diff --git a/reflex/micado_si_wkf.py b/reflex/micado_si_wkf.py
index 0156297c85631fbbb5eae901858f40bcf12a755c..badb0a997a8ec095ee5f35cfccdaf10c38b6d28e 100644
--- a/reflex/micado_si_wkf.py
+++ b/reflex/micado_si_wkf.py
@@ -1,3 +1,4 @@
+
from edps.generator.task_builder import data_source, task
from edps.generator.task import ClassificationRule, ProductClassificationRule
@@ -5,227 +6,210 @@ from edps.generator.task import ClassificationRule, ProductClassificationRule
def is_raw(f):
return f["dpr.catg"] == "NODEFAULT" and f["dpr.tech"] == "" and f["dpr.type"] == ""
-
raw_class = ClassificationRule("RAW", is_raw)
-raw = data_source().with_classification_rule(raw_class).build()
+raw = (
+ data_source()
+ .with_classification_rule(raw_class)
+ .build()
+)
def is_raw_dark(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "DARK"
- )
-
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "DARK"
raw_dark_class = ClassificationRule("I_DARK_RAW", is_raw_dark)
-raw_dark = data_source().with_classification_rule(raw_dark_class).build()
+raw_dark = (
+ data_source()
+ .with_classification_rule(raw_dark_class)
+ .build()
+)
+
+
+
+
+
def is_cat_photomref(f):
return f["pro.catg"] == "CAT_PHOTOMREF"
-
cat_photomref_class = ClassificationRule("REF_I_PHOTOM_CAT", is_cat_photomref)
-cat_photomref = data_source().with_classification_rule(cat_photomref_class).build()
+cat_photomref = (
+ data_source()
+ .with_classification_rule(cat_photomref_class)
+ .build()
+)
+
-def is_raw_opt_flat(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "FLAT,LAMP"
- )
+def is_raw_opt_flat(f):
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "FLAT,LAMP"
+
raw_opt_flat_class = ClassificationRule("I_FLAT_RAW", is_raw_opt_flat)
-raw_opt_flat = data_source().with_classification_rule(raw_opt_flat_class).build()
+raw_opt_flat = (
+ data_source()
+ .with_classification_rule(raw_opt_flat_class)
+ .build()
+)
def is_raw_opt_nonlin(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "NONLIN,LAMP"
- )
-
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "NONLIN,LAMP"
raw_opt_nonlin_class = ClassificationRule("I_NONLIN_RAW", is_raw_opt_nonlin)
-raw_opt_nonlin = data_source().with_classification_rule(raw_opt_nonlin_class).build()
+raw_opt_nonlin = (
+ data_source()
+ .with_classification_rule(raw_opt_nonlin_class)
+ .build()
+)
+
def is_cat_distortionref_astromref(f):
return f["pro.catg"] == "CAT_DISTORTIONREF_ASTROMREF"
-
-cat_distortionref_astromref_class = ClassificationRule(
- "REF_I_ASTROM_CAT", is_cat_distortionref_astromref
-)
+cat_distortionref_astromref_class = ClassificationRule("REF_I_ASTROM_CAT", is_cat_distortionref_astromref)
cat_distortionref_astromref = (
- data_source().with_classification_rule(cat_distortionref_astromref_class).build()
+ data_source()
+ .with_classification_rule(cat_distortionref_astromref_class)
+ .build()
)
def is_cat_distortionref_wamref(f):
return f["pro.catg"] == "CAT_DISTORTIONREF_WAMREF"
-
-cat_distortionref_wamref_class = ClassificationRule(
- "REF_I_WAM_CAT", is_cat_distortionref_wamref
-)
+cat_distortionref_wamref_class = ClassificationRule("REF_I_WAM_CAT", is_cat_distortionref_wamref)
cat_distortionref_wamref = (
- data_source().with_classification_rule(cat_distortionref_wamref_class).build()
+ data_source()
+ .with_classification_rule(cat_distortionref_wamref_class)
+ .build()
)
-def is_raw_opt_sky_astromfield(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "STD,ASTROMETRY"
- )
-raw_opt_sky_astromfield_class = ClassificationRule(
- "I_ASTROMFIELD_RAW", is_raw_opt_sky_astromfield
-)
+
+
+def is_raw_opt_sky_astromfield(f):
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "STD,ASTROMETRY"
+
+raw_opt_sky_astromfield_class = ClassificationRule("I_ASTROMFIELD_RAW", is_raw_opt_sky_astromfield)
raw_opt_sky_astromfield = (
- data_source().with_classification_rule(raw_opt_sky_astromfield_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_astromfield_class)
+ .build()
)
def is_raw_opt_sky_bkgfield(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,AI"
- and f["dpr.type"] == "OBJECT,BCKGRND"
- )
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,AI" and f["dpr.type"] == "OBJECT,BCKGRND"
-
-raw_opt_sky_bkgfield_class = ClassificationRule(
- "I_BKGFIELD_RAW", is_raw_opt_sky_bkgfield
-)
+raw_opt_sky_bkgfield_class = ClassificationRule("I_BKGFIELD_RAW", is_raw_opt_sky_bkgfield)
raw_opt_sky_bkgfield = (
- data_source().with_classification_rule(raw_opt_sky_bkgfield_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_bkgfield_class)
+ .build()
)
def is_raw_opt_wamcam_cam(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,AI"
- and f["dpr.type"] == "PINHOLE,CAM"
- )
-
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,AI" and f["dpr.type"] == "PINHOLE,CAM"
raw_opt_wamcam_cam_class = ClassificationRule("I_CAM_RAW", is_raw_opt_wamcam_cam)
raw_opt_wamcam_cam = (
- data_source().with_classification_rule(raw_opt_wamcam_cam_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_wamcam_cam_class)
+ .build()
)
def is_raw_opt_sky_illum(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "STD,ILLUM"
- )
-
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "STD,ILLUM"
raw_opt_sky_illum_class = ClassificationRule("I_ILLUM_RAW", is_raw_opt_sky_illum)
raw_opt_sky_illum = (
- data_source().with_classification_rule(raw_opt_sky_illum_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_illum_class)
+ .build()
)
def is_raw_opt_sky_stdfield(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "STD,PHOTOM"
- )
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "STD,PHOTOM"
-
-raw_opt_sky_stdfield_class = ClassificationRule(
- "I_STDFIELD_RAW", is_raw_opt_sky_stdfield
-)
+raw_opt_sky_stdfield_class = ClassificationRule("I_STDFIELD_RAW", is_raw_opt_sky_stdfield)
raw_opt_sky_stdfield = (
- data_source().with_classification_rule(raw_opt_sky_stdfield_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_stdfield_class)
+ .build()
)
def is_raw_opt_wamcam_wam(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "IMAGE,AI"
- and f["dpr.type"] == "PINHOLE,WAM"
- )
-
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "IMAGE,AI" and f["dpr.type"] == "PINHOLE,WAM"
raw_opt_wamcam_wam_class = ClassificationRule("I_WAM_RAW", is_raw_opt_wamcam_wam)
raw_opt_wamcam_wam = (
- data_source().with_classification_rule(raw_opt_wamcam_wam_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_wamcam_wam_class)
+ .build()
)
-def is_raw_opt_sky_skysiai_science(f):
- return (
- f["dpr.catg"] == "SCIENCE"
- and f["dpr.tech"] == "IMAGE,SI"
- and f["dpr.type"] == "OBJECT,SKY"
- )
+def is_raw_opt_sky_skysiai_science(f):
+ return f["dpr.catg"] == "SCIENCE" and f["dpr.tech"] == "IMAGE,SI" and f["dpr.type"] == "OBJECT,SKY"
-raw_opt_sky_skysiai_science_class = ClassificationRule(
- "I_SCI_RAW", is_raw_opt_sky_skysiai_science
-)
+raw_opt_sky_skysiai_science_class = ClassificationRule("I_SCI_RAW", is_raw_opt_sky_skysiai_science)
raw_opt_sky_skysiai_science = (
- data_source().with_classification_rule(raw_opt_sky_skysiai_science_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_skysiai_science_class)
+ .build()
)
def is_raw_opt_sky_skysiai_scienceai(f):
- return (
- f["dpr.catg"] == "SCIENCE"
- and f["dpr.tech"] == "IMAGE,AI"
- and f["dpr.type"] == "OBJECT,SKY"
- )
-
+ return f["dpr.catg"] == "SCIENCE" and f["dpr.tech"] == "IMAGE,AI" and f["dpr.type"] == "OBJECT,SKY"
-raw_opt_sky_skysiai_scienceai_class = ClassificationRule(
- "I_SCI_AI_RAW", is_raw_opt_sky_skysiai_scienceai
-)
+raw_opt_sky_skysiai_scienceai_class = ClassificationRule("I_SCI_AI_RAW", is_raw_opt_sky_skysiai_scienceai)
raw_opt_sky_skysiai_scienceai = (
- data_source().with_classification_rule(raw_opt_sky_skysiai_scienceai_class).build()
+ data_source()
+ .with_classification_rule(raw_opt_sky_skysiai_scienceai_class)
+ .build()
)
-def is_raw_opt_sky_skyhci_coro_corobackground(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "CORONOGRAPHY"
- and f["dpr.type"] == "BACKGROUND"
- )
-raw_opt_sky_skyhci_coro_corobackground_class = ClassificationRule(
- "I_CORO_BGD_RAW", is_raw_opt_sky_skyhci_coro_corobackground
-)
+
+
+
+
+
+
+
+def is_raw_opt_sky_skyhci_coro_corobackground(f):
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "CORONOGRAPHY" and f["dpr.type"] == "BACKGROUND"
+
+raw_opt_sky_skyhci_coro_corobackground_class = ClassificationRule("I_CORO_BGD_RAW", is_raw_opt_sky_skyhci_coro_corobackground)
raw_opt_sky_skyhci_coro_corobackground = (
data_source()
@@ -235,16 +219,9 @@ raw_opt_sky_skyhci_coro_corobackground = (
def is_raw_opt_sky_skyhci_coro_corooffset(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "CORONOGRAPHY"
- and f["dpr.type"] == "STAR"
- )
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "CORONOGRAPHY" and f["dpr.type"] == "STAR"
-
-raw_opt_sky_skyhci_coro_corooffset_class = ClassificationRule(
- "I_CORO_OFFSET_RAW", is_raw_opt_sky_skyhci_coro_corooffset
-)
+raw_opt_sky_skyhci_coro_corooffset_class = ClassificationRule("I_CORO_OFFSET_RAW", is_raw_opt_sky_skyhci_coro_corooffset)
raw_opt_sky_skyhci_coro_corooffset = (
data_source()
@@ -254,16 +231,9 @@ raw_opt_sky_skyhci_coro_corooffset = (
def is_raw_opt_sky_skyhci_coro_sciencecoropupil(f):
- return (
- f["dpr.catg"] == "SCIENCE"
- and f["dpr.tech"] == "CORONOGRAPHY"
- and f["dpr.type"] == "PUPIL"
- )
-
+ return f["dpr.catg"] == "SCIENCE" and f["dpr.tech"] == "CORONOGRAPHY" and f["dpr.type"] == "PUPIL"
-raw_opt_sky_skyhci_coro_sciencecoropupil_class = ClassificationRule(
- "I_SCI_CORO_PUPIL_RAW", is_raw_opt_sky_skyhci_coro_sciencecoropupil
-)
+raw_opt_sky_skyhci_coro_sciencecoropupil_class = ClassificationRule("I_SCI_CORO_PUPIL_RAW", is_raw_opt_sky_skyhci_coro_sciencecoropupil)
raw_opt_sky_skyhci_coro_sciencecoropupil = (
data_source()
@@ -273,16 +243,9 @@ raw_opt_sky_skyhci_coro_sciencecoropupil = (
def is_raw_opt_sky_skyhci_coro_sciencecorowaffle(f):
- return (
- f["dpr.catg"] == "SCIENCE"
- and f["dpr.tech"] == "CORONOGRAPHY,WAFFLE"
- and f["dpr.type"] == "OBJECT"
- )
+ return f["dpr.catg"] == "SCIENCE" and f["dpr.tech"] == "CORONOGRAPHY,WAFFLE" and f["dpr.type"] == "OBJECT"
-
-raw_opt_sky_skyhci_coro_sciencecorowaffle_class = ClassificationRule(
- "I_SCI_CORO_WAFFLE_RAW", is_raw_opt_sky_skyhci_coro_sciencecorowaffle
-)
+raw_opt_sky_skyhci_coro_sciencecorowaffle_class = ClassificationRule("I_SCI_CORO_WAFFLE_RAW", is_raw_opt_sky_skyhci_coro_sciencecorowaffle)
raw_opt_sky_skyhci_coro_sciencecorowaffle = (
data_source()
@@ -291,32 +254,33 @@ raw_opt_sky_skyhci_coro_sciencecorowaffle = (
)
-def is_raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt(f):
- return (
- f["dpr.catg"] == "CALIB"
- and f["dpr.tech"] == "CORONOGRAPHY"
- and f["dpr.type"] == "HCIOPT"
- )
-raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt_class = ClassificationRule(
- "I_DPSICS_OPT_RAW", is_raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt
-)
+
+
+def is_raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt(f):
+ return f["dpr.catg"] == "CALIB" and f["dpr.tech"] == "CORONOGRAPHY" and f["dpr.type"] == "HCIOPT"
+
+raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt_class = ClassificationRule("I_DPSICS_OPT_RAW", is_raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt)
raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt = (
data_source()
- .with_classification_rule(
- raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt_class
- )
+ .with_classification_rule(raw_opt_sky_skyhci_skyhcionline_dpsicsoptsci_dpsicsopt_class)
.build()
)
-img_masterdark = task("micado_det_dark").with_main_input(raw_dark).build()
+
+img_masterdark = (
+ task('micado_det_dark')
+ .with_main_input(raw_dark)
+
+ .build()
+)
img_masterflat = (
- task("micado_img_flat")
+ task('micado_img_flat')
.with_main_input(raw_opt_flat)
.with_associated_input(img_masterdark)
.build()
@@ -324,12 +288,15 @@ img_masterflat = (
img_nonlinearity = (
- task("micado_img_nonlinearity").with_main_input(raw_opt_nonlin).build()
+ task('micado_img_nonlinearity')
+ .with_main_input(raw_opt_nonlin)
+
+ .build()
)
img_persistence = (
- task("micado_det_persistence")
+ task('micado_det_persistence')
.with_main_input(raw)
.with_associated_input(raw)
.build()
@@ -337,7 +304,7 @@ img_persistence = (
img_fnl_catalogable_dt_dtsiai_dt = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_skysiai_science)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -348,7 +315,7 @@ img_fnl_catalogable_dt_dtsiai_dt = (
img_fnl_catalogable_dt_dtbkgfield = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_bkgfield)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -359,14 +326,15 @@ img_fnl_catalogable_dt_dtbkgfield = (
img_background = (
- task("micado_img_background")
+ task('micado_img_background')
.with_main_input(img_fnl_catalogable_dt_dtbkgfield)
+
.build()
)
img_fnl_catalogable_dt_dtillum = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_illum)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -377,7 +345,7 @@ img_fnl_catalogable_dt_dtillum = (
hdr_statictable_illumcorr = (
- task("micado_img_illum")
+ task('micado_img_illum')
.with_main_input(img_fnl_catalogable_dt_dtillum)
.with_associated_input(cat_photomref)
.build()
@@ -385,7 +353,7 @@ hdr_statictable_illumcorr = (
img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnl = (
- task("micado_img_detrend_final")
+ task('micado_img_detrend_final')
.with_main_input(img_fnl_catalogable_dt_dtsiai_dt)
.with_associated_input(img_background)
.with_associated_input(hdr_statictable_illumcorr)
@@ -394,7 +362,7 @@ img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnl = (
img_fnl_catalogable_dt_dtsiai_dtai = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_skysiai_scienceai)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -405,7 +373,7 @@ img_fnl_catalogable_dt_dtsiai_dtai = (
img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnlai = (
- task("micado_img_detrend_final")
+ task('micado_img_detrend_final')
.with_main_input(img_fnl_catalogable_dt_dtsiai_dtai)
.with_associated_input(img_background)
.with_associated_input(hdr_statictable_illumcorr)
@@ -414,7 +382,7 @@ img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnlai = (
img_fnl_catalogable_dt_dtwam = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_wamcam_wam)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -425,7 +393,7 @@ img_fnl_catalogable_dt_dtwam = (
img_fnl_catalogable_dtfnl_dtfnlwam = (
- task("micado_img_detrend_final")
+ task('micado_img_detrend_final')
.with_main_input(img_fnl_catalogable_dt_dtwam)
.with_associated_input(img_background)
.with_associated_input(hdr_statictable_illumcorr)
@@ -434,7 +402,7 @@ img_fnl_catalogable_dtfnl_dtfnlwam = (
hdr_distortion_distortionwam = (
- task("micado_img_distortion")
+ task('micado_img_distortion')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlwam)
.with_associated_input(cat_distortionref_wamref)
.build()
@@ -442,7 +410,7 @@ hdr_distortion_distortionwam = (
img_fnl_catalogable_dt_dtastromfield = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_astromfield)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -453,7 +421,7 @@ img_fnl_catalogable_dt_dtastromfield = (
img_fnl_catalogable_dtfnl_dtfnlastromfield = (
- task("micado_img_detrend_final")
+ task('micado_img_detrend_final')
.with_main_input(img_fnl_catalogable_dt_dtastromfield)
.with_associated_input(img_background)
.with_associated_input(hdr_statictable_illumcorr)
@@ -462,7 +430,7 @@ img_fnl_catalogable_dtfnl_dtfnlastromfield = (
hdr_distortion_distortionelt = (
- task("micado_img_distortion")
+ task('micado_img_distortion')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlastromfield)
.with_associated_input(cat_distortionref_astromref)
.build()
@@ -470,7 +438,7 @@ hdr_distortion_distortionelt = (
hdr_astrom = (
- task("micado_img_astrom")
+ task('micado_img_astrom')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnl)
.with_associated_input(cat_distortionref_astromref)
.with_associated_input(hdr_distortion_distortionwam)
@@ -480,7 +448,7 @@ hdr_astrom = (
hdr_photom_photomscience = (
- task("micado_img_photom")
+ task('micado_img_photom')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnl)
.with_associated_input(hdr_astrom)
.with_associated_input(cat_photomref)
@@ -489,7 +457,7 @@ hdr_photom_photomscience = (
img_fnl_catalogable_dt_dtstdfield = (
- task("micado_img_detrend")
+ task('micado_img_detrend')
.with_main_input(raw_opt_sky_stdfield)
.with_associated_input(img_masterdark)
.with_associated_input(img_masterflat)
@@ -500,7 +468,7 @@ img_fnl_catalogable_dt_dtstdfield = (
img_fnl_catalogable_dtfnl_dtfnlstdfield = (
- task("micado_img_detrend_final")
+ task('micado_img_detrend_final')
.with_main_input(img_fnl_catalogable_dt_dtstdfield)
.with_associated_input(img_background)
.with_associated_input(hdr_statictable_illumcorr)
@@ -509,7 +477,7 @@ img_fnl_catalogable_dtfnl_dtfnlstdfield = (
hdr_photom_photomstdfield = (
- task("micado_img_photom")
+ task('micado_img_photom')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlstdfield)
.with_associated_input(hdr_astrom)
.with_associated_input(cat_photomref)
@@ -518,7 +486,7 @@ hdr_photom_photomstdfield = (
img_fnl_catalogable_calibrated = (
- task("micado_img_calibrate")
+ task('micado_img_calibrate')
.with_main_input(img_fnl_catalogable_dtfnl_dtfnlsiai_dtfnl)
.with_associated_input(hdr_photom_photomscience)
.with_associated_input(hdr_astrom)
@@ -527,5 +495,10 @@ img_fnl_catalogable_calibrated = (
img_stack = (
- task("micado_img_stack").with_main_input(img_fnl_catalogable_calibrated).build()
+ task('micado_img_stack')
+ .with_main_input(img_fnl_catalogable_calibrated)
+
+ .build()
)
+
+