Input Cards

AF_BLOCKSIZE $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{1024}}}}}}$
$\parbox{\MY}{Length of fft per buffer in azimuth direction. In general, the larger the better.}$



AF_OVERLAP $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{AF\_BLOCKSIZE/8}}}}}}$
$\parbox{\MY}{Half of the overlap between consecutive bufferes in azi... ...udied yet if taking an overlap is requird. Setting this card to 0 is fastest.}$



AF_HAMMING $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{0.75}}}}}}$
$\parbox{\MY}{ The weighting of the spe... ... to 1, no weighting is performed. For more information see \ref{sec:hamming}.}$



AF_OUT_MASTER $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{master.afiltered}}}}}}$
$\parbox{\MY}{Output file name for the master image.}$



AF_OUT_SLAVE $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{slave.afiltered}}}}}}$
$\parbox{\MY}{Output file name for the slave image.}$



AF_OUT_FORMAT $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{cr4}}}}}}$
$\parbox{\MY}{Format of outut data. Either complex real4 (cr4) or complex shorts (ci2).}$

An example of the input file (save general cards):

 PROCESS         m_filtazi
 PROCESS         s_filtazi
  c                                         //
  c                                         //
  comment ___AZIMUTH FILTERING___           //
  c                                         //
  c AF_METHOD
 AF_BLOCKSIZE    1024                       // fftlength each column
 AF_OVERLAP      64                         // hbs
 AF_HAMMING      0.75
 AF_OUT_MASTER   Outdata/1393.azifilt
 AF_OUT_SLAVE    Outdata/21066.azifilt
 AF_OUT_FORMAT   ci2