###################################
###02_uebung
### Langmann_Sven /// _diag
### 20241011
###################################

import rhinoscriptsyntax as rs
import random, time, sys   ###                                              
sys.path.append("P:/")     ### add path where "DM_lib.py" can be found !!!                                              
#sys.path.append("P:/DM2/") ### add path where "DM_lib.py" can be found !!!                                              
sys.path.append("C:\Users\Sven\OneDrive\Tu Graz\DM2")### add path where "DM_lib.py" can be found !!!                                              
import DM_lib as dm        ### reload(dm) 
##################################


dm.PointRadius(displayModeX=0, rad=2, styl=3, verbose=0)
rs.EnableRedraw (0)
dm.eA()

def DrawCube(edgeLen, rotate=0):

    vecC = []
    center= [0,0,0]
    
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [edgeLen,edgeLen,-edgeLen], 1)))  #=Vector A =0
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [-edgeLen,edgeLen,-edgeLen], 1))) #=Vector B =1
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [edgeLen,-edgeLen,-edgeLen], 1))) #=Vector C =2
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [-edgeLen,-edgeLen,-edgeLen], 1)))#=Vector D =3
    ###
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [edgeLen,edgeLen,edgeLen], 1)))   #=Vector E =4
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [-edgeLen,edgeLen,edgeLen], 1)))  #=Vector F =5
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [edgeLen,-edgeLen,edgeLen], 1)))  #=Vector G =6
    vecC.append( rs.VectorAdd( center, rs.VectorScale( [-edgeLen,-edgeLen,edgeLen], 1))) #=Vector H =7
    ###
    if rotate:
        randvec = dm.pntRandCoords(-1, 1)[0]
        for i,vec in enumerate(vecC):
            vecC[i] = rs.VectorRotate( vec, 30.0, randvec )
    
    baseCrv = rs.AddCurve( [vecC[0], vecC[1], vecC[3], vecC[2], vecC[0]], 1 ) 
    topCrv  = rs.AddCurve( [vecC[4], vecC[5], vecC[7], vecC[6], vecC[4]], 1 ) 
    rightCrv  = rs.AddCurve( [vecC[0], vecC[4], vecC[6], vecC[2], vecC[0]], 1 ) 
    leftpCrv  = rs.AddCurve( [vecC[1], vecC[5], vecC[7], vecC[3], vecC[1]], 1 ) 
    ###
    for i,car in enumerate(["A","B","C","D","E","F","G","H"]):
        rs.AddTextDot( car, [vecC[0], vecC[1], vecC[2], vecC[3],vecC[4], vecC[5], vecC[6], vecC[7]][i] )
    return vecC
    
def DrawDiff(baseCrv, topCrv, anz):
    coords = rs.DivideCurve(baseCrv, anz, 0)
    for y,corC in enumerate(coords):
        rs.ObjectColor( rs.AddPoint( corC ), [10,10,120] )
    ran = random.uniform(4,16)
def DrawPic (grayScale,makeEleva,makeCurve,intervall,img_path,area,edgeLen,direction):

    pixels = dm.getPixels(img_path, steps_x=intervall, steps_y=intervall) 
###Ermittelung Verhaeltniss
    h=len(pixels[0:])
    b=len(pixels[0])
    fh=(edgeLen/ h)*2
    fb=(edgeLen/ b)*2
    ####
    allCoords = []
    for y,row in enumerate(pixels[0:]):
        #if y>140:
            #continue
        coords = []
        for x,col in enumerate(row[0:]):
            dm.esc()
            avg = int( (col[0] + col[1] + col[2])/3 )
            xd=0 #xd=XDirection
            yd=0 #yd
            zd=0

            
            if direction==1: #xy
                if x==0: 
                    xd=area[0]
                    yd=area[1]
                    zd=(255-avg)*0.01*makeEleva+area[2]
                else:
                    xd=area[0]+(fb*(x))
                    yd=area[1]+(fh*(y))
                    zd=(255-avg)*0.01*makeEleva+area[2]
            elif direction==2: #yz
                if x==0: 
                    xd=(255-avg)*0.01*makeEleva+area[2]
                    yd=area[0]
                    zd=area[1]
                else:
                    xd=(255-avg)*0.01*makeEleva+area[2]
                    yd=area[0]+(fb*(x))
                    zd=area[1]+(fh*(y))
            elif direction==3: #xz
                if x==0: 
                    xd=area[1]
                    yd=(255-avg)*0.01*makeEleva+area[2]
                    zd=area[0]
                else:
                    xd=area[1]+(fb*(x))
                    yd=(255-avg)*0.01*makeEleva+area[2]
                    zd=area[0]+(fh*(y))

            cor = [xd, yd, zd]
            coords.append( cor )
            if 1 or not makeCurve:
                rs.ObjectColor( rs.AddPoint( cor ), col)
        allCoords.append( coords )
        if makeCurve:
            col = dm.pntCentroid(row)
        if y%15==0:
            rs.ZoomExtents()
            rs.Redraw()
    
if 1:
    rs.DeleteObjects( rs.ObjectsByType( 1 ))
    anz = 3001
    #rad = 10
    edgeLen = 35
    vecC = DrawCube(edgeLen, rotate=0)
    #picture
    grayScale = 0
    makeEleva = 1
    makeCurve = 5
    intervall = 1
    img_name = "C:\Users\Sven\OneDrive\Tu Graz\DM2\urs.jpg"
    area=[vecC[3][0],vecC[3][1],vecC[3][2]] #D-base Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\urs.jpg",area,edgeLen,1)
    ####
    area=[vecC[7][0],vecC[7][1],vecC[7][2]] #H-top Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\urs.jpg",area,edgeLen,1)
    ####
    area=[vecC[3][0],vecC[3][1],vecC[3][2]] #D-left Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\diag.jpg",area,edgeLen,2)
    #####
    area=[vecC[2][1],vecC[2][2],vecC[2][0]] #C-Right Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\diag.jpg",area,edgeLen,2)
    ####
    area=[vecC[3][0],vecC[3][1],vecC[3][2]] #D-front Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\Teufel.jpg",area,edgeLen,3)
    ####
    area=[vecC[1][2],vecC[1][0],vecC[1][1]] #A-Back Curve
    DrawPic(grayScale,makeEleva,makeCurve,intervall,"C:\Users\Sven\OneDrive\Tu Graz\DM2\Teufel.jpg",area,edgeLen,3)
    ####

    
####
dm.zA()