gams.m

这是一个很适合研究和学习用的电力系统仿真软件

function [n,idx,data] = gams(a)

global Bus GAMS

n = int2str(a.n);
idx = sparse(a.bus,[1:a.n],1,Bus.n,a.n);

data = [];

if ~a.n, return, end

tgphi = tanphi(a);
[Cda,Cdb,Cdc,Dda,Ddb,Ddc] = costs(a);

if GAMS.method == 7
  if length(a.con(1,:)) < 16
    Rdup = a.con(:,9);
    Rddw = a.con(:,9);
  else
    Rdup = a.con(:,16);
    Rddw = a.con(:,17);
  end
end

if GAMS.loaddir
  Pd0 = a.con(:,3);
else
  Pd0 = a.con(:,7);
end

[Pdmax,Pdmin] = plim(a);

if GAMS.method < 7
  data.val = [Pd0,Pdmax,Pdmin,tgphi,Cda,Cdb,Cdc,Dda,Ddb,Ddc];
else
  data.val = [Pd0,Pdmax,Pdmin,tgphi,Cda,Cdb,Cdc,Dda,Ddb,Ddc,Rdup,Rddw];
end

if GAMS.method < 7
  data.labels = {cellstr(num2str([1:a.n]')), ...
              {'Pd0','Pdmax','Pdmin','tgphi','Cda', ...
               'Cdb','Cdc','Dda','Ddb','Ddc'}};
else
  data.labels = {cellstr(num2str([1:a.n]')), ...
              {'Pd0','Pdmax','Pdmin','tgphi','Cda', ...
               'Cdb','Cdc','Dda','Ddb','Ddc','RDup','RDdw'}};
end

data.name = 'D';