diff --git a/.github/workflows/test_suite.yml b/.github/workflows/test_suite.yml index 9d64f3e..032f6ff 100644 --- a/.github/workflows/test_suite.yml +++ b/.github/workflows/test_suite.yml @@ -4,7 +4,7 @@ on: branches: [ main ] jobs: - build: + python_3_10_job: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 @@ -15,5 +15,18 @@ jobs: run: | python -m pip install --upgrade pip pip install -r requirements.txt + - name: Test with pytest + run: python -m unittest discover tests + python_3_12_job: + runs-on: ubuntu-latest + steps: + - uses: actions/checkout@v4 + - uses: actions/setup-python@v4 + with: + python-version: '3.12' + - name: Install dependencies + run: | + python -m pip install --upgrade pip + pip install -r requirements.txt - name: Test with pytest run: python -m unittest discover tests \ No newline at end of file diff --git a/CITATION.cff b/CITATION.cff index 8c24977..8457a6d 100644 --- a/CITATION.cff +++ b/CITATION.cff @@ -30,7 +30,7 @@ authors: - family-names: "Valorz" given-names: "Finny" title: "mayawaves" -version: v2023.10 -date-released: 2023-10-23 +version: v2024.4 +date-released: 2024-04-05 url: "https://github.com/MayaWaves/mayawaves" doi: 10.5281/zenodo.10035526 \ No newline at end of file diff --git a/docs/html/_sources/source/getting_started.rst.txt b/docs/html/_sources/source/getting_started.rst.txt index e45a2e4..b38e493 100644 --- a/docs/html/_sources/source/getting_started.rst.txt +++ b/docs/html/_sources/source/getting_started.rst.txt @@ -31,11 +31,17 @@ at the top of your file. You can also import specific parts of mayawaves instead Requirements ------------------------------------- -Due to its dependencies, this package requires 3.9 :math:`\leq` python :math:`\leq` 3.10. +For most usecases, this package requires 3.9 :math:`\leq` python. It also relies upon the following python packages which are automatically installed from pip when you install mayawaves:: - numpy, scipy, pandas, romspline, wget, matplotlib, mock, numba, scri + numpy, scipy, pandas, romspline, wget, matplotlib, mock + + +However, if you want to use the ability to switch to a center-of-mass frame for the gravitational radiation, that has +additional dependencies that require python :math:`\leq` 3.10 as well as the following dependencies:: + + numba, scri This package has been tested with Einstein Toolkit Release Meitner (released on December 6th, 2023). It supports output from the following thorns:: diff --git a/docs/html/searchindex.js b/docs/html/searchindex.js index 6ddae9d..18f8977 100644 --- a/docs/html/searchindex.js +++ b/docs/html/searchindex.js @@ -1 +1 @@ -Search.setIndex({"docnames": ["index", "source/contributing", "source/getting_help", "source/getting_started", "source/mayawaves.coalescence", "source/mayawaves.compactobject", "source/mayawaves.radiation", "source/mayawaves.utils", "source/notebooks/catalog_utils", "source/notebooks/compact_objects", "source/notebooks/creating_h5", "source/notebooks/exporting_lvk", "source/notebooks/gravitational_waves", "source/notebooks/reading_raw_files"], "filenames": ["index.rst", "source/contributing.rst", "source/getting_help.rst", "source/getting_started.rst", "source/mayawaves.coalescence.rst", "source/mayawaves.compactobject.rst", "source/mayawaves.radiation.rst", "source/mayawaves.utils.rst", "source/notebooks/catalog_utils.ipynb", "source/notebooks/compact_objects.ipynb", 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"In": 13, "2": 13, "3": 13, "0": 13, "shift": 13, "tracker": 13, "contain": 13, "x": 13, "y": 13, "compon": 13, "posit": 13, "real": 13, "componenet": 13, "1": 13, "ylm_weylscal4": 13}, "envversion": {"sphinx.domains.c": 3, "sphinx.domains.changeset": 1, "sphinx.domains.citation": 1, "sphinx.domains.cpp": 9, "sphinx.domains.index": 1, "sphinx.domains.javascript": 3, "sphinx.domains.math": 2, "sphinx.domains.python": 4, "sphinx.domains.rst": 2, "sphinx.domains.std": 2, "nbsphinx": 4, "sphinx": 60}, "alltitles": {"Welcome to Mayawaves\u2019s documentation!": [[0, "welcome-to-mayawaves-s-documentation"]], "Tutorials:": [[0, null]], "Documentation:": [[0, null]], "Indices and tables": [[0, "indices-and-tables"]], "Contributor\u2019s Guide": [[1, "contributor-s-guide"]], "Make a fork": [[1, "make-a-fork"]], "Keeping your fork up to date": [[1, "keeping-your-fork-up-to-date"]], "Making changes": [[1, "making-changes"]], "Running tests": [[1, "running-tests"]], "Updating the documentation": [[1, "updating-the-documentation"]], "Submitting a merge request": [[1, "submitting-a-merge-request"]], "Getting Help": [[2, "getting-help"]], "Getting Started": [[3, "getting-started"]], "How to install": [[3, "how-to-install"]], "Requirements": [[3, "requirements"]], "How to cite": [[3, "how-to-cite"]], "Basic overview of structure": [[3, "basic-overview-of-structure"]], "Coalescence": [[3, "coalescence"]], "CompactObject": [[3, "compactobject"]], "RadiationBundle": [[3, "radiationbundle"]], "Utilities": [[3, "utilities"]], "Basic overview of workflow": [[3, "basic-overview-of-workflow"]], "Obtaining a mayawaves compatible h5 file": [[3, "obtaining-a-mayawaves-compatible-h5-file"]], "Working with a mayawaves h5 file using Coalescence": [[3, "working-with-a-mayawaves-h5-file-using-coalescence"]], "Analyzing raw simulations without creating an h5 file": [[3, "analyzing-raw-simulations-without-creating-an-h5-file"]], "Analyzing the MAYA Catalog": [[3, "analyzing-the-maya-catalog"]], "mayawaves.coalescence module": [[4, "module-mayawaves.coalescence"]], "mayawaves.compactobject module": [[5, "module-mayawaves.compactobject"]], "mayawaves.radiation module": [[6, "mayawaves-radiation-module"]], "mayawaves.utils package": [[7, "mayawaves-utils-package"]], "mayawaves.utils.postprocessingutils module": [[7, "module-mayawaves.utils.postprocessingutils"]], "mayawaves.utils.catalogutils module": [[7, "module-mayawaves.utils.catalogutils"]], "mayawaves.utils.postnewtonianutils module": [[7, "module-mayawaves.utils.postnewtonianutils"]], "Catalog Utils": [[8, "Catalog-Utils"]], "Create an instance of the Catalog class": [[8, "Create-an-instance-of-the-Catalog-class"]], "Catalog has a property to list all simulations in the maya catalog": [[8, "Catalog-has-a-property-to-list-all-simulations-in-the-maya-catalog"]], "The Parameter enum allows you to easily reference specific parameters": [[8, "The-Parameter-enum-allows-you-to-easily-reference-specific-parameters"]], "Catalog has properties to grab all nonspinning, aligned spin, or precessing simulations": [[8, "Catalog-has-properties-to-grab-all-nonspinning,-aligned-spin,-or-precessing-simulations"]], "Get simulations with a given mass ratio": [[8, "Get-simulations-with-a-given-mass-ratio"]], "You can also enter a tolerance for a parameter, and will receive simulations that are within that tolerance of the requested mass ratio": [[8, "You-can-also-enter-a-tolerance-for-a-parameter,-and-will-receive-simulations-that-are-within-that-tolerance-of-the-requested-mass-ratio"]], "Get simulations with a given symmetric mass ratio": [[8, "Get-simulations-with-a-given-symmetric-mass-ratio"]], "Get the all the parameters of a given simulation": [[8, "Get-the-all-the-parameters-of-a-given-simulation"]], "Get all simulations with given parameters": [[8, "Get-all-simulations-with-given-parameters"]], "This method can be used with any number of parameters. It is better to use non-zero tolerances while searching for waveforms to ensure you get all simulations that fit your desired parameters.": [[8, "This-method-can-be-used-with-any-number-of-parameters.-It-is-better-to-use-non-zero-tolerances-while-searching-for-waveforms-to-ensure-you-get-all-simulations-that-fit-your-desired-parameters."]], "Plotting the distribtution of waveform parameters in the catalog": [[8, "Plotting-the-distribtution-of-waveform-parameters-in-the-catalog"]], "You can also provide a directory to save the figures in and they will be saved rather than displayed.": [[8, "You-can-also-provide-a-directory-to-save-the-figures-in-and-they-will-be-saved-rather-than-displayed."]], "Downloading waveforms": [[8, "Downloading-waveforms"]], "Waveforms can also be downloaded in the lvc-nr format (https://arxiv.org/abs/1703.01076)": [[8, "Waveforms-can-also-be-downloaded-in-the-lvc-nr-format-(https://arxiv.org/abs/1703.01076)"]], "Compact Objects": [[9, "Compact-Objects"]], "Create a Coalescence object using the simulation h5 file": [[9, "Create-a-Coalescence-object-using-the-simulation-h5-file"], [11, "Create-a-Coalescence-object-using-the-simulation-h5-file"], [12, "Create-a-Coalescence-object-using-the-simulation-h5-file"]], "Obtain the CompactObject objects associated with the larger object (primary) and smaller object (secondary)": [[9, "Obtain-the-CompactObject-objects-associated-with-the-larger-object-(primary)-and-smaller-object-(secondary)"]], "Obtain trajectory data": [[9, "Obtain-trajectory-data"]], "Obtain initial data such as masses and spins": [[9, "Obtain-initial-data-such-as-masses-and-spins"]], "Obtain timeseries data for parameters such as spin": [[9, "Obtain-timeseries-data-for-parameters-such-as-spin"]], "Note that for many systems, the initial horizons are tracked all the way through merger after which the values are no longer reliable.": [[9, "Note-that-for-many-systems,-the-initial-horizons-are-tracked-all-the-way-through-merger-after-which-the-values-are-no-longer-reliable."]], "You can access any data that is available for the given compact object": [[9, "You-can-access-any-data-that-is-available-for-the-given-compact-object"]], "Close the Coalescence object to close the associated h5 file": [[9, "Close-the-Coalescence-object-to-close-the-associated-h5-file"], [11, "Close-the-Coalescence-object-to-close-the-associated-h5-file"], [12, "Close-the-Coalescence-object-to-close-the-associated-h5-file"]], "Creating a Mayawaves h5 File": [[10, "Creating-a-Mayawaves-h5-File"]], "Point to the root of the desired simulation directory": [[10, "Point-to-the-root-of-the-desired-simulation-directory"]], "Create an h5 file with all the stitched data for the simulation": [[10, "Create-an-h5-file-with-all-the-stitched-data-for-the-simulation"]], "Exporting to LVK Catalog Format": [[11, "Exporting-to-LVK-Catalog-Format"]], "Export to the LVC NR catalog format": [[11, "Export-to-the-LVC-NR-catalog-format"]], "Exporting to this format requires extrapolating the waveforms to infinite radius.": [[11, "Exporting-to-this-format-requires-extrapolating-the-waveforms-to-infinite-radius."]], "The exported file will have the same name as the initial simulation h5 file.": [[11, "The-exported-file-will-have-the-same-name-as-the-initial-simulation-h5-file."]], "An optional name can be provided which will be used as the name of the exported file": [[11, "An-optional-name-can-be-provided-which-will-be-used-as-the-name-of-the-exported-file"]], "You can optionally correct for the center of mass drift before exporting": [[11, "You-can-optionally-correct-for-the-center-of-mass-drift-before-exporting"]], "Export to LAL Compatible format": [[11, "Export-to-LAL-Compatible-format"]], "This format lets you use the waveform with LALSimulation and PyCBC. It is of the same format as the LVC NR catalog but allows you to specify a finite extraction radius if so desired.": [[11, "This-format-lets-you-use-the-waveform-with-LALSimulation-and-PyCBC.-It-is-of-the-same-format-as-the-LVC-NR-catalog-but-allows-you-to-specify-a-finite-extraction-radius-if-so-desired."]], "Gravitational Waves": [[12, "Gravitational-Waves"]], "Read the \\Psi_4 data for a given mode and extraction radius": [[12, "Read-the-\\Psi_4-data-for-a-given-mode-and-extraction-radius"]], "Note that the initial ~(75 + extraction_radius) M will be junk radiation and should be cut off for most analyses. That time is marked in the following tutorial with a vertical dashed line.": [[12, "Note-that-the-initial-~(75-+-extraction_radius)-M-will-be-junk-radiation-and-should-be-cut-off-for-most-analyses.-That-time-is-marked-in-the-following-tutorial-with-a-vertical-dashed-line."], [13, "Note-that-the-initial-~(75-+-extraction_radius)-M-will-be-junk-radiation-and-should-be-cut-off-for-most-analyses.-That-time-is-marked-in-the-following-tutorial-with-a-vertical-dashed-line."]], "Read the strain data for a given mode and extraction radius": [[12, "Read-the-strain-data-for-a-given-mode-and-extraction-radius"]], "If no extraction radius is given, the radiation is extrapolated to infinite radius": [[12, "If-no-extraction-radius-is-given,-the-radiation-is-extrapolated-to-infinite-radius"]], "Recombine the modes to obtain the strain at a given sky location": [[12, "Recombine-the-modes-to-obtain-the-strain-at-a-given-sky-location"]], "Correct for center of mass drift by changing the frame of the radiation extraction": [[12, "Correct-for-center-of-mass-drift-by-changing-the-frame-of-the-radiation-extraction"]], "When correcting for center of mass drift, the junk radiation is cut off before sending the data to the scri package.": [[12, "When-correcting-for-center-of-mass-drift,-the-junk-radiation-is-cut-off-before-sending-the-data-to-the-scri-package."]], "Reset to the original frame": [[12, "Reset-to-the-original-frame"]], "Reading raw simulation files": [[13, "Reading-raw-simulation-files"]], "Simulations do not have to be fully stitched into an h5 file before reading and visualzing their data": [[13, "Simulations-do-not-have-to-be-fully-stitched-into-an-h5-file-before-reading-and-visualzing-their-data"]], "Use get_stitched_data to stitch together any output file structured as columns of data with each row being a time/iteration step": [[13, "Use-get_stitched_data-to-stitch-together-any-output-file-structured-as-columns-of-data-with-each-row-being-a-time/iteration-step"]], "You can then plot the data based on the columns present in the data file. In the following, columns 2 and 3 (starting at 0) of the shift tracker files contain the x and y components of the positions.": [[13, "You-can-then-plot-the-data-based-on-the-columns-present-in-the-data-file.-In-the-following,-columns-2-and-3-(starting-at-0)-of-the-shift-tracker-files-contain-the-x-and-y-components-of-the-positions."]], "Plot the real componenet of the \\Psi_4 data using columns 0 and 1 of the Ylm_WEYLSCAL4 files": [[13, "Plot-the-real-componenet-of-the-\\Psi_4-data-using-columns-0-and-1-of-the-Ylm_WEYLSCAL4-files"]]}, "indexentries": {"coalescence (class in mayawaves.coalescence)": [[4, "mayawaves.coalescence.Coalescence"]], "average_run_speed (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.average_run_speed"]], "catalog_id (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.catalog_id"]], "center_of_mass (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.center_of_mass"]], "close() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.close"]], "compact_object_by_id() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_by_id"]], "compact_object_data_for_object() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_data_for_object"]], "compact_object_metadata_dict() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_metadata_dict"]], "compact_objects (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.compact_objects"]], "denergy_dt_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.dEnergy_dt_radiated"]], "dp_dt_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.dP_dt_radiated"]], "eccentricity_and_mean_anomaly_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.eccentricity_and_mean_anomaly_at_time"]], "energy_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.energy_radiated"]], "extrapolate_psi4_to_infinite_radius() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.extrapolate_psi4_to_infinite_radius"]], "final_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.final_compact_object"]], "h5_filepath (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.h5_filepath"]], "included_extraction_radii (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.included_extraction_radii"]], "included_modes (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.included_modes"]], "initial_orbital_frequency (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.initial_orbital_frequency"]], "initial_separation (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.initial_separation"]], "l_max (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.l_max"]], "linear_momentum_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.linear_momentum_radiated"]], "mass_ratio (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.mass_ratio"]], "mayawaves.coalescence": [[4, "module-mayawaves.coalescence"]], "merge_time (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.merge_time"]], "module": [[4, "module-mayawaves.coalescence"], [5, "module-mayawaves.compactobject"], [7, "module-mayawaves.utils.catalogutils"], [7, "module-mayawaves.utils.postnewtonianutils"], [7, "module-mayawaves.utils.postprocessingutils"]], "name (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.name"]], "object_numbers (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.object_numbers"]], "orbital_angular_momentum_unit_vector (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_angular_momentum_unit_vector"]], "orbital_angular_momentum_unit_vector_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.orbital_angular_momentum_unit_vector_at_time"]], "orbital_frequency (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_frequency"]], "orbital_frequency_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.orbital_frequency_at_time"]], "orbital_phase_in_xy_plane (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_phase_in_xy_plane"]], "parameter_files (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.parameter_files"]], "primary_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.primary_compact_object"]], "psi4_amp_phase_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_amp_phase_for_mode"]], "psi4_max_time_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_max_time_for_mode"]], "psi4_real_imag_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_real_imag_for_mode"]], "psi4_source (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.psi4_source"]], "radiation_frame (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radiation_frame"]], "radiationbundle (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radiationbundle"]], "radius_for_extrapolation (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radius_for_extrapolation"]], "recoil_speed() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.recoil_speed"]], "recoil_velocity() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.recoil_velocity"]], "runstats_data (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.runstats_data"]], "secondary_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.secondary_compact_object"]], "separation_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.separation_at_time"]], "separation_unit_vector_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.separation_unit_vector_at_time"]], "separation_vector (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.separation_vector"]], "set_radiation_frame() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.set_radiation_frame"]], "spin_configuration (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.spin_configuration"]], "strain_amp_phase_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_amp_phase_for_mode"]], "strain_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_for_mode"]], "strain_recomposed_at_sky_location() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_recomposed_at_sky_location"]], "symmetric_mass_ratio (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.symmetric_mass_ratio"]], "compactobject (class in mayawaves.compactobject)": [[5, "mayawaves.compactobject.CompactObject"]], "compactobject.column (class in mayawaves.compactobject)": [[5, "mayawaves.compactobject.CompactObject.Column"]], "apparent_horizon_area (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_area"]], "apparent_horizon_areal_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_areal_radius"]], "apparent_horizon_circumferences (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_circumferences"]], "apparent_horizon_expansion_theta_l (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_expansion_theta_l"]], "apparent_horizon_inner_expansion_theta_n (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_inner_expansion_theta_n"]], "apparent_horizon_maximum_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_maximum_radius"]], "apparent_horizon_mean_curvature (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_mean_curvature"]], "apparent_horizon_mean_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_mean_radius"]], "apparent_horizon_minimum_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_minimum_radius"]], "apparent_horizon_quadrupoles (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_quadrupoles"]], "available_data_columns (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.available_data_columns"]], "data_array (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.data_array"]], "dimensional_spin_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.dimensional_spin_at_time"]], "dimensional_spin_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.dimensional_spin_vector"]], "dimensionless_spin_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.dimensionless_spin_at_time"]], "dimensionless_spin_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.dimensionless_spin_vector"]], "final_dimensional_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_dimensional_spin"]], "final_dimensionless_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_dimensionless_spin"]], "final_horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_horizon_mass"]], "final_irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_irreducible_mass"]], "get_data_from_columns() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.get_data_from_columns"]], "horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.horizon_mass"]], "horizon_mass_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.horizon_mass_at_time"]], "initial_dimensional_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_dimensional_spin"]], "initial_dimensionless_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_dimensionless_spin"]], "initial_horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_horizon_mass"]], "initial_irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_irreducible_mass"]], "irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.irreducible_mass"]], "irreducible_mass_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.irreducible_mass_at_time"]], "last_available_spin_data_time (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.last_available_spin_data_time"]], "mayawaves.compactobject": [[5, "module-mayawaves.compactobject"]], "momentum_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.momentum_vector"]], "position_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.position_vector"]], "velocity_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.velocity_vector"]], "radiationbundle (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationBundle"]], "radiationmode (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationMode"]], "radiationsphere (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationSphere"]], "compute_and_store_strain() (mayawaves.radiation.radiationmode method)": [[6, "mayawaves.radiation.RadiationMode.compute_and_store_strain"]], "create_extrapolated_sphere() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.create_extrapolated_sphere"]], "create_radiation_bundle() (mayawaves.radiation.radiationbundle static method)": [[6, "mayawaves.radiation.RadiationBundle.create_radiation_bundle"]], "create_radiation_mode() (mayawaves.radiation.radiationmode static method)": [[6, "mayawaves.radiation.RadiationMode.create_radiation_mode"]], "create_radiation_sphere() (mayawaves.radiation.radiationsphere static method)": [[6, "mayawaves.radiation.RadiationSphere.create_radiation_sphere"]], "denergy_dt_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.dEnergy_dt_radiated"]], "dp_dt_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.dP_dt_radiated"]], "energy_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.energy_radiated"]], "extrapolated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.extrapolated"]], "extrapolated (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.extrapolated"]], "extrapolated_sphere (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.extrapolated_sphere"]], "frame (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.frame"]], "frame (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.frame"]], "get_denergy_dt_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_dEnergy_dt_radiated"]], "get_denergy_dt_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_dEnergy_dt_radiated"]], "get_dp_dt_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_dP_dt_radiated"]], "get_dp_dt_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_dP_dt_radiated"]], "get_energy_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_energy_radiated"]], "get_energy_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_energy_radiated"]], "get_extrapolated_sphere() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_extrapolated_sphere"]], "get_linear_momentum_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_linear_momentum_radiated"]], "get_linear_momentum_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_linear_momentum_radiated"]], "get_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_mode"]], "get_mode_with_extrapolated_radius() (mayawaves.radiation.radiationmode method)": [[6, "mayawaves.radiation.RadiationMode.get_mode_with_extrapolated_radius"]], "get_psi4_amplitude_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_amplitude_for_mode"]], "get_psi4_amplitude_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_amplitude_for_mode"]], "get_psi4_imaginary_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_imaginary_for_mode"]], "get_psi4_imaginary_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_imaginary_for_mode"]], "get_psi4_max_time_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_max_time_for_mode"]], "get_psi4_max_time_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_max_time_for_mode"]], "get_psi4_phase_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_phase_for_mode"]], "get_psi4_phase_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_phase_for_mode"]], "get_psi4_real_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_real_for_mode"]], "get_psi4_real_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_real_for_mode"]], "get_strain_amplitude_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_amplitude_for_mode"]], "get_strain_amplitude_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_amplitude_for_mode"]], "get_strain_cross_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_cross_for_mode"]], "get_strain_cross_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_cross_for_mode"]], "get_strain_phase_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_phase_for_mode"]], "get_strain_phase_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_phase_for_mode"]], "get_strain_plus_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_plus_for_mode"]], "get_strain_plus_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_plus_for_mode"]], "get_strain_recomposed_at_sky_location() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_recomposed_at_sky_location"]], "get_strain_recomposed_at_sky_location() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_recomposed_at_sky_location"]], "get_time() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_time"]], "h_cross_dot (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.h_cross_dot"]], "h_plus_dot (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.h_plus_dot"]], "included_modes (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.included_modes"]], "included_modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.included_modes"]], "included_radii (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.included_radii"]], "l_max (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.l_max"]], "l_max (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.l_max"]], "l_value (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.l_value"]], "linear_momentum_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.linear_momentum_radiated"]], "m_value (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.m_value"]], "modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.modes"]], "omega_start (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.omega_start"]], "psi4_amplitude (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_amplitude"]], "psi4_imaginary (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_imaginary"]], "psi4_max_time (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_max_time"]], "psi4_omega (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_omega"]], "psi4_phase (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_phase"]], "psi4_real (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_real"]], "radiation_sphere (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.radiation_sphere"]], "radiation_spheres (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.radiation_spheres"]], "radius (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.radius"]], "radius (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.radius"]], "radius_for_extrapolation (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.radius_for_extrapolation"]], "raw_modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.raw_modes"]], "set_frame() 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[[1, "updating-the-documentation"]], "Submitting a merge request": [[1, "submitting-a-merge-request"]], "Getting Help": [[2, "getting-help"]], "Getting Started": [[3, "getting-started"]], "How to install": [[3, "how-to-install"]], "Requirements": [[3, "requirements"]], "How to cite": [[3, "how-to-cite"]], "Basic overview of structure": [[3, "basic-overview-of-structure"]], "Coalescence": [[3, "coalescence"]], "CompactObject": [[3, "compactobject"]], "RadiationBundle": [[3, "radiationbundle"]], "Utilities": [[3, "utilities"]], "Basic overview of workflow": [[3, "basic-overview-of-workflow"]], "Obtaining a mayawaves compatible h5 file": [[3, "obtaining-a-mayawaves-compatible-h5-file"]], "Working with a mayawaves h5 file using Coalescence": [[3, "working-with-a-mayawaves-h5-file-using-coalescence"]], "Analyzing raw simulations without creating an h5 file": [[3, "analyzing-raw-simulations-without-creating-an-h5-file"]], "Analyzing the MAYA Catalog": [[3, "analyzing-the-maya-catalog"]], "mayawaves.coalescence module": [[4, "module-mayawaves.coalescence"]], "mayawaves.compactobject module": [[5, "module-mayawaves.compactobject"]], "mayawaves.radiation module": [[6, "mayawaves-radiation-module"]], "mayawaves.utils package": [[7, "mayawaves-utils-package"]], "mayawaves.utils.postprocessingutils module": [[7, "module-mayawaves.utils.postprocessingutils"]], "mayawaves.utils.catalogutils module": [[7, "module-mayawaves.utils.catalogutils"]], "mayawaves.utils.postnewtonianutils module": [[7, "module-mayawaves.utils.postnewtonianutils"]], "Catalog Utils": [[8, "Catalog-Utils"]], "Create an instance of the Catalog class": [[8, "Create-an-instance-of-the-Catalog-class"]], "Catalog has a property to list all simulations in the maya catalog": [[8, "Catalog-has-a-property-to-list-all-simulations-in-the-maya-catalog"]], "The Parameter enum allows you to easily reference specific parameters": [[8, "The-Parameter-enum-allows-you-to-easily-reference-specific-parameters"]], "Catalog has properties to grab all nonspinning, aligned spin, or precessing simulations": [[8, "Catalog-has-properties-to-grab-all-nonspinning,-aligned-spin,-or-precessing-simulations"]], "Get simulations with a given mass ratio": [[8, "Get-simulations-with-a-given-mass-ratio"]], "You can also enter a tolerance for a parameter, and will receive simulations that are within that tolerance of the requested mass ratio": [[8, "You-can-also-enter-a-tolerance-for-a-parameter,-and-will-receive-simulations-that-are-within-that-tolerance-of-the-requested-mass-ratio"]], "Get simulations with a given symmetric mass ratio": [[8, "Get-simulations-with-a-given-symmetric-mass-ratio"]], "Get the all the parameters of a given simulation": [[8, "Get-the-all-the-parameters-of-a-given-simulation"]], "Get all simulations with given parameters": [[8, "Get-all-simulations-with-given-parameters"]], "This method can be used with any number of parameters. It is better to use non-zero tolerances while searching for waveforms to ensure you get all simulations that fit your desired parameters.": [[8, "This-method-can-be-used-with-any-number-of-parameters.-It-is-better-to-use-non-zero-tolerances-while-searching-for-waveforms-to-ensure-you-get-all-simulations-that-fit-your-desired-parameters."]], "Plotting the distribtution of waveform parameters in the catalog": [[8, "Plotting-the-distribtution-of-waveform-parameters-in-the-catalog"]], "You can also provide a directory to save the figures in and they will be saved rather than displayed.": [[8, "You-can-also-provide-a-directory-to-save-the-figures-in-and-they-will-be-saved-rather-than-displayed."]], "Downloading waveforms": [[8, "Downloading-waveforms"]], "Waveforms can also be downloaded in the lvc-nr format (https://arxiv.org/abs/1703.01076)": [[8, "Waveforms-can-also-be-downloaded-in-the-lvc-nr-format-(https://arxiv.org/abs/1703.01076)"]], "Compact Objects": [[9, "Compact-Objects"]], "Create a Coalescence object using the simulation h5 file": [[9, "Create-a-Coalescence-object-using-the-simulation-h5-file"], [11, "Create-a-Coalescence-object-using-the-simulation-h5-file"], [12, "Create-a-Coalescence-object-using-the-simulation-h5-file"]], "Obtain the CompactObject objects associated with the larger object (primary) and smaller object (secondary)": [[9, "Obtain-the-CompactObject-objects-associated-with-the-larger-object-(primary)-and-smaller-object-(secondary)"]], "Obtain trajectory data": [[9, "Obtain-trajectory-data"]], "Obtain initial data such as masses and spins": [[9, "Obtain-initial-data-such-as-masses-and-spins"]], "Obtain timeseries data for parameters such as spin": [[9, "Obtain-timeseries-data-for-parameters-such-as-spin"]], "Note that for many systems, the initial horizons are tracked all the way through merger after which the values are no longer reliable.": [[9, "Note-that-for-many-systems,-the-initial-horizons-are-tracked-all-the-way-through-merger-after-which-the-values-are-no-longer-reliable."]], "You can access any data that is available for the given compact object": [[9, "You-can-access-any-data-that-is-available-for-the-given-compact-object"]], "Close the Coalescence object to close the associated h5 file": [[9, "Close-the-Coalescence-object-to-close-the-associated-h5-file"], [11, "Close-the-Coalescence-object-to-close-the-associated-h5-file"], [12, "Close-the-Coalescence-object-to-close-the-associated-h5-file"]], "Creating a Mayawaves h5 File": [[10, "Creating-a-Mayawaves-h5-File"]], "Point to the root of the desired simulation directory": [[10, "Point-to-the-root-of-the-desired-simulation-directory"]], "Create an h5 file with all the stitched data for the simulation": [[10, "Create-an-h5-file-with-all-the-stitched-data-for-the-simulation"]], "Exporting to LVK Catalog Format": [[11, "Exporting-to-LVK-Catalog-Format"]], "Export to the LVC NR catalog format": [[11, "Export-to-the-LVC-NR-catalog-format"]], "Exporting to this format requires extrapolating the waveforms to infinite radius.": [[11, "Exporting-to-this-format-requires-extrapolating-the-waveforms-to-infinite-radius."]], "The exported file will have the same name as the initial simulation h5 file.": [[11, "The-exported-file-will-have-the-same-name-as-the-initial-simulation-h5-file."]], "An optional name can be provided which will be used as the name of the exported file": [[11, "An-optional-name-can-be-provided-which-will-be-used-as-the-name-of-the-exported-file"]], "You can optionally correct for the center of mass drift before exporting": [[11, "You-can-optionally-correct-for-the-center-of-mass-drift-before-exporting"]], "Export to LAL Compatible format": [[11, "Export-to-LAL-Compatible-format"]], "This format lets you use the waveform with LALSimulation and PyCBC. It is of the same format as the LVC NR catalog but allows you to specify a finite extraction radius if so desired.": [[11, "This-format-lets-you-use-the-waveform-with-LALSimulation-and-PyCBC.-It-is-of-the-same-format-as-the-LVC-NR-catalog-but-allows-you-to-specify-a-finite-extraction-radius-if-so-desired."]], "Gravitational Waves": [[12, "Gravitational-Waves"]], "Read the \\Psi_4 data for a given mode and extraction radius": [[12, "Read-the-\\Psi_4-data-for-a-given-mode-and-extraction-radius"]], "Note that the initial ~(75 + extraction_radius) M will be junk radiation and should be cut off for most analyses. That time is marked in the following tutorial with a vertical dashed line.": [[12, "Note-that-the-initial-~(75-+-extraction_radius)-M-will-be-junk-radiation-and-should-be-cut-off-for-most-analyses.-That-time-is-marked-in-the-following-tutorial-with-a-vertical-dashed-line."], [13, "Note-that-the-initial-~(75-+-extraction_radius)-M-will-be-junk-radiation-and-should-be-cut-off-for-most-analyses.-That-time-is-marked-in-the-following-tutorial-with-a-vertical-dashed-line."]], "Read the strain data for a given mode and extraction radius": [[12, "Read-the-strain-data-for-a-given-mode-and-extraction-radius"]], "If no extraction radius is given, the radiation is extrapolated to infinite radius": [[12, "If-no-extraction-radius-is-given,-the-radiation-is-extrapolated-to-infinite-radius"]], "Recombine the modes to obtain the strain at a given sky location": [[12, "Recombine-the-modes-to-obtain-the-strain-at-a-given-sky-location"]], "Correct for center of mass drift by changing the frame of the radiation extraction": [[12, "Correct-for-center-of-mass-drift-by-changing-the-frame-of-the-radiation-extraction"]], "When correcting for center of mass drift, the junk radiation is cut off before sending the data to the scri package.": [[12, "When-correcting-for-center-of-mass-drift,-the-junk-radiation-is-cut-off-before-sending-the-data-to-the-scri-package."]], "Reset to the original frame": [[12, "Reset-to-the-original-frame"]], "Reading raw simulation files": [[13, "Reading-raw-simulation-files"]], "Simulations do not have to be fully stitched into an h5 file before reading and visualzing their data": [[13, "Simulations-do-not-have-to-be-fully-stitched-into-an-h5-file-before-reading-and-visualzing-their-data"]], "Use get_stitched_data to stitch together any output file structured as columns of data with each row being a time/iteration step": [[13, "Use-get_stitched_data-to-stitch-together-any-output-file-structured-as-columns-of-data-with-each-row-being-a-time/iteration-step"]], "You can then plot the data based on the columns present in the data file. In the following, columns 2 and 3 (starting at 0) of the shift tracker files contain the x and y components of the positions.": [[13, "You-can-then-plot-the-data-based-on-the-columns-present-in-the-data-file.-In-the-following,-columns-2-and-3-(starting-at-0)-of-the-shift-tracker-files-contain-the-x-and-y-components-of-the-positions."]], "Plot the real componenet of the \\Psi_4 data using columns 0 and 1 of the Ylm_WEYLSCAL4 files": [[13, "Plot-the-real-componenet-of-the-\\Psi_4-data-using-columns-0-and-1-of-the-Ylm_WEYLSCAL4-files"]]}, "indexentries": {"coalescence (class in mayawaves.coalescence)": [[4, "mayawaves.coalescence.Coalescence"]], "average_run_speed (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.average_run_speed"]], "catalog_id (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.catalog_id"]], "center_of_mass (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.center_of_mass"]], "close() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.close"]], "compact_object_by_id() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_by_id"]], "compact_object_data_for_object() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_data_for_object"]], "compact_object_metadata_dict() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.compact_object_metadata_dict"]], "compact_objects (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.compact_objects"]], "denergy_dt_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.dEnergy_dt_radiated"]], "dp_dt_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.dP_dt_radiated"]], "eccentricity_and_mean_anomaly_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.eccentricity_and_mean_anomaly_at_time"]], "energy_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.energy_radiated"]], "extrapolate_psi4_to_infinite_radius() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.extrapolate_psi4_to_infinite_radius"]], "final_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.final_compact_object"]], "h5_filepath (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.h5_filepath"]], "included_extraction_radii (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.included_extraction_radii"]], "included_modes (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.included_modes"]], "initial_orbital_frequency (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.initial_orbital_frequency"]], "initial_separation (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.initial_separation"]], "l_max (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.l_max"]], "linear_momentum_radiated() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.linear_momentum_radiated"]], "mass_ratio (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.mass_ratio"]], "mayawaves.coalescence": [[4, "module-mayawaves.coalescence"]], "merge_time (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.merge_time"]], "module": [[4, "module-mayawaves.coalescence"], [5, "module-mayawaves.compactobject"], [7, "module-mayawaves.utils.catalogutils"], [7, "module-mayawaves.utils.postnewtonianutils"], [7, "module-mayawaves.utils.postprocessingutils"]], "name (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.name"]], "object_numbers (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.object_numbers"]], "orbital_angular_momentum_unit_vector (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_angular_momentum_unit_vector"]], "orbital_angular_momentum_unit_vector_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.orbital_angular_momentum_unit_vector_at_time"]], "orbital_frequency (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_frequency"]], "orbital_frequency_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.orbital_frequency_at_time"]], "orbital_phase_in_xy_plane (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.orbital_phase_in_xy_plane"]], "parameter_files (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.parameter_files"]], "primary_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.primary_compact_object"]], "psi4_amp_phase_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_amp_phase_for_mode"]], "psi4_max_time_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_max_time_for_mode"]], "psi4_real_imag_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.psi4_real_imag_for_mode"]], "psi4_source (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.psi4_source"]], "radiation_frame (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radiation_frame"]], "radiationbundle (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radiationbundle"]], "radius_for_extrapolation (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.radius_for_extrapolation"]], "recoil_speed() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.recoil_speed"]], "recoil_velocity() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.recoil_velocity"]], "runstats_data (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.runstats_data"]], "secondary_compact_object (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.secondary_compact_object"]], "separation_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.separation_at_time"]], "separation_unit_vector_at_time() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.separation_unit_vector_at_time"]], "separation_vector (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.separation_vector"]], "set_radiation_frame() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.set_radiation_frame"]], "spin_configuration (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.spin_configuration"]], "strain_amp_phase_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_amp_phase_for_mode"]], "strain_for_mode() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_for_mode"]], "strain_recomposed_at_sky_location() (mayawaves.coalescence.coalescence method)": [[4, "mayawaves.coalescence.Coalescence.strain_recomposed_at_sky_location"]], "symmetric_mass_ratio (mayawaves.coalescence.coalescence property)": [[4, "mayawaves.coalescence.Coalescence.symmetric_mass_ratio"]], "compactobject (class in mayawaves.compactobject)": [[5, "mayawaves.compactobject.CompactObject"]], "compactobject.column (class in mayawaves.compactobject)": [[5, "mayawaves.compactobject.CompactObject.Column"]], "apparent_horizon_area (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_area"]], "apparent_horizon_areal_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_areal_radius"]], "apparent_horizon_circumferences (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_circumferences"]], "apparent_horizon_expansion_theta_l (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_expansion_theta_l"]], "apparent_horizon_inner_expansion_theta_n (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_inner_expansion_theta_n"]], "apparent_horizon_maximum_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_maximum_radius"]], "apparent_horizon_mean_curvature (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_mean_curvature"]], "apparent_horizon_mean_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_mean_radius"]], "apparent_horizon_minimum_radius (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_minimum_radius"]], "apparent_horizon_quadrupoles (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.apparent_horizon_quadrupoles"]], "available_data_columns (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.available_data_columns"]], "data_array (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.data_array"]], "dimensional_spin_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.dimensional_spin_at_time"]], "dimensional_spin_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.dimensional_spin_vector"]], "dimensionless_spin_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.dimensionless_spin_at_time"]], "dimensionless_spin_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.dimensionless_spin_vector"]], "final_dimensional_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_dimensional_spin"]], "final_dimensionless_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_dimensionless_spin"]], "final_horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_horizon_mass"]], "final_irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.final_irreducible_mass"]], "get_data_from_columns() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.get_data_from_columns"]], "horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.horizon_mass"]], "horizon_mass_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.horizon_mass_at_time"]], "initial_dimensional_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_dimensional_spin"]], "initial_dimensionless_spin (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_dimensionless_spin"]], "initial_horizon_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_horizon_mass"]], "initial_irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.initial_irreducible_mass"]], "irreducible_mass (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.irreducible_mass"]], "irreducible_mass_at_time() (mayawaves.compactobject.compactobject method)": [[5, "mayawaves.compactobject.CompactObject.irreducible_mass_at_time"]], "last_available_spin_data_time (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.last_available_spin_data_time"]], "mayawaves.compactobject": [[5, "module-mayawaves.compactobject"]], "momentum_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.momentum_vector"]], "position_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.position_vector"]], "velocity_vector (mayawaves.compactobject.compactobject property)": [[5, "mayawaves.compactobject.CompactObject.velocity_vector"]], "radiationbundle (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationBundle"]], "radiationmode (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationMode"]], "radiationsphere (class in mayawaves.radiation)": [[6, "mayawaves.radiation.RadiationSphere"]], "compute_and_store_strain() (mayawaves.radiation.radiationmode method)": [[6, "mayawaves.radiation.RadiationMode.compute_and_store_strain"]], "create_extrapolated_sphere() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.create_extrapolated_sphere"]], "create_radiation_bundle() (mayawaves.radiation.radiationbundle static method)": [[6, "mayawaves.radiation.RadiationBundle.create_radiation_bundle"]], "create_radiation_mode() (mayawaves.radiation.radiationmode static method)": [[6, "mayawaves.radiation.RadiationMode.create_radiation_mode"]], "create_radiation_sphere() (mayawaves.radiation.radiationsphere static method)": [[6, "mayawaves.radiation.RadiationSphere.create_radiation_sphere"]], "denergy_dt_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.dEnergy_dt_radiated"]], "dp_dt_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.dP_dt_radiated"]], "energy_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.energy_radiated"]], "extrapolated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.extrapolated"]], "extrapolated (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.extrapolated"]], "extrapolated_sphere (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.extrapolated_sphere"]], "frame (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.frame"]], "frame (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.frame"]], "get_denergy_dt_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_dEnergy_dt_radiated"]], "get_denergy_dt_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_dEnergy_dt_radiated"]], "get_dp_dt_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_dP_dt_radiated"]], "get_dp_dt_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_dP_dt_radiated"]], "get_energy_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_energy_radiated"]], "get_energy_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_energy_radiated"]], "get_extrapolated_sphere() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_extrapolated_sphere"]], "get_linear_momentum_radiated() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_linear_momentum_radiated"]], "get_linear_momentum_radiated() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_linear_momentum_radiated"]], "get_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_mode"]], "get_mode_with_extrapolated_radius() (mayawaves.radiation.radiationmode method)": [[6, "mayawaves.radiation.RadiationMode.get_mode_with_extrapolated_radius"]], "get_psi4_amplitude_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_amplitude_for_mode"]], "get_psi4_amplitude_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_amplitude_for_mode"]], "get_psi4_imaginary_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_imaginary_for_mode"]], "get_psi4_imaginary_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_imaginary_for_mode"]], "get_psi4_max_time_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_max_time_for_mode"]], "get_psi4_max_time_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_max_time_for_mode"]], "get_psi4_phase_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_phase_for_mode"]], "get_psi4_phase_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_phase_for_mode"]], "get_psi4_real_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_psi4_real_for_mode"]], "get_psi4_real_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_psi4_real_for_mode"]], "get_strain_amplitude_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_amplitude_for_mode"]], "get_strain_amplitude_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_amplitude_for_mode"]], "get_strain_cross_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_cross_for_mode"]], "get_strain_cross_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_cross_for_mode"]], "get_strain_phase_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_phase_for_mode"]], "get_strain_phase_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_phase_for_mode"]], "get_strain_plus_for_mode() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_plus_for_mode"]], "get_strain_plus_for_mode() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_plus_for_mode"]], "get_strain_recomposed_at_sky_location() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_strain_recomposed_at_sky_location"]], "get_strain_recomposed_at_sky_location() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.get_strain_recomposed_at_sky_location"]], "get_time() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.get_time"]], "h_cross_dot (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.h_cross_dot"]], "h_plus_dot (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.h_plus_dot"]], "included_modes (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.included_modes"]], "included_modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.included_modes"]], "included_radii (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.included_radii"]], "l_max (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.l_max"]], "l_max (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.l_max"]], "l_value (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.l_value"]], "linear_momentum_radiated (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.linear_momentum_radiated"]], "m_value (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.m_value"]], "modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.modes"]], "omega_start (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.omega_start"]], "psi4_amplitude (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_amplitude"]], "psi4_imaginary (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_imaginary"]], "psi4_max_time (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_max_time"]], "psi4_omega (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_omega"]], "psi4_phase (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_phase"]], "psi4_real (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.psi4_real"]], "radiation_sphere (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.radiation_sphere"]], "radiation_spheres (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.radiation_spheres"]], "radius (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.radius"]], "radius (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.radius"]], "radius_for_extrapolation (mayawaves.radiation.radiationbundle property)": [[6, "mayawaves.radiation.RadiationBundle.radius_for_extrapolation"]], "raw_modes (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.raw_modes"]], "set_frame() (mayawaves.radiation.radiationbundle method)": [[6, "mayawaves.radiation.RadiationBundle.set_frame"]], "set_frame() (mayawaves.radiation.radiationsphere method)": [[6, "mayawaves.radiation.RadiationSphere.set_frame"]], "strain_amplitude (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.strain_amplitude"]], "strain_cross (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.strain_cross"]], "strain_phase (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.strain_phase"]], "strain_plus (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.strain_plus"]], "time (mayawaves.radiation.radiationmode property)": [[6, "mayawaves.radiation.RadiationMode.time"]], "time (mayawaves.radiation.radiationsphere property)": [[6, "mayawaves.radiation.RadiationSphere.time"]], "ylm() (mayawaves.radiation.radiationmode static method)": [[6, "mayawaves.radiation.RadiationMode.ylm"]], "catalog (class in mayawaves.utils.catalogutils)": [[7, "mayawaves.utils.catalogutils.Catalog"]], "parameter (class in mayawaves.utils.catalogutils)": [[7, "mayawaves.utils.catalogutils.Parameter"]], "aligned_spin_simulations (mayawaves.utils.catalogutils.catalog property)": [[7, "mayawaves.utils.catalogutils.Catalog.aligned_spin_simulations"]], "create_h5_from_simulation() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.create_h5_from_simulation"]], "dh_dr_from_separation() (in module mayawaves.utils.postnewtonianutils)": [[7, "mayawaves.utils.postnewtonianutils.dH_dr_from_separation"]], "determine_lvc_format() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.determine_lvc_format"]], "download_waveforms() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.download_waveforms"]], "export_to_ascii() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.export_to_ascii"]], "export_to_lal_compatible_format() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.export_to_lal_compatible_format"]], "export_to_lvcnr_catalog() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.export_to_lvcnr_catalog"]], "get_parameters_for_simulation() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.get_parameters_for_simulation"]], "get_simulations_with_mass_ratio() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.get_simulations_with_mass_ratio"]], "get_simulations_with_parameters() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.get_simulations_with_parameters"]], "get_simulations_with_symmetric_mass_ratio() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.get_simulations_with_symmetric_mass_ratio"]], "get_stitched_data() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.get_stitched_data"]], "low_pass_filter() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.low_pass_filter"]], "mayawaves.utils.catalogutils": [[7, "module-mayawaves.utils.catalogutils"]], "mayawaves.utils.postnewtonianutils": [[7, "module-mayawaves.utils.postnewtonianutils"]], "mayawaves.utils.postprocessingutils": [[7, "module-mayawaves.utils.postprocessingutils"]], "nonspinning_simulations (mayawaves.utils.catalogutils.catalog property)": [[7, "mayawaves.utils.catalogutils.Catalog.nonspinning_simulations"]], "orbital_frequency_from_separation() (in module mayawaves.utils.postnewtonianutils)": [[7, "mayawaves.utils.postnewtonianutils.orbital_frequency_from_separation"]], "plot_catalog_parameters() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.plot_catalog_parameters"]], "precessing_simulations (mayawaves.utils.catalogutils.catalog property)": [[7, "mayawaves.utils.catalogutils.Catalog.precessing_simulations"]], "radial_momentum_from_separation() (in module mayawaves.utils.postnewtonianutils)": [[7, "mayawaves.utils.postnewtonianutils.radial_momentum_from_separation"]], "separation_from_orbital_frequency() (in module mayawaves.utils.postnewtonianutils)": [[7, "mayawaves.utils.postnewtonianutils.separation_from_orbital_frequency"]], "spin_magnitudes_for_simulation() (mayawaves.utils.catalogutils.catalog method)": [[7, "mayawaves.utils.catalogutils.Catalog.spin_magnitudes_for_simulation"]], "summarize_coalescence() (in module mayawaves.utils.postprocessingutils)": [[7, "mayawaves.utils.postprocessingutils.summarize_coalescence"]], "tangential_momentum_from_separation() (in module mayawaves.utils.postnewtonianutils)": [[7, "mayawaves.utils.postnewtonianutils.tangential_momentum_from_separation"]]}}) \ No newline at end of file diff --git a/docs/html/source/getting_started.html b/docs/html/source/getting_started.html index f032913..86abcd6 100644 --- a/docs/html/source/getting_started.html +++ b/docs/html/source/getting_started.html @@ -136,9 +136,14 @@

How to install

Requirements

-

Due to its dependencies, this package requires 3.9 \(\leq\) python \(\leq\) 3.10.

+

For most usecases, this package requires 3.9 \(\leq\) python.

It also relies upon the following python packages which are automatically installed from pip when you install mayawaves:

-
numpy, scipy, pandas, romspline, wget, matplotlib, mock, numba, scri
+
numpy, scipy, pandas, romspline, wget, matplotlib, mock
+

+

+
However, if you want to use the ability to switch to a center-of-mass frame for the gravitational radiation, that has
+additional dependencies that require python \(\leq\) 3.10 as well as the following dependencies:

+
numba, scri
 

 

 
This package has been tested with Einstein Toolkit Release Meitner (released on December 6th, 2023).
diff --git a/docs/source/getting_started.rst b/docs/source/getting_started.rst
index e45a2e4..b38e493 100644
--- a/docs/source/getting_started.rst
+++ b/docs/source/getting_started.rst
@@ -31,11 +31,17 @@ at the top of your file. You can also import specific parts of mayawaves instead
 
 Requirements
 -------------------------------------
-Due to its dependencies, this package requires 3.9 :math:`\leq` python :math:`\leq` 3.10.
+For most usecases, this package requires 3.9 :math:`\leq` python.
 
 It also relies upon the following python packages which are automatically installed from pip when you install mayawaves::
 
-    numpy, scipy, pandas, romspline, wget, matplotlib, mock, numba, scri
+    numpy, scipy, pandas, romspline, wget, matplotlib, mock
+
+
+However, if you want to use the ability to switch to a center-of-mass frame for the gravitational radiation, that has
+additional dependencies that require python :math:`\leq` 3.10 as well as the following dependencies::
+
+    numba, scri
 
 This package has been tested with Einstein Toolkit Release Meitner (released on December 6th, 2023).
 It supports output from the following thorns::
diff --git a/mayawaves/coalescence.py b/mayawaves/coalescence.py
index df4670a..7e8db2f 100644
--- a/mayawaves/coalescence.py
+++ b/mayawaves/coalescence.py
@@ -292,6 +292,11 @@ def set_radiation_frame(self, center_of_mass_corrected: bool = False):
         Args:
             center_of_mass_corrected (:obj:`bool`, optional): Whether to correct for center of mass drift. Default False. If false, the frame is set back to the original, raw frame.
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            warnings.warn('Python version too recent to be compatible with Scri package. Unable to change the radiation frame.')
+            raise ImportError('Unable to change the radiation frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
         from mayawaves.radiation import Frame
 
         if center_of_mass_corrected:
diff --git a/mayawaves/radiation.py b/mayawaves/radiation.py
index 2190169..c1e1982 100644
--- a/mayawaves/radiation.py
+++ b/mayawaves/radiation.py
@@ -3,12 +3,10 @@
 import h5py
 import numpy as np
 import scipy.integrate
-import scri
 from scipy.ndimage import uniform_filter1d
 from scipy.signal import butter, filtfilt
 from scipy.signal.windows import blackmanharris
 import math
-from spherical_functions import LM_index
 
 
 class Frame(Enum):
@@ -76,6 +74,10 @@ def set_frame(self, new_frame: Frame, time: np.ndarray = None, center_of_mass: n
             center_of_mass (:obj:`numpy.ndarray`, optional): Time series of center of mass. Only necessary if moving to center of mass corrected frame.
 
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            raise ImportError('Unable to change the radiation frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
         if type(new_frame) != Frame:
             warnings.warn("You must provide the frame as a Frame enum value")
             return
@@ -685,6 +687,11 @@ def set_frame(self, new_frame: Frame, time: np.ndarray = None, center_of_mass: n
             alpha (:obj:`numpy.ndarray`, optional): Offset for center of mass correction. Only necessary if moving to center of mass corrected frame and not providing the center of mass timeseries.
             beta (:obj:`numpy.ndarray`, optional): Boost for center of mass correction. Only necessary if moving to center of mass corrected frame and not providing the center of mass timeseries.
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            raise ImportError(
+                'Unable to change the radiation frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
         if type(new_frame) != Frame:
             warnings.warn('You must provide the new frame as a Frame enum')
             return
@@ -704,6 +711,11 @@ def modes(self) -> dict:
         if self.frame == Frame.RAW:
             return self.raw_modes
         if self.frame == Frame.COM_CORRECTED:
+            import sys
+            if sys.version_info.major == 3 and sys.version_info.minor > 10:
+                raise ImportError(
+                    'Unable to return modes in center-of-mass corrected frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
             if self.__com_corrected_modes is None:
                 self.__frame = Frame.RAW
                 self._generate_com_corrected_modes()
@@ -736,6 +748,11 @@ def l_max(self) -> int:
     def time(self) -> np.ndarray:
         """Time array associated with all timeseries provided by this RadiationSphere."""
         if self.frame == Frame.COM_CORRECTED:
+            import sys
+            if sys.version_info.major == 3 and sys.version_info.minor > 10:
+                raise ImportError(
+                    'Unable to return time in center-of-mass corrected frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
             return self.__com_corrected_time
         return self.__time
 
@@ -1239,11 +1256,16 @@ def get_extrapolated_sphere(self, order: int = 1):
         extrapolated_sphere = RadiationSphere(mode_dict=temp_modes, time=np.array(self.__time), radius=self.radius,
                                               extrapolated=True)
         if self.frame != Frame.RAW:
+            import sys
+            if sys.version_info.major == 3 and sys.version_info.minor > 10:
+                raise ImportError(
+                    'Unable to set center-of-mass corrected frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
             extrapolated_sphere.set_frame(self.frame, alpha=self.__alpha, beta=self.__beta)
 
         return extrapolated_sphere
 
-    def _scri_waveform_modes_object(self) -> scri.WaveformModes:
+    def _scri_waveform_modes_object(self):
         """Create and return a Scri WaveformModes object containing the data for this extraction sphere.
 
         For more information on scri objects, refer to https://scri.readthedocs.io.
@@ -1251,6 +1273,11 @@ def _scri_waveform_modes_object(self) -> scri.WaveformModes:
         Returns: A Scri WaveformModes object
 
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            raise ImportError(
+                'Unable to create scri waveform modes object. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
         from scri import WaveformModes
         from scri import h as scri_h
         from scri import Inertial
@@ -1292,6 +1319,11 @@ def _set_alpha_beta_for_com_transformation(self, com_time, center_of_mass):
             center_of_mass (np.ndarray): timeseries of center of mass
 
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            raise ImportError(
+                'Unable to convert to center-of-mass corrected frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
         com_time = com_time + self.radius
         t_max = np.max(com_time)
         ti = 0.1 * t_max
@@ -1316,6 +1348,13 @@ def _generate_com_corrected_modes(self):
 
         Uses scri to perform the transformation. For more information on scri, refer to https://scri.readthedocs.io.
         """
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            raise ImportError(
+                'Unable to return modes in center-of-mass corrected frame. Python version too recent to be compatible with Scri package. If you would like the ability to move to center-of-mass corrected frame, use python <= 3.10.')
+
+        from spherical_functions import LM_index
+
         scri_waveform_object = self._scri_waveform_modes_object()
         if scri_waveform_object is None:
             return
diff --git a/mayawaves/utils/postprocessingutils.py b/mayawaves/utils/postprocessingutils.py
index 5ee92fd..f82de20 100644
--- a/mayawaves/utils/postprocessingutils.py
+++ b/mayawaves/utils/postprocessingutils.py
@@ -2667,10 +2667,12 @@ def _put_data_in_lal_compatible_format(coalescence: Coalescence, lal_h5_file_nam
         center_of_mass_correction (:obj:'bool', optional): whether to correct for center of mass drift. Default False.
 
     """
+    from mayawaves.radiation import Frame
     if center_of_mass_correction:
         coalescence.set_radiation_frame(center_of_mass_corrected=True)
     else:
-        coalescence.set_radiation_frame()
+        if not coalescence.radiation_frame == Frame.RAW:
+            coalescence.set_radiation_frame()
 
     initial_time_horizon = 75
     if extraction_radius != 0:
@@ -2737,15 +2739,18 @@ def _put_data_in_lal_compatible_format(coalescence: Coalescence, lal_h5_file_nam
         _store_compact_object_timeseries_data(coalescence, lal_h5_file, lvc_format, time_shift, initial_time_horizon)
 
         lal_h5_file.close()
-        coalescence.set_radiation_frame()
+        if coalescence.radiation_frame != Frame.RAW:
+            coalescence.set_radiation_frame()
 
     except Exception as e:
         lal_h5_file.close()
-        coalescence.set_radiation_frame()
+        if coalescence.radiation_frame != Frame.RAW:
+            coalescence.set_radiation_frame()
         raise e
 
     if raise_mode_error:
-        coalescence.set_radiation_frame()
+        if coalescence.radiation_frame != Frame.RAW:
+            coalescence.set_radiation_frame()
         raise IOError(f"Data is missing for one of the included modes")
 
 
diff --git a/pyproject.toml b/pyproject.toml
index 4827ce5..b63f04b 100644
--- a/pyproject.toml
+++ b/pyproject.toml
@@ -4,7 +4,7 @@ build-backend = "hatchling.build"
 
 [project]
 name = "mayawaves"
-version = "2023.10"
+version = "2024.4"
 authors = [
     { name="Deborah Ferguson", email="deborah.l.ferguson@gmail.com" },
     { name="Surendra Anne" },
@@ -22,7 +22,7 @@ authors = [
 description = "A python package for interacting with Einstein Toolkit simulations and the MAYA Catalog of NR Waveforms"
 readme = "README.md"
 license = { file="LICENSE" }
-requires-python = ">=3.8,<3.11"
+requires-python = ">=3.8"
 classifiers = [
     "Programming Language :: Python :: 3",
     "License :: OSI Approved :: GNU General Public License v3 (GPLv3)",
@@ -35,8 +35,8 @@ dependencies = ["numpy",
     "wget",
     "matplotlib",
     "mock",
-    "numba",
-    "scri"
+    "numba; python_version < '3.11'",
+    "scri; python_version < '3.11'"
 ]
 
 [project.urls]
diff --git a/requirements.txt b/requirements.txt
index c6a92c6..40e15c8 100644
--- a/requirements.txt
+++ b/requirements.txt
@@ -5,5 +5,5 @@ romspline
 wget
 matplotlib
 mock
-numba
-scri
+numba; python_version < '3.11'
+scri; python_version < '3.11'
diff --git a/tests/test_coalescence.py b/tests/test_coalescence.py
index c02725c..572cee9 100644
--- a/tests/test_coalescence.py
+++ b/tests/test_coalescence.py
@@ -622,31 +622,65 @@ def test_set_radiation_frame(self):
 
         # center of mass
         #  center of mass data is None
-        with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
-            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                              return_value=(None, None)) as mock_center_of_mass:
-                TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
-
-                mock_center_of_mass.assert_called_once()
-                mock_set_frame.assert_not_called()
-        #  center of mass data is not None
-        with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
-            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                              return_value=(
-                              np.array([1, 2, 3]), np.array([[1, 2, 3], [4, 5, 6], [7, 8, 9]]))) as mock_center_of_mass:
-                TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
-
-                mock_center_of_mass.assert_called_once()
-                self.assertEqual(Frame.COM_CORRECTED, mock_set_frame.call_args[0][0])
-                self.assertEqual(2, len(mock_set_frame.call_args[1]))
-                self.assertTrue(np.all(np.array([1, 2, 3]) == mock_set_frame.call_args[1]['time']))
-                self.assertTrue(np.all(
-                    np.array([[1, 2, 3], [4, 5, 6], [7, 8, 9]]) == mock_set_frame.call_args[1]['center_of_mass']))
-
-        # resetting to raw frame
-        with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
-            TestCoalescence.coalescence.set_radiation_frame()
-            mock_set_frame.assert_called_once_with(Frame.RAW)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                                  return_value=(None, None)) as mock_center_of_mass:
+                    try:
+                        TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
+                        self.fail()
+                    except ImportError:
+                        mock_center_of_mass.assert_not_called()
+                        mock_set_frame.assert_not_called()
+
+            #  center of mass data is not None
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                                  return_value=(
+                                  np.array([1, 2, 3]), np.array([[1, 2, 3], [4, 5, 6], [7, 8, 9]]))) as mock_center_of_mass:
+                    try:
+                        TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
+                        self.fail()
+                    except ImportError:
+                        mock_center_of_mass.assert_not_called()
+
+            # resetting to raw frame
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                try:
+                    TestCoalescence.coalescence.set_radiation_frame()
+                    self.fail()
+                except ImportError:
+                    mock_set_frame.assert_not_called()
+
+        else:
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                                  return_value=(None, None)) as mock_center_of_mass:
+                    TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
+
+                    mock_center_of_mass.assert_called_once()
+                    mock_set_frame.assert_not_called()
+
+            #  center of mass data is not None
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                                  return_value=(
+                                  np.array([1, 2, 3]),
+                                  np.array([[1, 2, 3], [4, 5, 6], [7, 8, 9]]))) as mock_center_of_mass:
+                    TestCoalescence.coalescence.set_radiation_frame(center_of_mass_corrected=True)
+
+                    mock_center_of_mass.assert_called_once()
+                    self.assertEqual(Frame.COM_CORRECTED, mock_set_frame.call_args[0][0])
+                    self.assertEqual(2, len(mock_set_frame.call_args[1]))
+                    self.assertTrue(np.all(np.array([1, 2, 3]) == mock_set_frame.call_args[1]['time']))
+                    self.assertTrue(np.all(
+                        np.array([[1, 2, 3], [4, 5, 6], [7, 8, 9]]) == mock_set_frame.call_args[1]['center_of_mass']))
+
+            # resetting to raw frame
+            with patch.object(RadiationBundle, 'set_frame') as mock_set_frame:
+                TestCoalescence.coalescence.set_radiation_frame()
+                mock_set_frame.assert_called_once_with(Frame.RAW)
 
     @mock.patch("mayawaves.compactobject.CompactObject.initial_horizon_mass", new_callable=PropertyMock)
     @mock.patch("mayawaves.compactobject.CompactObject.horizon_mass", new_callable=PropertyMock)
diff --git a/tests/test_postprocessingutils.py b/tests/test_postprocessingutils.py
index e553b01..ec87cd6 100644
--- a/tests/test_postprocessingutils.py
+++ b/tests/test_postprocessingutils.py
@@ -3123,58 +3123,60 @@ def test__store_lal_metadata(self):
 
         # test setting frame
         # com corrected frame
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor <= 10:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
 
-        temp_h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
-        temp_lal_h5 = h5py.File(temp_h5_filename, 'w')
-        name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
-        alternative_names = []
-        initial_time_horizon = 75
-        omega_22_nr = 0.2
+            temp_h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            temp_lal_h5 = h5py.File(temp_h5_filename, 'w')
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            initial_time_horizon = 75
+            omega_22_nr = 0.2
 
-        lvc_format = 1
+            lvc_format = 1
 
-        coalescence.set_radiation_frame(center_of_mass_corrected=True)
+            coalescence.set_radiation_frame(center_of_mass_corrected=True)
 
-        _store_lal_metadata(coalescence, temp_lal_h5, name, alternative_names,
-                            initial_time_horizon, omega_22_nr, lvc_format, NR_group='UT Austin', NR_code='MAYA',
-                            bibtex_keys='Jani:2016wkt', contact_email='deirdre.shoemaker@austin.utexas.edu')
+            _store_lal_metadata(coalescence, temp_lal_h5, name, alternative_names,
+                                initial_time_horizon, omega_22_nr, lvc_format, NR_group='UT Austin', NR_code='MAYA',
+                                bibtex_keys='Jani:2016wkt', contact_email='deirdre.shoemaker@austin.utexas.edu')
 
-        self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
-        self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
+            self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
+            self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(temp_h5_filename)
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(temp_h5_filename)
 
-        # failed com corrected frame
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
+            # failed com corrected frame
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
 
-        temp_h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
-        temp_lal_h5 = h5py.File(temp_h5_filename, 'w')
-        name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
-        alternative_names = []
-        initial_time_horizon = 75
-        omega_22_nr = 0.2
+            temp_h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            temp_lal_h5 = h5py.File(temp_h5_filename, 'w')
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            initial_time_horizon = 75
+            omega_22_nr = 0.2
 
-        lvc_format = 1
+            lvc_format = 1
 
-        with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                          return_value=(None, None)) as mock_center_of_mass:
-            coalescence.set_radiation_frame(center_of_mass_corrected=True)
-            _store_lal_metadata(coalescence, temp_lal_h5, name, alternative_names,
-                                initial_time_horizon, omega_22_nr, lvc_format, NR_group='UT Austin', NR_code='MAYA',
-                                bibtex_keys='Jani:2016wkt', contact_email='deirdre.shoemaker@austin.utexas.edu', )
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                coalescence.set_radiation_frame(center_of_mass_corrected=True)
+                _store_lal_metadata(coalescence, temp_lal_h5, name, alternative_names,
+                                    initial_time_horizon, omega_22_nr, lvc_format, NR_group='UT Austin', NR_code='MAYA',
+                                    bibtex_keys='Jani:2016wkt', contact_email='deirdre.shoemaker@austin.utexas.edu', )
 
-        self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+            self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(temp_h5_filename)
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(temp_h5_filename)
 
         # change metadata
 
@@ -3431,49 +3433,93 @@ def test__put_data_in_lal_compatible_format(self):
         os.remove(temp_lal_h5_file_name)
 
         # com corrected case
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-
-        temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
-        name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
-        alternative_names = []
-        extraction_radius = 70
-        _put_data_in_lal_compatible_format(coalescence, temp_lal_h5_file_name, name, alternative_names,
-                                           extraction_radius, center_of_mass_correction=True, NR_group='UT Austin',
-                                           NR_code='MAYA', bibtex_keys='Jani:2016wkt',
-                                           contact_email='deirdre.shoemaker@austin.utexas.edu')
-
-        temp_lal_h5 = h5py.File(temp_lal_h5_file_name, 'r')
-        self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
-        self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
-
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(temp_lal_h5_file_name)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+
+            temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            extraction_radius = 70
+            try:
+                _put_data_in_lal_compatible_format(coalescence, temp_lal_h5_file_name, name, alternative_names,
+                                                   extraction_radius, center_of_mass_correction=True,
+                                                   NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                   contact_email='deirdre.shoemaker@austin.utexas.edu')
+                self.fail()
+            except ImportError:
+                pass
+            coalescence.close()
 
-        # failed com corrected case
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-
-        temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
-        name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
-        alternative_names = []
-        extraction_radius = 70
-        with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                          return_value=(None, None)) as mock_center_of_mass:
+        else:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+
+            temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            extraction_radius = 70
             _put_data_in_lal_compatible_format(coalescence, temp_lal_h5_file_name, name, alternative_names,
                                                extraction_radius, center_of_mass_correction=True, NR_group='UT Austin',
                                                NR_code='MAYA', bibtex_keys='Jani:2016wkt',
                                                contact_email='deirdre.shoemaker@austin.utexas.edu')
 
-        temp_lal_h5 = h5py.File(temp_lal_h5_file_name, 'r')
-        self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+            temp_lal_h5 = h5py.File(temp_lal_h5_file_name, 'r')
+            self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
+            self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(temp_lal_h5_file_name)
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(temp_lal_h5_file_name)
+
+        # failed com corrected case
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+
+            temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            extraction_radius = 70
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                try:
+                    _put_data_in_lal_compatible_format(coalescence, temp_lal_h5_file_name, name, alternative_names,
+                                                       extraction_radius, center_of_mass_correction=True,
+                                                       NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                       contact_email='deirdre.shoemaker@austin.utexas.edu')
+                    self.fail()
+                except ImportError:
+                    pass
+            coalescence.close()
+
+        else:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+
+            temp_lal_h5_file_name = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/temp.h5")
+            name = "D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67"
+            alternative_names = []
+            extraction_radius = 70
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                _put_data_in_lal_compatible_format(coalescence, temp_lal_h5_file_name, name, alternative_names,
+                                                   extraction_radius, center_of_mass_correction=True,
+                                                   NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                   contact_email='deirdre.shoemaker@austin.utexas.edu')
+
+            temp_lal_h5 = h5py.File(temp_lal_h5_file_name, 'r')
+            self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(temp_lal_h5_file_name)
 
     def test_export_to_ascii(self):
         h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
@@ -3638,12 +3684,13 @@ def test__export_ascii_file(self):
 
     @mock.patch("mayawaves.coalescence.Coalescence.spin_configuration", new_callable=PropertyMock)
     def test_export_to_lvcnr_catalog(self, mock_coalescence_spin_configuration):
+        from mayawaves.radiation import Frame
         mock_coalescence_spin_configuration.return_value = "non-spinning"
         output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
         h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
                                    "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
         coalescence = Coalescence(h5_filename)
-
+        coalescence.radiationbundle._RadiationBundle__frame = Frame.RAW
         pputils.export_to_lvcnr_catalog(coalescence, output_directory, NR_group='UT Austin', NR_code='MAYA',
                                         bibtex_keys='Jani:2016wkt',
                                         contact_email='deirdre.shoemaker@austin.utexas.edu')
@@ -3691,46 +3738,79 @@ def test_export_to_lvcnr_catalog(self, mock_coalescence_spin_configuration):
         os.remove(lal_h5_filepath)
 
         # com corrected case
-        output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-        pputils.export_to_lvcnr_catalog(coalescence, output_directory, center_of_mass_correction=True,
-                                        NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
-                                        contact_email='deirdre.shoemaker@austin.utexas.edu')
-
-        lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                       "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        self.assertTrue(os.path.exists(lal_h5_filepath))
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            try:
+                pputils.export_to_lvcnr_catalog(coalescence, output_directory, center_of_mass_correction=True,
+                                                NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                contact_email='deirdre.shoemaker@austin.utexas.edu')
+                self.fail()
+            except ImportError:
+                pass
 
-        temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
-        self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
-        self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
+            coalescence.close()
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(lal_h5_filepath)
-
-        # failed com corrected case
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-        with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                          return_value=(None, None)) as mock_center_of_mass:
+        else:
+            output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
             pputils.export_to_lvcnr_catalog(coalescence, output_directory, center_of_mass_correction=True,
                                             NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
                                             contact_email='deirdre.shoemaker@austin.utexas.edu')
 
-        lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                       "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        self.assertTrue(os.path.exists(lal_h5_filepath))
+            lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            self.assertTrue(os.path.exists(lal_h5_filepath))
 
-        temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
-        self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+            temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
+            self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
+            self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(lal_h5_filepath)
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(lal_h5_filepath)
+
+        # failed com corrected case
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                try:
+                    pputils.export_to_lvcnr_catalog(coalescence, output_directory, center_of_mass_correction=True,
+                                                NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                contact_email='deirdre.shoemaker@austin.utexas.edu')
+                    self.fail()
+                except ImportError:
+                    pass
+                coalescence.close()
+
+        else:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                pputils.export_to_lvcnr_catalog(coalescence, output_directory, center_of_mass_correction=True,
+                                                NR_group='UT Austin', NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                contact_email='deirdre.shoemaker@austin.utexas.edu')
+
+            lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                           "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            self.assertTrue(os.path.exists(lal_h5_filepath))
+
+            temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
+            self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(lal_h5_filepath)
 
         # if precessing without enough spin data, this should fail
         coalescence = Coalescence(h5_filename)
@@ -3797,48 +3877,85 @@ def test_export_to_lal_compatible_format(self, mock_coalescence_spin_configurati
         os.remove(lal_h5_filepath)
 
         # com corrected case
-        output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-        pputils.export_to_lal_compatible_format(coalescence, output_directory, extraction_radius=70,
-                                                center_of_mass_correction=True, NR_group='UT Austin',
-                                                NR_code='MAYA', bibtex_keys='Jani:2016wkt',
-                                                contact_email='deirdre.shoemaker@austin.utexas.edu',)
-
-        lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                       "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        self.assertTrue(os.path.exists(lal_h5_filepath))
-
-        temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
-        self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
-        self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
-
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(lal_h5_filepath)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            try:
+                pputils.export_to_lal_compatible_format(coalescence, output_directory, extraction_radius=70,
+                                                        center_of_mass_correction=True, NR_group='UT Austin',
+                                                        NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                        contact_email='deirdre.shoemaker@austin.utexas.edu')
+                self.fail()
+            except ImportError:
+                pass
+
+            coalescence.close()
 
-        # failed com corrected case
-        h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                   "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        coalescence = Coalescence(h5_filename)
-        with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
-                          return_value=(None, None)) as mock_center_of_mass:
+        else:
+            output_directory = os.path.join(TestPostprocessingUtils.CURR_DIR, "resources/test_output")
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
             pputils.export_to_lal_compatible_format(coalescence, output_directory, extraction_radius=70,
                                                     center_of_mass_correction=True, NR_group='UT Austin',
                                                     NR_code='MAYA', bibtex_keys='Jani:2016wkt',
-                                                    contact_email='deirdre.shoemaker@austin.utexas.edu',)
+                                                    contact_email='deirdre.shoemaker@austin.utexas.edu')
 
-        lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
-                                       "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
-        self.assertTrue(os.path.exists(lal_h5_filepath))
+            lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                           "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            self.assertTrue(os.path.exists(lal_h5_filepath))
 
-        temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
-        self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+            temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
+            self.assertTrue('frame' in temp_lal_h5['auxiliary-info'].attrs)
+            self.assertEqual('Center of mass drift corrected', temp_lal_h5['auxiliary-info'].attrs['frame'])
 
-        coalescence.close()
-        temp_lal_h5.close()
-        os.remove(lal_h5_filepath)
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(lal_h5_filepath)
+
+        # failed com corrected case
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                try:
+                    pputils.export_to_lal_compatible_format(coalescence, output_directory, extraction_radius=70,
+                                                            center_of_mass_correction=True, NR_group='UT Austin',
+                                                            NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                            contact_email='deirdre.shoemaker@austin.utexas.edu')
+                    self.fail()
+                except ImportError:
+                    pass
+
+                coalescence.close()
+
+        else:
+            h5_filename = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                       "resources/temp/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            coalescence = Coalescence(h5_filename)
+            with patch.object(Coalescence, 'center_of_mass', new_callable=PropertyMock,
+                              return_value=(None, None)) as mock_center_of_mass:
+                pputils.export_to_lal_compatible_format(coalescence, output_directory, extraction_radius=70,
+                                                        center_of_mass_correction=True, NR_group='UT Austin',
+                                                        NR_code='MAYA', bibtex_keys='Jani:2016wkt',
+                                                        contact_email='deirdre.shoemaker@austin.utexas.edu')
+
+            lal_h5_filepath = os.path.join(TestPostprocessingUtils.CURR_DIR,
+                                           "resources/test_output/D2.33_q1_a1_0_0_0_a2_0_0_0_m42.67.h5")
+            self.assertTrue(os.path.exists(lal_h5_filepath))
+
+            temp_lal_h5 = h5py.File(lal_h5_filepath, 'r')
+            self.assertTrue('frame' not in temp_lal_h5['auxiliary-info'].attrs)
+
+            coalescence.close()
+            temp_lal_h5.close()
+            os.remove(lal_h5_filepath)
 
         # if precessing without enough spin data, this should just warn
         coalescence = Coalescence(h5_filename)
diff --git a/tests/test_radiationbundle.py b/tests/test_radiationbundle.py
index 8d0ef02..ddf70c1 100644
--- a/tests/test_radiationbundle.py
+++ b/tests/test_radiationbundle.py
@@ -102,29 +102,62 @@ def test_frame(self):
     def test_set_frame(self):
         from mayawaves.radiation import Frame
 
-        # invalid frame
-        self.radiation_bundle.set_frame('test')
-        self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
-
-        self.radiation_bundle._RadiationBundle__frame = Frame.COM_CORRECTED
-        self.radiation_bundle.set_frame('test')
-        self.assertEqual(Frame.COM_CORRECTED, self.radiation_bundle._RadiationBundle__frame)
-
-        # raw
-        self.radiation_bundle.set_frame(Frame.RAW)
-        self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
-        # check that it set the frame for all the spheres
-        for sphere in self.radiation_bundle.radiation_spheres.values():
-            self.assertEqual(Frame.RAW, sphere.frame)
-
-        # com
-        self.__extrapolated_sphere = self.radiation_bundle.radiation_spheres[70]
-        self.radiation_bundle.set_frame(Frame.COM_CORRECTED)
-        self.assertEqual(Frame.COM_CORRECTED, self.radiation_bundle._RadiationBundle__frame)
-        # check that it set the frame for all the spheres
-        for sphere in self.radiation_bundle.radiation_spheres.values():
-            self.assertEqual(Frame.COM_CORRECTED, sphere.frame)
-        self.assertEqual(Frame.COM_CORRECTED, self.__extrapolated_sphere.frame)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            # invalid frame
+            try:
+                self.radiation_bundle.set_frame('test')
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
+
+            self.radiation_bundle._RadiationBundle__frame = Frame.COM_CORRECTED
+            try:
+                self.radiation_bundle.set_frame('test')
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.COM_CORRECTED, self.radiation_bundle._RadiationBundle__frame)
+
+            # raw
+            self.radiation_bundle._RadiationBundle__frame = Frame.RAW
+            try:
+                self.radiation_bundle.set_frame(Frame.RAW)
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
+
+            # com
+            self.__extrapolated_sphere = self.radiation_bundle.radiation_spheres[70]
+            try:
+                self.radiation_bundle.set_frame(Frame.COM_CORRECTED)
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
+
+        else:
+            # invalid frame
+            self.radiation_bundle.set_frame('test')
+            self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
+
+            self.radiation_bundle._RadiationBundle__frame = Frame.COM_CORRECTED
+            self.radiation_bundle.set_frame('test')
+            self.assertEqual(Frame.COM_CORRECTED, self.radiation_bundle._RadiationBundle__frame)
+
+            # raw
+            self.radiation_bundle.set_frame(Frame.RAW)
+            self.assertEqual(Frame.RAW, self.radiation_bundle._RadiationBundle__frame)
+            # check that it set the frame for all the spheres
+            for sphere in self.radiation_bundle.radiation_spheres.values():
+                self.assertEqual(Frame.RAW, sphere.frame)
+
+            # com
+            self.__extrapolated_sphere = self.radiation_bundle.radiation_spheres[70]
+            self.radiation_bundle.set_frame(Frame.COM_CORRECTED)
+            self.assertEqual(Frame.COM_CORRECTED, self.radiation_bundle._RadiationBundle__frame)
+            # check that it set the frame for all the spheres
+            for sphere in self.radiation_bundle.radiation_spheres.values():
+                self.assertEqual(Frame.COM_CORRECTED, sphere.frame)
+            self.assertEqual(Frame.COM_CORRECTED, self.__extrapolated_sphere.frame)
 
     def test_radiation_spheres(self):
         self.assertTrue(
diff --git a/tests/test_radiationsphere.py b/tests/test_radiationsphere.py
index ed8886a..eeb63f3 100644
--- a/tests/test_radiationsphere.py
+++ b/tests/test_radiationsphere.py
@@ -98,39 +98,102 @@ def test_frame(self):
     def test_set_frame(self):
         from mayawaves.radiation import Frame
 
-        # invalid frame
-        self.radiation_sphere.set_frame('coprecessing')
-        self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
-
-        self.radiation_sphere._RadiationSphere__frame = Frame.COM_CORRECTED
-        self.radiation_sphere.set_frame('coprecessing')
-        self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
-
-        # raw
-        self.radiation_sphere.set_frame(Frame.RAW)
-        self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
-
-        # com
-        self.radiation_sphere.set_frame(Frame.COM_CORRECTED)
-        self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
-
-        # test with time, com
-        self.radiation_sphere.set_frame(Frame.RAW)
-        time = np.array([1, 2, 3, 4])
-        com = np.array([5, 6, 7, 8])
-        with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
-            self.radiation_sphere.set_frame(Frame.COM_CORRECTED, time=time, center_of_mass=com)
-            mock_set_alpha_beta.assert_called_once_with(time, com)
-
-        # test setting alpha, beta directly
-        self.radiation_sphere.set_frame(Frame.RAW)
-        alpha = np.array([1, 2, 3])
-        beta = np.array([5, 6, 7])
-        with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
-            self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=alpha, beta=beta)
-            mock_set_alpha_beta.assert_not_called()
-            self.assertTrue(np.all(alpha == self.radiation_sphere._RadiationSphere__alpha))
-            self.assertTrue(np.all(beta == self.radiation_sphere._RadiationSphere__beta))
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            # invalid frame
+            try:
+                self.radiation_sphere.set_frame('coprecessing')
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
+
+            self.radiation_sphere._RadiationSphere__frame = Frame.COM_CORRECTED
+            try:
+                self.radiation_sphere.set_frame('coprecessing')
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
+
+            # raw
+            try:
+                self.radiation_sphere.set_frame(Frame.RAW)
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
+
+            # com
+            self.radiation_sphere._RadiationSphere__frame = Frame.RAW
+            try:
+                self.radiation_sphere.set_frame(Frame.COM_CORRECTED)
+                self.fail()
+            except ImportError:
+                self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
+
+            # test with time, com
+            try:
+                self.radiation_sphere.set_frame(Frame.RAW)
+                self.fail()
+            except:
+                pass
+            time = np.array([1, 2, 3, 4])
+            com = np.array([5, 6, 7, 8])
+            with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
+                try:
+                    self.radiation_sphere.set_frame(Frame.COM_CORRECTED, time=time, center_of_mass=com)
+                    self.fail()
+                except ImportError:
+                    mock_set_alpha_beta.assert_not_called()
+                    self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
+
+            # test setting alpha, beta directly
+            try:
+                self.radiation_sphere.set_frame(Frame.RAW)
+                self.fail()
+            except:
+                pass
+            alpha = np.array([1, 2, 3])
+            beta = np.array([5, 6, 7])
+            with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
+                try:
+                    self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=alpha, beta=beta)
+                    self.fail()
+                except ImportError:
+                    mock_set_alpha_beta.assert_not_called()
+
+        else:
+            # invalid frame
+            self.radiation_sphere.set_frame('coprecessing')
+            self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
+
+            self.radiation_sphere._RadiationSphere__frame = Frame.COM_CORRECTED
+            self.radiation_sphere.set_frame('coprecessing')
+            self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
+
+            # raw
+            self.radiation_sphere.set_frame(Frame.RAW)
+            self.assertEqual(Frame.RAW, self.radiation_sphere._RadiationSphere__frame)
+
+            # com
+            self.radiation_sphere.set_frame(Frame.COM_CORRECTED)
+            self.assertEqual(Frame.COM_CORRECTED, self.radiation_sphere._RadiationSphere__frame)
+
+            # test with time, com
+            self.radiation_sphere.set_frame(Frame.RAW)
+            time = np.array([1, 2, 3, 4])
+            com = np.array([5, 6, 7, 8])
+            with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
+                self.radiation_sphere.set_frame(Frame.COM_CORRECTED, time=time, center_of_mass=com)
+                mock_set_alpha_beta.assert_called_once_with(time, com)
+
+            # test setting alpha, beta directly
+            self.radiation_sphere.set_frame(Frame.RAW)
+            alpha = np.array([1, 2, 3])
+            beta = np.array([5, 6, 7])
+            with patch.object(RadiationSphere, '_set_alpha_beta_for_com_transformation') as mock_set_alpha_beta:
+                self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=alpha, beta=beta)
+                mock_set_alpha_beta.assert_not_called()
+                self.assertTrue(np.all(alpha == self.radiation_sphere._RadiationSphere__alpha))
+                self.assertTrue(np.all(beta == self.radiation_sphere._RadiationSphere__beta))
 
     def test_modes(self):
         example_radiation_mode = RadiationMode(l=2, m=2, rad=75, time=TestRadiationSphere.time,
@@ -151,7 +214,16 @@ def test_modes(self):
         # test that it returns correctly based on frame
         from mayawaves.radiation import Frame
         self.radiation_sphere._RadiationSphere__frame = Frame.COM_CORRECTED
-        self.assertTrue(self.radiation_sphere._RadiationSphere__com_corrected_modes == self.radiation_sphere.modes)
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            try:
+                com_modes = self.radiation_sphere.modes
+                self.fail()
+            except ImportError:
+                pass
+        else:
+            self.assertTrue(self.radiation_sphere._RadiationSphere__com_corrected_modes == self.radiation_sphere.modes)
+
 
     def test_raw_modes(self):
         example_radiation_mode = RadiationMode(l=2, m=2, rad=75, time=TestRadiationSphere.time,
@@ -194,7 +266,15 @@ def test_time(self):
         # check when using other frames
         from mayawaves.radiation import Frame
         self.radiation_sphere._RadiationSphere__frame = Frame.COM_CORRECTED
-        self.assertTrue(np.all(com_time == self.radiation_sphere.time))
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            try:
+                time = self.radiation_sphere.time
+                self.fail()
+            except ImportError:
+                pass
+        else:
+            self.assertTrue(np.all(com_time == self.radiation_sphere.time))
 
     def test_radius(self):
         self.radiation_sphere._RadiationSphere__radius = 80
@@ -1111,126 +1191,180 @@ def test_get_extrapolated_sphere(self):
             self.assertEqual(Frame.RAW, extrapolated_radiation_sphere.frame)
 
         # test frame
-        self.radiation_sphere._RadiationSphere__extrapolated = False
-        self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=np.array([0.1, 0.1, 0.1]),
-                                        beta=np.array([0.2, 0.2, 0.2]))
-        with patch.object(RadiationMode, 'get_mode_with_extrapolated_radius',
-                          return_value=extrapolated_example_mode) as mock_get_mode_with_extrapolated_radius:
-            extrapolated_radiation_sphere = self.radiation_sphere.get_extrapolated_sphere()
-            self.assertTrue(isinstance(extrapolated_radiation_sphere, RadiationSphere))
-            self.assertTrue(extrapolated_radiation_sphere._RadiationSphere__extrapolated)
 
-            expected_included_modes = [(2, 2), (3, 1), (3, 3)]
-            generated_included_modes = sorted(list(extrapolated_radiation_sphere._RadiationSphere__raw_modes.keys()))
-            self.assertTrue(expected_included_modes == generated_included_modes)
-            for mode in generated_included_modes:
-                self.assertTrue(
-                    isinstance(extrapolated_radiation_sphere._RadiationSphere__raw_modes[mode], RadiationMode))
-                self.assertTrue(
-                    extrapolated_radiation_sphere._RadiationSphere__raw_modes[mode]._RadiationMode__extrapolated)
-            self.assertEqual(Frame.COM_CORRECTED, extrapolated_radiation_sphere.frame)
-            self.assertTrue(np.all(np.array([0.1, 0.1, 0.1]) == extrapolated_radiation_sphere._RadiationSphere__alpha))
-            self.assertTrue(np.all(np.array([0.2, 0.2, 0.2]) == extrapolated_radiation_sphere._RadiationSphere__beta))
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            self.radiation_sphere._RadiationSphere__extrapolated = False
+            try:
+                self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=np.array([0.1, 0.1, 0.1]),
+                                                beta=np.array([0.2, 0.2, 0.2]))
+                self.fail()
+            except ImportError:
+                pass
+
+        else:
+            self.radiation_sphere._RadiationSphere__extrapolated = False
+            self.radiation_sphere.set_frame(Frame.COM_CORRECTED, alpha=np.array([0.1, 0.1, 0.1]),
+                                            beta=np.array([0.2, 0.2, 0.2]))
+            with patch.object(RadiationMode, 'get_mode_with_extrapolated_radius',
+                              return_value=extrapolated_example_mode) as mock_get_mode_with_extrapolated_radius:
+                extrapolated_radiation_sphere = self.radiation_sphere.get_extrapolated_sphere()
+                self.assertTrue(isinstance(extrapolated_radiation_sphere, RadiationSphere))
+                self.assertTrue(extrapolated_radiation_sphere._RadiationSphere__extrapolated)
+
+                expected_included_modes = [(2, 2), (3, 1), (3, 3)]
+                generated_included_modes = sorted(list(extrapolated_radiation_sphere._RadiationSphere__raw_modes.keys()))
+                self.assertTrue(expected_included_modes == generated_included_modes)
+                for mode in generated_included_modes:
+                    self.assertTrue(
+                        isinstance(extrapolated_radiation_sphere._RadiationSphere__raw_modes[mode], RadiationMode))
+                    self.assertTrue(extrapolated_radiation_sphere._RadiationSphere__raw_modes[mode]._RadiationMode__extrapolated)
+                self.assertEqual(Frame.COM_CORRECTED, extrapolated_radiation_sphere.frame)
+                self.assertTrue(np.all(np.array([0.1, 0.1, 0.1]) == extrapolated_radiation_sphere._RadiationSphere__alpha))
+                self.assertTrue(np.all(np.array([0.2, 0.2, 0.2]) == extrapolated_radiation_sphere._RadiationSphere__beta))
 
     def test__scri_waveform_modes_object(self):
-        from spherical_functions import LM_index
-        coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
+                                                   'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
+            test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
+
+            try:
+                scri_waveform_modes_object = test_radiation_sphere._scri_waveform_modes_object()
+                self.fail()
+            except ImportError:
+                self.assertTrue(True)
+
+        else:
+            from spherical_functions import LM_index
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
                                                'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
-        test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
-
-        scri_waveform_modes_object = test_radiation_sphere._scri_waveform_modes_object()
-
-        # go through each mode and see if it has the same data
-        for l in range(2, coalescence.l_max + 1):
-            for m in range(-l, l + 1):
-                data_lm = scri_waveform_modes_object.data[:, LM_index(l, m, scri_waveform_modes_object.ell_min)]
-                scri_time = scri_waveform_modes_object.t
-                scri_strain_plus = np.real(data_lm)
-                scri_strain_cross = -1 * np.imag(data_lm)
-                raw_time, raw_strain_plus, raw_strain_cross = coalescence.strain_for_mode(l=l, m=m,
-                                                                                          extraction_radius=75)
-                cut_index = np.argmax(raw_time > 150)
-                maya_time = raw_time[cut_index:]
-                maya_strain_plus = raw_strain_plus[cut_index:]
-                maya_strain_cross = raw_strain_cross[cut_index:]
-                self.assertTrue(np.allclose(maya_time, scri_time, rtol=1e-6))
-                self.assertTrue(np.allclose(maya_strain_plus, scri_strain_plus, rtol=1e-6))
-                self.assertTrue(np.allclose(maya_strain_cross, scri_strain_cross, rtol=1e-6))
+            test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
+
+            scri_waveform_modes_object = test_radiation_sphere._scri_waveform_modes_object()
+
+            # go through each mode and see if it has the same data
+            for l in range(2, coalescence.l_max + 1):
+                for m in range(-l, l + 1):
+                    data_lm = scri_waveform_modes_object.data[:, LM_index(l, m, scri_waveform_modes_object.ell_min)]
+                    scri_time = scri_waveform_modes_object.t
+                    scri_strain_plus = np.real(data_lm)
+                    scri_strain_cross = -1 * np.imag(data_lm)
+                    raw_time, raw_strain_plus, raw_strain_cross = coalescence.strain_for_mode(l=l, m=m,
+                                                                                              extraction_radius=75)
+                    cut_index = np.argmax(raw_time > 150)
+                    maya_time = raw_time[cut_index:]
+                    maya_strain_plus = raw_strain_plus[cut_index:]
+                    maya_strain_cross = raw_strain_cross[cut_index:]
+                    self.assertTrue(np.allclose(maya_time, scri_time, rtol=1e-6))
+                    self.assertTrue(np.allclose(maya_strain_plus, scri_strain_plus, rtol=1e-6))
+                    self.assertTrue(np.allclose(maya_strain_cross, scri_strain_cross, rtol=1e-6))
 
     def test__set_alpha_beta_for_com_transformation(self):
         # check if alpha and beta minimize eq 5 of https://arxiv.org/abs/1904.04842
-        coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
                                                'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
-        time, com = coalescence.center_of_mass
-        coalescence.radiationbundle.radiation_spheres[75]._set_alpha_beta_for_com_transformation(time, com)
-        computed_alpha = coalescence.radiationbundle.radiation_spheres[75]._RadiationSphere__alpha
-        computed_beta = coalescence.radiationbundle.radiation_spheres[75]._RadiationSphere__beta
-
-        time = time + 75
-        t_max = np.max(time)
-        ti = 0.1 * t_max
-        tf = 0.9 * t_max
-        ti_iter = np.argmax(time > ti)
-        tf_iter = np.argmax(time > tf)
-        time = time[ti_iter: tf_iter]
-        com = com[ti_iter: tf_iter]
-
-        def func_of_alpha_beta(x):
-            ax, ay, az, bx, by, bz = x
-            alpha = np.array([ax, ay, az])
-            beta = np.array([bx, by, bz])
-            alpha_plus_beta_t = alpha.reshape(1, 3) + beta.reshape(1, 3) * time.reshape(len(time), 1)
-            alpha_plus_beta_t = alpha_plus_beta_t.reshape(len(alpha_plus_beta_t), 3)
-            integrand = np.linalg.norm(com - alpha_plus_beta_t, axis=1) ** 2
-            return np.trapz(integrand, time)
-
-        result = scipy.optimize.minimize(func_of_alpha_beta, x0=(0, 0, 0, 0, 0, 0), method='Nelder-Mead')
-        minimized_alpha = result.x[:3]
-        minimized_beta = result.x[3:]
-        self.assertTrue(np.allclose(minimized_alpha, computed_alpha, atol=5e-3))
-        self.assertTrue(np.allclose(minimized_beta, computed_beta, atol=1e-3))
+            time, com = coalescence.center_of_mass
+            try:
+                coalescence.radiationbundle.radiation_spheres[75]._set_alpha_beta_for_com_transformation(time, com)
+                self.fail()
+            except ImportError:
+                pass
+
+        else:
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
+                                                   'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
+            time, com = coalescence.center_of_mass
+            coalescence.radiationbundle.radiation_spheres[75]._set_alpha_beta_for_com_transformation(time, com)
+            computed_alpha = coalescence.radiationbundle.radiation_spheres[75]._RadiationSphere__alpha
+            computed_beta = coalescence.radiationbundle.radiation_spheres[75]._RadiationSphere__beta
+
+            time = time + 75
+            t_max = np.max(time)
+            ti = 0.1 * t_max
+            tf = 0.9 * t_max
+            ti_iter = np.argmax(time > ti)
+            tf_iter = np.argmax(time > tf)
+            time = time[ti_iter: tf_iter]
+            com = com[ti_iter: tf_iter]
+
+            def func_of_alpha_beta(x):
+                ax, ay, az, bx, by, bz = x
+                alpha = np.array([ax, ay, az])
+                beta = np.array([bx, by, bz])
+                alpha_plus_beta_t = alpha.reshape(1, 3) + beta.reshape(1, 3) * time.reshape(len(time), 1)
+                alpha_plus_beta_t = alpha_plus_beta_t.reshape(len(alpha_plus_beta_t), 3)
+                integrand = np.linalg.norm(com - alpha_plus_beta_t, axis=1) ** 2
+                return np.trapz(integrand, time)
+
+            result = scipy.optimize.minimize(func_of_alpha_beta, x0=(0, 0, 0, 0, 0, 0), method='Nelder-Mead')
+            minimized_alpha = result.x[:3]
+            minimized_beta = result.x[3:]
+            self.assertTrue(np.allclose(minimized_alpha, computed_alpha, atol=5e-3))
+            self.assertTrue(np.allclose(minimized_beta, computed_beta, atol=1e-3))
 
     def test__generate_com_corrected_modes(self):
-        coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
-                                               'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
-        incl_modes = coalescence.included_modes
-        test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
-        time, center_of_mass = coalescence.center_of_mass
-        test_radiation_sphere._set_alpha_beta_for_com_transformation(time, center_of_mass)
-        test_radiation_sphere._generate_com_corrected_modes()
-
-        # com corrected time set and starts close to but greater than 75
-        generated_com_corrected_time = test_radiation_sphere._RadiationSphere__com_corrected_time
-        self.assertIsNotNone(generated_com_corrected_time)
-        self.assertTrue(generated_com_corrected_time[0] >= 150)
-        self.assertTrue(np.isclose(generated_com_corrected_time[0], 150, atol=1))
-
-        # com corrected modes set
-        com_corrected_modes = test_radiation_sphere._RadiationSphere__com_corrected_modes
-        self.assertIsNotNone(com_corrected_modes)
-
-        # all the modes from raw are represented
-        self.assertEqual(sorted(incl_modes), sorted(list(com_corrected_modes.keys())))
-
-        max_22_amp = max(test_radiation_sphere._RadiationSphere__raw_modes[(2, 2)].strain_amplitude)
-
-        # strains are within ~10 percent of each other but not identical
-        for mode_key in incl_modes:
-            raw_mode = test_radiation_sphere._RadiationSphere__raw_modes[mode_key]
-            com_corrected_mode = com_corrected_modes[mode_key]
-            raw_time = raw_mode.time
-            raw_strain_plus = raw_mode.strain_plus
-            com_time = com_corrected_mode.time
-            com_strain_plus = com_corrected_mode.strain_plus
-
-            time_array = np.linspace(max(raw_time[0], com_time[0]), min(raw_time[-1], com_time[-1]), 1000)
-
-            interpolated_raw_strain_plus = np.interp(time_array, raw_time, raw_strain_plus)
-            interpolated_com_strain_plus = np.interp(time_array, com_time, com_strain_plus)
-
-            self.assertFalse(np.all(interpolated_raw_strain_plus == interpolated_com_strain_plus))
-
-            max_amp = max(raw_mode.strain_amplitude)
-            if max_amp > 1e-2 * max_22_amp:
-                tol = 0.1 * max_amp
-                self.assertTrue(np.allclose(interpolated_raw_strain_plus, interpolated_com_strain_plus, atol=tol))
+        import sys
+        if sys.version_info.major == 3 and sys.version_info.minor > 10:
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR,
+                                                   'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
+            incl_modes = coalescence.included_modes
+            test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
+            time, center_of_mass = coalescence.center_of_mass
+            try:
+                test_radiation_sphere._set_alpha_beta_for_com_transformation(time, center_of_mass)
+                self.fail()
+            except ImportError:
+                pass
+            try:
+                test_radiation_sphere._generate_com_corrected_modes()
+                self.fail()
+            except ImportError:
+                pass
+
+        else:
+            coalescence = Coalescence(os.path.join(TestRadiationSphere.CURR_DIR, 'resources/radiative_quantities_resources/D11_q2_a1_0.0_0.0_0.4_a2_0.0_0.0_0.4_m282.35.h5'))
+            incl_modes = coalescence.included_modes
+            test_radiation_sphere = coalescence.radiationbundle.radiation_spheres[75]
+            time, center_of_mass = coalescence.center_of_mass
+            test_radiation_sphere._set_alpha_beta_for_com_transformation(time, center_of_mass)
+            test_radiation_sphere._generate_com_corrected_modes()
+
+            # com corrected time set and starts close to but greater than 75
+            generated_com_corrected_time = test_radiation_sphere._RadiationSphere__com_corrected_time
+            self.assertIsNotNone(generated_com_corrected_time)
+            self.assertTrue(generated_com_corrected_time[0] >= 150)
+            self.assertTrue(np.isclose(generated_com_corrected_time[0], 150, atol=1))
+
+            # com corrected modes set
+            com_corrected_modes = test_radiation_sphere._RadiationSphere__com_corrected_modes
+            self.assertIsNotNone(com_corrected_modes)
+
+            # all the modes from raw are represented
+            self.assertEqual(sorted(incl_modes), sorted(list(com_corrected_modes.keys())))
+
+            max_22_amp = max(test_radiation_sphere._RadiationSphere__raw_modes[(2, 2)].strain_amplitude)
+
+            # strains are within ~10 percent of each other but not identical
+            for mode_key in incl_modes:
+                raw_mode = test_radiation_sphere._RadiationSphere__raw_modes[mode_key]
+                com_corrected_mode = com_corrected_modes[mode_key]
+                raw_time = raw_mode.time
+                raw_strain_plus = raw_mode.strain_plus
+                com_time = com_corrected_mode.time
+                com_strain_plus = com_corrected_mode.strain_plus
+
+                time_array = np.linspace(max(raw_time[0], com_time[0]), min(raw_time[-1], com_time[-1]), 1000)
+
+                interpolated_raw_strain_plus = np.interp(time_array, raw_time, raw_strain_plus)
+                interpolated_com_strain_plus = np.interp(time_array, com_time, com_strain_plus)
+
+                self.assertFalse(np.all(interpolated_raw_strain_plus == interpolated_com_strain_plus))
+
+                max_amp = max(raw_mode.strain_amplitude)
+                if max_amp > 1e-2 * max_22_amp:
+                    tol = 0.1 * max_amp
+                    self.assertTrue(np.allclose(interpolated_raw_strain_plus, interpolated_com_strain_plus, atol=tol))