fm_block.m

基于PSAT 软件的多目标最优潮流计算用于中小型电力系统的分析和管理

function fm_block
% FM_BLOCK change the mask properties of the current
%          selected Simulink block
%
%see also FM_LIB, FM_SIM, FM_SIMDATA, FM_SIMSETT
%
%Author:    Federico Milano
%Date:      11-Nov-2002
%Update:    01-Aug-2003
%Version:   1.0.1
%
%E-mail:    [e-mail]
%Web-site:  http://thunderbox.uwaterloo.ca/~fmilano
%
% Copyright (C) 2002-2006 Federico Milano

sys    = get_param(0,'CurrentSystem');
block  = get_param(sys,'CurrentBlock');
gg     = get_param([sys,'/',block],'Selected');
mask   = get_param([sys,'/',block],'MaskType');
object = [sys,'/',block];

Values = get_param(object,'MaskValues');

set_param(object,'LinkStatus','none')

a = get_param(object,'MaskEnables');
b = get_param(object,'MaskPrompts');

switch mask
 case 'Bus'

  colors = {'black','blue','green','red','yellow', ...
            'cyan','orange','darkgreen','lightblue','gray'};
  set_param(object,'BackgroundColor', ...
                   colors{rem(round(str2num(Values{5}))-1,10)+1});

 case 'Syn'

  tipo = str2num(Values{2});
  idx = [10,11];

  %                   Ko,Kp  Taa
  switch tipo
   case 2,   a(idx) = {'off'; 'off'};
   case 3,   a(idx) = {'on';  'off'};
   case 4,   a(idx) = {'on';  'off'};
   case 5.1, a(idx) = {'on';  'off'};
   case 5.2, a(idx) = {'on';  'on'};
   case 5.3, a(idx) = {'off'; 'off'};
   case 6,   a(idx) = {'on';  'on'};
   case 8,   a(idx) = {'off'; 'on'};
  end

 case 'Mot'

  tipo = str2num(Values{2});
  idx = [4, 7];

  switch tipo
   case 1, a(idx) = {'off'; 'off'};
   case 3, a(idx) = {'on';  'off'};
   case 5, a(idx) = {'on';  'on'};
  end

 case 'Mn'

  tipo = Values{4};
  switch tipo
   case 'on',  b{2} = 'Percentage of active && reactive powers [%, %]';
   case 'off', b{2} = 'Active && reactive powers [p.u., p.u.]';
  end

 case 'Pl'

  tipo = Values{4};
  switch tipo
   case 'on'
    b{2} = 'Percentage of resistance, active current and active power [%, %, %]';
    b{3} = 'Percentage of reactance, reactive current and reactive power [%, %, %]';
   case 'off'
    b{2} = 'Resistance, active current and active power [p.u., p.u., p.u.]';
    b{3} = 'Reactance, reactive current and reactive power [p.u., p.u., p.u.]';
  end

 case 'Breaker'

  display1 = ['plot([1 2 2 1 1],[-1 -1 1 1 -1]),color(''red''),', ...
              'plot([1 2],[-1 1],[2 1],[-1 1])'];
  display2 = ['plot([1 2 2 1 1],[-1 -1 1 1 -1])'];
  tipo = Values{2};
  switch tipo
   case 'on',  set_param(object,'MaskDisplay',display1);
   case 'off', set_param(object,'MaskDisplay',display2);
  end

 case 'Oxl'

  tipo = Values{2};
  switch tipo
   case 'on',  a([3, 4]) = {'off','off'};
   case 'off', a([3, 4]) = {'on' ,'on'};
  end

 case 'Pss'

  tipo = str2num(Values{1});
  switch tipo
   case 1, a([2 5 6 7 8 9 10]) = {'off','on', 'off','off','off','off','off'};
   case 2, a([2 5 6 7 8 9 10]) = {'on' ,'off','on', 'off','off','off','off'};
   case 3, a([2 5 6 7 8 9 10]) = {'on' ,'off','on', 'off','off','off','off'};
   case 4, a([2 5 6 7 8 9 10]) = {'on' ,'off','on', 'on', 'on', 'on' ,'on'};
   case 5, a([2 5 6 7 8 9 10]) = {'on' ,'off','on', 'on', 'on', 'on' ,'on'};
  end

 case 'Svc'

  display1 = ['plot([0.5 0.5],[1 0.8],[0.5 0.5],[0 0.2],[0 1 1 0 0],[0.8 0.8 0.2 0.2 0.8]),', ...
              ' plot([-0.1 1.1],[0 0],[0.1 0.9],[-0.05 -0.05],[0.3 0.7],[-0.1 -0.1]), color(''green'')', ...
              ' plot([-0.4 -0.4 1.4 1.4],[0.1 0.3 0.7 0.9])'];
  display2 = ['plot([0.5 0.5],[0 0.2],[-0.5 1.5],[0 0],[3 5],[-0.9 -0.9],', ...
              '[0.5 0.5],[-1.6 -1.8],[4 4],[0.2 -0.8],[1.9 1.9],[0.2 0.4],[1.9 1.9],[-1.8 -2],', ...
              '[0.5 4],[0.2 0.2],[0.5 0.5],[-0.65 -0.85],[4 4],[-1.8 -0.9],[0.5 4],[-1.8 -1.8],', ...
              '[1.3 2.5],[-2 -2],[1.5 2.3],[-2.05 -2.05],[1.7 2.1],[-2.1 -2.1]), ', ...
                'plot(4+yc,-0.7+0.1*xc,', ...
              '0.5-0.5*xi,-1.15+0.175+0.125*yi,', ...
              '0.5-0.5*xi,-1.15-0.325+0.125*yi,', ...
              '0.5-0.5*xi,-1.15-0.075+0.125*yi), ', ...
              'color(''magenta''), plot([-0.5 1.5 1.5 -0.5 -0.5],[-0.65 -0.65 0 0 -0.65],', ...
              '[0 -0.5 -1 0],[-0.2 -0.45 -0.2 -0.2],[-0.7 -1.2],[-0.35 -0.35],[-1 0],[-0.45 -0.45],', ...
              '[1 1.5 2 1],[-0.45 -0.2 -0.45 -0.45],[2 1],[-0.2 -0.2],[1.7 2.2],[-0.3 -0.3])'];
  tipo   = str2num(Values{2});
  idx1 = [3 4 6];
  idx2 = [7 8 9];
  switch tipo
   case 1
    b(idx1) = {'Regulator Time Constant Tr [s]'; ...
               'Regulator Gain Kr [p.u./p.u.]'; ...
               'B_max and B_min [p.u.  p.u.]'};
    a(idx2) = {'off'; 'off'; 'off'};
    set_param(object,'MaskDisplay',display1);
   case 2
    b(idx1) = {'Regulator Time Constant T2 [s]'; ...
               'Regulator Gain K [p.u./p.u.]'; ...
               'Alpha_max and Alpha_min [rad rad]'};
    a(idx2) = {'on';  'on';  'on'};
    set_param(object,'MaskDisplay',display2);
  end

 case 'Tcsc'

  display1 = ['plot([1 0.8],[0.5 0.5],[0 0.2],[0.5 0.5],[0.8 0.8 0.2 0.2 0.8],[0 1 1 0 0]), ' ...
              'color(''green''), plot([0.1 0.3 0.7 0.9],[-0.4 -0.4 1.4 1.4])'];
  display2 = ['plot([-1.6 -1.8 -1.8],[0.5 0.5 4],[0.2 0.2],[0.5 4],[-0.9 -0.9],[3 5],', ...
              '[0 0.2],[0.5 0.5],[-0.65 -0.85],[0.5 0.5],[-1.8 -0.9],[4 4],', ...
              '[0.2 -0.8],[4 4],[0.2 0.4],[1.9 1.9],[-1.8 -2],[1.9 1.9]), ', ...
              'plot(-0.7+0.1*xc,4+yc,', ...
              '-1.15+0.175+0.125*yi,0.5+0.5*xi,', ...
              '-1.15-0.325+0.125*yi,0.5+0.5*xi,', ...
              '-1.15-0.075+0.125*yi,0.5+0.5*xi), ', ...
              'color(''magenta''), plot([-0.65 -0.65 0 0 -0.65],[-0.5 1.5 1.5 -0.5 -0.5],', ...
              '[-0.2 -0.45 -0.2 -0.2],[0 -0.5 -1 0],[-0.35 -0.35],[-0.7 -1.2],[-0.45 -0.45],[-1 0],', ...
              '[-0.45 -0.2 -0.45 -0.45],[1 1.5 2 1],[-0.2 -0.2],[2 1],[-0.3 -0.3],[1.7 2.2])'];
  tipo = Values{2};
  switch tipo
   case 'Xc'
    b{7} = 'Xc_max and Xc_min [p.u.  p.u.]';
    a{9} = 'off';
    set_param(object,'MaskDisplay',display1);
   case 'Alpha'
    b{7} = 'Alpha_max and Alpha_min [rad  rad]';
    a{9} = 'on';
    set_param(object,'MaskDisplay',display2);
  end
  tipo = Values{3};
  switch tipo
   case 'constant_power_flow'
    a{8} = 'on';
   otherwise
    a{8} = 'off';
  end
 
 case 'Exc'

  tipo   = str2num(Values{1});
  idx1 = [4 5 6 7];
  idx2 = [7 8 9 11];
  switch tipo
   case 1
    b(idx1) = {'Regulator Gain m0 [p.u./p.u.]'; ....
               'First Regulator Pole T1 [s]'; ...
               'First Regulator Zero T2 [s]'; ...
               'Second Regulator Pole T3 [s]'};
    a(idx2) = {'on'; 'on'; 'on'; 'on'};
   case 2
    b(idx1) = {'Amplifier Gain Ka [p.u./p.u.]'; ...
               'Amplifier Time Constant Ta [s]'; ...
               'Stabilizer Gain Kf [p.u./p.u.]'; ...
               'Stabilizer Time Tf [s]'};
    a(idx2) = {'on'; 'off'; 'on'; 'on'};
   case 3
    b(idx1) = {'Regulator Gain [p.u./p.u.]'; ...
               'Regulator Pole T2 [s]'; ...
               'Regulator Zero T1 [s]'; ...
               'Second Regulator Pole T3 [s]'};
        a(idx2) = {'off'; 'off'; 'off'; 'off'};
  end

 case 'Tg'

  tipo = str2num(Values{1});
  idx1 = [6 7];
  idx2 = [8 9 10];
  switch tipo
   case 1,
    b(idx1) = {'Governor Time Constant Ts [s]'; ...
               'Servo Time Constant Ts [s]'};
    a(idx2) = {'on';  'on';  'on'};
   case 2,
    b(idx1) = {'Pole Time Constant Ts [s]'; ...
               'Zero Time Constant Ts [s]'};
    a(idx2) = {'off'; 'off'; 'off'};
  end

 case 'PQ'

  tipo = Values{4};
  switch tipo
   case 'on', a{3} = 'on';
   case 'off', a{3} = 'off';
  end

 case 'PQgen'

  tipo = Values{4};
  switch tipo
   case 'on', a{3} = 'on';
   case 'off', a{3} = 'off';
  end

 case 'Ltc'

  display1 = ['plot(x,y,x+1.4,y,[2.4 2.8],[0 0],[3.1 3.5],[0 0],[-1 -2],[0 0],0,2), color(''green''), plot([2.95 2.95],', ...
              '[-0.15 -2],[2.95 -0.8],[-2 -2],[-0.8 -0.8],[-2 -1.2], [-0.8 0.7],[-1.2 1.2],', ...
              '[0.5 0.7],[1.1 1.2],[0.7 0.7], [1.0 1.2],[2.8 3.1 3.1 2.8 2.8],[-0.15 -0.15 0.15 0.15 -0.15]);'];
  
  display2 = ['plot(x,y,x+1.4,y,[2.4 3.5],[0 0],[-1 -2],[0 0],0,2-4*rot), color(''green''), plot([0.8 0.8],3*rot-[1.3 1.7],', ...
              '[0.65 0.95 0.95 0.65 0.65],[3.4*rot-1.7 3.4*rot-1.7 4*rot-2 4*rot-2 3.4*rot-1.7],', ...
              '[0.8 -0.8],[2.4*rot-1.2 1.3-2.6*rot],[-0.6 -0.8],[1.1-2.2*rot 1.2-2.4*rot],[-0.8 -0.8], [1-2*rot 1.2-2.4*rot]);'];
  inputs = get_param(object,'Ports');
  inputs = inputs(3);
  tipo = str2num(Values{3});

  switch tipo
   case 1
    b{7} = 'Reference Voltage Vref [p.u.]';
    set_param(object,'MaskDisplay',display1);
    if inputs, delete_block([object,'/in_2']); end
   case 2
    b{7} = 'Reference Reactive Power Qref [p.u.]';
    set_param(object,'MaskDisplay',display1);
    if inputs, delete_block([object,'/in_2']); end
   case 3
    b{7} = 'Remote Reference Voltage Vref [p.u.]';
    set_param(object,'MaskDisplay',display2);
    if ~inputs
      add_block('built-in/EnablePort',[object,'/in_2'])
      set_param([object,'/in_2'],'position',[65, 155, 85, 175])
    end
  end
  
 case 'Sssc'
  
  tipo = Values{2};
  switch tipo
   case 'constant_power'
     a([3 7]) = {'on'; 'on'};
   otherwise
     a([3 7]) = {'off'; 'off'};    
  end
 
 case 'Shunt'

  values = str2num(Values{2});
  names = get_param(object,'MaskNames');

  if strcmp(names{2},'p6q')
    tipo = values;
  else
    return
  end

  if tipo == 0
    fm_choice('Shunt reactance should not be zero!',2)
    return
  end

  ground = ['[0 0],[-0.4 0.4],[0.075 0.075],[-0.25 0.25],[0.15' ...
	    ' 0.15],[-0.1 0.1]'];

  if tipo < 0 % inductance
    lx  = ['-[0 23 23 24 28 34 40 47 52 55 56 54 51 51 47 46 ', ...
	   '48 51 57 64 70 75 79 79 77 74 74 70 69 71 75 80 87 ', ...
	   '93 99 102 103 101 97 97 94 93 94 98 104 110 117 ', ...
	   '122 125 126 126 150]/150'];
    ly  = ['[0 0 1 11 19 24 25 23 17 8 -2 -12 -18 -18 -9 1 11 ', ...
	   '19 24 25 23 17 8 -2 -12 -18 -18 -9 1 11 19 24 25 ', ...
	   '23 17 8 -2 -12 -18 -18 -9 1 11 19 24 25 23 17 8 0 0 0]/45'];
    display1 = ['plot(',lx,',',ly,',',ground,',0,-0.5)'];
  elseif tipo > 0 % conductance
    cx1 = '-[0 60 60 55 53 55 60 60 55 53]/150';
    cy1 = '[0 0 8 16 25 16 8 -8 -16 -25]/50';
    cx2 = '-[80 80 80 150]/150';
    cy2 = '[25 -25 0 0]/50';
    display1 = ['plot(',cx1,',',cy1,',',cx2,',',cy2,',',ground,')'];
  end
  set_param(object,'MaskDisplay',display1);

end

set_param(object,'MaskEnables',a);
set_param(object,'MaskPrompts',b);