import copy
import pygame

class MeinSpiel:


    bilder = ["Bilder/Grass.jpg","Bilder/monster_white_top.png", "Bilder/monster_white_bottom.png", "Bilder/monster_mango_top.jpg", "Bilder/monster_mango_bottom.jpg", "Bilder/monster_pacific_top.jpg", "Bilder/monster_pacific_bottom.jpg", "Bilder/monster_nitro_top.jpeg", "Bilder/monster_nitro_bottom.jpeg", "Bilder/monster_pipeline_top.jpg", "Bilder/monster_pipeline_bottom.jpg"]
    spielfeld = []

     # Liste Bilder
    random_can = ["Bilder/monster_white_top.png", "Bilder/monster_white_bottom.png", "Bilder/monster_mango_top.jpg", "Bilder/monster_mango_bottom.jpg", "Bilder/monster_pacific_top.jpg", "Bilder/monster_pacific_bottom.jpg", "Bilder/monster_nitro_top.jpeg", "Bilder/monster_nitro_bottom.jpeg", "Bilder/monster_pipeline_top.jpg", "Bilder/monster_pipeline_bottom.jpg"]

    

#  # Liste fester Spawn-Positionen (x, y)
#     spawn_points = self.spielfeld[4][5], self.spielfeld[4][6], self.spielfeld[5][5], self.spielfeld[5][6], self.spielfeld[6][5], self.spielfeld[6][6], self.spielfeld[7][5], self.spielfeld[7][6], self.spielfeld[8][5], self.spielfeld[8][6]

   
    def __init__(self, felderX, felderY):
        for x in range(felderX):
            self.spielfeld.append([])
            for y in range(felderY):
                self.spielfeld[x].append(0)

    def anfangsKonfiguration(self):
        self.spielfeld[4][5] = 1
        self.spielfeld[4][6] = 2
        self.spielfeld[5][5] = 3
        self.spielfeld[5][6] = 4
        self.spielfeld[6][5] = 5
        self.spielfeld[6][6] = 6
        self.spielfeld[7][5] = 7
        self.spielfeld[7][6] = 8
        self.spielfeld[8][5] = 9
        self.spielfeld[8][6] = 10

    # Zufällige Position und zufälliges Bild auswählen
    def tastegedrueckt(self, taste):
        if taste == pygame.K_g:
            self.spielfeld[4][5] = self.random_can
            self.spielfeld[4][6] = self.random_can
            self.spielfeld[5][5] = self.random_can
            self.spielfeld[5][6] = self.random_can
            self.spielfeld[6][5] = self.random_can
            self.spielfeld[6][6] = self.random_can
            self.spielfeld[7][5] = self.random_can
            self.spielfeld[7][6] = self.random_can
            self.spielfeld[8][5] = self.random_can
            self.spielfeld[8][6] = self.random_can

        # Score 
        score = 0

        W1 = "Bilder/monster_white_top.png"
        W2 = "Bilder/monster_white_bottom.png"
        M1 = "Bilder/monster_mango_top.jpg"
        M2 = "Bilder/monster_mango_bottom.jpg"
        P1 = "Bilder/monster_pacific_top.jpg"
        P2 = "Bilder/monster_pacific_bottom.jpg"
        N1 = "Bilder/monster_nitro_top.jpeg"
        N2 = "Bilder/monster_nitro_bottom.jpeg"
        PP1 = "Bilder/monster_pipeline_top.jpg"
        PP2 = "Bilder/monster_pipeine_bottom.jpg"    

        # Score zählen
        if (W1 == self.spielfeld[4][5] and W2 == [4][6]):
            pygame.print(score = score + 1)
        if (W1 == self.spielfeld[5][5] and W2 == [5][6]):
            pygame.print(score = score + 1)
        if (W1 == self.spielfeld[6][5] and W2 == [6][6]):
            pygame.print(score = score + 1)
        if (W1 == self.spielfeld[7][5] and W2 == [7][6]):
            pygame.print(score = score + 1)
        if (W1 == self.spielfeld[8][5] and W2 == [8][6]):
            pygame.print(score = score + 1)
        
        if (M1 == self.spielfeld[4][5] and M2 == [4][6]):
            pygame.print(score = score + 1)
        if (M1 == self.spielfeld[5][5] and M2 == [5][6]):
            pygame.print(score = score + 1)
        if (M1 == self.spielfeld[6][5] and M2 == [6][6]):
            pygame.print(score = score + 1)
        if (M1 == self.spielfeld[7][5] and M2 == [7][6]):
            pygame.print(score = score + 1)
        if (M1 == self.spielfeld[8][5] and M2 == [8][6]):
            pygame.print(score = score + 1)

        if (P1 == self.spielfeld[4][5] and P2 == [4][6]):
            pygame.print(score = score + 1)
        if (P1 == self.spielfeld[5][5] and P2 == [5][6]):
            pygame.print(score = score + 1)
        if (P1 == self.spielfeld[6][5] and P2 == [6][6]):
            pygame.print(score = score + 1)
        if (P1 == self.spielfeld[7][5] and P2 == [7][6]):
            pygame.print(score = score + 1)
        if (P1 == self.spielfeld[8][5] and P2 == [8][6]):
            pygame.print(score = score + 1)

        if (N1 == self.spielfeld[4][5] and N2 == [4][6]):
            pygame.print(score = score + 1)
        if (N1 == self.spielfeld[5][5] and N2 == [5][6]):
            pygame.print(score = score + 1)
        if (N1 == self.spielfeld[6][5] and N2 == [6][6]):
            pygame.print(score = score + 1)
        if (N1 == self.spielfeld[7][5] and N2 == [7][6]):
            pygame.print(score = score + 1)
        if (N1 == self.spielfeld[8][5] and N2 == [8][6]):
            pygame.print(score = score + 1)

        if (PP1 == self.spielfeld[4][5] and PP2 == [4][6]):
            pygame.print(score = score + 1)
        if (PP1 == self.spielfeld[5][5] and PP2 == [5][6]):
            pygame.print(score = score + 1)
        if (PP1 == self.spielfeld[6][5] and PP2 == [6][6]):
            pygame.print(score = score + 1)
        if (PP1 == self.spielfeld[7][5] and PP2 == [7][6]):
            pygame.print(score = score + 1)
        if (PP1 == self.spielfeld[8][5] and PP2 == [8][6]):
            pygame.print(score = score + 1)