Index

Symbols

2D Wavelength Solution, [1]

2D Wavelength Solution Developer, [1]

A

Accumulate Images, [1] ADI with LOCI, [1] Advanced KLIP ADI for Pol Mode, [1] Apply Reference Pixel Correction, [1] Assemble Polarization Cube, [1]

Assemble Polarization Datacube (Lsqr, microlens psf), [1] Assemble Spectral Datacube, [1] (Lsqr, microlens psf), [1] Assemble Spectral Datacube using ePSF, [1] Assemble Spectral Datacube using mlens PSF, [1] Assemble Undispersed Image, [1]

B

Basic ADI, [1]

C

Calibrate astrometry from binary (using 6th orbit catalog), [1] (using separation and PA), [1] Calibrate Photometric Flux, [1] Check Data Quality, [1] Check for closed-loop coronagraphic image, [1] Clean Cosmic Rays, [1] Clean Polarization Pairs via Double Difference, [1] Collapse datacube, [1] Combine 2D dark images, [1] Combine 2D images, [1] Combine 2D Thermal/Sky Backgrounds, [1] Combine 3D Datacubes, [1]

Combine Polarization Sequence, [1] Combine Polarization Sequence via Double Difference, [1] Combine Wavelength Calibrations, [1] Combine Wavelength Calibrations locations, [1] Correct Distortion, [1] Correct for Atmospheric Differential Refraction, [1] Correct for Interpixel Capacitance, [1] Create 2D Low Frequency Flat, [1] Create High-Resolution Microlens PSF Model, [1] Create Lenslet Flat Field, [1] Create microphonics noise model, [1] Creates a thermal/sky background datacube, [1]

D

Destripe for Darks Only, [1] Destripe science image, [1] Display raw image with GPItv, [1]

Divide by Lenslet Flat Field, [1] Divide by Polarized Flat Field, [1] Divide by Spectral Flat Field, [1] Divide by Telluric Transmission, [1]

E

Extract 1D spectrum from a datacube, [1]

Extract one spectrum, [1] Extract one spectrum, plots, [1]

F

Filter datacube spatially, [1] Find Cold Bad Pixels from Flats, [1] Find Hot Bad Pixels from Darks, [1] Flag Quicklook, [1] Flexure 2D x correlation with polcal, [1]

Flexure 2D x correlation with ulens and polcal models, [1] Flexure 2D x correlation with wavecal model, [1] (perpendicular), [1] Flexure Quicklook for Pol (Lsqr, microlens psf), [1] Flexure Quicklook for Spectra (Lsqr, microlens psf), [1]

G

Generate Combined Bad Pixel Map, [1]

I

Insert Planet into datacube, [1] Interpolate bad pixels in 2D frame, [1]

Interpolate bad pixels in cube, [1] Interpolate Wavelength Axis, [1]

K

KLIP ADI for Pol Mode, [1] KLIP algorithm ADI + SDI, [1]

KLIP algorithm Angular Differential Imaging, [1] KLIP algorithm Angular Differential Imaging With Center Forced, [1] KLIP algorithm Spectral Differential Imaging, [1]

L

Load High-Res PSFs, [1] Load Instrumental Polarization Calibration, [1]

Load Polarimetry Spot Calibration, [1] Load Wavelength Calibration, [1]

M

Measure Contrast, [1] Measure GPI distortion from grid pattern, [1] Measure Polarization Spot Calibration, [1] Measure satellite spot locations, [1]

Measure satellite spot peak fluxes, [1] Measure Star Position for Polarimetry, [1] Measure Wavelength Calibration, [1] Median Combine ADI datacubes, [1]

N

Noise and Flux Analysis, [1]

Normalize polarimetry flat field, [1]

P

Pad Wavelength Calibration Edges, [1] Plot the satellite spot locations vs. the expected location from wavelength scaling, [1]

Populate Flexure Shifts vs Elevation Table, [1] Primitive to interface TLOCI code and dependecies for PSF subtraction with the GPI pipeline., [1]

Q

Quality Check Wavelength Calibration, [1]

Quick Wavelength Solution Update, [1]

R

Remove Flat Lamp spectrum, [1] Remove Persistence from Previous Images, [1]

Rotate Field of View Square, [1] Rotate North Up, [1]

S

Save Accumulated Stack, [1] Save Output, [1] Simple SDI of post ADI residual, [1] Simple Spectral Differential Imaging, [1] Smooth a 3D Cube, [1] Speckle alignment, [1]

Stores calibration in dataset, [1] Subtract Dark Background, [1] Subtract Mean Stellar Polarization, [1] Subtract Mean Stellar Polarization from podc, [1] Subtract Thermal/Sky Background Cube if K band, [1] Subtract Thermal/Sky Background if K band, [1]

U

Update Spot Shifts for Flexure, [1]

Update World Coordinates, [1]