first commit

bettyt · Dec 29, 2011 · 94caafa · 94caafa
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diff --git a/src/Dress.pde b/src/Dress.pde
@@ -0,0 +1,130 @@
+  void Dress(HashMap dress, RawDXF dxf){
+
+  float[] Lh = (float[]) dress.get("Lh");
+  float[] Lv = (float[]) dress.get("Lv");
+  float[] L1 = (float[]) dress.get("L1");
+  float[] H1 = (float[]) dress.get("H1");
+  float[] T1 = (float[]) dress.get("T1");
+  float[] R1 = (float[]) dress.get("R1");
+  float[] W = (float[]) dress.get("W");
+  float[] Hp = (float[]) dress.get("Hp");
+  float[] Sch = (float[]) dress.get("Sch");
+  float[] S = (float[]) dress.get("S");
+  float[] VAE = (float[]) dress.get("VAE");
+  float[] Schv = (float[]) dress.get("Schv");
+  float[] Hsv = (float[]) dress.get("Hsv");
+  float[] A = (float[]) dress.get("A");
+  float[] B = (float[]) dress.get("B");
+  float[] T3 = (float[]) dress.get("T3");
+  float[] H2 = (float[]) dress.get("H2");
+  float[] Hh = (float[]) dress.get("Hh");
+  float[] Hv = (float[]) dress.get("Hv");
+  float[] HAE = (float[]) dress.get("HAE");
+  float[] TAbs1 = (float[]) dress.get("TAbs1");
+  float[] TAbs2 = (float[]) dress.get("TAbs2");
+  float[] TAbh1 = (float[]) dress.get("TAbh1");
+  float[] TAbh2 = (float[]) dress.get("TAbh2");
+  float[] TAbh3 = (float[]) dress.get("TAbh3");
+  float[] TAbh4 = (float[]) dress.get("TAbh4");
+  float[] BAb = (float[]) dress.get("BAb");
+  float[] TAbv1 = (float[]) dress.get("TAbv1");
+  float[] TAbv2 = (float[]) dress.get("TAbv2");
+  float[] TAbv3 = (float[]) dress.get("TAbv3");
+  float[] TAbv4 = (float[]) dress.get("TAbv4");
+  float[] Abh1 = (float[]) dress.get("Abh1");
+  float[] Abh2 = (float[]) dress.get("Abh2");
+  float[] Abh3 = (float[]) dress.get("Abh3");
+  float[] Abh4 = (float[]) dress.get("Abh4");
+
+  float[] Bp = (float[]) dress.get("Bp");
+  float[] Rp =(float[]) dress.get("Rp");
+
+
+  PVector VoMi = new PVector(A[0] - B[0], A[1] - B[1]);
+  PVector Help = new PVector(0 , 1);
+  println(VoMi); println(Help);
+  float rot = PVector.angleBetween(VoMi, Help) - 2*PI;
+  print("rot"); println(rot);
+
+  //Zeichnung
+  beginRaw(dxf); 
+  dxf.setLayer(0);
+  int start_x = 10 - 2;
+  int start_y = (int) (L1[1] - nzS - 2);
+  HomePrint(start_x, start_y, a, b);
+  dxf.setLayer(1);
+  stroke(0,0,0);
+  strokeWeight(1);
+
+  printMatrix();
+
+  pushMatrix();
+  translate(100,0 );
+  //Vorderteil//die beiden Vorderteile werden hier nicht zusammengenaeht sondern als ein stueck ausgeschnitten//es muesste noch eine nachtzugabe vorgesehn werden
+  println(H2); println(Lv); println(L1);
+  line(H2[0], L1[1]-nzS, Lv[0]+nz, Lv[1]-nzS);
+  line(Lv[0]+nz, Lv[1]-nzS, Hv[0]+nz, Hv[1]);
+  line(TAbs1[0]+nz, TAbs1[1], BAb[0]+nz, BAb[1]);
+  //line(BAb[0]+nz, BAb[1], S[0]+nz, S[1]+nz);
+  //line(VAE[0]+1+nz, VAE[1], VAE[0]-1+nz, VAE[1]);
+  //line(VAE[0]+nz, VAE[1]+1, VAE[0]+nz, VAE[1]-1);
+  //line(Schv[0]+nz, Schv[1]+nz, Hsv[0], Hsv[1]+nz);
+  //line(A[0], A[1], B[0], B[1]);
+  line(T3[0], T3[1], B[0], B[1]);
+  line(T3[0], T3[1], H2[0], H2[1]);
+  line(H2[0], H2[1], H2[0], L1[1]-nzS);
+  line(B[0], B[1], BAb[0]+nz, BAb[1]);
+  line(TAbv1[0], TAbv1[1], TAbv3[0], TAbv3[1]);
+  line(TAbv2[0], TAbv2[1], TAbv3[0], TAbv3[1]);
+  line(TAbv1[0], TAbv1[1], TAbv4[0], TAbv4[1]);
+  line(TAbv2[0], TAbv2[1], TAbv4[0], TAbv4[1]);
+  popMatrix();
+  //Abnaeher verschieben
+  pushMatrix();
+  stroke(150,0,0);
+  translate(B[0]+100, B[1]);
+  rotate(rot);
+  translate(-B[0], -B[1]);
+  line(BAb[0]+nz, BAb[1], S[0]+nz, S[1]+nz);
+  line(VAE[0]+1+nz, VAE[1], VAE[0]-1+nz, VAE[1]);
+  line(VAE[0]+nz, VAE[1]+1, VAE[0]+nz, VAE[1]-1);
+  line(Schv[0]+nz, Schv[1]+nz, Hsv[0], Hsv[1]+nz);
+  line(A[0], A[1], B[0], B[1]);
+  line(B[0], B[1], BAb[0]+nz, BAb[1]);
+  //armhole_front
+//  armhole_fr(S, VAE, Schv, nz);
+  //neckline_front
+//  neckline_fr(A, Hsv, nz);
+  popMatrix();
+
+  stroke(0,0,0);
+  pushMatrix();
+  translate(110,0);
+  //Hinterteil//die beiden Hinterteile werden hier nicht zusammengenaeht sondern als ein stueck ausgeschnitten//es muesste noch eine nachtzugabe vorgesehn werden
+  line(Lh[0]-nz, Lh[1]-nzS, L1[0], L1[1]-nzS);
+  line(L1[0], L1[1]-nzS, H1[0], H1[1]);
+  line(H1[0], H1[1], T1[0], T1[1]);
+  line(T1[0], T1[1], R1[0], R1[1]);
+  line(R1[0], R1[1], W[0], W[1]);
+  line(Hp[0], Hp[1]+nz, Sch[0]-nz, Sch[1]+nz);
+  line(HAE[0]+1-nz, HAE[1], HAE[0]-1-nz, HAE[1]);
+  line(HAE[0]-nz, HAE[1]+1, HAE[0]-nz, HAE[1]-1);
+  line(S[0]-nz, S[1]+nz, TAbs2[0]-nz, TAbs2[1]);
+  line(Hh[0]-nz, Hh[1], Lh[0]-nz, Lh[1]);
+  line(TAbh1[0], TAbh1[1], TAbh3[0], TAbh3[1]);
+  line(TAbh2[0], TAbh2[1], TAbh3[0], TAbh3[1]);
+  line(TAbh1[0], TAbh1[1], TAbh4[0], TAbh4[1]);
+  line(TAbh2[0], TAbh2[1], TAbh4[0], TAbh4[1]);
+  //armhole_back
+//  armhole_ba(S, HAE, Sch, nz);
+  //neckline_back
+//  neckline_ba(W, Hp, nz);
+  popMatrix();
+
+  dxf.setLayer(2);
+  //sleeve
+  basic_sleeve(0, 70, nz, nzS, Alg, Asw, Schv, Bp, Sch, Rp, S, VAE, HAE);
+
+  endRaw();
+  log.append("DONE");
+}
diff --git a/src/Grid.pde b/src/Grid.pde
@@ -0,0 +1,11 @@
+void Grid (int a, int b) {
+
+  strokeWeight(1);
+  stroke(200);
+  for (int i = 0; i < a; i = i+1) {
+    line(i, 0, i, b);
+  }
+  for (int x = 0; x < b; x = x+1) {
+    line(0, x, a, x);
+  }
+}
diff --git a/src/HomePrint.pde b/src/HomePrint.pde
@@ -0,0 +1,22 @@
+void HomePrint(int start_x, int start_y, int a, int b){  
+
+  stroke(255, 0, 0);
+  strokeWeight(0.8);    //A4-Format - je 3cm fuer die Raender = 15*24;
+
+   //Testsquare 10x10cm
+  rect(start_x + 3, start_y + 5, 10, 10);
+
+  for (int y = start_y; y < b; y = y + 24) {
+    line(0, y, a, y);
+
+    for (int x = start_x; x < a; x = x + 15){ 
+      line(x, 0, x, b);
+
+      if (x > start_x && y > start_y) {
+        ellipse(x - 15/2.0, y, 2, 2);
+        ellipse (x, y - 24/2.0, 2, 2);
+      }
+    }
+  }
+}
+
diff --git a/src/Konf.pde b/src/Konf.pde
@@ -0,0 +1,44 @@
+float[] Konf(int Gr, float Ow) {
+
+   if (Gr==32 || Gr==34){
+    float Hs = 1.0/12.0 * Ow;
+    float VAb = 1.0/20.0 *Ow -2.0;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }
+  else if(Gr==36 || Gr==38){
+    float Hs = 1.0/12.0 *Ow -0.5;		//Halsspiegelbreite
+    float VAb = 1.0/20.0 *Ow -1.0;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }		//Vorderteil Abnaeher
+  else if (Gr==40 || Gr==42){
+    float Hs = 1.0/12.0 *Ow -0.5;
+    float VAb = 1.0/20.0 *Ow;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }
+  else if (Gr==44){
+    float Hs = 1.0/12.0 *Ow -0.5;
+    float VAb = 1.0/20.0 *Ow +1.0;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }
+  else if (Gr==46){
+    float Hs = 1.0/12.0 *Ow -1.0;
+    float VAb = 1.0/20.0 *Ow +1.0;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }
+  else if (Gr==48 || Gr==50){
+    float Hs = 1.0/12.0 *Ow -1.0;
+    float VAb = 1.0/20.0 *Ow +2.0;
+    float[] konf = {Hs, VAb};
+    return konf;
+  }
+  else{
+    log.append("invalid confection size (choose 32-50) \n");
+    float[] konf = {0,0};
+    return konf;
+  }
+}  
diff --git a/src/Overall.pde b/src/Overall.pde
@@ -0,0 +1,180 @@
+void Overall(HashMap front, HashMap dress, RawDXF dxf){
+
+  float[] Fa = (float[]) front.get("Fa");
+  float[] Fb = (float[]) front.get("Fb");
+  float[] Kb = (float[]) front.get("Kb");
+  float[] Schritt = (float[]) front.get("Sch");  
+  float[] BH = (float[]) front.get("B");  
+  float[] H = (float[]) front.get("H");
+  float[] Ka = (float[]) front.get("Ka");  
+  float[] Fc = (float[]) front.get("Fc");
+  float[] Fd = (float[]) front.get("Fd");
+  float[] Kd = (float[]) front.get("Kd");
+  float[] Br = (float[]) front.get("Br");
+  float[] Ga = (float[]) front.get("Ga");
+  float[] Ba = (float[]) front.get("Ba");
+  float[] Ha = (float[]) front.get("Ha");
+  float[] Kc = (float[]) front.get("Kc");
+
+  float[] H1 = (float[]) dress.get("H1");
+  float[] T1 = (float[]) dress.get("T1");
+  float[] R1 = (float[]) dress.get("R1");
+  float[] W = (float[]) dress.get("W");
+  float[] Hp = (float[]) dress.get("Hp");
+  float[] Sch = (float[]) dress.get("Sch");
+  float[] S = (float[]) dress.get("S");
+  float[] VAE = (float[]) dress.get("VAE");
+  float[] Schv = (float[]) dress.get("Schv");
+  float[] Hsv = (float[]) dress.get("Hsv");
+  float[] A = (float[]) dress.get("A");
+  float[] B = (float[]) dress.get("B");
+  float[] T3 = (float[]) dress.get("T3");
+  float[] H2 = (float[]) dress.get("H2");
+  float[] Hh = (float[]) dress.get("Hh");
+  float[] Hv = (float[]) dress.get("Hv");
+  float[] HAE = (float[]) dress.get("HAE");
+  float[] TAbs1 = (float[]) dress.get("TAbs1");
+  float[] TAbs2 = (float[]) dress.get("TAbs2");
+  float[] TAbh1 = (float[]) dress.get("TAbh1");
+  float[] TAbh2 = (float[]) dress.get("TAbh2");
+  float[] TAbh3 = (float[]) dress.get("TAbh3");
+  float[] TAbh4 = (float[]) dress.get("TAbh4");
+  float[] BAb = (float[]) dress.get("BAb");
+  float[] TAbv1 = (float[]) dress.get("TAbv1");
+  float[] TAbv2 = (float[]) dress.get("TAbv2");
+  float[] TAbv3 = (float[]) dress.get("TAbv3");
+  float[] TAbv4 = (float[]) dress.get("TAbv4");
+  float[] Abh1 = (float[]) dress.get("Abh1");
+  float[] Abh2 = (float[]) dress.get("Abh2");
+  float[] Abh3 = (float[]) dress.get("Abh3");
+  float[] Abh4 = (float[]) dress.get("Abh4");
+  float[] Bp = (float[]) dress.get("Bp");
+  float[] Rp = (float[]) dress.get("Rp");
+
+  //Zeichnung 
+  beginRaw(dxf);
+  dxf.setLayer(0);
+
+  int start_x = 10 - 2;
+  int start_y = (int) (Fc[1] - nzS - 2);
+  HomePrint(start_x, start_y, a, b);
+  dxf.setLayer(1);
+
+  stroke(0,0,0);
+  strokeWeight(1);
+
+  pushMatrix();
+  translate(10,0);
+  //Vorderhose        //Nathzugabe am Saum: 3cm, sonst 1 cm 
+  line(Fa[0]-nz, Fa[1] - nzS, Fb[0]+nz, Fb[1]-nzS);
+  line(Fb[0]+nz, Fb[1]-nzS, Kb[0]+nz, Kb[1]);
+  line(Kb[0]+nz, Kb[1], Schritt[0]+nz, Schritt[1]+nz);
+  line(BH[0]+nz, BH[1]+nz, H[0]-nz, H[1]+nz);
+  line(H[0]-nz, H[1]+nz, Ka[0]-nz, Ka[1]);
+  line(Ka[0]-nz, Ka[1], Fa[0]-nz, Fa[1]-nzS);
+  popMatrix();
+
+  //Hinterhose
+  pushMatrix();
+  translate(15 + 2*(Hv[0]-H2[0]) - Ha[0], 0); 
+  line(Fc[0]-nz, Fc[1]-nzS, Fd[0]+nz, Fd[1]-nzS);
+  line(Fd[0]+nz, Fd[1]-nzS, Kd[0]+nz, Kd[1]);
+  line(Kd[0]+nz, Kd[1], Br[0]+nz, Br[1]);
+  line(Br[0]+nz, Br[1], Ga[0]+nz, Ga[1]+nz);
+  line(Schritt[0]+nz+1, Schritt[1]+nz, Schritt[0]+nz-1, Schritt[1]+nz);
+  line(Schritt[0]+nz, Schritt[1]+nz+1, Schritt[0]+nz, Schritt[1]+nz-1);
+  line(Ba[0]+nz, Ba[1], Ha[0]-nz, Ha[1]);
+  line(Ha[0]-nz, Ha[1], Kc[0]-nz, Kc[1]);
+  line(Kc[0]-nz, Kc[1], Fc[0]-nz, Fc[1]-nzS);
+  popMatrix();
+
+  //Vorderteil//    //Nahtzigabe nur an einer Seiten und unten, das Vorderzteil wird aus einem Stueck ausgeschnitten
+  pushMatrix();
+  translate(10-H2[0]+Hv[0]-H2[0], H[1]-Fc[1]-H2[1]+Sauh+bfo+2*nz+2);
+  line(Hv[0]+nz, Hv[1]-nz-bfo-1, Hv[0]+nz, Hv[1]-bfo-nz+1);
+  line(Hv[0]+nz-1, Hv[1]-nz-bfo, Hv[0]+nz+1, Hv[1]-bfo-nz);
+  line(TAbs1[0]+nz, TAbs1[1], BAb[0]+nz, BAb[1]);
+  //line(T3[0], T3[1], B[0], B[1]);
+  //line(T3[0], T3[1], H2[0], H2[1]);
+  line(H2[0], H2[1]-nz-bfo, Hv[0]+nz, Hv[1]-nz-bfo);
+  line(B[0], B[1], BAb[0]+nz, BAb[1]);
+  line(TAbv1[0], TAbv1[1], TAbv3[0], TAbv3[1]);
+  line(TAbv2[0], TAbv2[1], TAbv3[0], TAbv3[1]);
+  line(TAbv1[0], TAbv1[1], TAbv4[0], TAbv4[1]);
+  line(TAbv2[0], TAbv2[1], TAbv4[0], TAbv4[1]);
+  popMatrix();
+
+  //Spiegelung
+  pushMatrix();
+  translate(10+H2[0]+Hv[0]-H2[0], H[1]-Fc[1]-H2[1]+Sauh+bfo+2*nz+2);
+  line(-(Hv[0]+nz), Hv[1]-nz-bfo-1, -(Hv[0]+nz), Hv[1]-nz-bfo+1);
+  line(-(Hv[0]+nz-1), Hv[1]-nz-bfo, -(Hv[0]+nz+1), Hv[1]-nz-bfo);
+  line(-(TAbs1[0]+nz), TAbs1[1], -(BAb[0]+nz), BAb[1]);
+  line(-B[0], B[1], -(BAb[0]+nz), BAb[1]);
+  line(-H2[0], H2[1]-nz-bfo, -(Hv[0]+nz), Hv[1]-nz-bfo);
+  line(-TAbv1[0], TAbv1[1], -TAbv3[0], TAbv3[1]);
+  line(-TAbv2[0], TAbv2[1], -TAbv3[0], TAbv3[1]);
+  line(-TAbv1[0], TAbv1[1], -TAbv4[0], TAbv4[1]);
+  line(-TAbv2[0], TAbv2[1], -TAbv4[0], TAbv4[1]);
+  popMatrix();
+
+  //Rotation
+  PVector VoMi = new PVector(A[0] - B[0], A[1] - B[1]);
+  PVector Help = new PVector(0 , 1);
+  float rot = PVector.angleBetween(VoMi, Help) - 2*PI;
+
+  pushMatrix();
+  stroke(150,0,0);
+  translate(B[0]+10-H2[0]+Hv[0]-H2[0], B[1]+H[1]-Fc[1]-H2[1]+Sauh+bfo+2*nz+2);
+  rotate(rot);  
+  translate(-B[0], -B[1]);
+  line(BAb[0]+nz, BAb[1], S[0]+nz, S[1]+nz);
+  line(VAE[0]+nz+1, VAE[1], VAE[0]+nz-1, VAE[1]);
+  line(VAE[0]+nz, VAE[1]+1, VAE[0]+nz, VAE[1]-1);
+  line(Schv[0]+nz, Schv[1]+nz, Hsv[0]-nz, Hsv[1]+nz);
+  line(A[0], A[1]+nz, B[0], B[1]);
+  line(B[0], B[1], BAb[0]+nz, BAb[1]);
+  popMatrix();
+
+  //Spiegelung
+  pushMatrix();
+  translate(-B[0]+10+H2[0]+Hv[0]-H2[0],B[1]+H[1]-Fc[1]-H2[1]+Sauh+bfo+2*nz+2);
+  rotate(-rot); 
+  translate(B[0], -B[1]);
+  line(-(BAb[0]+nz), BAb[1], -(S[0]+nz), S[1]+nz);
+  line(-(VAE[0]+nz+1), VAE[1], -(VAE[0]+nz-1), VAE[1]);
+  line(-(VAE[0]+nz), VAE[1]+1, -(VAE[0]+nz), VAE[1]-1);
+  line(-(Schv[0]+nz), Schv[1]+nz, -(Hsv[0]-nz), Hsv[1]+nz);
+  line(-B[0], B[1], -(BAb[0]+nz), BAb[1]);
+  popMatrix();
+
+  //Hinterteil//    //aus zwei Steucken Stoff: Nahtzugabe auf beiden Seiten
+  stroke(0,0,0);
+  pushMatrix();
+  translate(15 + 2*(Hv[0]-H2[0])-Hh[0], H[1]-Fc[1]-H2[1]+Sauh+bfo);
+  line(Hh[0]-nz, Hh[1]-bfo-1, Hh[0]-nz, Hh[1]-bfo+1);
+  line(Hh[0]-nz-1, Hh[1]-bfo, Hh[0]-nz+1, Hh[1]-bfo);
+  line(H1[0]+nz+1, H1[1]-bfo, T1[0]+nz, T1[1]);
+  line(T1[0]+nz, T1[1], R1[0]+nz, R1[1]);
+  line(R1[0]+nz, R1[1], W[0]+nz, W[1]+nz);
+  line(Hp[0]-nz, Hp[1]+nz, Sch[0]-nz, Sch[1]+nz);
+  line(HAE[0]-nz+1, HAE[1], HAE[0]-nz-1, HAE[1]);
+  line(HAE[0]-nz, HAE[1]+1, HAE[0]-nz, HAE[1]-1);
+  line(S[0]-nz, S[1]+nz, TAbs2[0]-nz, TAbs2[1]);
+  line(TAbh1[0], TAbh1[1], TAbh3[0], TAbh3[1]);
+  line(TAbh2[0], TAbh2[1], TAbh3[0], TAbh3[1]);
+  line(TAbh1[0], TAbh1[1], TAbh4[0], TAbh4[1]);
+  line(TAbh2[0], TAbh2[1], TAbh4[0], TAbh4[1]);
+  line(Abh2[0], Abh2[1], Abh1[0], Abh1[1]+nz);
+  line(Abh2[0], Abh2[1], Abh3[0]-nz, Abh3[1]);
+  line(Abh2[0], Abh2[1], Abh4[0]-nz, Abh4[1]);
+  popMatrix();
+
+  dxf.setLayer(2);
+
+  //sleeve
+  basic_sleeve(110, 100, nz, nzS, Alg, Asw, Schv, Bp, Sch, Rp, S, VAE, HAE);
+
+  endRaw();
+  log.append("DONE \n");
+}