#Example stored info
allEdges = [[['test', 50], [['pCube1', ['x'], 50], ['pCube2', ['y', 'y2'], 50]]], [['test2', 50], [['pCube1', ['x', 'y', 'y2'], 50]]], [['test3', 50], [['pCube1', ['x'], 50], ['pCube2', ['y'], 50], ['pCube3', ['x', 'x2', 'y', 'y2'], 50]]]]

#calculate probability
totalProbability = 0
for i in range( len( allEdges ) ):
    totalProbability += float(allEdges[i][0][1])

#display text
if debugInfo == True:
    for i in range( len( allEdges ) ):
        edgeInfo = allEdges[i][0]
        objInfo = allEdges[i][1]
        outputText = "'" + str(edgeInfo[0]) + "' (" + str( round( edgeInfo[1]/totalProbability, 2 ) ) + "% probability, chance of " + str( edgeInfo[1] ) + ") is applied to '"
        for j in range( len( objInfo ) ):
            outputText += objInfo[j][0] + "' for side"
            objSides = objInfo[j][1]
            if len( objSides ) > 1:
                outputText += "s"
            for m in range( len( objSides ) ):
                outputText += " " + str( objSides[m] ).replace( "x2", "-x" ).replace( "y2", "-y" )
                if m == len( objSides )-2:
                    outputText += " and"
                if m < len( objSides )-2:
                    outputText += ","
            if j == len( objInfo )-2:
                outputText += " and '"
            if j < len( objInfo )-2:
                outputText += ", '"
        print outputText


#output:
#'test' (0.33% probability, chance of 50) is applied to 'pCube1' for side x and 'pCube2' for sides y and -y
#'test2' (0.33% probability, chance of 50) is applied to 'pCube1' for sides x, y and -y
#'test3' (0.33% probability, chance of 50) is applied to 'pCube1' for side x, 'pCube2' for side y and 'pCube3' for sides x, -x, y and -y