#HUE04

import rhinoscriptsyntax as rs
import random, time, sys                                             
sys.path.append("P:/WWW/gxovx")                                               
sys.path.append("P:/gxovx")                                                   
sys.path.append("P:/Dm2")                                                   
import DM_lib as dm#


rs.DeleteObjects(rs.AllObjects())


    
#Torgestell: besteht aus vier Wuerfel, die miteinander verbunden worden sind 
coords = []
coords12 = []
coords23 = []
coords34 = []
coords5 = []
coords6 = []
coords7 = []
coords8 = []
coords9 = []

anzahl = 5
xVal = 2
yVal = 2
zVal = 2

for i in range(anzahl):
    for j in range(anzahl):
        for k in range(anzahl):
           x = i*xVal #+ random.uniform(0.01, xVal) 
           y = j*yVal #+ random.uniform(0.01, yVal) 
           z = k*zVal #+ random.uniform(0.01, zVal) 
           
           x2 = x + 500
           y2 = y + 0
           z2 = z+0
           
           x3 = x + 500
           y3 = y + 0
           z3 = z+250
           
           x4 = x + 0
           y4 = y + 0
           z4 = z+250
           
           x5 = x + 0
           y5 = y + 150
           z5 = z+0
           
           x6 = x + 500
           y6 = y + 150
           z6 = z+0
           
           
           
           cor = [x, y, z]
           cor2 = [x2, y2, z2]
           cor3 = [x3, y3, z3]
           cor4 = [x4, y4, z4]
           cor5 = [x5, y5, z5]
           cor6 = [x6, y6, z6]
           
           
           coords.append(cor)
           coords.append(cor2)
           coords.append(cor3)
           coords.append(cor4)
           coords.append(cor5)
           coords.append(cor6)
           
           coords12.append(cor3)
           coords12.append(cor2)
           
           coords23.append(cor4)
           coords23.append(cor3)
           
           coords34.append(cor)
           coords34.append(cor4)
           
           coords5.append(cor)
           coords5.append(cor5)
           
           coords6.append(cor4)
           coords6.append(cor5)
           
           coords7.append(cor2)
           coords7.append(cor6)
           
           coords8.append(cor6)
           coords8.append(cor3)
           
           coords9.append(cor5)
           coords9.append(cor6)

#Netz   
range01 = 500
range02 = 50

x01 = 0
y01 = 0
z01 = 250

x02 = 0
y02 = 150
z02 = 0
seil01 = []
point01 = [x01,y01,z01]
point02 = [x02,y02,z02]

seil01.append(point01)
seil01.append(point02)

#points01 = rs.AddPoints(seil01[0:])
curve01  = rs.AddCurve(seil01, 1)

for w in range(range02):
        x01= x01+10
        x02=x02+10
        
    
        point01 = [x01,y01,z01]
        point02 = [x02,y02,z02]
        
        range01 = range01+10
    
        seil01.append(point01)
        seil01.append(point02)

#points01 = rs.AddPoints(seil01[0:])
curve01  = rs.AddCurve(seil01, 1)

    
#Fussball

anz = 4000
rad = 15.0
cen = (100,20,50)    
deltaAngle = 360/anz
vec = [ 1, 0, 0]
points2= []

for i in range(anz):
    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, rad))
    vecX = rs.VectorAdd(vecX, cen)
    
    #point = rs.AddPoint(vecX)
    points2.append(vecX)




#points = rs.AddPoints(coords[0:])

curve1  = rs.AddCurve(coords23, 1)
curve2  = rs.AddCurve(coords34, 1)
curve3  = rs.AddCurve(coords12, 1)
curve4  = rs.AddCurve(coords5, 1)
curve5  = rs.AddCurve(coords6, 1)
curve6  = rs.AddCurve(coords7, 1)
curve7  = rs.AddCurve(coords8, 1)
curve7  = rs.AddCurve(coords9, 1)

curve8  = rs.AddCurve(points2, 1)

#curve  = rs.AddCurve(seil, 1)

rs.ZoomExtents()