开心消消乐 python+pygame 用于游玩、学习、二次开发使用

import pygame import random import numpy as np from collections import deque TYPE_RECT = 0 TYPE_IMAGE = 1 class Block: def __init__(self,screen,left,top,width,height,type,image=None,color=None): self.screen = screen self.left = left self.top = top self.type = type self.image = image self.color = color self.width = width self.height = height def draw(self): if self.type == TYPE_RECT: position = self.left,self.top,self.width,self.height pygame.draw.rect(self.screen,self.color,position) elif self.type == TYPE_IMAGE: self.screen.blit(self.image,(self.left,self.top)) class GameBlock: def __init__(self,screen,start_left,start_top,block_height,block_width,row,col,type): self.row = row self.col = col self.screen = screen self.start_left = start_left self.start_top = start_top self.block_width = block_width self.block_height = block_height self.type = type self.blocks=[[0]*self.col for i in range(self.row)] self.blocks_type = np.zeros((self.row,self.col),dtype=np.int8) self.click_num = 0 self.click_list = list() def initMagicBlock(self): for i in range(0,self.row,1): for j in range(0,self.col,1): if self.type == TYPE_IMAGE: self.blocks_type[i][j] = random.randint(1,5) self.blocks[i][j] = Block(self.screen,self.start_left+self.block_width*j,self.start_top+self.block_height*i,self.block_width,self.block_height,self.type,image=pygame.image.load('./image/0'+str(self.blocks_type[i][j])+"_hightlight.png")) self.blocks[i][j].draw() elif self.type == TYPE_RECT: self.blocks[i][j] = Block(self.screen,self.start_left+self.block_width*j,self.start_top+self.block_height*i,self.block_width,self.block_height,self.type,color=(random.randint(0,255),random.randint(0,255),random.randint(0,255))) self.blocks[i][j].draw() def mouseClick(self,x,y): i = (y-self.start_top)//self.block_height j = (x-self.start_left)//self.block_width if i<0 or i>self.row-1 or j<0 or j >self.col-1 or self.blocks_type[i][j] == 0: return False if self.click_num %2 == 1 and self.click_list[0][0] == i and self.click_list[0][1] == j: return False self.click_num += 1 self.click_list.append([i,j]) if self.click_num % 2 == 0: if self.blocks_type[self.click_list[0][0]][self.click_list[0][1]] == self.blocks_type[self.click_list[1][0]][self.click_list[1][1]] and self.breadth_first_search((self.click_list[0][0],self.click_list[0][1]),(self.click_list[1][0],self.click_list[1][1])): self.blocks[self.click_list[0][0]][self.click_list[0][1]].type = TYPE_RECT self.blocks[self.click_list[0][0]][self.click_list[0][1]].color = (255,255,255) self.blocks[self.click_list[0][0]][self.click_list[0][1]].draw()#进行重渲染 self.blocks[self.click_list[1][0]][self.click_list[1][1]].type = TYPE_RECT self.blocks[self.click_list[1][0]][self.click_list[1][1]].color = (255,255,255) self.blocks[self.click_list[1][0]][self.click_list[1][1]].draw()#进行重渲染 self.blocks_type[self.click_list[0][0]][self.click_list[0][1]] = 0 self.blocks_type[self.click_list[1][0]][self.click_list[1][1]] = 0 self.click_list = list() def breadth_first_search(self,startnode,destinationnode): visited = set()#访问过的节点集合 queue = deque([tuple(startnode)]) #队列，存储待访问的节点 while queue: node = queue.popleft() #从队列左侧弹出一个节点 if node not in visited: visited.add(node) for neighbor in self.expandNode(node): if tuple(neighbor) == tuple(destinationnode): return True if tuple(neighbor) not in visited and self.blocks_type[neighbor[0]][neighbor[1]] == 0: queue.append(tuple(neighbor)) # 将未访问的邻居加入队列 return False def expandNode(self,node): neighbors = [] if node[1] < self.blocks_type.shape[1]-1:#节点上方还有节点则可以扩展上方节点 neighbors.append((node[0],node[1]+1)) if node[1] > 0:#节点下方还有节点则可以扩展下方节点 neighbors.append((node[0],node[1]-1)) if node[0] < self.blocks_type.shape[0]-1: #节点右方还有节点则可以扩展右方节点 neighbors.append((node[0]+1,node[1])) if node[0] > 0:#节点左方还有节点则可以扩展左方节点 neighbors.append((node[0]-1,node[1])) return neighbors