Learn-Python-the-Hard-Way/BShip.py at master · SMurphyTech/Learn-Python-the-Hard-Way · GitHub

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import random

vertical = []

horizontal1 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]
horizontal2 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]
horizontal3 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]
horizontal4 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]
horizontal5 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]
horizontal6 = ["0  ", "0  ", "0  ", "0  ", "0  ", "0  "]

vertical.append(horizontal1)
vertical.append(horizontal2)
vertical.append(horizontal3)
vertical.append(horizontal4)
vertical.append(horizontal5)
vertical.append(horizontal6)

boat1X = []
boat1Y = []
boat2X = []
boat2Y = []
boat3X = []
boat3Y = []
boat4X = []
boat4Y = []
boat5 = []

boatX = [boat1X, boat2X, boat3X, boat4X]
boatY = [boat1Y, boat2Y, boat3Y, boat4Y]

boatCount = 0
repeat = False

def print_grid():
    for y in vertical:
        for x in y:
            print(x, end = " ")
        print("\n")


def check_repeats(choiceX, choiceY):
    #print("choiceX = " + str(choiceX))
    #print("choiceY = " + str(choiceY))
    for boat in boatX:
        boat2 = boatY[boatX.index(boat)]
        for block in boat:
            #print("block = " + str(block))

            respectiveY = boat2[boat.index(block)]
            if choiceX == block:
                #print("X's match up")

                #print("lastY = " + str(respectiveY))
                if choiceY == respectiveY:
                    #print("repeat!")
                    return True
                else:
                    return False


def randomize_boats(how_many):
    count = 0
    boat_num = 0
    broken = False

    while count <= how_many - 1:
        # determines if boat is horizontal or vertical
        direction = random.randint(1, 2)
        broken = False

        # vertical
        if(direction == 1):
            #print("vertical")
            # determines length of the boat
            length = random.randint(1, 4)

            # determines where they show up on the board
            chance1 = random.randint(1, 6)
            chance2 = random.randint(1, 6)

            # starts with random coords, then extends the boat to random length
            for r in range(length):
                if(check_repeats(chance2, chance1)):
                    boatX[count].clear()
                    boatY[count].clear()
                    count -= 1
                    broken = True
                    break
                else:
                    boatX[count].append(chance2)
                    boatY[count].append(chance1)
                    if chance1 + 1 <= 6:
                        chance1 += 1
                    else:
                        break

            if(broken != True):
                boat_num += 1
                #print(boat_num)


        # horizontal
        else:
            #print("horizontal")

            length = random.randint(1, 4)

            chance1 = random.randint(1, 6)
            chance2 = random.randint(1, 6)

            for r in range(length):
                if(check_repeats(chance2, chance1)):
                    boatX[count].clear()
                    boatY[count].clear()
                    count -= 1
                    broken = True
                    break
                else:
                    boatX[count].append(chance2)
                    boatY[count].append(chance1)
                    if chance2 + 1 <= 6:
                        chance2 += 1
                    else:
                        break

            if(broken != True):
                boat_num += 1
                #print(boat_num)


        count += 1
        #print(count)

randomize_boats(4)

#print(boatX)
#print(boatY)

print_grid()

def guess():
    spotX = input("Enter an X coordinate:")
    spotY = input("Now a Y coordinate:")

    spotX = int(spotX)
    spotY = int(spotY)

    if(spotY > 6 or spotX > 6):
        print("too big for the grid!")
    else:
        # to keep track of what index 'num' is at in boatX
        count1 = 0
        count2 = 0

        hit = False

        for boat in boatX:

            if(hit == True):
                break

            count1 += 1
            #print(count1)
            #print(boat)

            yboat = boatY[count1 - 1]

            #print(yboat)

            count2 = 0

            for block in boat:
                count2 += 1
                #print(count2 - 1)

                if spotX == block:
                    if(spotY == yboat[count2 - 1]):
                        print("HIT!!")
                        hit = True
                        vertical[spotY - 1].pop(spotX - 1)
                        vertical[spotY - 1].insert(spotX - 1, "X  ")
                        boat.pop(count2 - 1)
                        yboat.pop(count2 - 1)

                        if(len(boat) == 0 and len(yboat) == 0):
                            print("Boat destroyed!")
                            #boatCount += 1
                        break
                    else:
                        print("miss..")
                        vertical[spotY - 1].pop(spotX - 1)
                        vertical[spotY - 1].insert(spotX - 1, "-  ")
                else:
                    print("miss..")
                    vertical[spotY - 1].pop(spotX - 1)
                    vertical[spotY - 1].insert(spotX - 1, "-  ")


        print_grid()


tries = 10

while(tries > 0):
    guess()

    tries -= 1