At successful exit, the process control flag is switched on:
interfero: 1
The output looks like (in the products result file):
******************************************************************* *_Start_interfero ******************************************************************* Data_output_file: Output/cint.raw Data_output_format: complex_real4 First_line (w.r.t. original_master): 1001 Last_line (w.r.t. original_master): 2105 First_pixel (w.r.t. original_master): 501 Last_pixel (w.r.t. original_master): 700 Multilookfactor_azimuth_direction: 10 Multilookfactor_range_direction: 2 Number of lines (multilooked): 110 Number of pixels (multilooked): 100 ******************************************************************* * End_interfero:_NORMAL *******************************************************************
The (complex) output data file can be viewed with, e.g., in Matlab with a following script:
fid = fopen('Output/cint.raw','r');
cint = (fread(fid,[100 220],'float32')).';
fclose(fid);
realpart = cint[:,1:2:size(cint,1)];
cplxpart = cint[:,2:2:size(cint,1)];
cint = realpart + i*cplxpart;
phase = angle(cint);
imagesc(phase);
colorbar;
Output may include the matrix with the reference phase. For flatearth correction this normally resembles a plane, and is not very useful output.