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minor; redefinition of the bend limiter pre-factor

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This commit is contained in:
Tristan Hoellinger 2025-06-17 00:57:49 +02:00
parent 34594a2bf6
commit a5227d9113
8 changed files with 2642 additions and 2519 deletions
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286
notebooks/0_nonreg.ipynb
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4659
notebooks/10_use_fit_P3M_limiter.ipynb
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4
notebooks/8_fit_P3M_limiter.ipynb
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@ -15690,7 +15690,7 @@
}, },
{ {
"cell_type": "code", "cell_type": "code",
"execution_count": 15, "execution_count": null,
"id": "c1c096bb", "id": "c1c096bb",
"metadata": {}, "metadata": {},
"outputs": [ "outputs": [
@ -15762,7 +15762,7 @@
" ymin=3e-3,\n", " ymin=3e-3,\n",
" ymax=0.5,\n", " ymax=0.5,\n",
" fac_hubble=fac_hubble,\n", " fac_hubble=fac_hubble,\n",
" fac_bend=fac_bend * (2 ** sim_idx),\n", " fac_bend=fac_bend,\n",
" da_max_early=da_early,\n", " da_max_early=da_early,\n",
" da_max_late=DEFAULT_DA_MAX_LATE_CUSTOM,\n", " da_max_late=DEFAULT_DA_MAX_LATE_CUSTOM,\n",
" show=False,\n", " show=False,\n",

4
notebooks/9_fit_P3M_limiter_external.ipynb
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@ -108,7 +108,7 @@
}, },
{ {
"cell_type": "code", "cell_type": "code",
"execution_count": 5, "execution_count": null,
"id": "7126d1c8", "id": "7126d1c8",
"metadata": {}, "metadata": {},
"outputs": [], "outputs": [],
@ -134,7 +134,7 @@
"\n", "\n",
"# Alternatively, let the user specify the parameters directly:\n", "# Alternatively, let the user specify the parameters directly:\n",
"fac_hubble_list = [0.02, 0.02]\n", "fac_hubble_list = [0.02, 0.02]\n",
"fac_bend_list = [0.04375/2, 0.04375]\n", "fac_bend_list = [0.3125/2, 0.3125]\n",
"da_early_list = [0.0013, 0.0013]\n" "da_early_list = [0.0013, 0.0013]\n"
] ]
}, },

70
src/wip3m/convergence_cola_p3m_only_expl.py
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@ -69,10 +69,10 @@ parser.add_argument(
help="Whether to compute and plot the LPT power spectrum.", help="Whether to compute and plot the LPT power spectrum.",
) )
parser.add_argument( parser.add_argument(
"--scale_limiter", "--rescale_limiter",
type=none_bool_str, type=none_bool_str,
default=False, default=False,
help="Which limiter should be scaled by the scaling arguments? ", help="Which limiter should be affected by the mod_val argument? ",
) )
parser.add_argument( parser.add_argument(
"--use_p3m_fit", "--use_p3m_fit",
@ -90,14 +90,14 @@ parser.add_argument(
# Timestep settings per method # Timestep settings per method
for scheme in ["p3m1", "p3m2", "p3m3"]: for scheme in ["p3m1", "p3m2", "p3m3"]:
parser.add_argument( parser.add_argument(
f"--scaling_{scheme}", f"--mod_val_{scheme}",
type=float, type=float,
default={ default={
"p3m1": 1., "p3m1": 1.0,
"p3m2": 0.95, "p3m2": 0.95,
"p3m3": 0.9, "p3m3": 0.9,
}[scheme], }[scheme],
help=f"Relax the step limiter by this factor for {scheme.upper()}.", help=f"Use this value value for the limiter indicated by rescale_limiter, for {scheme.upper()}.",
) )
args = parser.parse_args() args = parser.parse_args()
@ -115,10 +115,10 @@ if __name__ == "__main__":
Np = args.Np Np = args.Np
Npm = args.Npm Npm = args.Npm
n_Tiles = args.n_Tiles n_Tiles = args.n_Tiles
scaling_p3m1 = args.scaling_p3m1 mod_val_p3m1 = args.mod_val_p3m1
scaling_p3m2 = args.scaling_p3m2 mod_val_p3m2 = args.mod_val_p3m2
scaling_p3m3 = args.scaling_p3m3 mod_val_p3m3 = args.mod_val_p3m3
name_scaled = args.scale_limiter name_scaled = args.rescale_limiter
use_p3m_fit = args.use_p3m_fit use_p3m_fit = args.use_p3m_fit
if name_scaled is not False and name_scaled not in [ if name_scaled is not False and name_scaled not in [
"fac_dyn_custom", "fac_dyn_custom",
@ -144,9 +144,9 @@ if __name__ == "__main__":
logger.info(f"Number of tiles: {n_Tiles}^3") logger.info(f"Number of tiles: {n_Tiles}^3")
logger.info(f"Limiter to scale: {name_scaled if name_scaled else 'None'}") logger.info(f"Limiter to scale: {name_scaled if name_scaled else 'None'}")
if name_scaled: if name_scaled:
logger.info(f"Limiter rescaling for P3M1: {scaling_p3m1}") logger.info(f"New limiter value for P3M1: {mod_val_p3m1}")
logger.info(f"Limiter rescaling for P3M2: {scaling_p3m2}") logger.info(f"New limiter value for P3M2: {mod_val_p3m2}")
logger.info(f"Limiter rescaling for P3M3: {scaling_p3m3}") logger.info(f"New limiter value for P3M3: {mod_val_p3m3}")
INDENT() INDENT()
lpt = args.lpt lpt = args.lpt
@ -192,9 +192,9 @@ if __name__ == "__main__":
"RedshiftLPT": RedshiftLPT, "RedshiftLPT": RedshiftLPT,
"RedshiftFCs": RedshiftFCs, "RedshiftFCs": RedshiftFCs,
"name_scaled": name_scaled, "name_scaled": name_scaled,
"scaling_p3m1": scaling_p3m1, "mod_val_p3m1": mod_val_p3m1,
"scaling_p3m2": scaling_p3m2, "mod_val_p3m2": mod_val_p3m2,
"scaling_p3m3": scaling_p3m3, "mod_val_p3m3": mod_val_p3m3,
} }
with open(wd + "sim_params.txt", "w") as f: with open(wd + "sim_params.txt", "w") as f:
f.write(f"{sim_params}\n") f.write(f"{sim_params}\n")
@ -221,9 +221,9 @@ if __name__ == "__main__":
lpt_params["ICsMode"] = 1 lpt_params["ICsMode"] = 1
lpt_params["InputWhiteNoise"] = input_white_noise_file lpt_params["InputWhiteNoise"] = input_white_noise_file
fac_dyn_custom = DEFAULT_FAC_DYN_CUSTOM fac_dyn_custom = DEFAULT_FAC_DYN_CUSTOM_COLA
da_early = DEFAULT_DA_MAX_EARLY_CUSTOM da_early = DEFAULT_DA_MAX_EARLY_CUSTOM
fac_H_custom = DEFAULT_FAC_H_CUSTOM fac_H_custom = DEFAULT_FAC_H_CUSTOM_COLA
fac_bend = DEFAULT_FAC_BEND fac_bend = DEFAULT_FAC_BEND
sub_bend1 = DEFAULT_SUB_BEND1_COLA sub_bend1 = DEFAULT_SUB_BEND1_COLA
sub_bend2 = DEFAULT_SUB_BEND2_COLA sub_bend2 = DEFAULT_SUB_BEND2_COLA
@ -283,9 +283,9 @@ if __name__ == "__main__":
p3m1_params["n_Tiles"] = n_Tiles p3m1_params["n_Tiles"] = n_Tiles
p3m1_params["PrintOutputTimestepsLog"] = True p3m1_params["PrintOutputTimestepsLog"] = True
p3m1_params["OutputTimestepsLog"] = simdir + "colap3m1_timestep_log.txt" p3m1_params["OutputTimestepsLog"] = simdir + "colap3m1_timestep_log.txt"
p3m1_params["relax"] = scaling_p3m1 p3m1_params["rescale"] = mod_val_p3m1
if name_scaled: if name_scaled:
p3m1_params[name_scaled] /= scaling_p3m1 p3m1_params[name_scaled] = mod_val_p3m1
p3m2_params = common_params_num.copy() p3m2_params = common_params_num.copy()
p3m2_params["method"] = "p3m" p3m2_params["method"] = "p3m"
@ -293,9 +293,9 @@ if __name__ == "__main__":
p3m2_params["n_Tiles"] = n_Tiles p3m2_params["n_Tiles"] = n_Tiles
p3m2_params["PrintOutputTimestepsLog"] = True p3m2_params["PrintOutputTimestepsLog"] = True
p3m2_params["OutputTimestepsLog"] = simdir + "colap3m2_timestep_log.txt" p3m2_params["OutputTimestepsLog"] = simdir + "colap3m2_timestep_log.txt"
p3m2_params["relax"] = scaling_p3m2 p3m2_params["rescale"] = mod_val_p3m2
if name_scaled: if name_scaled:
p3m2_params[name_scaled] /= scaling_p3m2 p3m2_params[name_scaled] = mod_val_p3m2
p3m3_params = common_params_num.copy() p3m3_params = common_params_num.copy()
p3m3_params["method"] = "p3m" p3m3_params["method"] = "p3m"
@ -303,9 +303,9 @@ if __name__ == "__main__":
p3m3_params["n_Tiles"] = n_Tiles p3m3_params["n_Tiles"] = n_Tiles
p3m3_params["PrintOutputTimestepsLog"] = True p3m3_params["PrintOutputTimestepsLog"] = True
p3m3_params["OutputTimestepsLog"] = simdir + "colap3m3_timestep_log.txt" p3m3_params["OutputTimestepsLog"] = simdir + "colap3m3_timestep_log.txt"
p3m3_params["relax"] = scaling_p3m3 p3m3_params["rescale"] = mod_val_p3m3
if name_scaled: if name_scaled:
p3m3_params[name_scaled] /= scaling_p3m3 p3m3_params[name_scaled] = mod_val_p3m3
all_sim_params = [ all_sim_params = [
("p3m1", p3m1_params), ("p3m1", p3m1_params),
@ -323,9 +323,9 @@ if __name__ == "__main__":
for name, parameters in all_sim_params: for name, parameters in all_sim_params:
logger.info( logger.info(
f"Generating parameters for {name.upper()} with relax = {parameters['relax']}..." f"Generating parameters for {name.upper()} with rescale = {parameters['rescale']}..."
) )
file_ext = f"{name}_relax{str(parameters['relax']).replace('.', '_')}" file_ext = f"{name}_rescale{str(parameters['rescale']).replace('.', '_')}"
generate_sim_params(parameters, ICs_path, wd, simdir, file_ext, force) generate_sim_params(parameters, ICs_path, wd, simdir, file_ext, force)
logger.info(f"Generating parameters for {name.upper()} done.") logger.info(f"Generating parameters for {name.upper()} done.")
@ -398,7 +398,7 @@ if __name__ == "__main__":
nsteps_dict = {} nsteps_dict = {}
for name, parameters in all_sim_params: for name, parameters in all_sim_params:
TimeStepDistribution = parameters["TimeStepDistribution"] TimeStepDistribution = parameters["TimeStepDistribution"]
file_ext = f"{name}_relax{str(parameters['relax']).replace('.', '_')}" file_ext = f"{name}_rescale{str(parameters['rescale']).replace('.', '_')}"
method = parameters["method"] method = parameters["method"]
TSpath = wd + file_ext + f"_ts_{method}.h5" if file_ext else wd + f"ts_{method}.h5" TSpath = wd + file_ext + f"_ts_{method}.h5" if file_ext else wd + f"ts_{method}.h5"
if TimeStepDistribution in [0, 1, 2]: if TimeStepDistribution in [0, 1, 2]:
@ -462,17 +462,17 @@ if __name__ == "__main__":
DELTA = read_field(simdir + "lpt_density.h5") DELTA = read_field(simdir + "lpt_density.h5")
Pk_LPT, _ = get_autocorrelation(DELTA, G, AliasingCorr) Pk_LPT, _ = get_autocorrelation(DELTA, G, AliasingCorr)
DELTA = read_field(simdir + f"p3m1_relax{str(p3m1_params['relax']).replace('.', '_')}_final_density_p3m.h5") DELTA = read_field(simdir + f"p3m1_rescale{str(p3m1_params['rescale']).replace('.', '_')}_final_density_p3m.h5")
if plot_fields: if plot_fields:
delta_p3m1 = DELTA.data[slice_ijk] delta_p3m1 = DELTA.data[slice_ijk]
Pk_P3M1, _ = get_autocorrelation(DELTA, G, AliasingCorr) Pk_P3M1, _ = get_autocorrelation(DELTA, G, AliasingCorr)
DELTA = read_field(simdir + f"p3m2_relax{str(p3m2_params['relax']).replace('.', '_')}_final_density_p3m.h5") DELTA = read_field(simdir + f"p3m2_rescale{str(p3m2_params['rescale']).replace('.', '_')}_final_density_p3m.h5")
if plot_fields: if plot_fields:
delta_p3m2 = DELTA.data[slice_ijk] delta_p3m2 = DELTA.data[slice_ijk]
Pk_P3M2, _ = get_autocorrelation(DELTA, G, AliasingCorr) Pk_P3M2, _ = get_autocorrelation(DELTA, G, AliasingCorr)
DELTA = read_field(simdir + f"p3m3_relax{str(p3m3_params['relax']).replace('.', '_')}_final_density_p3m.h5") DELTA = read_field(simdir + f"p3m3_rescale{str(p3m3_params['rescale']).replace('.', '_')}_final_density_p3m.h5")
if plot_fields: if plot_fields:
delta_p3m3 = DELTA.data[slice_ijk] delta_p3m3 = DELTA.data[slice_ijk]
Pk_P3M3, _ = get_autocorrelation(DELTA, G, AliasingCorr) Pk_P3M3, _ = get_autocorrelation(DELTA, G, AliasingCorr)
@ -480,9 +480,9 @@ if __name__ == "__main__":
ref = "P3M1" ref = "P3M1"
scaling_reference = scaling_p3m1 mod_val_reference = mod_val_p3m1
Pk_ref = Pk_P3M1 Pk_ref = Pk_P3M1
label_ref = f"P3M, scaling={scaling_reference}, ns={nsteps_dict['p3m1']}" label_ref = f"P3M, mod_val={mod_val_reference}, ns={nsteps_dict['p3m1']}"
logger.info(f"Plotting power spectra...") logger.info(f"Plotting power spectra...")
INDENT() INDENT()
@ -516,7 +516,7 @@ if __name__ == "__main__":
(field_name, Pk) for field_name, Pk in fields_to_plot if field_name != ref (field_name, Pk) for field_name, Pk in fields_to_plot if field_name != ref
] ]
for field_name, Pk in fields_to_plot: for field_name, Pk in fields_to_plot:
label = f"{field_name}, scaling={eval(f'scaling_{field_name.lower()}')}, ns={nsteps_dict[field_name.lower()]}" label = f"{field_name}, mod_val={eval(f'mod_val_{field_name.lower()}')}, ns={nsteps_dict[field_name.lower()]}"
linestyle = "--" linestyle = "--"
zorder = 2 zorder = 2
ax.plot(k, Pk / Pk_ref, label=label, linestyle=linestyle) ax.plot(k, Pk / Pk_ref, label=label, linestyle=linestyle)
@ -627,9 +627,9 @@ if __name__ == "__main__":
} }
titles_dict = { titles_dict = {
"lpt": "LPT", "lpt": "LPT",
"p3m1": f"P3M1 relax={scaling_p3m1}", "p3m1": f"P3M1 rescale={mod_val_p3m1}",
"p3m2": f"P3M2 relax={scaling_p3m2}", "p3m2": f"P3M2 rescale={mod_val_p3m2}",
"p3m3": f"P3M3 relax={scaling_p3m3}", "p3m3": f"P3M3 rescale={mod_val_p3m3}",
"diff_p3m2_p3m1": r"$\delta_{\rm P3M2}-\delta_{\rm P3M1}$", "diff_p3m2_p3m1": r"$\delta_{\rm P3M2}-\delta_{\rm P3M1}$",
"diff_p3m3_p3m1": r"$\delta_{\rm P3M3}-\delta_{\rm P3M1}$", "diff_p3m3_p3m1": r"$\delta_{\rm P3M3}-\delta_{\rm P3M1}$",
"diff_p3m1_spm": r"$\delta_{\rm P3M1}-\delta_{\rm sPM}$", "diff_p3m1_spm": r"$\delta_{\rm P3M1}-\delta_{\rm sPM}$",

4
src/wip3m/params.py
View file

@ -138,8 +138,8 @@ DEFAULT_FAC_DYN_CUSTOM = 0.0154
DEFAULT_FAC_DYN_CUSTOM_COLA = 0.03 DEFAULT_FAC_DYN_CUSTOM_COLA = 0.03
DEFAULT_DA_MAX_EARLY_CUSTOM = 0.0013 DEFAULT_DA_MAX_EARLY_CUSTOM = 0.0013
DEFAULT_FAC_H_CUSTOM = 0.03 DEFAULT_FAC_H_CUSTOM = 0.03
DEFAULT_FAC_H_CUSTOM_COLA = 0.06 DEFAULT_FAC_H_CUSTOM_COLA = 0.05
DEFAULT_FAC_BEND = 0.04375 DEFAULT_FAC_BEND = 0.3125
DEFAULT_SUB_BEND1 = 0.012 DEFAULT_SUB_BEND1 = 0.012
DEFAULT_SUB_BEND2 = 0.007 DEFAULT_SUB_BEND2 = 0.007
DEFAULT_SUB_BEND1_COLA = 0.012 DEFAULT_SUB_BEND1_COLA = 0.012

4
src/wip3m/tools.py
View file

@ -486,8 +486,8 @@ def run_simulation(name, params, wd, logdir):
if params.get("nsteps") is not None: if params.get("nsteps") is not None:
file_ext = f"{name}_nsteps{params['nsteps']}" file_ext = f"{name}_nsteps{params['nsteps']}"
elif params.get("relax") is not None: elif params.get("rescale") is not None:
file_ext = f"{name}_relax{str(params['relax']).replace('.', '_')}" file_ext = f"{name}_rescale{str(params['rescale']).replace('.', '_')}"
elif params.get("file_ext") is not None: elif params.get("file_ext") is not None:
file_ext = params["file_ext"] file_ext = params["file_ext"]
else: else:

130
submit/actual_p3m_limiter_cola.sh
View file

@ -1,11 +1,11 @@
#!/bin/bash #!/bin/bash
#SBATCH --job-name=cola_2_1_05_L64_N64_Np64_v4 #SBATCH --job-name=cola_Pf_L512_N512_Np256
#SBATCH --output=/data70/hoellinger/WIP3M/cola_2_1_05_L64_N64_Np64_v4/log.log #SBATCH --output=/data70/hoellinger/WIP3M/cola_Pf_L512_N512_Np256/log.log
#SBATCH --error=/data70/hoellinger/WIP3M/cola_2_1_05_L64_N64_Np64_v4/err.err #SBATCH --error=/data70/hoellinger/WIP3M/cola_Pf_L512_N512_Np256/err.err
#SBATCH --nodes=1 # Number of nodes (value or min-max) #SBATCH --nodes=1 # Number of nodes (value or min-max)
#SBATCH --ntasks=64 # The number of tasks (i.e. cores) per node #SBATCH --ntasks=128 # The number of tasks (i.e. cores) per node
#SBATCH --partition=comp,pscomp # Partition name #SBATCH --partition=comp,pscomp # Partition name
#SBATCH --time=12:00:00 #SBATCH --time=48:00:00
##SBATCH --exclusive ##SBATCH --exclusive
##SBATCH --nodelist=i26 # Node name ##SBATCH --nodelist=i26 # Node name
@ -15,43 +15,26 @@
conda activate p3m conda activate p3m
export OMP_NUM_THREADS=16 # export OMP_NUM_THREADS=64
python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
--run_id cola_2_1_05_L64_N64_Np64_v4 \
--L 64 \
--N 64 \
--Np 64 \
--Npm 128 \
--n_Tiles 16 \
--z_i 19.0 \
--z_f 0.0 \
--plot_fields True \
--scale_limiter "fac_p3m_fit" \
--use_p3m_fit True \
--scaling_p3m1 2.0 \
--scaling_p3m2 1.0 \
--scaling_p3m3 0.5
# export OMP_NUM_THREADS=32
# python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \ # python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --run_id cola_2_1_05_L128_N128_Np128 \ # --run_id cola_Pf_LNNp512 \
# --L 128 \ # --L 512 \
# --N 128 \ # --N 512 \
# --Np 128 \ # --Np 512 \
# --Npm 256 \ # --Npm 1024 \
# --n_Tiles 32 \ # --n_Tiles 128 \
# --z_i 19.0 \ # --z_i 19.0 \
# --z_f 0.0 \ # --z_f 0.0 \
# --plot_fields True \ # --plot_fields True \
# --scale_limiter "fac_p3m_fit" \ # --rescale_limiter "fac_p3m_fit" \
# --use_p3m_fit True \ # --use_p3m_fit True \
# --scaling_p3m1 2.0 \ # --mod_val_p3m1 0.3 \
# --scaling_p3m2 1.0 \ # --mod_val_p3m2 0.5 \
# --scaling_p3m3 0.5 # --mod_val_p3m3 1.1
# export OMP_NUM_THREADS=64 # export OMP_NUM_THREADS=64
# python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \ # python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --run_id cola_432_L1024_N512_Np512 \ # --run_id cola_Pf_L1024_N512_Np512 \
# --L 1024 \ # --L 1024 \
# --N 512 \ # --N 512 \
# --Np 512 \ # --Np 512 \
@ -60,27 +43,78 @@ python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --z_i 19.0 \ # --z_i 19.0 \
# --z_f 0.0 \ # --z_f 0.0 \
# --plot_fields True \ # --plot_fields True \
# --scale_limiter "fac_p3m_fit" \ # --rescale_limiter "fac_p3m_fit" \
# --use_p3m_fit True \ # --use_p3m_fit True \
# --scaling_p3m1 4.0 \ # --mod_val_p3m1 0.33 \
# --scaling_p3m2 3.0 \ # --mod_val_p3m2 0.4 \
# --scaling_p3m3 2.0 # --mod_val_p3m3 0.5
# export OMP_NUM_THREADS=64 # export OMP_NUM_THREADS=64
# python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \ # python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --run_id cola_432_L128_N256_Np128 \ # --run_id cola_Pf_L1024_N1024_Np512 \
# --L 128 \ # --L 1024 \
# --N 256 \ # --N 1024 \
# --Np 128 \ # --Np 512 \
# --Npm 256 \ # --Npm 1024 \
# --n_Tiles 32 \ # --n_Tiles 128 \
# --z_i 19.0 \ # --z_i 19.0 \
# --z_f 0.0 \ # --z_f 0.0 \
# --plot_fields True \ # --plot_fields True \
# --scale_limiter "fac_p3m_fit" \ # --rescale_limiter "fac_p3m_fit" \
# --use_p3m_fit True \ # --use_p3m_fit True \
# --scaling_p3m1 4.0 \ # --mod_val_p3m1 0.33 \
# --scaling_p3m2 3.0 \ # --mod_val_p3m2 0.4 \
# --scaling_p3m3 2.0 # --mod_val_p3m3 0.5
# export OMP_NUM_THREADS=64
# python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --run_id cola_Pf_LNNp256 \
# --L 256 \
# --N 256 \
# --Np 256 \
# --Npm 512 \
# --n_Tiles 64 \
# --z_i 19.0 \
# --z_f 0.0 \
# --plot_fields True \
# --rescale_limiter "fac_p3m_fit" \
# --use_p3m_fit True \
# --mod_val_p3m1 0.3 \
# --mod_val_p3m2 0.5 \
# --mod_val_p3m3 1.1
# export OMP_NUM_THREADS=64
# python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
# --run_id cola_Pf_L512_N256_Np256 \
# --L 512 \
# --N 256 \
# --Np 256 \
# --Npm 512 \
# --n_Tiles 64 \
# --z_i 19.0 \
# --z_f 0.0 \
# --plot_fields True \
# --rescale_limiter "fac_p3m_fit" \
# --use_p3m_fit True \
# --mod_val_p3m1 0.33 \
# --mod_val_p3m2 0.4 \
# --mod_val_p3m3 0.5
export OMP_NUM_THREADS=64
python $WIP3M_ROOT_PATH"src/wip3m/convergence_cola_p3m_only_expl.py" \
--run_id cola_Pf_L512_N512_Np256 \
--L 512 \
--N 512 \
--Np 256 \
--Npm 512 \
--n_Tiles 64 \
--z_i 19.0 \
--z_f 0.0 \
--plot_fields True \
--rescale_limiter "fac_p3m_fit" \
--use_p3m_fit True \
--mod_val_p3m1 0.33 \
--mod_val_p3m2 0.4 \
--mod_val_p3m3 0.5
exit 0 exit 0