pipelinedDatav00

function used for recording cbass data for Descartes map making

0001 function d = pipelindData(d)
0002 %function used for recording cbass data for Descartes map making
0003 
0004     %h = gov.fnal.eag.healpix.PixTools;
0005     
0006     %npix= h.Nside2Npix(nside);
0007     
0008      disp('Here')    
0009      try
0010     [ta,A,G]=calculateAlpha(d);
0011     catch
0012     disp('Failed calculateAlpha')
0013          end
0014     try
0015     d=applyAlpha(d,ta,A,G)
0016     catch
0017     disp('Failed the applyAlpha')
0018     end
0019     try
0020          [r,A]=rFactorCorrection(d,1)
0021     catch
0022     disp('Failed the rFactorCorrection')
0023     end
0024     try
0025          d=calculateStokes(d,r);
0026     catch
0027     disp('Failed the calculateStokes')
0028     end
0029          try
0030     d = opacity(d);
0031     catch
0032     disp('Failed opacity')
0033     end
0034      disp('Pixellating the data')
0035     % d=pixdat(d,nside);
0036     % d=aveHealpix(d,nside);
0037     
0038    
0039 %     I  = d.antenna0.healpixDat(:,2);
0040 %     Q1 = d.antenna0.healpixDat(:,3);
0041 %     Q2 = d.antenna0.healpixDat(:,5);
0042 %     U1 = d.antenna0.healpixDat(:,4);
0043 %     U2 = d.antenna0.healpixDat(:,6);
0044 %     N_OBS = d.antenna0.healpixDat(:,14);
0045 %     sig_I = d.antenna0.healpixDat(:,8);
0046 %     sig_Q1 = d.antenna0.healpixDat(:,9);
0047 %      sig_Q2 = d.antenna0.healpixDat(:,11);
0048 %      sig_U1 =  d.antenna0.healpixDat(:,10);
0049 %       sig_U2 = d.antenna0.healpixDat(:,12);
0050 %     d.antenna0.writeHealpixDat= [I Q1 Q2 U1 U2 N_OBS sig_I sig_Q1 sig_Q1 sig_U1 sig_U2];
0051      %unix('rm filename.fits');
0052     %cbass_write_image('filename.fits',[I Q1 Q2 U1 U2 N_OBS],nside,npix,'start','stop');
0053     
0054 return