#Thomas Poelzl-Hausuebung 3

import rhinoscriptsyntax as rs
import random, time, sys                                              
rs.EnableRedraw(0)


#1
if 1:
    iAnz = 5000
    iRad = 2
    center = [16,-5,0]
    deltaAngle = 360/iAnz
    vec = [1, 1, 1]
    for i in range(iAnz):
        angX = deltaAngle*i
        vecX = rs.VectorRotate( vec, angX , [random.uniform(-1,1),random.uniform(-1,1),random.uniform(-1,1)])
        vecX = rs.VectorScale( vecX, random.uniform( 5,iRad) )
        vecX = rs.VectorAdd( vecX, center)
        
        rs.AddPoint( vecX )
        Sph1=rs.AddPoint(vecX)
        rs.ObjectColor(Sph1, [random.uniform(1,200), random.uniform(1,200),random.uniform(1,200)])



#2
if 1:
    iAnz2 = 5000
    iRad2 = 2
    center2 = [0,-5,0]
    deltaAngle2 = 360/iAnz2
    vec2 = [1, 1, 1]
    for i in range(iAnz2):
        angX2 = deltaAngle2*i
        vecX2 = rs.VectorRotate( vec2, angX2 , [random.uniform(-1,1),random.uniform(-1,1),random.uniform(-1,1)])
        vecX2 = rs.VectorScale( vecX2, random.uniform( 5,iRad2) )
        vecX2 = rs.VectorAdd( vecX2, center2)
        
        rs.AddPoint( vecX2 )
        Sph2=rs.AddPoint(vecX2)
        rs.ObjectColor(Sph2, [random.uniform(1,200), random.uniform(1,200),random.uniform(1,200)])

#3
if 1:
    CubeP = [5, 0, 0]                
    CubeS = 10                            
    points = 5000                                
    CubePs = []

    for i in range(points):
        randX = random.uniform(CubeP[0], CubeP[0] + CubeS)
        randY = random.uniform(CubeP[1], CubeP[1] + CubeS)
        randZ = random.uniform(CubeP[2], CubeP[2] + CubeS)
        point = rs.AddPoint([randX, randY, randZ])
        CubePs.append(point)

#4
if 1:
    CubeP2 = [0, 0, 0]                
    CubeS2 = 10                            
    points2 = 5000                                
    CubePs2 = []

    for i in range(points):
        randX = random.uniform(CubeP[0], CubeP[0] + CubeS)
        randY = random.uniform(CubeP[1], CubeP[1] + CubeS)
        randZ = random.uniform(CubeP[2], CubeP[2] + CubeS)
        point = rs.AddPoint([randX, randY, randZ])
        CubePs2.append(point)

#5
if 1:
    iAnz3 = 5000
    iRad3 = 2
    center3 = [16,16,0]
    deltaAngle3 = 360/iAnz3
    vec3 = [1, 1, 1]
    for i in range(iAnz3):
        angX3 = deltaAngle3*i
        vecX3 = rs.VectorRotate( vec3, angX3 , [random.uniform(-1,1),random.uniform(-1,1),random.uniform(-1,1)])
        vecX3 = rs.VectorScale( vecX3, random.uniform( 5,iRad3) )
        vecX3 = rs.VectorAdd( vecX3, center3)
        
        rs.AddPoint( vecX3 )
        Sph3=rs.AddPoint(vecX3)
        rs.ObjectColor(Sph3, [random.uniform(1,200), random.uniform(1,200),random.uniform(1,200)])

#6
if 1:
    iAnz4 = 5000
    iRad4 = 2
    center4 = [0,16,0]
    deltaAngle4 = 360/iAnz4
    vec4 = [1, 1, 1]
    for i in range(iAnz4):
        angX4 = deltaAngle4*i
        vecX4 = rs.VectorRotate( vec4, angX4 , [random.uniform(-1,1),random.uniform(-1,1),random.uniform(-1,1)])
        vecX4 = rs.VectorScale( vecX4, random.uniform( 5,iRad4) )
        vecX4 = rs.VectorAdd( vecX4, center4)
        
        rs.AddPoint( vecX4)
        Sph4=rs.AddPoint(vecX4)
        rs.ObjectColor(Sph4, [random.uniform(1,200), random.uniform(1,200),random.uniform(1,200)])