TempleOSTS_140317.ISO

Apps/Span/SpanBridge1.CPP

@@ -0,0 +1,82 @@
+#define STRENGTH_SCALE	1.5e7
+#define SPRING_SCALE	6.0e6
+#define COST_SCALE	375.0
+#define MASS_RADIUS	3.0
+#define MASS_MASS	10.0
+#define WIRE_PERCENT	0.99
+
+#define RIVER_BANK_COLS	5
+#define SKY_LINES	40
+
+#define FIXED_X1	((RIVER_BANK_COLS-1)*FONT_WIDTH)
+#define FIXED_X2	((RIVER_BANK_COLS-4)*FONT_WIDTH)
+#define FIXED_X3	(TEXT_COLS*FONT_WIDTH>>1)
+#define FIXED_Y1	((SKY_LINES+1)*FONT_HEIGHT)
+#define FIXED_Y2	((SKY_LINES+5)*FONT_HEIGHT)
+#define FIXED_Y3	((TEXT_ROWS-8)*FONT_HEIGHT)
+
+#define LOAD_WEIGHTS	8
+
+U0 SpanBridge1Init(CMathODE *)
+{
+  I64 i;
+
+  MyMass *tempm;
+  tempm=PlaceMass(GR_WIDTH-FIXED_X1,FIXED_Y1);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(GR_WIDTH-FIXED_X2,FIXED_Y1);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(GR_WIDTH-FIXED_X1,FIXED_Y2);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(FIXED_X1,FIXED_Y1);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(FIXED_X2,FIXED_Y1);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(FIXED_X1,FIXED_Y2);
+  tempm->flags|=MSF_FIXED;
+  tempm=PlaceMass(FIXED_X3,FIXED_Y3);
+  tempm->flags|=MSF_FIXED;
+
+  for (i=0;i<LOAD_WEIGHTS;i++) {
+    tempm=PlaceMass(FIXED_X1+(i+1)*(GR_WIDTH-2*FIXED_X1)/(LOAD_WEIGHTS+1),
+		    FIXED_Y1);
+    tempm->load_t=(i+1.0)/LOAD_WEIGHTS;
+    tempm->color=RED;
+  }
+
+  DocClear;
+  "$$BG,LTCYAN$$"; NewLine(SKY_LINES);
+  for (i=0;i<10;i++) {
+    "$$BG,BROWN$$";  Spaces(RIVER_BANK_COLS);
+    "$$BG,LTCYAN$$"; Spaces(TEXT_COLS-2*RIVER_BANK_COLS);
+    "$$BG,BROWN$$";  Spaces(RIVER_BANK_COLS);
+    NewLine;
+  }
+  for (i=0;i<5;i++)  {
+    "$$BG,BROWN$$";  Spaces(RIVER_BANK_COLS+i);
+    "$$BG,BLUE$$";   Spaces(TEXT_COLS/2-RIVER_BANK_COLS-2*i);
+    "$$BG,BROWN$$";  Spaces(2*i);
+    "$$BG,BLUE$$";   Spaces(TEXT_COLS/2-RIVER_BANK_COLS-2*i);
+    "$$BG,BROWN$$";  Spaces(RIVER_BANK_COLS+i);
+    NewLine;
+  }
+}
+
+U0 AdjustLoads(CMathODE *ode)
+{
+  MyMass *tempm=ode->next_mass;
+  F64 d,tt=SpanTime/10.0;
+  while (tempm!=&ode->next_mass) {
+    if (tempm->load_t) {
+      if (tt) {
+	d=Abs(Sin(tempm->load_t*ã+tt)); //0.0<=d<=1.0
+	tempm->mass=100.0*Sqr(Sqr(d+1.0));
+	tempm->radius=7.0*d+2.0;
+      } else {
+	tempm->mass=MASS_MASS;
+	tempm->radius=MASS_RADIUS;
+      }
+    }
+    tempm=tempm->next;
+  }
+}