4%+>$ZO{LZ=r9ZbW9r!wxY`H@fV)|IiqIq0V0E{n z4A_wEgBrYqmW`(1*4-bp4gy3E1kAgh4lm3u1$t}rH${Us!!HxQ%E(1+x_C9}m`4mM z&d7#1>${ft^E@!1~K98-a=?8!b>99)y z)jIGyUGzR(-dYA$u0;KY^q(skhrX8zY1B+yHd8o4*x)zj)O{#I!&HO)JmHTcJNV1P zeCS!gf6e3UgHV)e3@DVOXcd!pW1lsqJJFQ4&o(H0UlyLD99{zL!P&g%&aOEQ zcvz;$h?06S>Qy6yfs04GQ<3hye4~tYq|HUB(_zOA`lg{b{*H=yC{;6eGOr`~+LzW=H7CC|d>4!@WLadbV~J zX?mlBaG6+P0UV$!q=&>z@`43#=_Ii=i%&qxAp{`J$ zv{=VVxum`y1*Z0ZlWY9V+TW@VjPBT5*C=K~Poi!Rxsv9NekH*YXus(yuJ#VHz+&Ni zIkX~V!|%UqQwrs=sjVLOr^~+NuX(2xYW3#&Ah}sEoG>?{1n|s~UmV1W%W+*m^5hH! z$q#cZBf|@rU)l3IPQ$d`#ejQ-Mcp-6wd*;9jX~xYlzPLA%>-3zq)(eoH(TKFKlf6f zB+=)>pYY!p8;&uNXzi55DNma2#m=xm*{MIgalYIRo8-s3rhS9DM9#U>A-v2v&Vt}i zzG{`E)8g52!Y!*DJso!6AdVz65A{+jcgXSV_`%&Ra8jp-A>|{#MNfjcFXtik!XGS& z3~3ZPy%^%~U?%h_k}dinR2aHZNg`XN?ciGn2ztEEw=?M8h~Vy6;pQx8{lytITl3UV z{E`L>MycJ~v&zc2E&D+#Tkmt9kBY5L|6qPg)*WEvBuH?5R3K5izMVq0Ti(No0B+%N ztb5R|Sp?*eom!fZICOuY!>Y$}lJwRvQkNVx;yG~QKx9{%KeJz}w;3}vZ!^&; z&1tH1G!z-STwM32jsjIBR~goj&&rO27paoce5nl(F7E-GurJK$joZ;~Z%kcR(d4`o z(5go*+KIepGgh1xsa1L0GZ0i^HwDUKiybGs z_ZIDec$pbLU?H!oI{%=|Sr*Azhm6LAh(6PadYI34>oz&v)A=)w-@j#opt==zD>391 zzo%L8@0ucxBm3Snj@;LNAS-+Q+J!}H?0X6|g)cg%Ubi*ix%#MKR$k1HGfZjcAdYXZ zmu4|_&IG77?NDzTN&+>88K=}|d9)}_qKG6#`lGN^gjnk}2X!yzf(hM}v2kzys}Gn9 zc~kfBxRjjMYv8P7B{aJ_QGP!kTcy?u(n^4M!?mFFR|bxuRJC2WYVw(-lD@8U1vdck zc+D!h{X@KP4#7R2MKsNXK3NZ0UV;A5htE~EI|h@jiBaZ~K(eycJ(?z+_hcV&|0OBW zvPcVYuz26m6+|o2KL{Mkxk^rb@BppIop^&qtA~eX5(<@ZzRaJ%w!JwkVJlM{V05O; zlG5inTjXK=j63yVQES&35R3L*(o-hd5Q#k&b%{8%{`t;9rcp86>o1wER6aAQnHa1! zBNUp}vooWvZZmYh21HOhB^I)NK)Aiw2lblc2n?^aZK-S|1FtpFTP6P6dN8Ki1vG7i z^`}!zGi{KruP046HBSDnw_LwBspf!4x3a<;F6F84eC_y}9792{A8fT?wE!p=7&n}D;Ckb z(pR8(cc7^J!abKCFW(?0YqMpNgt;Qk|7WV=r%8g6kJN2e(aBpRHlN z+jMOir#VQ0oqBnQ`BW(D2Fr!l(b{}|N=dO+`98thth>ZZm3iZrm>)AIwOHK}F$rl6 zN?7lc1hIov5dEd(Lunoc(WV%6ZvcH}AcYX_g^$-1Swp2g;;_67l$kL-9%AJNc`(Tx9ndi*1wxRL2z#9CW7(nE? zfx31w>*|Q*RDek+-d_HZ1jI1|6p0Byu`q?Y4`?OwG0D@0+bbtwrf$yrD?Tsdo{G

s8;}xR1!6fnu?cCn%w|fuQrXwgx3KRxSUbl&05k#td!zMdns+BKCPL1S zHx*9v9!FJyJwcVZs=C!OHn!vH^Ed>LR?kAjtj1eZX{fHBgRhtTQ9uNi@hu((<6tBb z>A-}d_{E7ixbjqAiVB7sZ%E;l_RMPGPh77b1CYMjCRNE8O32>k1qqTOJ2i__b+;Y_ z<;q8wf07B8kJY9-3d(lBBmbDdnqf_-ld?##*l{mHj8N=Emz~PO;cGEMmQc8b{yxT< zQ26_gPk5w^$k=t}%uxsA!c_O8r>Ng~ zBpj#Nw{k815N_be=YG=4QFzJnzn#=B#EOotB6;)5gp~PMzkCOCBBOhwH?L2uA+zJS zo^lFcU8C^hcy1@Qu)CRqZF8=|H$oewE!?f{M7zi_4xY&x(Q+f$JT*ejIIYh^tUOjD zrE3o3Q=m@;{?@4xQ!hYrqw-{yQpVr;+-;M|2=|i|OFp2Xm#qv?`F(t!>Y3%7pPYw= zH^TxDV?WyrMG##5KL{q!-$y(&*?2^@pU*&yVJV7RXU$-Lvn)n{;f80+KD=n;)uIfw~x{iJ6M*eSDM*DC(>aNSodDz-mFN4Vto0mQQ$59-q<1#Euo1U z2fVS6QrG+qNI-K^d7m*CC(CT+f!iY0!5l2(forMAjA;_m4|aGIIXOEYhDtvzyKKJ! zM1Ac#TR2shZiDE4MaAe{gvCJBXXRu_)9F1vZMEMfUQBCy(^gtZ=+odoRakC2X=gCR z4FAOn9>Os;Mb&S}291eG7e%;Tq};#5-D6FhZcIt>F;%@2@1%B7ERs6@LEu>|l9={*f$hD}y4uR6)Tm>9cpK#L!dJuk^zvG?hRKlnt=u-pgMS z6IEd|G*V=gfUHY}01g*sh!2vh9258OOzt746yx}%Uc}hr#|Ug&y6tiG0)X!pTTCX? z!t12RXOx&k$Tyg3uU|u~dJ!aMt|vMKP+!9bk*fdGQFlJPADW**N=u!9#B64qB5FAJ z_d>*V!I_8@+dz`BN(pP(S6N!6_Q4mU%NPFnR&2Td2BadNg`VG(c^PBF(1v3x^=tCu zQ{lCrA7O_QPvLtNX!29I@72JZz<8726i5kxZJNr5JjL4Xt?q5|8MOJs)H-XQR-B^r z$Q*U~9O28!4Pei@e&mQE?D%-N?+f0^(|ZV71)K{JocqQw6Lxz7S{tp00lE?rJetnC zh@ee>Gt`+n;-@V|IaTAAh|UX2pru{MVWj0E!9*X8}u-N1@+rFFnD|Lcu(vmO+Y9EK%c%FNb~jh562S#JddsWX0Bx( zwg_EoA&!+9nYi#*Q+y9A(5u(n@Pi!PeSQR}-GvEwA-y~f&e)0YP?4fHC4&C&xVMhh z&TUB*Cc_yOg|tESv6rZpR>q`{xy9*bCG-*0x7y6oN6WXC9c5oC4@AJUe*}xYQ!z1q z@4$2^`6F26w`+m9{_S13Hn=^J7~AqGz9a8PapN(I^(xD+E-&=K;R}6+P?Ja$$GJkx?Ee=gBSfES}x4(GkE` z3cIWUN)snn|%YM@b)Y4 zD0oD!)DZE60ICpy?(!E9Ir2ixu*k`~!pzdlu}{@a5C(cxHdf$fiz|^5Ty-fiYAkYI zox31r3~1>v^4>NF{z5GWEhyB$(0d4o%E700+f!vCd3~bVv&bxa&&226+{-;_4_v(p zyXlF`+kp&9FMJ@GiAqTAY5H$E%(@|lzt$&NLuMW)g!981;D@q>^YthR_#&Oq@P7Y5ieseAGRP0uz9dQ)7%Vzuh#yM#+XPJBL)v&N z8=B#0wjeciBqkG=Yz;%4++L2=i0o_@F4J%FI6T*{d zj^Nu3RP!L^14c5yFMxQ!mbQrwaf*XMR#uzKI{R(KlbE+-+_z8c>Y4 zGLx$W#!|P>Ep8@;M&QLHbCEA@e62OO|ei*?Ev>l8-KdEoq&5LTsFN`~!jcaz7N6B{Rc6m7KR zCAas9jeecWe{wa73~Glf@!*T{F1z=N%7pBr(C=Ac`eP%`L9fM!g3VhTT@q~Jy|-6W zInJK&RN5|9#b*~5y4?=u$EbJGGEjIxERJgci~*g%nm`KGZZ{*L470XSe2|Nw50od? zTtIjXUV^rme{1cRWcXz44g^ZT<3sXD>!y8RywtAVaq0cCxpevf2Bw#T3HN9)Okais zgKK)~=V-;}z)bZ9o79g*#&md(G1VpJ@)(f}{|3fX+^xU6Y1!|?b^!lqnv|619e%?? zy9%AuHg_)2r#%owOT^cDp6#0=;qUhgvq7#nOcJ%w5&4Tj4RC+1l#|%Y%mX<=7hBj! zwEwRGsa5n;Px%Fq{t-#zY7iTRtHX(DhY^VB(F!yc7H4*?Z!1Ric0_8JCJ%$G;Qp-d zN1tm<7IL4rRep-<`(__3k0kHqSzwKo;C;VlFDEM~)EK3W(0ND*2*e~;dr>nOtot{S8o|Ng zVKI=j4vFP_Pas>16ax86Fez*D!G}N+N$Naw{_gx{DmY(UugRoCa3(OelqSNa^UdJs z^HA8N0QUVCj|@fDThHY5dr^*!`7*_dz>bx9G*@o}ye-Si%W|MU3g$rPDUw)E)s+3! zngUHP(|>5)ptAs>!e$^-&OI!gC_v_3YMiO2q_%d_WE*y%Z2l`VB_mX_*?Yd`efxa# zWxL)i$ES}74HBNn)2S(^zXY*B*f`r*{ZEJqaP45OJ2tw- z_*0Y~a`@zaY&D9PgH^Wr77@1@+OX8#PK11Ql*SUq-ZW22lD+y)+Il8}aaojTeqS@! zR7a(y`rqVnF|QH z4J;y>m$!3Uf0K%ZRh3(atQvq@Op>!tp{;`JJ}Cp->LzMuRytx&QeP6T{wR?BsK3{1 zB|op&C4fgzLX64D*IdE({gaLh%26xr!Lu*GMZpOP;`VmN%W{DrP6~$=*ks85&1QN) z5ptM8{9O75({LP~UnqTH>dzx1hCpG*;XFl16<#y93@i_3kfHz@9`OUNH5~9tAc^`3 zAOlQ7!nZ1Dh@o9#M58)C$$juaZZOOL%JTvM12>0FULU=O;+q;F{{&!@On`iwG|k9D z-mi(oh0^pm739cTTpX*Y75hn4`I>oFs#Qm*b&(}FhN4j#qlBAdCDna!fqH*@hPGQ! zmHKfF*D4jJS`Yk%Tk`K-J!$E(94NwuowXhdMdygfsm}S{?UiP1yL;XWDog-F$QXP| zkox?Q$g5H68Nx3o(jE|x1Sm1 zpMIzHvuKb$0x>VjiVf@e(}u6<1$&<}=Wpi;Fltqnt*FQi)~9B^Ju)ye^Of7o)FfES zih0sylV1PLyc(R(eFeedh^vEBgl7x{y%PP)_aVkx2eR1*PD+63cZ> zcbgtm@kv)fR^8Al@Nho0=%*fIemETdq$7Xr4mnL&DxV$IJgZL!AO`@BA~B4{0KycR{)muSG6s0Dm@2c;k=7CDyLooT~){XRzfx_*!Lw9Ak7bj$ZWXk&-( z%}DEu+D6+>Qpc0Ht8!E;0w2|Cet<8CXG#AP3(+dUh;jlF(w5neQ%U$(qf=2Te@sGyD3NQO+^gA+-y}D);gu3 zlL^y&uiO#;@b=cxyhi1j#yO~GZ9V5vJu1!Fh8-XFc~P698Wc*ktZRRf0#85T3CL$4 zj!edrzkFpT6In-iMJ}w~L&*ByDFwIiV{le~iI-)h=9a#bT4wC zYqD3$g*J;V^%dz!tdipIkKPvRT%zv@@@nmR(cMFjWo1D0>U*zHa7xg)$g1RtO7 zQ9iRYfovsWdo8!@CI~V^XUqBXuRXz-dK-jsxoa(JlN~VMdU>Pn)^;d>^)WSCY4z-& ze(@X}Od2NjV~^ zR=v`BU<6j`+!Oi`-$80jS>X0cp#wA4fJF|;SENGFT- z*=$hBJ+>Wxj;s8Bkxf?BBHa>qN-K_@DHHOy>0$B+6i?cPD)Xb;SVQ@b6Fyft&11W( z*#>{%#I;dN7aY3u217B(%u&n7)f0T$@wgxIaAfqXDF%g`7qk616LkNe(J#oAdV}$% z)iAhsKZ9$l@BC!j`ttnPx!K(I^5V3bR?Mr$%l}o7rr@Kc!h0=VrARF}zb)vgbdWYl z_CnM3^;TAqU=UKQl|No(-oq}!)&rRkwfOkSOA{OYN^dtbAn!)9L)VV}u! zvGEiE{HDdJ_S#&fil>xzsLMj+Y+s#Re)9BcILue=j@__`x~!9iEK_Umf~{2OOD>*E z_OWf}Pr3sn0PXQ^>$?B(3yloq7`jUdfICF=3_k-QN1;i`g;~$@@eL< z&-#sFx>e?;@v1)l@%8yNg(uNdX2r1}i+vmnNet{;K?PS!Z^C2kzn8JqcsjF_{KZz$ zVtb-;DEB(}6a+D;c-Dht0R2X<$_v#BVjDxC*oCiD=iGRs`XK1&`=c6Grk8UqKQ%fY z!-zR~DEZ1kx+TXg99hM8_e(e{a$Gl~_8<7(N?jZMqO~N;AZuwkSyk*Ty$soWAGW-p zt9J=P*M#?pUw%U;k_TUQ#7n}G+aWH7%~}U6I;bjiD7mj5=iC&ng5DJ zJPL4SPn|%?P+~q-j6H`OjxL)Xf0qg%!i{{gTfgW^8xqW524 zgP!*U-0J=^cAUP6t!Mm=#T7XSRJ3A#?lf?N62EnpQ^)xW&QcJ)u`W> z-)vXq1kTYI-BZ(Eg5R}hsaNnyisxK)$VY#8FnGWDnLUFw^Y+I4sYJ70b5os_qQ9KN zX`Ca`+0K0v1Ux-m(b)WahF(ts{GtsN3&e@-N)bO}Xsi>MRUr#*K~2s0&se%$VH}o` zFFK>PptV|>i2TU*3R+|QYjMO1`w4=?|JxJJ70EN-ixwy0!!N5^*nU)Hvm-2^Au*!~2y9g>e7>kX>tZR0glH8Ag3F-wM@XZvf8vDG4i(6bw z@ki5G>*uSK<+N~5qebM7!-!l1Qg%HSl@R6$y(|82_)ldfpPn+ETH`l!>kBdQxUwgb zfwXg~gYccoKbuvi zOu1tC*s}6YJF>X}nm2v!uHm_ilgx)nk|}$btm58uNz4Gb@qJkm#%`Y-t{(h}d&?E_ zZ}WXS5tsEIm;%VYML72Hd+)|uog5e%qYE#Xw@yxmvpOd&xCY7=Y#(uM-^WMkJ8Hax zyYcJdPL-jUH=WDXST>zGGn-IG_3lB92V*59GXm)C&vQbZqP*=@c2C~V6mPVa<_J9H z*5pAG!)g01%$TWKpAR3*5_SHDvs%IVtYHNiZfTdm6;|p0XOZq?toiB}h~doKwSjUx z4Lz4X+L5xhGBIdURFX4b8Gfo6cOn$~;RGC0IdYN3d+`dk>y=~ZoF1;~4vFhpj^;C% z{^7W3mFJcY8(x%Fzr~^+gDgk>!{0G@+IEwcAl?tEmm05>5vzVCRs-p#Cv6?D-9IRs z;X~Lr3;2CoKK<$+HVe+M-Rl{fvxkTxYQ&%Z_;rie2BCX%W|Vpwt8tn1Z{kHGbmDNj zLT+>gMkpKyLw;N=rX+_ShisU?C1cGP`B+&wEBSf^Ccny2*&Z*b);AU#)U@)G*;O9( zx>OsjtQ^Z#wMTy_k`3Sz{5Vo=&sxT@SzX`q_@<_O$alRO?=!QnQ?6{)m`=5;iIkaq zyu3WV6jDgTz!{{Ck3`<`Y}PB}_`p%6VVz4ESf5NVgj2u4p>a`f+Xkj)XKU?vwI_bz znmnPM)#S(~Ttbl`C$762-3!0I*l0w_^60w9cDoAP_LC4| zm~TMTl-}TBg*}FR9E?&W&r7+htzzmGCL8a~{v~;=#aU2% ze4wbOo1%^4G8jlKfBfs?P4h@s{-?bl%l@94bx-}g4w#5S5HileuAH-XRpVB6T0<1F zO-R$v7;`yl(l;_sa>})YBK6eNxu8&Jc=PYJ+jPFY(fw0AJIY}2R8b+xJbcUZdC4rj zpndp#4joJQ%yr9cpgKV{pMSN@;OS7RAPpj_Ow69fp>A|3C=f*+#8v@gx&8I{u~ko+N6)w-&H0nh1YG!EV~k$7f1F^ZN3 zaZX@}Nn#P+^PTi9mn^8^aneo+TrY`OdqF1YR?T9J^XAL_vKUIf?&y^-b}0u$3gR(t z)VtDyykR#8``=;-e#2S$U~$<2@}g_AwLQ6=oMq;l;;ZOdlr!W5=wX4c@UZ13}EbTzy5h8)V^&Y zagmwnnFQqw-NVOfMPAS(;-hp9~_Otf-@qBT4xULQ1pZ z@6G)i$7}N^|2+D?_ky(ETTf4`iCi=OWpz!Z$$~wr>wouvDL`p5^IHNzVV`0<8<9ii zbGklcFR^mr{yoKnjpH4r2vt=SCV#jA(H3EU5AIffx~Tit!umOjmRV5yw&Z`}eN3|$ zhr>`hABVT4h}DR--2q~<4KK5A6a=IlsM=4}45gnd)`d#tAV8+>B(ehxO zkNKEXkmVP-q(_5_<$3mK@W3-B-s!Xo8O zg0{izX!)ibs-(#2Wblx8!3KB;Ia|8Ce*+Q2*2oJ9)wilCP}U^?aO`?z@Vs>Zy~6#N zrs8d)!AH34?J|Sk_5o4Mk!e6q@G;&|M>L(ErGCMS>WcLA=O(<0!<)ZMYf5bIY`hA} zwcA!@klhX-PU~R?%VA!1O#ZZ5jr)pEVCxhh5b(6wD+xXNs_*uyJYhr~0dEQ@+i%pr zC&&X!POw{g9iF`c)juE$dE*9yfraB%H(04c(d+-Mk75)t(gnYT-UuQ?VrqerT1y%^ zhX`Lefp40wymsAv`xi|(=2l$qElrqr#LZ^UY2K}I;>-Z4V zJk+|eS|Jz^gzh46E))O&WF(z`ef?+SB^R}dM4ijJrhr&6z+nHyTwuj0MiB^o4aL!= zS5N3Ixgv{mQ;p8;@n|Wzl8oKV0p4?p9{SA_7h$ z!!X#d@60KDl=@&RghTBRfbXQqRql6RN;xPQQViXszQYyeB>x2hV`l=$f;TV_L21Z# zqpMKHE7&6y9$FK=iCD-6YtlgKY#F2#1!K@|vt_F^8|;Z)P{K!C^?SW$6)Pv9t;gSj zHhE76ANw=>$b1c2viYqRopDM$H)eb#X4j6DU$AerMz-=gEtx;QCzeQ=2xRjv6p?{o zY79LP!v|zK|AYVdlw2qsH;}v1%J0A13)Ijkd7Z!Q`x0lf>IK_s?ChiJM&0(ZtazhC#<0XE_Z1un{whbX(@ZUE>Iq9JD zpX31E{V@aQXn0f7x@AejfszOi@k}EJxU>0X0$d`9J|x+Fo~%O0Y}cEZVLM5SEPm(W zjGw~Qm>k!5qg~PA>Vzx4hHT1{`f_LEE=KP8iA*RMh)9u*o&bFjJwTUm5la8K=axE1 z&LDg5nf=U^*XfRJZEY>I+j(X+{G&^DBwrP@M>@~(uS^?N<&E9whKIwV*0zGuRq-k7 z2+rjum257O-mrl(>fBQomG4bL{4w8s@> znomrC0f*q{j5!lIqGtzV6}FT7pXEb7kY`HC7Z$!M$sA#DFnS+Hb!^ z#$*)~C?r8l9Y?Qq5R1`=6y9H2!hWwwg@}@jMQfz0y&ApWdM4EB4t)Q{sjRkg#n?0t z>NT6N165^B5ZT%EbqXOgHWq*({0b}!uM2_qo$=peAUF7d;*UCA=^Nz%Dwf|b_M`(y zZZWZmv=`^1cjKzu)^xqmdvvFWMgQU1m~#!f$NWjTiM!zi z2*$nu2yR1-FX&L-2h7uz=j2pOWUBs8jlsM2n8F+pN=+;5dm6kZBBk;oyb}N{5AM5DnXipR|1FMFp2QD5*BdwVNWpNv`g3L{tir%k z?yeJ@pNeWQ%!KOUzKLbM$T@*#`muw9OcN?gkwcv6kwX$OgViDlE z;L7tyI>Z4)+}+dJS*JSpY8uQ+HsWmd>85Ec0jiz)l3(~6RfcI3+PE4rd8w6K=BVSn z=MD%D{ZcMPu>cKtde*E^&DC>6*nRhdd#<;3t-bCoyl$|$T=m=XE5@)NFbJCXrYU*dc2f{x# zTsL7>si{Lu(h-T_V5;HDx9L-=yXXc>6>3#G`tZK#dd@>n{ROuk;-A^M^Wa{}w@(gB z14?c}UuCJ)=jo$B|8pY=i_mgBk*#Bo4pNE6Y;5;+M^47_zXJrsCGnZkAVo zm1Sh`B0PBUm=eD2{Z2R5H29p!6-7kuO$*Us%%qfOabv5Q;_yJ87_^?}0l6(iiW((G zV%5ylS}eD3s`&q1n%rf=(p}3^#U(t5i;s`zVN#Uq3)~qj)L<%5jvyj_kRoJQr?a>i zTiw7ETY(*nqpy8&k~CBL3I8p(VKKf7_OYzIUz7PMP=c1*x=cCrfHzH`vN&BwdQ|$i z9fC5&RjjRO_c_9@)qb-HR$Gj*OwU$GrPQnRKIl-1X|+t=;z9}rWx~6AIoMr4r|eR* zV0$YjBqW5YaWt)d7>p}0es?X3y^#Tvp2RayEd>r|tJmDJ;rc(i%fiRPt{Y}|DKW7N ziEchlMq>U9ClX{@iX$o`8vLMwOJAty9iNp&2X^{5tj+6KVfeR;I?N@?w43XO4ghka zyxye@s`thjIr>yz>-+CYCHe2vYCCLlpdJgdhz&j+4z^zYaW99g%^ec5`