Input Cards

RS_METHOD $\parbox{0.75\linewidth}{ {\textrm{\it{RECT \ensuremath{\:\vert\:}TR... ...ath{\:\vert\:}KNAB16 \ensuremath{\:\vert\:}RC6P \ensuremath{\:\vert\:}RC12P}}}}$
$\parbox{\MY}{Select kernel for interpolation. a simple step function... ... kernel (6 or 12 points), or a truncated sinc (6, 8 or 16 point) can be used.}$



RS_OUT_FILE $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{s\_resampled.raw}}}}}}$
$\parbox{\MY}{Output filename of resampled slave, cannot be equal to the {\bf input file}\xspace name.}$



RS_OUT_FORMAT $\parbox{0.75\linewidth}{ {\textrm{\it{{\underline{CR4}} \ensuremath{\:\vert\:}CI2}}}}$
$\parbox{\MY}{Output format of resampled slave, complex\_real4 or com... ...me as SLC input format, this causes an error of maximum about 1 percent (?)).}$



RS_DBOW $\parbox{0.75\linewidth}{ {\textrm{\it{linelo linehi pixello pixelhi}}}}$
$\parbox{\MY}{Data base output window (in master coordinate system) ... ...ned. If the slave image is smaller than the window, the pixels are set to 0. }$



RS_DBOW_GEO $\parbox{0.75\linewidth}{ {\textrm{\it{lat\_0 lon\_0 height width}}}}$
$\parbox{\MY}{Output window specified ... ...O and S\_DBOW\_GEO cards (see Chapters~\ref{m_slc2raw} and \ref{s_slc2raw}).}$



RS_SHIFTAZI $\parbox{0.75\linewidth}{ {\textrm{\it{\textnormal{[} {{\underline{ON}} \ensuremath{\:\vert\:}OFF} \textnormal{]}}}}}$
$\parbox{\MY}{If ON, then it is accounted for non centered azimuth sp... ...before resampling. If the fDC is small, users could switch this card to OFF. }$

Example input cards for this step:

  c
  c
  comment ___RESAMPLING SLAVE___
  c
  c RS_METHOD      cc4p
 RS_METHOD       cc6p
  c RS_METHOD      ts6p
  c RS_METHOD      ts8p
  c RS_METHOD      ts16p
 RS_OUT_FILE     Output/01393.resampled
 RS_OUT_FORMAT   ci2
c RS_DBOW         1001 2105 501 700
 RS_DBOW_GEO      52.123 5.732 5000 1000