Changeset 1441 in Sophya for trunk/SophyaProg/PrgMap
- Timestamp:
- Mar 14, 2001, 5:25:02 PM (25 years ago)
- Location:
- trunk/SophyaProg/PrgMap
- Files:
-
- 3 edited
Legend:
- Unmodified
- Added
- Removed
-
trunk/SophyaProg/PrgMap/cl2map.cc
r1430 r1441 14 14 #include "fitstarray.h" 15 15 16 /*! 17 \ingroup PrgUtil 18 \file cl2map.cc 19 \brief \b cl2map: generates spherical maps from power spectra (C(l)) 20 21 \verbatim 22 23 csh> cl2map -h 24 SOPHYA Version 1.1 Revision 0 (V_Fev2001) -- Mar 9 2001 15:45:31 cxx 25 26 cl2map : Spherical harmonics synthesis - Power spectrum C_l -> HEALPix map 27 Usage: cl2map [-float/-r4] [-msph pixp] [-beam fwhm] 28 [-fitsin] [-fitsout] [-autoinirand] InFileName OutFileName 29 -float (-r4): single precision C_l and map (default = double) 30 -msph pix: Spherical map pixelization parameter 31 nside=2^n for HEALPix - default=128 32 lmax = 2^n default=128 33 -beam fwhm : Beam moothing (in l-space) FWHM in arcmin, default=0 34 -fitsout: Select the FITS format for the output map (default PPF format) 35 -fitsin : Select the FITS format for the input vector (default PPF format) 36 -autoinirand : Automtatic random number generator initialization 37 InFileName : Input file name containing the C_l vector 38 OutFileName : Output file name (HEALPix map) 39 40 \endverbatim 41 */ 16 42 17 43 … … 139 165 } 140 166 141 if ((narg-ko) < 1) Usage(true);167 if ((narg-ko) < 2) Usage(true); 142 168 infile = arg[ko]; 143 169 outfile = arg[ko+1]; -
trunk/SophyaProg/PrgMap/map2cl.cc
r1430 r1441 15 15 16 16 17 /*! 18 \ingroup PrgUtil 19 \file map2cl.cc 20 \brief \b map2cl: Computes power spectra (C(l)) on spherical maps. 21 22 \verbatim 23 24 csh> map2cl -h 25 SOPHYA Version 1.1 Revision 0 (V_Fev2001) -- Mar 9 2001 15:45:31 cxx 26 27 map2cl : Spherical harmonics analysis - HEALPix map -> Power spectrum C_l 28 Usage: map2cl [-float/-r4] [-lmax lval] [-thetacut dtdeg] 29 [-fitsin] [-fitsout] InFileName OutFileName 30 -float (-r4): single precision C_l and map (default = double) 31 -lmax lval: Maximum value for l index (default=255) 32 -thetacut dtdeg : Symmetric delta-theta cut (in degree) along equator 33 (default=0 -> no cut) 34 -fitsout: Select the FITS format for the output map (default PPF format) 35 -fitsin : Select the FITS format for the input vector (default PPF format) 36 InFileName : Input file name (HEALPix map) 37 OutFileName : Output file name (the C_l vector) 38 39 \endverbatim 40 */ 17 41 18 42 /* Nouvelle-Fonction */ … … 132 156 } 133 157 134 if ((narg-ko) < 1) Usage(true);158 if ((narg-ko) < 2) Usage(true); 135 159 infile = arg[ko]; 136 160 outfile = arg[ko+1]; -
trunk/SophyaProg/PrgMap/prjsmap.cc
r1430 r1441 14 14 #include "fitstarray.h" 15 15 16 /*! 17 \ingroup PrgUtil 18 \file prjsmap.cc 19 \brief \b prjsmap: Molleweide and sinus projection of sky maps 20 21 \verbatim 22 23 csh> prjsmap -h 24 SOPHYA Version 1.1 Revision 0 (V_Fev2001) -- Mar 9 2001 15:45:31 cxx 25 26 prjsmap : Molleweide and Sinus projection for sky maps 27 Usage: prjsmap [-float/-r4] [-sinus] [-sx sizeX] [-sy sizeY] [-scale fact] 28 [-off val][-ump val] [-invy] [-fitsin] [-fitsout] InFileName OutFileName 29 -float (-r4): single precision sky map and projection (default = double) 30 -sinus: Selects Sinus projection (default Molleweide projection) 31 -sx sizeX: Projected map size in X 32 -sy sizeY: Projected map size in Y 33 default: sizeX = 2*sizeY ; sizeX*sizeY ~ map.NbPixels()/2 34 -scale fact: scale factor applied to skymap pixels (def=1.) 35 -off val: offset value for projected map (def=0.) 36 prj(ix, jy) = offset + scale*skymap(theta, phi) 37 -ump val: Unmapped pixel value in projected map (def=0.) 38 -invy: reverses the projection direction along Y (Theta) 39 -fitsout: Select the FITS format for the output map (default PPF format) 40 -fitsin : Select the FITS format for the input vector (default PPF format) 41 InFileName : Input file name (HEALPix map) 42 OutFileName : Output file name (the C_l vector) 43 44 \endverbatim 45 */ 16 46 17 47 … … 278 308 } 279 309 280 if ((narg-ko) < 1) Usage(true);310 if ((narg-ko) < 2) Usage(true); 281 311 infile = arg[ko]; 282 312 outfile = arg[ko+1];
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