NAME

Photonic::Retarded::AllH

VERSION

version 0.010

SYNOPSIS

   use Photonic::Retarded::AllH;
   my $iter=Photonic::Retarded::AllH->new(metric=>$metric,
            nh=>$Nh, polarization=>$p, keepStates=>$save); 
   $iter->run;
   my $haydock_as=$iter->as;
   my $haydock_bs=$iter->bs;
   my $haydock_b2s=$iter->b2s;
   my $haydock_b2s=$iter->b2s;
   my $haydock_b2s=$iter->b2s;
   my $haydock_cs=$iter->cs;
   my $haydock_bcs=$iter->bcs;
   my $haydock_gs=$iter->gs;
   my $haydock_states=$iter->states;

DESCRIPTION

Iterates the calculation of Haydock coefficients and states in the retarded regime and saves them for later retrieval.

METHODS

• new(metric=>$m, polarization=>$p, nh=>$nh[, keepStates=>$k, smallH=>$s])

  Initializes an Ph::NR::AllH object. $m is the retarded metric to use, $p is the polarization of the field, $nh is the maximum number of desired coefficients to calculate, $k is a flag, non zero to save the Haydock states, $s is a number to be considered negligible. Other arguments are as in Photonic::Retarded::OneH.

• run

  Runs the iteration to completion

• All the Photonic::Retarded::OneH methods

ACCESORS (read only)

• nh

  Maximum number of desired Haydock 'a' coefficients and states. The number of b coefficients is one less.

• keepStates

  Flag to keep (1) or discard (0) Haydock states

• states

  Array of Haydock states

• as

  Array of Haydock a coefficients

• bs

  Array of Haydock b coefficients

• b2s

  Array of Haydock b coefficients squared

• cs

  Array of Haydock c coefficients

• bcs

  Array of Haydock b times c coefficients

• gs

  Array of Haydock g coefficients

• All the Photonic::Retarded::OneH methods