if getConnectedEdge == True:
    #list connections
    for objSelNum in range( len( selectedObjects ) ):
        objSel = str( selectedObjects[objSelNum] )
        connectedEdges = []
        #get connections to object
        for i in range( len( allEdges ) ):
            for j in range( len( allEdges[i][1] ) ):
                if objSel == allEdges[i][1][j][0]:
                    connectedEdges.append( [allEdges[i][0][0],float( allEdges[i][0][1] )] )
        #get percentage chance
        totalRandom = 0
        for i in range( len( connectedEdges ) ):
            totalRandom += connectedEdges[i][1]
        for i in range( len( connectedEdges ) ):
            connectedEdges[i].append( float( connectedEdges[i][1]/totalRandom ) )
            if i > 0:
                previousValue = float( connectedEdges[i-1][2] )
            else:
                previousValue = 0
            connectedEdges[i].append( previousValue + float( connectedEdges[i][1]/totalRandom ) )
        #calculate edge to use
        randomNum = rd.uniform( 0, 1 )
        for i in range( len( connectedEdges ) ):
            if randomNum > connectedEdges[i][3]:
                pass
            else:
                selectedEdge = connectedEdges[i][0]
                print 5
                break
        #get sides of object assigned to edge
        for i in range( len( allEdges ) ):
            if allEdges[i][0][0] == selectedEdge:
                numberOfCombinations = 0
                individualChance = []
                totalChance = 0
                for j in range( len( allEdges[i][1] ) ):
                    numberOfCombinations += len( allEdges[i][1][j][1] )
                    for k in range( len( allEdges[i][1][j][1] ) ):
                        totalChance += float( allEdges[i][1][j][2] )
                #increment the chance
                increment = 0
                for j in range( len( allEdges[i][1] ) ):
                    for k in range( len( allEdges[i][1][j][1] ) ):
                        if increment > 0:
                            previousValue = float( individualChance[increment-1] )
                        else:
                            previousValue = 0
                        increment += 1
                        individualChance.append( previousValue + float( allEdges[i][1][j][2]/totalChance ) )
                #calculate object and side to use
                randomNum = rd.uniform( 0, 1 )
                for j in range( len( individualChance ) ):
                    if randomNum > individualChance[j]:
                        pass
                    else:
                        selectedSideIndex = j
                        break
                #loop to get object and value from index
                increment = 0
                for j in range( len( allEdges[i][1] ) ):
                    for k in range( len( allEdges[i][1][j][1] ) ):
                        if increment == selectedSideIndex:
                            objInfo = allEdges[i][1][j]
                            objName = objInfo[0]
                            objSide = objInfo[1][k]
                            if debugInfo == True:
                                print "Random number " + str( randomNum ) + " chose object '" + str( objName ) + "' for side " + str( objSide )
                                print
                        increment += 1