mask.m

电力系统分析计算程序

function [x,y,s] = mask(a,idx,ins,vals)

if length(ins) == 2
  rot = strcmp(ins{2},'normal');
  orient = ins{1};
else
  rot = 1;
  orient = ins{1};  
end

[xc,yc] = fm_draw('circle','Ltc',orient);

switch vals{3}
  
 case '3'

  x = cell(10,1);
  y = cell(10,1);
  s = cell(10,1);

  x{1} = xc;
  y{1} = yc;
  s{1} = 'k';
  
  x{2} = xc+1.4;
  y{2} = yc;
  s{2} = 'k';

  x{3} = [2.4 3.5];
  y{3} = [0 0];
  s{3} = 'k';

  x{4} = [-1 -2];
  y{4} = [0 0];
  s{4} = 'k';

  x{5} = 0;
  y{5} = 2-4*rot;
  s{5} = 'w';

  x{6} = [0.8 0.8];
  y{6} = 3*rot-[1.3 1.7];
  s{6} = 'g';

  x{7} = [0.65 0.95 0.95 0.65 0.65];
  y{7} = [3.4*rot-1.7 3.4*rot-1.7 4*rot-2 4*rot-2 3.4*rot-1.7];
  s{7} = 'g';

  x{8} = [0.8 -0.8];
  y{8} = [2.4*rot-1.2 1.3-2.6*rot];
  s{8} = 'g';

  x{9} = [-0.6 -0.8];
  y{9} = [1.1-2.2*rot 1.2-2.4*rot];
  s{9} = 'g';

  x{10} = [-0.8 -0.8];
  y{10} = [1-2*rot 1.2-2.4*rot];
  s{10} = 'g';
  
 otherwise
  
  x = cell(8,1);
  y = cell(8,1);
  s = cell(8,1);

  x{1} = xc;
  y{1} = yc;
  s{1} = 'k';
  
  x{2} = xc+1.4;
  y{2} = yc;
  s{2} = 'k';
  
  x{3} = [2.4 2.8];
  y{3} = [0 0];
  s{3} = 'k';

  x{4} = [3.1 3.5];
  y{4} = [0 0];
  s{4} = 'k';

  x{5} = [-1 -2];
  y{5} = [0 0];
  s{5} = 'k';
  
  x{6} = 0;
  y{6} = 2;
  s{6} = 'w';

  x{7} = [ 2.95 2.95 -0.8 -0.8 0.7 1.1 0.7 0.7];
  y{7} = [-0.15 -2 -2 -1.2 1.2 0.5 1.2 1.0];
  s{7} = 'g';

  x{8} = [2.8 3.1 3.1 2.8 2.8];
  y{8} = [-0.15 -0.15 0.15 0.15 -0.15];
  s{8} = 'g';
  
end
  
[x,y] = fm_maskrotate(x,y,orient);