質問編集履歴

誤字や文法の修正を行いました。

2018/04/05 11:46

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@@ -8,7 +8,11 @@
-ボードの状態は辞書型のrecordという変数で管理し、具体的なコードでは以下のようにrecordに毎ターンボードの状態を追加していこうと考えております。
+ボードの状態は辞書型のrecordという変数で管理し、具体的なコードではサーバーの処理側で、以下のようにrecordに毎ターンボードの状態を追加していこうと考えております。
+>  board.record[board.turn_count] = {'board':copy.deepcopy(board.discs), 'newest_place':board.newest_place}
@@ -132,6 +136,10 @@
+                            board.record[board.turn_count] = {'board':copy.deepcopy(board.discs), 'newest_place':board.newest_place}
                             # draw game info on the listbox
                             gui.addList(player_turn, board.turn_count, placeloc)
@@ -280,279 +288,7 @@
-Boardクラス(ボードの状態やターンの管理、石をひっくり返す処理等を行っております)
-```python
-#!/usr/bin/python3
-# -*- coding: utf8 -*-
-import tkinter as tk
-import copy
-class Board(object):
-    def __init__(self, ):
-        self.discs = [] # disc on the board
-        self.turn = 'Black' # game turn
-        self.pass_count = 0 # pass count
-        self.turn_count = 1 # game count
-        self.newest_place = -1 # last placed disc index
-        # Initialize the board
-        self.Initialize()
-        # Record the board.
-        self.record = {}
-        self.record[0] = {'board':copy.deepcopy(self.discs), 'newest_place':copy.deepcopy(self.newest_place)}
-    # Initialize the board
-    '''
-    Ban : out of the board.
-    Space : Free space on the board.
-    Black : Place where black disc is placed.
-    White Place where white disc is placed.
-    CanPlace : Place where player can place disc on this turn.
-    '''
-    def Initialize(self, ):
-        for i in range(100):
-            self.discs.append('Space')
-        for i in range(0, 10):
-            self.discs[i] = 'Ban'
-            self.discs[i + 90] = 'Ban'
-        for i in range(10, 81, 10):
-            self.discs[i] = 'Ban'
-            self.discs[i + 9] = 'Ban'
-        for i in range(0, 90):
-            if(int(i / 10) == 0 or int(i % 10) == 0 or int(i % 10) == 9):
-                continue
-            else:
-                self.discs[i] = 'Space'
-        self.discs[45] = 'Black'
-        self.discs[54] = 'Black'
-        self.discs[44] = 'White'
-        self.discs[55] = 'White'
-        self.discs[34] = 'CanPlace'
-        self.discs[43] = 'CanPlace'
-        self.discs[56] = 'CanPlace'
-        self.discs[65] = 'CanPlace'
-    # if place index is valid, reverseDisc and return True. else return False
+ボードクラスやAIクラスも実装しておりますが、文字数の関係で記載することができなかったため、下記のGithubのリンクを参照していただければ幸いです。
-    def reverseDisc(self, turn, index):
-        if(self.discs[index] != 'CanPlace'):
-            return False
-        list_reverse = []
-        direction = [-11, -10, -9, -1, +1, +9, +10, +11] # 8 direction search
-        myDisc = "Black" if (turn == "Black") else "White"
-        yourDisc = "Black" if (turn == "White") else "White"
-        for d in direction:
-            j = index + d
-            while(True):
-                if(self.discs[j] == yourDisc):
-                    list_reverse.append(j)
-                elif(self.discs[j] == myDisc):
-                    for rev in list_reverse:
-                        self.discs[rev] = myDisc
-                    break
-                elif(self.discs[j] == "Space" or self.discs[j] == "CanPlace" or self.discs[j] == "Ban"):
-                    list_reverse = []
-                    break
-                j+= d
-        self.discs[index] = myDisc
-        self.record[self.turn_count] = {'board':copy.deepcopy(self.discs), 'newest_place':copy.deepcopy(self.newest_place)}
-        return True
-    # switch game turn
-    def switch_turn(self, ):
-        if(self.turn == 'Black'):
-            self.turn = 'White'
-        elif(self.turn == 'White'):
-            self.turn = 'Black'
-    # Return a list of places you can place after marking on the board
-    def getCanPlace(self, turn):
-        # delete all mark
-        for index, disc in enumerate(self.discs):
-            if(disc == "CanPlace"):
-                self.discs[index] = "Space"
-        list_canplace = []
-        direction = [-11, -10, -9, -1, +1, +9, +10, +11] # 8 direction search
-        myDisc = "Black" if (turn == "Black") else "White"
-        yourDisc = "Black" if (turn == "White") else "White"
-        for index, disc in enumerate(self.discs):
-            if (disc == "Space"):
-                for d in direction:
-                    if (self.discs[index + d] == yourDisc):
-                        k = index + d * 2
-                        while(True):
-                            if(self.discs[k] == "Ban" or self.discs[k] == "Space" or self.discs[k] == "CanPlace"):
-                                break
-                            elif(self.discs[k] == myDisc):
-                                self.discs[index] = "CanPlace"
-                                list_canplace.append(index)
-                                break
-                            k += d
-        return list_canplace
-    # return disc number
-    def getDiscNum(self, turn):
-        number = 0
-        for disc in self.discs:
-            if(disc == turn):
-                number += 1
-        return number
-```