Actions: sun-data/interface-region-imaging-spectrograph
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iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
tests
#122:
Pull request #21
synchronize
by
byrdie
iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
Black
#127:
Pull request #21
synchronize
by
byrdie
iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
Ruff
#105:
Pull request #21
synchronize
by
byrdie
iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
Black
#126:
Pull request #21
opened
by
byrdie
iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
tests
#121:
Pull request #21
opened
by
byrdie
iris.sg.SpectrographObservation.radiance
property which converts from DN to radiometric units.
Ruff
#104:
Pull request #21
opened
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores …
tests
#120:
Commit 15f9e55
pushed
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores …
Black
#125:
Commit 15f9e55
pushed
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores …
Ruff
#103:
Commit 15f9e55
pushed
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Black
#124:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Ruff
#102:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#119:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Black
#123:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#118:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Ruff
#101:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Black
#122:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#117:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Ruff
#100:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#116:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Ruff
#99:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Black
#121:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Black
#120:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
Ruff
#98:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#115:
Pull request #20
synchronize
by
byrdie
iris.sg.SpectrographObservation.timedelta
field which stores the exposure time for each frame of the observation.
tests
#114:
Pull request #20
synchronize
by
byrdie