import rhinoscriptsyntax as rs
from System.Drawing import Color
"""Script Written By Luis Quinones
Script Copywritten by [n]igma + computationalMatter
www.luisquinonesdesign.com
www.computationalmatter.com
Script Version Wednesday, July 30, 2011"""
import rhinoscriptsyntax as rs
from System.Drawing import Color
def makeMeshyMesh(pts,mainValue,faceCount,layer):
faceCounter = []
faceVerts = [0]
pt1 = rs.AddPoint(pts[0])
coord1 = rs.PointCoordinates(pt1)
pt2 = rs.AddPoint(pts[1])
coord2 = rs.PointCoordinates(pt2)
pt3 = rs.AddPoint(pts[2])
coord3 = rs.PointCoordinates(pt3)
if len(pts) == 4:
pts4 = rs.AddPoint(pts[3])
coord4 = rs.PointCoordinates(pts4)
testVerts = [coord1,coord2,coord3,coord4]
for i in range (faceCount):
faceCounter.append(i)
faceVerts[0] = faceCounter
testVerts = [coord1,coord2,coord3]
newMesh = rs.AddMesh(testVerts,faceVerts)
vertexcount = rs.MeshVertexCount(newMesh)
if not vertexcount:
print "did not make mesh"
else:
colors = []
for n in range(rs.MeshVertexCount(newMesh)):
mainColor = mainValue[n]
#print mainColor
r = mainColor
if r > 255:
r = 255
#print r
g = mainColor
if g > 255:
g = 255
#print g
b = mainColor
if b > 255:
b = 255
#print b
intMainValue = float(r),float(g),float(b)
#print intMainValue
colors.append(intMainValue)
print colors
rs.MeshVertexColors( newMesh, colors )
return newMesh
def Main():
strLayer = rs.AddLayer("MeshLayer")
strLayer2 = rs.AddLayer("DOTACTION")
f = open('C:UserskingLuiDesktopzingbanger2.txt','r')
#C:UserskingLuiDesktop
mainValue = []
tempLOC = []
ElementList = []
count = 1
counter = []
for line in f:
trim = line.split(",")
TestNodes = trim[1:]
#print TestNodes
TestNodesSplit = TestNodes[0]
TestNodesSplit2 = TestNodesSplit.split(" ")
NodeList = TestNodesSplit2[2]
ElementList.append(NodeList)
XYZValue = trim[4:7]
#print 'this'+ ' = ' + str(XYZValue)
xValue = XYZValue[0]
temp = xValue.split(" ")
newXValue = len(temp)-1
FinalX = temp[newXValue]
yValue = XYZValue[1]
temp2 = yValue.split(" ")
newYValue = len(temp2)-1
FinalY = temp2[newYValue]
zValue = XYZValue[2]
temp3 = zValue.split(" ")
newZValue = len(temp3)-1
FinalZ = temp3[newZValue]
tempLOC.append([FinalX,FinalY,FinalZ])
lastItem = len(trim)-1
value = trim[lastItem]
test = value.split(" ")
lastItem2 = len(test)-1
printest = test[lastItem2]
mainValue.append(test[lastItem2])
count += 1
counter.append(count)
indexPass = []
count4 = 0
lastValueTrans = len(ElementList)-1
lastValue = int(ElementList[lastValueTrans])
#len = 44 items which means there are 43 and 0
#index numbers in ElementList go from 1 - 13
count5 = 1
for z in range(lastValue):
#print "Element List - " + ElementList[count5] + " XYZ = " + str(tempLOC[count5])
#print ElementList[count4]
transferB = ElementList.index(str(count5))
indexPass.append(transferB)
count5 += 1
for m in range(len(indexPass)):
if m != len(indexPass)-1:
tempArray = indexPass[m],indexPass[m+1]
tempValueArray = indexPass[m],indexPass[m+1]
listTrans = tempLOC[tempArray[0]:tempArray[1]]
print listTrans
listColorTrans = mainValue[tempValueArray[0]:tempArray[1]]
print listColorTrans
newcount2 = len(listTrans)
ColorTrans = mainValue[0:newcount2]
faceCount = len(listTrans)
mesh = makeMeshyMesh(listTrans,listColorTrans,faceCount,strLayer2)
Main()
Update
