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Jmcclena fuse gslite #407

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9b30a41
add option to pull minimum data for fuse need for gslite
jmcclena May 7, 2026
69b7c54
minor clean up
jmcclena May 7, 2026
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62 changes: 36 additions & 26 deletions omas/examples/fuse_data_export.py
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Original file line number Diff line number Diff line change
Expand Up @@ -7,15 +7,16 @@
import argparse


def fuse_export(save_path, device, shot, EFIT_TREE, PROFILES_TREE,
EFIT_RUN_ID, PROFILES_RUN_ID, CER_analysis_type="CERQUICK"):
def fuse_export(save_path, device, shot, EFIT_TREE, PROFILES_TREE,
EFIT_RUN_ID, PROFILES_RUN_ID, CER_analysis_type="CERQUICK",
pull_gslite_min=False):
ods = omas.ODS()

if len(EFIT_RUN_ID) == 0:
EFIT_RUN_ID = None
if len(PROFILES_RUN_ID) == 0:
PROFILES_RUN_ID = None

tic = time.time()
if device.lower() != "d3d":
raise ValueError(f"Unsupported device {device}. Only 'd3d' supported at present.")
Expand All @@ -26,38 +27,46 @@ def fuse_export(save_path, device, shot, EFIT_TREE, PROFILES_TREE,
# printe("- Fetching nbi data")
# d3d.nbi_active_hardware(ods, $shot)

printe("- Fetching core_profiles data")
d3d.core_profiles_profile_1d(ods, shot, PROFILES_tree=PROFILES_TREE,
PROFILES_run_id=PROFILES_RUN_ID)

printe("- Fetching wall data")
d3d.wall(ods, shot)

printe("- Fetching coils data")
printe("- Fetching coils hardware data")
d3d.pf_active_hardware(ods, shot)
d3d.pf_active_coil_current_data(ods, shot)

printe("- Fetching magnetic hardware data")
d3d.magnetics_hardware(ods, shot)

printe("- Fetching flux loops data")
d3d.magnetics_floops_data(ods, shot)
printe("- Fetching interferometer hardware data")
d3d.interferometer_hardware(ods, shot)

printe("- Fetching magnetic probes data")
d3d.magnetics_probes_data(ods, shot)
if pull_gslite_min:
printe("- Fetching ip/bt/dflux data")
d3d.ip_bt_dflux_data(ods, shot)
else:
printe("- Fetching core_profiles data")
d3d.core_profiles_profile_1d(ods, shot, PROFILES_tree=PROFILES_TREE,
PROFILES_run_id=PROFILES_RUN_ID)

printe("- Fetching Thomson scattering data")
d3d.thomson_scattering_data(ods, shot)
printe("- Fetching coils current data")
d3d.pf_active_coil_current_data(ods, shot)

printe("- Fetching interferometer data")
d3d.interferometer_hardware(ods, shot)
d3d.interferometer_data(ods, shot)
printe("- Fetching flux loops data")
d3d.magnetics_floops_data(ods, shot)

printe("- Fetching charge exchange data")
d3d.charge_exchange_data(ods, shot, analysis_type=CER_analysis_type)
printe("- Fetching magnetic probes data")
d3d.magnetics_probes_data(ods, shot)

printe("- Fetching summary data")
d3d.summary(ods, shot)
printe("- Fetching Thomson scattering data")
d3d.thomson_scattering_data(ods, shot)

printe("- Fetching interferometer data")
d3d.interferometer_data(ods, shot)

printe("- Fetching charge exchange data")
d3d.charge_exchange_data(ods, shot, analysis_type=CER_analysis_type)

printe("- Fetching summary data")
d3d.summary(ods, shot)

printe("- Fetching equilibrium data")
with ods.open(device, shot, options={'EFIT_tree': EFIT_TREE, "EFIT_run_id": EFIT_RUN_ID}):
Expand All @@ -81,6 +90,7 @@ def fuse_export(save_path, device, shot, EFIT_TREE, PROFILES_TREE,
ods.save(save_path)
printe(f" Done in {time.time()-tic:.2f} [s]")


if __name__ == "__main__":
parser = argparse.ArgumentParser()

Expand All @@ -95,11 +105,11 @@ def fuse_export(save_path, device, shot, EFIT_TREE, PROFILES_TREE,
parser.add_argument('--EFIT_RUN_ID', default="")
parser.add_argument('--PROFILES_RUN_ID', default="")
parser.add_argument('--CER_ANALYSIS_TYPE', default="CERQUICK")
parser.add_argument("--PULL_GSLITE_MIN", action="store_true")

# Parse the arguments
args = parser.parse_args()

fuse_export(args.save_path, args.device, args.shot, args.EFIT_TREE,
fuse_export(args.save_path, args.device, args.shot, args.EFIT_TREE,
args.PROFILES_TREE, args.EFIT_RUN_ID, args.PROFILES_RUN_ID,
args.CER_ANALYSIS_TYPE)

args.CER_ANALYSIS_TYPE, args.PULL_GSLITE_MIN)
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