binHex.py

from random import randint

def boxStringTupleList():

    bstl = []

    n = 0

    for l in range(5):

        for m in range(5):

            bstl.append((n, str(l) + str(m)))

            n +=1

    return bstl

boxStringTupleList()

def shuffle(l):

    count = 0

    randomList = []

    for i in range(0, (len(l))):

        number = randint(0, (len(l)-1))

        randomList.append(l.pop(number))

        count +=1

    return randomList

randomBoxStringTupleList = shuffle(boxStringTupleList())

def binHexNums():

    hexList = []

    binList = []

    binHexList = []

    aList = []

    hexString = '0x'

    secondDigit = ['0', 'a', 'f']

    num = 0

    count = 0

    for j in range(len(secondDigit)):

        for i in range(16):

            firstDigit = str(hex(i))

            firstDigit = firstDigit[-1]

            hexList.append(hexString + secondDigit[j] + firstDigit)

            if secondDigit[j] == 'a' or secondDigit[j] == 'A':

                num = 160

            elif secondDigit[j] == 'b' or secondDigit[j] == 'B':

                num = 176

            elif secondDigit[j] == 'c' or secondDigit[j] == 'C':

                num = 192

            elif secondDigit[j] == 'd' or secondDigit[j] == 'D':

                num = 208

            elif secondDigit[j] == 'e' or secondDigit[j] == 'E':

                num = 224

            elif secondDigit[j] == 'f' or secondDigit[j] == 'F':

                num = 240

            else:

                num = 16*int(secondDigit[j])

            number = num + i

            if secondDigit[j] == '0':

                binString = bin(number)

                while len(binString) != 6:

                    binString = binString[:2] + '0' + binString[2:]

                binaryNum = '0b0000 ' + binString[2:]

            else:

                binaryNum = bin(number)

                binaryNum = binaryNum[:6] + ' ' + binaryNum[6:]

            binList.append(binaryNum)

            aList.append([hexList[j*16 + i], binList[j* 16 + i], number])

            binHexList.append(aList[count])

            count +=1

    #pick twelve pairs for the board

    nextList = []

    for i in range(12):

        randNumber = randint(0, (len(binHexList)-1))

        nextList.append(binHexList.pop(randNumber))

    # now add WildCard

    wildCardNum = randint(0, 23)

    finalTupleList = []

    counter = 0

    done = 0

    for i in range(12):

        if i == int(wildCardNum/2) and done == 0 or i == (int(wildCardNum/2) + 1) and done == 0:

            finalTupleList.append((randomBoxStringTupleList[counter][0], randomBoxStringTupleList[counter][1], 'Wild Card', 1000))

            counter +=1

            done = 1

        finalTupleList.append((randomBoxStringTupleList[counter][0], randomBoxStringTupleList[counter][1], nextList[i][0], nextList[i][2]))

        counter +=1

        finalTupleList.append((randomBoxStringTupleList[counter][0], randomBoxStringTupleList[counter][1], nextList[i][1], nextList[i][2]))

        counter +=1

    finalTupleList.sort()

    return finalTupleList

binHexNums()