import rhinoscriptsyntax as rs
import random

alleobjekte = rs.AllObjects()
rs.DeleteObjects(alleobjekte)
rs.EnableRedraw(0)

#############################################################

#Wuerfelkern

coords = []
anzahl = 10
xVal = 15
yVal = 15
zVal = 15

for a in range (anzahl):
    for b in range (anzahl):
        for c in range (anzahl):
            x = a*xVal 
            y = b*yVal  
            z = c*zVal 
            cor = [x,y,z]
            coords.append(cor)

points = rs.AddPoints(coords)
rs.ObjectColor(points, [0,0,255])

rs.AddCurve( coords, degree=1)
curves = rs.AddCurve( coords, degree=1)
rs.ObjectColor(curves, [200,0,200])



#############################################################

#Stiehl 1

coords2 = []
anzahl2 = 3
xVal2 = -1
yVal2 = 1
zVal2 = 20

for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 +150
            z = f*zVal2 -20
            cor= [x,y,z]
            coords2.append (cor)

points = rs.AddPoints(coords2)
rs.ObjectColor(points, [0,0,255])

rs.AddCurve( coords2, degree=1)
curves = rs.AddCurve( coords2, degree=1)
rs.ObjectColor(curves, [200,0,0])

#############################################################

#Stiehl 2

coords3 = []
anzahl2 = 3
xVal2 = -1
yVal2 = 1
zVal2 = 20

for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 -20
            z = f*zVal2 -20
            cor= [x,y,z]
            coords3.append (cor)

points = rs.AddPoints(coords3)
rs.ObjectColor(points, [0,0,255])

rs.AddCurve( coords3, degree=1)
curves = rs.AddCurve( coords3, degree=1)
rs.ObjectColor(curves, [200,0,0])

#############################################################

#Stiehl 3

coords4 = []
anzahl2 = 3
xVal2 = -1
yVal2 = 1
zVal2 = 20

for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 +150
            y = e*yVal2 +150
            z = f*zVal2 -20
            cor= [x,y,z]
            coords4.append (cor)

points = rs.AddPoints(coords4)
rs.ObjectColor(points, [0,0,255])

rs.AddCurve( coords4, degree=1)
curves = rs.AddCurve( coords4, degree=1)
rs.ObjectColor(curves, [200,0,0])

#############################################################

#Stiehl 4 

coords5 = []
anzahl2 = 3
xVal2 = -1
yVal2 = 1
zVal2 = 20

for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 +150
            y = e*yVal2 -20
            z = f*zVal2 -20
            cor= [x,y,z]
            coords5.append (cor)

points = rs.AddPoints(coords5)
rs.ObjectColor(points, [0,0,255])

rs.AddCurve( coords5, degree=1)
curves = rs.AddCurve( coords5, degree=1)
rs.ObjectColor(curves, [200,0,0])

#############################################################

#Riegel 1

coords6 = []
anzahl2 = 3
xVal2 = 17.889
yVal2 = 1
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 -20
            z = f*zVal2 +151
            cor= [x,y,z]
            coords6.append (cor)

points = rs.AddPoints(coords6)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords6, degree=1)
curves = rs.AddCurve( coords6, degree=1)
rs.ObjectColor(curves, [0,0,200])

#############################################################

#Riegel 2

coords7 = []
anzahl2 = 3
xVal2 = 17.889
yVal2 = 1
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 -20
            z = f*zVal2 -20
            cor= [x,y,z]
            coords7.append (cor)

points = rs.AddPoints(coords7)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords7, degree=1)
curves = rs.AddCurve( coords7, degree=1)
rs.ObjectColor(curves, [0,0,200])

#############################################################

#Riegel 3

coords8 = []
anzahl2 = 3
xVal2 = 17.889
yVal2 = 1
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 +150
            z = f*zVal2 -20
            cor= [x,y,z]
            coords8.append (cor)

points = rs.AddPoints(coords8)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords8, degree=1)
curves = rs.AddCurve( coords8, degree=1)
rs.ObjectColor(curves, [0,0,200])

#############################################################

#Riegel 4

coords9 = []
anzahl2 = 3
xVal2 = 17.889
yVal2 = 1
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -20
            y = e*yVal2 +150
            z = f*zVal2 +151
            cor= [x,y,z]
            coords9.append (cor)

points = rs.AddPoints(coords9)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords9, degree=1)
curves = rs.AddCurve( coords9, degree=1)
rs.ObjectColor(curves, [0,0,200])

#############################################################

#Riegel 5

coords10 = []
anzahl2 = 3
xVal2 = 1
yVal2 = 17.889
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -29
            y = e*yVal2 -11
            z = f*zVal2 +151
            cor= [x,y,z]
            coords10.append (cor)

points = rs.AddPoints(coords10)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords10, degree=1)
curves = rs.AddCurve( coords10, degree=1)
rs.ObjectColor(curves, [20,0,200])

#############################################################

#Riegel 6

coords11 = []
anzahl2 = 3
xVal2 = 1
yVal2 = 17.889
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 -29
            y = e*yVal2 -11
            z = f*zVal2 -20
            cor= [x,y,z]
            coords11.append (cor)

points = rs.AddPoints(coords11)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords11, degree=1)
curves = rs.AddCurve( coords11, degree=1)
rs.ObjectColor(curves, [20,0,200])

#############################################################

#Riegel 7

coords12 = []
anzahl2 = 3
xVal2 = 1
yVal2 = 17.889
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 +141
            y = e*yVal2 -11
            z = f*zVal2 -20
            cor= [x,y,z]
            coords12.append (cor)

points = rs.AddPoints(coords12)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords12, degree=1)
curves = rs.AddCurve( coords12, degree=1)
rs.ObjectColor(curves, [20,0,200])

#############################################################

#Riegel 8

coords13 = []
anzahl2 = 3
xVal2 = 1
yVal2 = 17.889
zVal2 = 1
for d in range (anzahl):
    for e in range (anzahl):
        for f in range (anzahl):
            x = d*xVal2 +141
            y = e*yVal2 -11
            z = f*zVal2 +151
            cor= [x,y,z]
            coords13.append (cor)

points = rs.AddPoints(coords13)
rs.ObjectColor(points, [255,0,0])

rs.AddCurve( coords13, degree=1)
curves = rs.AddCurve( coords13, degree=1)
rs.ObjectColor(curves, [20,0,200])