| AMTM | This modules contains routines to perform (non) adaptive multitaper power spectrum estimation given a map |
| bicubic_spline | |
| BinKspaceMap | This module computes binning and unbinning matrices for Kmaps and also tools for angular analysis of Kmaps |
| confidence_intervals | This modules contains routines to find the theoretical distribution of power spectrum at each pixel, given the property of tapers used to generate it |
| CovTools | This modules contains various basic tools to deal with a power spectrum |
| fitsTools | |
| FlatMaster | This modules contains routines to set up the utilities for performing Master Algorithm on flat sky using the J-function approximation to the Wigner 3-j symbols |
| FlatSkyMaster | This modules contains routines to set up the utilities for performing Master Algorithm on flat sky |
| generateBins | |
| generateBinsFromMap | |
| getFFT | |
| GetFFT | This modules contains routines to perform FFT on maps |
| Healpix_types | |
| healpix_types | |
| makeKspaceMap | |
| MakeKspaceMap | This modules contains routines to set up the K space for the mode coupling problem on a rectangular grid |
| MapUtils | |
| mapUtils | Module to perform operations on maps, such as add noise to pixels, convolve with kernels etc |
| misc_utils | |
| MobyIO | |
| MultiTapers | This Module contains codes for generating the Slepian multitapers required for the adaptive multitaper method. Most of the 1D dpss code is based on the original code by Percival and Walden, which was converted by AH to f90 |
| nrtype | |
| polynom | |
| prewhiten | |
| ran_tools | |
| rngmod | |
| visualization | |
