The Coronagraph and Rapid Imaging Spectrograph in Python

This software is designed to simulate lenslet array-based Integral Field Spectrographs and their reduction process. This was developed within the context of NASA’s WFIRST Coronagraph mission.

Coronagraph Simulator

• Rapid propagation of an input scene through an HLC coronagraph model

IFS Simulator

• Introduction to crispy
• Starting an IFS simulation from scratch
• OS5 Observing Scenario
• RDI sensitivity

Tools and utilities

• Photon counting code
• Calculate optimal extraction error due to cross-dispersion shift
• Study the number of effective detector pixels
• Plots and images for papers

PISCES

• PISCES wavelength calibration
• Construct lenslet bad pixel/flatfield from broadband reduced cube
• PISCES Data Reduction
• Process multiple IFS images in parallel
• Built-in parallelized reduction
• Plots and images for papers

API

• tools package
  • Submodules
  • tools.detector module
  • tools.detutils module
  • tools.image module
  • tools.imgtools module
  • tools.initLogger module
  • tools.inputScene module
  • tools.lenslet module
  • tools.locate_psflets module
  • tools.par_utils module
  • tools.plotting module
  • tools.postprocessing module
  • tools.reduction module
  • tools.rotate module
  • tools.spectrograph module
  • tools.wavecal module
  • Module contents

Indices and tables

• Index
• Module Index
• Search Page