[Python知识库] python实现华容道游戏（v0.1）

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[Python知识库]python实现华容道游戏（v0.1）

#!python
import copy

##Author: Lijun
#
#History:
#V0.1?? 2021-12-15
#实现基础功能：一种初始化图形，可以人工操作游戏，游戏成功有提示
#
#
#
#
#Guanyu=11 (*1) ;关羽2*1（水平*竖直，下同) 横条，1个
#zhang/zhao/ma/huang = x
#????????????????????? x?? (*4,2-5) ;张飞/赵云/马超/黄忠 1*2竖条，4个
#zu = x (*4,6-9)??? ;小卒， 1*1块，4个
#caocao = 00
#???????? 00 (*1)?? ;曹操，2*2块，1个
#
#
#数据结构：
#
#role[id,name,width,height,loc_row,loc_col]
#代号，名字，水平宽度，竖直高度，左上角行位置，左上角列位置
#
#result[row][col]
#各行各列的角色
#
#
#
#初始化角色位置
#1、初始地图“横刀立马”
#张曹曹马
#飞操操超
#赵关羽黄
#云卒卒忠
#卒 ? ? ? 卒
#口门门口
role = []
role.append(['0','Caocao',2,2,1,2])
role.append(['1','Guanyu',2,1,3,2])
role.append(['2','Zhangfei',1,2,1,1])
role.append(['3','Zhaoyun',1,2,3,1])
role.append(['4','Machao',1,2,1,4])
role.append(['5','Huangzhong',1,2,3,4])
role.append(['6','xiaozu',1,1,4,2])
role.append(['7','xiaozu',1,1,4,3])
role.append(['8','xiaozu',1,1,5,1])
role.append(['9','xiaozu',1,1,5,4])

'''
用如下部分测试成功判断功能
role[0][4]=4
role[0][5]=2
role[6][4]=1
role[6][5]=2
role[7][4]=1
role[7][5]=3
'''

#根据位置更新站位结果
def updatelocation(role):?? ?
??? result = [['x' for i in range(5)] for j in range(7)]
??? result[6][1]=' '
??? result[6][4]=' '?? ?
??? for x in role:
??? #??? print(x)
??????? row = x[4]
??????? for rowcnt in range(x[3]):
??????????? col = x[5]
??????????? for colcnt in range(x[2]):
??? #??????????? print(row,col)
??????????????? result[row][col]=x[0]
??????????????? col = col +1
??????????? row = row +1
??? return(result)

#打印站位结果
def prtresult(result):
??? for row in range(1,7):
??????? for col in range(1,5):
??????????? print(result[row][col],end="")
??????? print('')

'''def prtmenu():
??? while True:
??????? print('0-----begin game')
??????? print('1-----exit')
??????? print('\n\n Please input 0/1')
??????? select = input()
??????? if(select == '1'):
??????????? break
??????? elif (select =='0'):
??????????? print('game start')
??????????? break
'''

#判断是否可以移动,返回可以移动的方向left，right，up，down
#获取移动角色的左上角初始位置，以及宽度、高度
#代号，名字，宽度，高度，左上角行位置，左上角列位置
def move_judge(master,role,result):
??? pos_row=role[master][4]
??? pos_col=role[master][5]
??? pos_row_cnt=role[master][2]
??? pos_col_cnt=role[master][3]

#初始化结果
??? direct=[]
?? ?
#判断是否能向左移动
??? left_flag='F'
??? if(pos_col<=1):
??????? pass
#??????? print('不能向左移动')
??? else:
??????? for row in range(pos_col_cnt):
??????????? if(result[pos_row+row][pos_col-1]=='x'):
??????????????? pass
??????????????? left_flag='T'
??????????? else:
??????????????? left_flag='F'
??????????????? break
??? if(left_flag=='T'):
??????? print("can move left!")
??????? direct.append("left")
#??????? return("left")

#判断是否能向右移动
??? right_flag='F'
??? if(pos_col+pos_row_cnt>4):
??????? pass
#??????? print('不能向右移动')
??? else:
??????? for row in range(pos_col_cnt):
??????????? if(result[pos_row+row][pos_col+pos_row_cnt]=='x'):
??????????????? pass
??????????????? right_flag='T'
??????????? else:
??????????????? right_flag='F'
??????????????? break
??? if(right_flag=='T'):
??????? print("can move right!")
??????? direct.append("right")
#??????? return("right")

#判断是否能向上移动
??? up_flag='F'
??? if(pos_row<=1):
??????? pass
#??????? print('不能向上移动')
??? else:
??????? for col in range(pos_row_cnt):
??????????? if(result[pos_row-1][pos_col+col]=='x'):
??????????????? pass
??????????????? up_flag='T'
??????????? else:
??????????????? up_flag='F'
??????????????? break
??? if(up_flag=='T'):
??????? print("can move up!")
??????? direct.append("up")
#??????? return("up")

#判断是否能向下移动
??? down_flag='F'
??? if(pos_row+pos_col_cnt>6):
??????? pass
#??????? print('不能向下移动')
??? else:
??????? for col in range(pos_row_cnt):
??????????? if(result[pos_row+pos_col_cnt][pos_col+col]=='x'):
??????????????? down_flag='T'
??????????? else:
??????????????? down_flag='F'
??????????????? break
??? if(down_flag=='T'):
??????? print("can move down!")
??????? direct.append("down")
??? return(direct)

#移动
def move(master,role,direct,result):
#??? print("Move"+ str(master))
#??? pass
#数据结构：
#role[id,name,width,height,loc_row,loc_col]
#代号，名字，宽度，高度，左上角行位置，左上角列位置

#打印可移动的方向
??? prtstr=""
??? for yy in range(len(direct)):
#??????? print(yy,direct[yy],end='?? ')
??????? prtstr=prtstr+str(yy)+"-"+direct[yy]
??????? if(yy != len(direct)-1):
??????????? prtstr=prtstr+","
??????? else:
??????????? prtstr=prtstr+",x to exit):"
??? if len(direct) >= 2:
??????? inputx=input("\n please choose direct("+prtstr)
??????? if(inputx=='x' or inputx=='X'):
??????????? exit
??????? else:
??????????? direct = direct[int(inputx)]
??? else:
??????? direct = direct[0]

??? if (direct == 'left'):
??????? role[master][5]=role[master][5]-1
??? if (direct == 'right'):
??????? role[master][5]=role[master][5]+1
??? if (direct == 'up'):
??????? role[master][4]=role[master][4]-1
??? if (direct == 'down'):
??????? role[master][4]=role[master][4]+1
??? return(role)

'''
for i in range(10):
??? x=move_judge(i,role,result)
??? print(x)

'''

def check_win(role):
??? if(role[0][4]==5 and role[0][5]==2):
??????? return("Success!")
?? ?
result=updatelocation(role)
prtresult(result)
while True:
??? print('\n')
??? result=updatelocation(role)
??? prtresult(result)
??? print("\n\n")
??? select = input('Target: Move Caocao--0000--block to exit\n Choose a item to move，x to exit: ')
??? if(select in "0123456789"):
?????? direct = move_judge(int(select),role,result)
?????? if(direct!=[]):
??????????? role=move(int(select),role,direct,result)
??????????? if(check_win(role)=="Success!"):
??????????????? print("\n Congratulations! You Win!")
??????????????? break
?????? else:
?????????? print("\n cannot move, please choose again")
??? elif (select =='x'):
??????? print('good bye')
??????? break