vis.cpp

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  dMm(feature0); dMm(feature1); dMm(feature2); dMm(feature3); dMm(feature4); dMm(feature5); dMm(feature6); dMm(feature7) \
    ; dMm(feature8); dMm(feature9); dMm(x0); dMm(y0); dMm(x1); dMm(y1); dMm(x2); dMm(y2); dMm(x3); dMm(y3); dMm(x4) \
    ; dMm(y4); dMm(x5); dMm(y5); dMm(x6); dMm(y6); dMm(x7); dMm(y7); dMm(x8); dMm(y8); dMm(x9); dMm(y9); 
  
  call_stack_begin;
  load(TM("feature0.txt"),(CL(feature0)));
  load(TM("feature1.txt"),(CL(feature1)));
  load(TM("feature2.txt"),(CL(feature2)));
  load(TM("feature3.txt"),(CL(feature3)));
  load(TM("feature4.txt"),(CL(feature4)));
  load(TM("feature5.txt"),(CL(feature5)));
  load(TM("feature6.txt"),(CL(feature6)));
  load(TM("feature7.txt"),(CL(feature7)));
  load(TM("feature8.txt"),(CL(feature8)));
  load(TM("feature9.txt"),(CL(feature9)));
  x0 = feature0(c_p,2.0);
  y0 = feature0(c_p,3.0);
  x1 = feature1(c_p,2.0);
  y1 = feature1(c_p,3.0);
  x2 = feature2(c_p,2.0);
  y2 = feature2(c_p,3.0);
  x3 = feature3(c_p,2.0);
  y3 = feature3(c_p,3.0);
  x4 = feature4(c_p,2.0);
  y4 = feature4(c_p,3.0);
  x5 = feature5(c_p,2.0);
  y5 = feature5(c_p,3.0);
  x6 = feature6(c_p,2.0);
  y6 = feature6(c_p,3.0);
  x7 = feature7(c_p,2.0);
  y7 = feature7(c_p,3.0);
  x8 = feature8(c_p,2.0);
  y8 = feature8(c_p,3.0);
  x9 = feature9(c_p,2.0);
  y9 = feature9(c_p,3.0);
  display( axis((BR(0.0),80.0,0.0,80.0)) );
  display( title((CL(TM("空间关联模式 - 实体分布状况")))) );
  display( xlabel((CL(TM("X")))) );
  display( ylabel((CL(TM("Y")))) );
  hold(TM("on"));
  plot((CL(x0),y0,TM("go")));
  plot((CL(x1),y1,TM("g*")));
  plot((CL(x2),y2,TM("gx")));
  plot((CL(x3),y3,TM("g+")));
  plot((CL(x4),y4,TM("gs")));
  plot((CL(x5),y5,TM("gd")));
  plot((CL(x6),y6,TM("g<")));
  plot((CL(x7),y7,TM("g>")));
  plot((CL(x8),y8,TM("gp")));
  plot((CL(x9),y9,TM("g^")));
  hold(TM("off"));
  
  
  call_stack_end;