BinKspaceMap Namespace Reference

This module computes binning and unbinning matrices for Kmaps and also tools for angular analysis of Kmaps. More...

Classes
struct	BinnedKMap
Functions
subroutine	BinnedKMapAllocfromKMap (KK, nbins, BinK)
	reads in a KMap and the number of bins and allocates space for the BinnedKMap structure accordingly
subroutine	BinnedKMapAllocBinsOnly (nbins, BinK)
subroutine	BinnedKMapFree (Bink)
subroutine	BinnedKMapCreateFromBinFile (bin_def_file, KK, BinK, cutByMask)
subroutine	BinnedKMapCreateFromBinFileLite (bin_def_file, KK, BinK, cutByMask)
	A lite and easy version of Binning without creating the binning and unbinning matrices.
subroutine	BinnedKMapCreateTrimmedBinFile (binningFile, trimmedKMap, trimmedBinFile)
subroutine	BinnedKMapDeconvolveBeam (BinK, beamFWHM)
subroutine	BinnedKMapWrite (BinK, outname, overwrite)

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Detailed Description

This module computes binning and unbinning matrices for Kmaps and also tools for angular analysis of Kmaps.

Author:

Sudeep Das and Amir Hajian, Princeton University

Version:

Time-stamp: <2010-03-12 17:49:41 sudeep>

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Function Documentation

subroutine BinKspaceMap::BinnedKMapAllocBinsOnly	(	integer(i4b)	nbins,
		type(BinnedKMap)	BinK
	)

subroutine BinKspaceMap::BinnedKMapAllocfromKMap	(	type(KMap)	KK,
		integer(i4b)	nbins,
		type(BinnedKMap)	BinK
	)

reads in a KMap and the number of bins and allocates space for the BinnedKMap structure accordingly

subroutine BinKspaceMap::BinnedKMapCreateFromBinFile	(	character(len=*)	bin_def_file,
		type(KMap)	KK,
		type(BinnedKMap)	BinK,
		logical(LGT),optional	cutByMask
	)

subroutine BinKspaceMap::BinnedKMapCreateFromBinFileLite	(	character(len=*)	bin_def_file,
		type(KMap)	KK,
		type(BinnedKMap)	BinK,
		logical(LGT),optional	cutByMask
	)

A lite and easy version of Binning without creating the binning and unbinning matrices.

subroutine BinKspaceMap::BinnedKMapCreateTrimmedBinFile	(	character(len=*)	binningFile,
		type(KMap)	trimmedKMap,
		character(len=*)	TrimmedBinFile
	)

subroutine BinKspaceMap::BinnedKMapDeconvolveBeam	(	type(BinnedKMap)	BinK,
		real(dp)	beamFWHM
	)

Parameters:

beamFWHM

beam FWHM in degrees

subroutine BinKspaceMap::BinnedKMapFree

(

type(BinnedKMap)

BinK

)

subroutine BinKspaceMap::BinnedKMapWrite	(	type(BinnedKMap)	BinK,
		character (len=*)	outname,
		logical(LGT),intent(in),optional	overwrite
	)

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