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jmpplan
added a commit
that referenced
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Oct 8, 2023
- new vector KSIM_POSXK_REV[] containing the reverse of KSIM_POSXK[] to accelerate the process of retrieving
the position of an equation in the model (for NEMESIS, reduces the SCC by a factor 300!)
- KE_findpath(): assignation of KSIM_POSXK_REV[i] when KSIM_POSXK is modified
api/simulation/k_sim_main.c:
- new vector KSIM_POSXK_REV containing the reverse position of the equations
- new vector KSIM_CPUS containing the CPU time for each simulated period
- K_simul():
- initialize KSIM_POSXK_REV
- alloc KSIM_NORMS, KSIM_NITERS and KSIM_CPUS
- calc KSIM_POSXK_REV in the link loop
- Fixed #330: in exchange endo-exo, if one of the vars does not exist, a message is
provided and the function returns (and IODE does not crash anymore).
- calc and store KSIM_CPUS[t] for each period
- K_simul_free(): frees KSIM_POSXK_REV
- K_simul_1():
- initialize KSIM_CPUS[t]
- added CPU in the iteration messages
- K_simul(): fixed #1. In exchange endo-exo, if one of the vars does not exist, a message is
provided (and IODE does not crash anymore).
api/k_sim_order.c:
- new globals KSIM_CPU_SCC and KSIM_CPU_SORT
- KE_order():
- the message "sorting equations" is split in 2 steps:
"Calculating SCC..." and "Reordering interdependent block...".
The CPU is provided for each separated step and saved in KSIM_CPU_SORT and KSIM_CPU_SCC
- KE_poseq():
- use of KSIM_POSXK_REV containing the reverse position of the equations to (radically)
accelerate the function
- if posendo < 0 (ex in KE_ModelCalcSCC()), return(-1)
- KE_tri(): save the elapsed time (not really CPU) in KSIM_CPU_SORT
api/k_sim_scc.c:
- KE_ModelCalcSCC(): new variable KSIM_POSXK_REV to store reverse positions of endogenous variables
jmpplan
added a commit
that referenced
this pull request
Oct 12, 2023
- new vector KSIM_POSXK_REV[] containing the reverse of KSIM_POSXK[] to accelerate the process of retrieving
the position of an equation in the model (for NEMESIS, reduces the SCC by a factor 300!)
- KE_findpath(): assignation of KSIM_POSXK_REV[i] when KSIM_POSXK is modified
api/simulation/k_sim_main.c:
- new vector KSIM_POSXK_REV containing the reverse position of the equations
- new vector KSIM_CPUS containing the CPU time for each simulated period
- K_simul():
- initialize KSIM_POSXK_REV
- alloc KSIM_NORMS, KSIM_NITERS and KSIM_CPUS
- calc KSIM_POSXK_REV in the link loop
- Fixed #330: in exchange endo-exo, if one of the vars does not exist, a message is
provided and the function returns (and IODE does not crash anymore).
- calc and store KSIM_CPUS[t] for each period
- K_simul_free(): frees KSIM_POSXK_REV
- K_simul_1():
- initialize KSIM_CPUS[t]
- added CPU in the iteration messages
- K_simul(): fixed #1. In exchange endo-exo, if one of the vars does not exist, a message is
provided (and IODE does not crash anymore).
api/k_sim_order.c:
- new globals KSIM_CPU_SCC and KSIM_CPU_SORT
- KE_order():
- the message "sorting equations" is split in 2 steps:
"Calculating SCC..." and "Reordering interdependent block...".
The CPU is provided for each separated step and saved in KSIM_CPU_SORT and KSIM_CPU_SCC
- KE_poseq():
- use of KSIM_POSXK_REV containing the reverse position of the equations to (radically)
accelerate the function
- if posendo < 0 (ex in KE_ModelCalcSCC()), return(-1)
- KE_tri(): save the elapsed time (not really CPU) in KSIM_CPU_SORT
api/k_sim_scc.c:
- KE_ModelCalcSCC(): new variable KSIM_POSXK_REV to store reverse positions of endogenous variables
jmpplan
added a commit
that referenced
this pull request
Oct 15, 2023
- new vector KSIM_POSXK_REV[] containing the reverse of KSIM_POSXK[] to accelerate the process of retrieving
the position of an equation in the model (for NEMESIS, reduces the SCC by a factor 300!)
- KE_findpath(): assignation of KSIM_POSXK_REV[i] when KSIM_POSXK is modified
api/simulation/k_sim_main.c:
- new vector KSIM_POSXK_REV containing the reverse position of the equations
- new vector KSIM_CPUS containing the CPU time for each simulated period
- K_simul():
- initialize KSIM_POSXK_REV
- alloc KSIM_NORMS, KSIM_NITERS and KSIM_CPUS
- calc KSIM_POSXK_REV in the link loop
- Fixed #330: in exchange endo-exo, if one of the vars does not exist, a message is
provided and the function returns (and IODE does not crash anymore).
- calc and store KSIM_CPUS[t] for each period
- K_simul_free(): frees KSIM_POSXK_REV
- K_simul_1():
- initialize KSIM_CPUS[t]
- added CPU in the iteration messages
- K_simul(): fixed #1. In exchange endo-exo, if one of the vars does not exist, a message is
provided (and IODE does not crash anymore).
api/k_sim_order.c:
- new globals KSIM_CPU_SCC and KSIM_CPU_SORT
- KE_order():
- the message "sorting equations" is split in 2 steps:
"Calculating SCC..." and "Reordering interdependent block...".
The CPU is provided for each separated step and saved in KSIM_CPU_SORT and KSIM_CPU_SCC
- KE_poseq():
- use of KSIM_POSXK_REV containing the reverse position of the equations to (radically)
accelerate the function
- if posendo < 0 (ex in KE_ModelCalcSCC()), return(-1)
- KE_tri(): save the elapsed time (not really CPU) in KSIM_CPU_SORT
api/k_sim_scc.c:
- KE_ModelCalcSCC(): new variable KSIM_POSXK_REV to store reverse positions of endogenous variables
jmpplan
added a commit
that referenced
this pull request
Oct 17, 2023
- new vector KSIM_POSXK_REV[] containing the reverse of KSIM_POSXK[] to accelerate the process of retrieving
the position of an equation in the model (for NEMESIS, reduces the SCC by a factor 300!)
- KE_findpath(): assignation of KSIM_POSXK_REV[i] when KSIM_POSXK is modified
api/simulation/k_sim_main.c:
- new vector KSIM_POSXK_REV containing the reverse position of the equations
- new vector KSIM_CPUS containing the CPU time for each simulated period
- K_simul():
- initialize KSIM_POSXK_REV
- alloc KSIM_NORMS, KSIM_NITERS and KSIM_CPUS
- calc KSIM_POSXK_REV in the link loop
- Fixed #330: in exchange endo-exo, if one of the vars does not exist, a message is
provided and the function returns (and IODE does not crash anymore).
- calc and store KSIM_CPUS[t] for each period
- K_simul_free(): frees KSIM_POSXK_REV
- K_simul_1():
- initialize KSIM_CPUS[t]
- added CPU in the iteration messages
- K_simul(): fixed #1. In exchange endo-exo, if one of the vars does not exist, a message is
provided (and IODE does not crash anymore).
api/k_sim_order.c:
- new globals KSIM_CPU_SCC and KSIM_CPU_SORT
- KE_order():
- the message "sorting equations" is split in 2 steps:
"Calculating SCC..." and "Reordering interdependent block...".
The CPU is provided for each separated step and saved in KSIM_CPU_SORT and KSIM_CPU_SCC
- KE_poseq():
- use of KSIM_POSXK_REV containing the reverse position of the equations to (radically)
accelerate the function
- if posendo < 0 (ex in KE_ModelCalcSCC()), return(-1)
- KE_tri(): save the elapsed time (not really CPU) in KSIM_CPU_SORT
api/k_sim_scc.c:
- KE_ModelCalcSCC(): new variable KSIM_POSXK_REV to store reverse positions of endogenous variables
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