オセロを作る（３）
少し進んだ。
- 今日の改良点
- 挟んだコマの色を反転させるようにした。
- ８方向それぞれで関数を定義。
- 初期設定部分をdef main()の外へ出す。
- 使用方法
- ファイルMiniOthello.pywを実行。
- 変数TNUMの数で一辺の升数を決めている。一般の升は8x8らしい。大きくとれば大きな盤になる。
- コマを置きたい場所にマウスをもっていきクリックする。
- クリックする毎に黒と白のコマが交互に置かれる。
- 終了する場合はEscキーを押す。
- 今後の改良予定
- コマを置いてはいけない場所には置けないようにする（現在はどこでも置ける）。
- 終了時に勝敗の判定を行う。
MiniOthello.pywは以下の通り。
#!/bin/env python # coding: utf-8 # ------------------------------------------------------------------ # Mini Othello ver.0.3 (MiniOthello.pyw) # 2008/11/05 import pygame import sys from pygame.locals import * WDTH = 50 # 盤上に並べるタイルの幅 TNUM = 8 # 一辺のタイルの数：総数はTNUM*TNUMになる SCR_W = WDTH * TNUM # ウィンドウの大きさ（幅） SCR_H = WDTH * TNUM # ウィンドウの大きさ（縦） WPOS = WDTH*(TNUM-1) """ 初期設定 """ pygame.init() screen = pygame.display.set_mode( (SCR_W, SCR_H) ) image1 = pygame.image.load('tile.bmp') image2 = pygame.image.load('black.bmp') image3 = pygame.image.load('white.bmp') image1 = image1.convert() image2 = image2.convert() image3 = image3.convert() ckey2 = image2.get_at((0,0)) ckey3 = image3.get_at((0,0)) image2.set_colorkey(ckey2) image3.set_colorkey(ckey3) imagerect1 = image1.get_rect() imagerect2 = image2.get_rect() imagerect3 = image3.get_rect() """ コマの色を記録する変数を定義 komacolor=0 : コマは置かれていない =1 : 黒コマ =2 : 白コマ """ komacolor = [[0 for x in range(TNUM)] for x in range(TNUM)] global rnum def flipkomaN1(x, y, rnum): """ 白コマを反転させる（north方向）""" if komacolor[x][y-1] == 2 and y >= 2: if komacolor[x][y-2] == 0: return if komacolor[x][y-2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*x,WDTH*(y-1+i))) komacolor[x][y-1+i] = 1 return else: rnum +=1 flipkomaN1(x,y-1, rnum) return def flipkomaN2(x, y, rnum): """ 黒コマを反転させる（north方向）""" if komacolor[x][y-1] == 1 and y >= 2: if komacolor[x][y-2] == 0: return if komacolor[x][y-2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*x,WDTH*(y-1+i))) komacolor[x][y-1+i] = 2 return else: rnum +=1 flipkomaN2(x,y-1, rnum) return def flipkomaS1(x, y, rnum): """ 白コマを反転させる（south方向）""" if y <= TNUM-3 and komacolor[x][y+1] == 2: if komacolor[x][y+2] == 0: return if komacolor[x][y+2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*x,WDTH*(y+1-i))) komacolor[x][y+1-i] = 1 return else: rnum +=1 flipkomaS1(x,y+1, rnum) return def flipkomaS2(x, y, rnum): """ 黒コマを反転させる（south方向）""" if y <= TNUM-3 and komacolor[x][y+1] == 1: if komacolor[x][y+2] == 0: return if komacolor[x][y+2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*x,WDTH*(y+1-i))) komacolor[x][y+1-i] = 2 return else: rnum +=1 flipkomaS2(x,y+1, rnum) return def flipkomaW1(x, y, rnum): """ 白コマを反転させる（west方向）""" if komacolor[x-1][y] == 2 and x >= 2: if komacolor[x-2][y] == 0: return if komacolor[x-2][y] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x-1+i),WDTH*y)) komacolor[x-1+i][y] = 1 return else: rnum +=1 flipkomaW1(x-1,y, rnum) return def flipkomaW2(x, y, rnum): """ 黒コマを反転させる（west方向）""" if komacolor[x-1][y] == 1 and x >= 2: if komacolor[x-2][y] == 0: return if komacolor[x-2][y] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x-1+i),WDTH*y)) komacolor[x-1+i][y] = 2 return else: rnum +=1 flipkomaW2(x-1,y, rnum) return def flipkomaE1(x, y, rnum): """ 白コマを反転させる（east方向）""" if x <= TNUM-3 and komacolor[x+1][y] == 2: if komacolor[x+2][y] == 0: return if komacolor[x+2][y] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x+1-i),WDTH*y)) komacolor[x+1-i][y] = 1 return else: rnum +=1 flipkomaE1(x+1,y, rnum) return def flipkomaE2(x, y, rnum): """ 黒コマを反転させる（east方向）""" if x <= TNUM-3 and komacolor[x+1][y] == 1: if komacolor[x+2][y] == 0: return if komacolor[x+2][y] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x+1-i),WDTH*y)) komacolor[x+1-i][y] = 2 return else: rnum +=1 flipkomaE2(x+1,y, rnum) return def flipkomaNW1(x, y, rnum): """ 白コマを反転させる（north-west方向）""" if komacolor[x-1][y-1] == 2 and y >= 2 and x >= 2: if komacolor[x-2][y-2] == 0: return if komacolor[x-2][y-2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x-1+i),WDTH*(y-1+i))) komacolor[x-1+i][y-1+i] = 1 return else: rnum +=1 flipkomaNW1(x-1,y-1, rnum) return def flipkomaNW2(x, y, rnum): """ 黒コマを反転させる（north-west方向）""" if komacolor[x-1][y-1] == 1 and y >= 2 and x >= 2: if komacolor[x-2][y-2] == 0: return if komacolor[x-2][y-2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x-1+i),WDTH*(y-1+i))) komacolor[x-1+i][y-1+i] = 2 return else: rnum +=1 flipkomaNW2(x-1,y-1, rnum) return def flipkomaSE1(x, y, rnum): """ 白コマを反転させる（south-east方向）""" if x <= TNUM-3 and y <= TNUM-3 and komacolor[x+1][y+1] == 2: if komacolor[x+2][y+2] == 0: return if komacolor[x+2][y+2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x+1-i),WDTH*(y+1-i))) komacolor[x+1-i][y+1-i] = 1 return else: rnum +=1 flipkomaSE1(x+1,y+1, rnum) return def flipkomaSE2(x, y, rnum): """ 黒コマを反転させる（south-east方向）""" if x <= TNUM-3 and y <= TNUM-3 and komacolor[x+1][y+1] == 1: if komacolor[x+2][y+2] == 0: return if komacolor[x+2][y+2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x+1-i),WDTH*(y+1-i))) komacolor[x+1-i][y+1-i] = 2 return else: rnum +=1 flipkomaSE2(x+1,y+1, rnum) return def flipkomaSW1(x, y, rnum): """ 白コマを反転させる（south-west方向）""" if y <= TNUM-3 and x >= 2 and komacolor[x-1][y+1] == 2: if komacolor[x-2][y+2] == 0: return if komacolor[x-2][y+2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x-1+i),WDTH*(y+1-i))) komacolor[x-1+i][y+1-i] = 1 return else: rnum +=1 flipkomaSW1(x-1,y+1, rnum) return def flipkomaSW2(x, y, rnum): """ 黒コマを反転させる（south-west方向）""" if y <= TNUM-3 and x >= 2 and komacolor[x-1][y+1] == 1: if komacolor[x-2][y+2] == 0: return if komacolor[x-2][y+2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x-1+i),WDTH*(y+1-i))) komacolor[x-1+i][y+1-i] = 2 return else: rnum +=1 flipkomaSW2(x-1,y+1, rnum) return def flipkomaNE1(x, y, rnum): """ 白コマを反転させる（north-east方向）""" if x <= TNUM-3 and y >= 2 and komacolor[x+1][y-1] == 2: if komacolor[x+2][y-2] == 0: return if komacolor[x+2][y-2] == 1: for i in range(rnum+1): screen.blit(image2, imagerect2.move(WDTH*(x+1-i),WDTH*(y-1+i))) komacolor[x+1-i][y-1+i] = 1 return else: rnum +=1 flipkomaNE1(x+1,y-1, rnum) return def flipkomaNE2(x, y, rnum): """ 黒コマを反転させる（north-east方向）""" if x <= TNUM-3 and y >= 2 and komacolor[x+1][y-1] == 1: if komacolor[x+2][y-2] == 0: return if komacolor[x+2][y-2] == 2: for i in range(rnum+1): screen.blit(image3, imagerect3.move(WDTH*(x+1-i),WDTH*(y-1+i))) komacolor[x+1-i][y-1+i] = 2 return else: rnum +=1 flipkomaNE2(x+1,y-1, rnum) return def main(): screen.fill((0,0,0)) pygame.display.set_caption('Mini Othello') pygame.mouse.set_visible(True) whoturn = 0 # どちらの順番かを記録しておく変数 """ 初期画面を描画 """ for i in xrange(0, WPOS+1, WDTH): for j in xrange(0, WPOS+1, WDTH): screen.blit(image1, imagerect1.move(i,j)) """ 始めから置かれている4つのコマ """ screen.blit(image2, imagerect2.move(WDTH*TNUM/2,WDTH*TNUM/2)) screen.blit(image2, imagerect2.move(WDTH*(TNUM/2-1),WDTH*(TNUM/2-1))) screen.blit(image3, imagerect3.move(WDTH*(TNUM/2-1),WDTH*TNUM/2)) screen.blit(image3, imagerect3.move(WDTH*TNUM/2,WDTH*(TNUM/2-1))) komacolor[TNUM/2][TNUM/2] = 1 komacolor[TNUM/2-1][TNUM/2-1] = 1 komacolor[TNUM/2-1][TNUM/2] = 2 komacolor[TNUM/2][TNUM/2-1] = 2 pygame.display.flip() while 1: for event in pygame.event.get(): if (event.type == KEYDOWN and event.key == K_ESCAPE): pygame.quit() sys.exit() if event.type == MOUSEBUTTONDOWN: whoturn += 1 xpos = int(pygame.mouse.get_pos()[0]/WDTH) ypos = int(pygame.mouse.get_pos()[1]/WDTH) if komacolor[xpos][ypos] == 0: if whoturn%2 == 0: """ 黒コマを置く """ screen.blit(image2, imagerect2.move(WDTH*xpos,WDTH*ypos)) komacolor[xpos][ypos] = 1 """ 挟んだコマを裏返す """ flipkomaN1(xpos, ypos, rnum=0) flipkomaS1(xpos, ypos, rnum=0) flipkomaW1(xpos, ypos, rnum=0) flipkomaE1(xpos, ypos, rnum=0) flipkomaNW1(xpos, ypos, rnum=0) flipkomaSE1(xpos, ypos, rnum=0) flipkomaSW1(xpos, ypos, rnum=0) flipkomaNE1(xpos, ypos, rnum=0) else: """ 白コマを置く """ screen.blit(image3, imagerect3.move(WDTH*xpos,WDTH*ypos)) komacolor[xpos][ypos] = 2 """ 挟んだコマを裏返す """ flipkomaN2(xpos, ypos, rnum=0) flipkomaS2(xpos, ypos, rnum=0) flipkomaW2(xpos, ypos, rnum=0) flipkomaE2(xpos, ypos, rnum=0) flipkomaNW2(xpos, ypos, rnum=0) flipkomaSE2(xpos, ypos, rnum=0) flipkomaSW2(xpos, ypos, rnum=0) flipkomaNE2(xpos, ypos, rnum=0) pygame.display.flip() if __name__ == '__main__': main()
