*.rcs

Format

Now

 the(1)     phi(1)     RCS(1,1)     ...     RCS(1,Nf)     RCSθ(1,1)     ...     RCSθ(1,Nf)     RCSφ(1,1)     ...     RCSφ(1,Nf)
 the(2)     phi(2)     RCS(2,1)     ...     RCS(2,Nf)     RCSθ(2,1)     ...     RCSθ(2,Nf)     RCSφ(2,1)     ...     RCSφ(2,Nf)
   .          .          .          ...       .             .           ...       .             .           ...       .
   .          .          .          ...       .             .           ...       .             .           ...       .
   .          .          .          ...       .             .           ...       .             .           ...       .
 the(N)     phi(N)     RCS(N,1)     ...     RCS(N,Nf)     RCSθ(N,1)     ...     RCSθ(N,Nf)     RCSφ(N,1)     ...     RCSφ(N,Nf)        // all are floating points.

Old

 the(1)      phi(1)      RCS(1,1)      RCS(1,2)      ...      RCS(1,Nf)
 the(2)      phi(2)      RCS(2,1)      RCS(2,2)      ...      RCS(2,Nf)
   .           .           .             .           ...        .                 
   .           .           .             .           ...        .                 
   .           .           .             .           ...        .                 
 the(N)      phi(N)      RCS(N,1)      RCS(N,2)      ...      RCS(1,Nf)        // all are floating points.

the(i) : the value of theta in i_th angle.
phi(i) : the value of phi in i_th angle.
RCS(i,j) : the value of radar cross section in i_th angle and j_th frequency or wavelength.
RCS_θ(i,j) : theta part of RCS.
RCS_φ(i,j) : phi part of RCS.

N_f : the number of frequency calculated in NTFF transformation.
N : the total number of angle calculated in the space.

Related commands in input files

$NTFFparameter