#Hausuebung 04#

import rhinoscriptsyntax as rs
import random, time, sys

sys.path.append("P:\WWW\lucysday19\DM2") 
import DM_lib as dm
import math

alleObjekte = rs.AllObjects()
rs.DeleteObjects(alleObjekte)

rs.EnableRedraw(0)
################################################################################

## Buchruecken
anzahlR = 15
xValR = 0.05
yValR = 2.3
zValR = 0.5
coordsR = []

for m in range(anzahlR):
    for t in range(anzahlR):
        for o in range(anzahlR):
            xR = m * xValR + random.uniform(0.01, xValR) + 0.1
            yR = t * yValR + random.uniform(0.2, yValR) + 0.0
            zR = o * zValR + random.uniform(0.01, zValR) + 10.8
            corR = [xR, yR, zR]
            coordsR.append(corR)

points = rs.AddPoints(coordsR)
rs.ObjectColor(points, [100, 133, 175])

##Buchcover oben
anzahlCu = 15
xValCu = 1.8
yValCu = 2.3
zValCu = 0.05
coordsCu = []

for k in range(anzahlCu):
    for r in range(anzahlCu):
        for h in range(anzahlCu):
            xCu = k * xValCu + random.uniform(0.1, xValCu) + 0.0
            yCu = r * yValCu + random.uniform(0.2, yValCu) + 0.0
            zCu = h * zValCu + random.uniform(0.01, zValCu) + 18.3
            corCu = [xCu, yCu, zCu]
            coordsCu.append(corCu)

points = rs.AddPoints(coordsCu)
rs.ObjectColor(points, [100, 133, 175])

##Buchcover unten
anzahlCo = 15
xValCo = 1.8
yValCo = 2.3
zValCo = 0.05
coordsCo = []

for l in range(anzahlCo):
    for c in range(anzahlCo):
        for n in range(anzahlCo):
            xCo = l * xValCo + random.uniform(0.1, xValCo) + 0.0
            yCo = c * yValCo + random.uniform(0.2, yValCo) + 0.0
            zCo = n * zValCo + random.uniform(0.01, zValCo) + 10.0
            corCo = [xCo, yCo, zCo]
            coordsCo.append(corCo)

points = rs.AddPoints(coordsCo)
rs.ObjectColor(points, [100, 133, 175])

##Buchcover unten verbinden mit Coordnatenursprung
ursprung = [0, 0, 0]
for point in coordsCo:
    line = rs.AddLine(point, ursprung)
    rs.ObjectColor(line, [203, 184, 178])

##Seitenende
anzahlS = 15
xValS = 0.0
yValS = 2.3
zValS = 0.5
coordsS = []

for p in range(anzahlS):
    for d in range(anzahlS):
        for b in range(anzahlS):
            xS = p * xValS + random.uniform(0.01, xValS) + 25.0
            yS = d * yValS + random.uniform(0.2, yValS) + 0.0
            zS = p * zValS + random.uniform(0.01, zValS) + 10.8
            corS = [xS, yS, zS]
            coordsS.append(corS)

points = rs.AddPoints(coordsS)
rs.ObjectColor(points, [238, 226, 176])

##Buchseiten verbinden von Buchruecken und Seitenende
for i in range(min(len(coordsR), len(coordsS))):
    line = rs.AddLine(coordsR[i], coordsS[i])
    rs.ObjectColor(line, [238, 226, 176])

##Apfelkugel
anzahl = 1200
radius = 20.0
center = (18, 25, 24)
deltaAngle = 360/anzahl
vector = [ 1, 0, 0]
points1= []

for g in range(anzahl):
    ang1 = deltaAngle * g
    #print angX
    vector1 = rs.VectorRotate(vector, ang1, [random.uniform(-1, 1), random.uniform(-1, 1), random.uniform(-1, 1)])
    vector1 = rs.VectorScale(vector1, 5)
    vector1 = rs.VectorAdd(vector1, center)
    
    point = rs.AddPoint(vector1)
    rs.ObjectColor(point, [158, 51, 51])  # Grundsaetzlich schwarz
    points.append(point)  # Speichern des erstellten Punktes

##Apfelstengel
anzahlS = 6
xValS = 0.1
yValS = 0.0
zValS = 0.5
coordsS = []

for p in range(anzahlS):
    for d in range(anzahlS):
        for b in range(anzahlS):
            xS = p * xValS + random.uniform(0.01, xValS) + 18.0
            yS = d * yValS + random.uniform(0.2, yValS) + 25.0
            zS = p * zValS + random.uniform(0.01, zValS) + 29.0
            corS = [xS, yS, zS]
            coordsS.append(corS)

points = rs.AddPoints(coordsS)
rs.ObjectColor(points, [141, 111, 100])