Python V2 – Data_Reader + MeshBuilder + Vertex Color Info [USING CLASSES]

import rhinoscriptsyntax as rs
#from System.Drawing import Color 

class AlgoNode(): 
    def __init__ (self, LINE):
        #print "made an AlgoNode"
        self.line = LINE
        lineTokens = self.line.split(",")
        self.part = int( lineTokens[0].split(" ")[1] )#propably object count
        self.element = int( lineTokens[1].split(" ")[2] )#face count
        self.elementNode = int( lineTokens[2].split(" ")[3]  )#count of vertex in face
        self.node = int( lineTokens[3].split(" ")[2] )#vertex index
        self.x = float( lineTokens[4].split(" ")[3] )
        self.y = float( lineTokens[5].split(" ")[3] )
        self.z = float( lineTokens[6].split(" ")[3] )
        self.val = float( lineTokens[7].split(" ")[2] )
class AlgoMesh():    
    def __init__(self,path):
        data = open(path,'r')
        self.algoNodeList = []
        for line in data:
            self.algoNodeList.append(AlgoNode(line))    
    def vertices(self):
        #here return the vertices
        result = []
        #for myAlgoNode in self.algoNodeList:
        #    result.append([myAlgoNode.x, myAlgoNode.y, myAlgoNode.z])
        temp4count = self.nodes()
        temp4count.sort()
        allNodes = self.nodes()
        for i in range(temp4count[-1]):
            index = allNodes.index(i+1)
            result.append([self.algoNodeList[index].x, self.algoNodeList[index].y, self.algoNodeList[index].z])
        return result        
    def faceVertices(self):
        #here return the face vartices
        result = []
        oldElement = self.algoNodeList[0].element
        oneFace = []
        for myAlgoNode in self.algoNodeList:
            if myAlgoNode.element == oldElement:
                oneFace.append(myAlgoNode.node-1)
            else:
                oldElement = myAlgoNode.element
                result.append(oneFace)
                oneFace = []
                oneFace.append(myAlgoNode.node-1)
        return result        
    def vertexColors(self):
        #here return the vertex colors
        result = []
        temp4count = self.nodes()
        temp4count.sort()
        allNodes = self.nodes()
        for i in range(temp4count[-1]):
            index = allNodes.index(i+1)
            color = 255*50*self.algoNodeList[index].val / self.maxVal()
            if color>255 : color = 255
            result.append((color,color,color))
        return result    
    def nodes(self):
        #here return the vertices
        result = []
        for myAlgoNode in self.algoNodeList:
            result.append(myAlgoNode.node)
        return result        
    def maxVal(self):
        listOfVals = []
        for myAlgoNode in self.algoNodeList:
            listOfVals.append(myAlgoNode.val)
        listOfVals.sort()
        return listOfVals[-1]        
def Main():
    #myAlgoNode = AlgoNode("Part# 1, Element# 1, Element Node# 1, Node# 368, X = 615.779, Y = -158.81, Z = -358.427, Val 0")
    #print myAlgoNode.val
    myAlgoMesh = AlgoMesh('C:zingbanger2.txt')
    myMesh = rs.AddMesh(myAlgoMesh.vertices(), myAlgoMesh.faceVertices())
    rs.MeshVertexColors(myMesh, myAlgoMesh.vertexColors())
    #rs.AddPointCloud(myAlgoMesh.vertices())   
Main()
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