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Create an example notebook and possibly some convenience functions to demonstrate WFE drift scenarios during a telescope slew using the OTE_WFE_Drift_Model class. The idea would be to create a time series of thermal, frill, and IEC delta OPDs for a sequence of telescope slews. Each OPD can then be used to generate unique PSFs via the calc_psf function.
For the most part, this has already been completed in the pynrc TSO example. Just need to port to webbpsf_ext.
Maybe incorporate OTE_WFE_Drift_Model more directly into NIRCam and MIRI subclasses?
This likely will not work with the polynomial coefficient implementation.
Make sure that the OTE_WFE_Drift_Model class still works as intended in the event there have been updates to OTE_Linear_Model_WSS.
The text was updated successfully, but these errors were encountered:
Create an example notebook and possibly some convenience functions to demonstrate WFE drift scenarios during a telescope slew using the
OTE_WFE_Drift_Model
class. The idea would be to create a time series of thermal, frill, and IEC delta OPDs for a sequence of telescope slews. Each OPD can then be used to generate unique PSFs via thecalc_psf
function.OTE_WFE_Drift_Model
more directly into NIRCam and MIRI subclasses?OTE_WFE_Drift_Model
class still works as intended in the event there have been updates toOTE_Linear_Model_WSS
.The text was updated successfully, but these errors were encountered: