##############################
import rhinoscriptsyntax as rs
import random, math, sys
sys.path.append("P:/")     ###
sys.path.append('P:/FINALE/annaS/')
import DM_lib as dm        ### reload(dm)
###################
rs.EnableRedraw(0)

###########################
##### get Coords and export
if 0:
    if 1:
        dm.newEmptyLayer("CONTI", [200,100,0])
        feuerZ = rs.ObjectsByName("feuerzeug_srf")[0]
        bBox = rs.BoundingBox( feuerZ )
        maxZ = bBox[-1][2] - bBox[0][2]
    
        imgWidth  = 480
        imgHeight = 480
        deltaZ  = maxZ / (imgHeight -1)
        print maxZ, "dist/deltaZ =", deltaZ
    
        #rs.Command("-_contour 0,0,0 0,1,0 1.0 enter", 0)
        rs.UnselectAllObjects()
        rs.Command("-_contour -selID "+str(feuerZ)+" enter 0,0,0 0,0,1 "+str(deltaZ)+" enter", 0)
        rs.UnselectAllObjects()
        contis = rs.ObjectsByLayer("CONTI")
        rs.HideObjects(contis )
    if 1:
        allCoords = []
        for crv in rs.ObjectsByLayer("CONTI")[0:]:
            rs.ShowObject( crv )
            rs.Redraw()
            allCoords.append( rs.DivideCurve( crv, imgWidth, 0) )
            rs.DeleteObject( crv )
        dm.exportCoordLists(list2export=allCoords, exportedListName='fCoords', path='P:/FINALE/annaS/', fileName='feuerzeugCoords' ) ##  exportCoordList(list2export=[], exportedListName='GIS_coords', path='P:/', fileName='dachsteinGis')
        #dm.exportCoordLists(list2export=allCoords, exportedListName='fCoords', path='P:/FINALE/annaS/', fileName='feuerzeugCoords_MM' )

##############################################
##### import Coords and colors and make points 
if 1:
    print "*** importing.."
    dm.setTime()
    import feuerzeugCoords
    #import background_colors
    #import marilyn_680x680_colors
    import background2_colors
    reload( feuerzeugCoords )
    #reload( background_colors )
    #reload( marilyn_680x680_colors )
    reload( background2_colors )
    
    fCoords = feuerzeugCoords.fCoords
    #fColors = background_colors.allColors
    #fColors = marilyn_680x680_colors.allColors
    fColors = background2_colors.allColors
    #fColors.reverse()
    
    anzCoordsX = len(fCoords)
    anzCoordsY = len(fCoords[0])
    print "coords :", anzCoordsX, "x", anzCoordsY
    anzColorsX = len(fCoords)
    anzColorsY = len(fCoords[0])
    print "colors :", anzColorsX, "x", anzColorsY, " = ", anzColorsX*anzColorsY, "[x,y,z] & [R,G,B]"
    print "*** .. done in", dm.getTime()

    dm.newEmptyLayer("POINTS", [20,100,220])
    dm.setCameraTarget( [1377.469, -1110.264, 151.845], [767.655, 606.154, 90.776], lens=50.0, rota=0, upVec=[0,0,1] )

if 1:
    intervall = 6
    if 0:
        for x in range(0, anzCoordsX, intervall):
            dm.esc()
            coords = fCoords[x]
            colors = fColors[x]
            for y in range(0, anzCoordsY, intervall):
                pt = rs.AddPoint( coords[y] )
                rs.ObjectColor(pt, colors[y] )
            rs.Redraw()
    if 0:
        for y in range(0, anzCoordsY, intervall):
            dm.esc()
            coords = fCoords[y]
            colors = fColors[y]
            for x in range(0, anzCoordsX, intervall):
                pt = rs.AddPoint( coords[x] )
                rs.ObjectColor(pt, colors[x] )
            rs.Redraw()
    if 0:
        dm.newEmptyLayer("POINTS", [20,100,220])
        for x in range(0,anzCoordsY-1,intervall*1):
            dm.esc()
            for y in range(0,anzCoordsX-1,intervall*1):
                dm.esc()
                cor = fCoords[y][x]
                col = fColors[y][x]
                rs.ObjectColor( rs.AddPoint( cor ), col )
            rs.Redraw()
    
    if 1:
        dm.newEmptyLayer("POINTS", [ 20,100,220 ])
        for x in range(0, anzCoordsY-1, intervall):
            for y in range(0, anzCoordsX-1, intervall):
                if y < anzCoordsX-1 and x < anzCoordsY-1:
                    cor = fCoords[-y][-x]
                    col = fColors[y][x]
                    pt = rs.AddPoint(cor)
                    rs.ObjectColor(pt, col)
            rs.Redraw()

    if 0:
        dm.newEmptyLayer("POINTS", [ 20,100,220 ])
        for x in range(0, anzCoordsY-1, intervall):
            for y in range(0, anzCoordsX-1, intervall):
                if y < anzCoordsX-1 and x < anzCoordsY-1:
                    cor = fCoords[y][x]
                    col = fColors[y][x]
                    pt = rs.AddPoint(cor)
                    rs.ObjectColor(pt, col)
            rs.Redraw()