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RandomTurtle/Huhn.py

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+import turtle
+import math
+import random
+
+turtle.title("Huhn")
+sideay = int(turtle.numinput("Huhn", "Punkt A, cord y", -100))
+sideax = int(turtle.numinput("Huhn", "Punkt A, cord x", 200))
+sideby = int(turtle.numinput("Huhn", "Punkt B, cord y", -100))
+sidebx = int(turtle.numinput("Huhn", "Punkt B, cord x", -200))
+sidecy = int(turtle.numinput("Huhn", "Punkt C, cord y", 200))
+sidecx = int(turtle.numinput("Huhn", "Punkt C, cord x", 0))
+anzahl_durchgaenge = int(turtle.numinput("Huhn", "Anzahl Durchgänge", 10, minval=1, maxval=100))
+stiftdicke = int(turtle.numinput("Huhn", "Stiftdicke", 2, minval=1, maxval=50))
+durchgang = 0
+
+
+turtle.speed(0)
+cage = turtle.Turtle()
+huhn = turtle.Turtle()
+
+cage.ht()
+huhn.pu()
+huhn.ht()
+
+
+def motion(sideay,sideax,sideby,sidebx,sidecy,sidecx,stiftdicke):
+    edge = random.randint(1,3)
+    if edge == 1:
+        x = sideax
+        y = sideay
+    else:
+        if edge == 2:
+            x = sidebx
+            y = sideby
+        else:
+            x = sidecx
+            y = sidecy
+        
+    huhn.setheading(huhn.towards(x, y))
+    nextpos = (math.sqrt((x - huhn.xcor())**2 + (y - huhn.ycor()) **2)) / 2
+    huhn.fd(nextpos)
+    huhn.pd()
+    huhn.dot(stiftdicke)
+    huhn.pu()
+ 
+def motion_pre(sideay,sideax,sideby,sidebx,sidecy,sidecx,stiftdicke):
+    edge = random.randint(1,3)
+    if edge == 1:
+        x = sideax
+        y = sideay
+    else:
+        if edge == 2:
+            x = sidebx
+            y = sideby
+        else:
+            x = sidecx
+            y = sidecy
+        
+    huhn.setheading(huhn.towards(x, y))
+    nextpos = (math.sqrt((x - huhn.xcor())**2 + (y - huhn.ycor()) **2)) / 2
+    huhn.fd(nextpos)
+
+def cagedraw(sideax,sideay,sidebx,sideby,sidecx,sidecy):
+    cage.pu()
+    cage.setpos(sideax,sideay)
+    cage.pd()
+    cage.setpos(sidebx,sideby)
+    cage.setpos(sidecx,sidecy)
+    cage.setpos(sideax,sideay)
+ 
+
+print("Started drawing Triangle")
+cagedraw(sideax,sideay,sidebx,sideby,sidecx,sidecy)
+
+print("Started mapping... Printing Points of Tranche:")
+turtle.tracer(1000)
+print("initialisation")
+for i in range(50):
+    motion_pre(sideay,sideax,sideby,sidebx,sidecy,sidecx,stiftdicke)
+    
+for i in range(anzahl_durchgaenge):
+    for i in range(1000):
+        motion(sideay,sideax,sideby,sidebx,sidecy,sidecx,stiftdicke)
+    durchgang += 1
+    print(durchgang,"/", anzahl_durchgaenge)
+print("done, click to exit")
+turtle.exitonclick()