arr_red =[[" " for i in range(9)] for i in range(10)] arr_blue = [[" " for i in range(9)] for i in range(10)] turn = True #red=true,blue=false end = True

def Select_red_board(x):

Board_select_fuction

#basic_red
arr_red[0][0] = "車"
arr_red[0][8] = "車"
arr_red[0][3] = "士"
arr_red[0][5] = "士"
arr_red[1][4] = "漢"
arr_red[2][1] = "包"
arr_red[2][7] = "包"
for i in range(5):
    arr_red[3][i*2] = "兵"
if(x==1):
    arr_red[0][1] = "馬"
    arr_red[0][7] = "馬"
    arr_red[0][2] = "象"
    arr_red[0][6] = "象"
elif(x==2):
    arr_red[0][2] = "馬"
    arr_red[0][6] = "馬"
    arr_red[0][1] = "象"
    arr_red[0][7] = "象"
elif(x==3):
    arr_red[0][2] = "馬"
    arr_red[0][7] = "馬"
    arr_red[0][1] = "象"
    arr_red[0][6] = "象"
elif(x==4):
    arr_red[0][1] = "馬"
    arr_red[0][6] = "馬"
    arr_red[0][2] = "象"
    arr_red[0][7] = "象"

def Select_blue_board(y):

basic_blue

arr_blue[9][0] = "車"
arr_blue[9][8] = "車"
arr_blue[9][3] = "士"
arr_blue[9][5] = "士"
arr_blue[8][4] = "楚"
arr_blue[7][1] = "包"
arr_blue[7][7] = "包"
for i in range(5):
    arr_blue[6][i*2] = "卒"
if(y==1):
    arr_blue[9][1] = "馬"
    arr_blue[9][7] = "馬"
    arr_blue[9][2] = "象"
    arr_blue[9][6] = "象"
elif(y==2):
    arr_blue[9][2] = "馬"
    arr_blue[9][6] = "馬"
    arr_blue[9][1] = "象"
    arr_blue[9][7] = "象"
elif(y==3):
    arr_blue[9][1] = "馬"
    arr_blue[9][6] = "馬"
    arr_blue[9][2] = "象"
    arr_blue[9][7] = "象"
elif(y==4):
    arr_blue[9][2] = "馬"
    arr_blue[9][7] = "馬"
    arr_blue[9][1] = "象"
    arr_blue[9][6] = "象"

def Board():

Board_print_fuction

print("   ",end='')
for i in range(9):
    print(str(i+1)+"열  ",end="")
print('\n')
C_WHITE  = "\033[37m"
C_RED    = "\033[31m"
C_BLUE   = "\033[34m"
for i in range(0,10):
    print(chr(i+65)+'행 ',end='')
    for j in range(0,9):
        if(j!=8):
            if(arr_red[i][j]=="* " and arr_blue[i][j]=="* "):
                print(C_WHITE+"*  - ",end="")
            elif(arr_red[i][j]=="* "):
                print(C_BLUE+ arr_blue[i][j]+C_WHITE+" - ",end="")
            elif(arr_blue[i][j]=="* "):
                print(C_RED+arr_red[i][j]+C_WHITE+" - ",end="")
        elif(j==8):
            if(arr_red[i][j]=="* " and  arr_blue[i][j]=="* "):
                print(C_WHITE+"*   ")
            elif(arr_red[i][j]=="* "):
                print(C_BLUE+arr_blue[i][j]+C_WHITE)
            elif(arr_blue[i][j]=="* "):
                print(C_RED+arr_red[i][j]+C_WHITE)
    if(i==0 or i==7):
        print("    |    |    |    | \  |  / |    |    |    |")
    elif(i==1 or i==8):
        print("    |    |    |    | /  |  \ |    |    |    |")
    elif(i!=9):
        print("    |"*9)
if(end):
    if(turn):
        print("this turn is red")
    else:
        print("this turn is blue")

def red_Startpos(): try: x = int(input("Player 1의 상차림을 선택하세요(안=1/바깥=2/오른=3/왼=4):")) while not(x==1 or x==2 or x==3 or x==4): print("다시 입력해주세요.") x = int(input("Player 1의 상차림을 선택하세요(안=1/바깥=2/오른=3/왼=4):")) return x except ValueError: print("다시 입력해주세요.") red_Startpos() def blue_Startpos(): try: y = int(input("Player 2의 상차림을 선택하세요(안=1/바깥=2/오른=3/왼=4):")) while not (y==1 or y==2 or y==3 or y==4): print("다시 입력해주세요.") y = int(input("Player 2의 상차림을 선택하세요(안=1/바깥=2/오른=3/왼=4):")) return y except ValueError: print("다시 입력해주세요.") blue_Startpos()

def Movepos_bf1(): print("이동시킬 말의 행과 열을 입력하시오.") a1 = input("몇 행?(A~J): ") while (chr(65)>a1 or a1>=chr(75)): print("다시 입력해주세요.") a1 = input("몇 행?(A~J): ") return a1

def Movepos_bf2(): try: a2 = int(input("몇 열?(1~9): ")) while (a2>9 or a2<1): print("다시 입력해주세요.") a2 = int(input("몇 열?(1~9): ")) return a2 except ValueError: print("다시 입력해 주세요") Movepos_bf2()

def Movepos_af1(): print("말의 이동시킬 행과 열을 입력하시오.") b1 = input("몇 행?(A~J): ") while (chr(65)>b1 or b1>=chr(75)): print("다시 입력해주세요.") b1 = input("몇 행?(A~J): ") return b1

def Movepos_af2(): try: b2 = int(input("몇 열?(1~9): ")) while (b2>9 or b2<1): print("다시 입력해주세요.") b2 = int(input("몇 열?(1~9): ")) return b2 except ValueError: print("다시 입력해주세요.") Movepos_af2()

def red_byeong(x1,x2,y1,y2): global turn while(x1==y1 and y1==y2 or x2==y2 and y1-x1!=1 or x1==y1 and abs(x2-y2)!=1): print("兵이 이동할 수 없는 곳입니다.") main_run() if(arr_blue[y1][y2]==" " and arr_red[y1][y2]==" "): arr_red[y1][y2] = "兵" arr_red[x1][x2] = " " turn = False elif(arr_blue[y1][y2]!=" "): arr_red[y1][y2] = "兵" arr_red[x1][x2] = " " arr_blue[y1][y2] = " "
turn = False

def blue_jjol(x1,x2,y1,y2): global turn while(x1==y1 and y1==y2 or x2==y2 and y1-x1!=-1 or x1==y1 and abs(x2-y2)!=1): print("卒이 이동할 수 없는 곳입니다.") main_run() if(arr_red[y1][y2]==" " and arr_blue[y1][y2]==" "): arr_blue[y1][y2] = "卒" arr_blue[x1][x2] = " " turn = True elif(arr_red[y1][y2]!=" "): arr_blue[y1][y2] = "卒" arr_blue[x1][x2] = " " arr_red[y1][y2] = " " turn = True

def red_cha(x1,x2,y1,y2): global turn while(x1!=y1 and x2!= y2): print("車 can't move that position") main_run() if(x2 < y2 and x1 == y1): sum = 1 for i in range(x2, y2): if(arr_red[x1][i] == " " and arr_blue[x1][i] == " "): sum+=1 if(sum!=y2-x2):
print("wrong position") main_run() elif(x2 > y2 and x1 == y1): sum = 1 for i in range(x2, y2, -1): if(arr_red[x1][i] == " " and arr_blue[x1][i] == " "): sum+=1 if(sum != x2-y2):
print("wrong position") main_run() elif(x1 < y1 and x2==y2): sum = 1 for i in range(x1, y1): if(arr_red[i][x2] == " " and arr_blue[i][x2] == " "): sum+=1 if(sum!=y1-x1): print("wrong position") main_run() elif(x1 > y1 and x2 == y2): sum = 1 for i in range(x1, y1, -1): if(arr_red[i][x2] == " " and arr_blue[i][x2] == " "): sum+=1 if(sum != x1-y1): print("wrong position") main_run() if(arr_blue[y1][y2] ==" "): arr_red[y1][y2] = "車" arr_blue[y1][y2] = " " arr_red[x1][x2] = " " elif(arr_blue[y1][y2]!=" "): arr_red[y1][y2] = "車" arr_red[x1][x2] = " " arr_blue[y1][y2] = " " turn = False

def blue_cha(x1,x2,y1,y2): global turn while(x1!=y1 and x2!= y2): print("車 can't move that position") main_run() if(x2 < y2 and x1 == y1): sum = 1 for i in range(x2, y2): if(arr_red[x1][i] != " " and arr_blue[x1][i] != " "): sum+=1 if(sum!=y2-x2): print("wrong position") main_run() elif(x2 > y2 and x1 == y1): sum = 1 for i in range(x2, y2, -1): if(arr_red[x1][i] != " " and arr_blue[x1][i] != " "): sum+=1 if(sum != x2-y2): print("wrong position") main_run() elif(x1 < y1 and x2==y2): sum = 1 for i in range(x1, y1): if(arr_red[i][x2] != " " and arr_blue[i][x2] != " "): sum+=1 if(sum!=y1-x1): print("wrong position") main_run() elif(x1 > y1 and x2 == y2): sum = 1 for i in range(x1, y1, -1): if(arr_red[i][x2] != " " and arr_blue[i][x2] != " "): sum+=1 if(sum != x1-y1): print("wrong position") main_run() if(arr_red[y1][y2] == " "): arr_blue[y1][y2] = "車" arr_blue[x1][x2] = " " elif(arr_red[y1][y2]!=" "):
arr_blue[x1][x2] = " " arr_blue[y1][y2] = "車" arr_red[y1][y2] = "* " turn = True

def red_sa(x1,x2,y1,y2): global turn
while(x1!=y1 and x2!=y2 or arr_red[y1][y2]!=" " or 0>y1 or y1>2 or 3>y2 or y2>5): if(x1==0 and x2==3): if(y1==0 and y2==4 or y1==1 and y2==3 or y1==1 and y2==4): break elif(x1==0 and x2==5): if(y1==0 and y2==4 or y1==1 and y2==4 or y1==1 and y2==5): break elif(x1==2 and x2==3): if(y1==2 and y2==4 or y1==1 and y2==4 or y1==2 and y2==3): break elif(x1==2 and x2==5): if(y1==2 and y2==4 or y1==1 and y2==4 or y1==1 and y2==5): break elif(x1==1 and x2==4): if(y1==0 and y2==3 or y1==0 and y2==4 or y1==0 and y2==5 or y1==1 and y2==3 or y1==1 and y2==5 or y1==2 and y2==3 or y1==2 and y2==4 or y1==2 and y2==5): break print("기물을 움직일 수 없습니다.") main_run() if(arr_blue[y1][y2]==" "): arr_red[y1][y2]="士" arr_red[x1][x2]=" " turn = False elif(arr_blue[y1][y2]!=" "): arr_red[y1][y2]="士" arr_red[x1][x2]=" " arr_blue[y1][y2]=" " turn = False

def blue_sa(x1,x2,y1,y2): global turn while(x1!=y1 and x2!= y2 or arr_blue[y1][y2]!=" " or 7>y1 or y1>9 or 3>y2 or y2>5): if(x1==9 and x2==5): if(y1==9 and y2==4 or y1==8 and y2==5 or y1==8 and y2==4): break elif(x1==9 and x2==5): if(y1==9 and y2==4 or y1==8 and y2==4 or y1==8 and y2==3): break elif(x1==7 and x2==3): if(y1==7 and y2==4 or y1==8 and y2==4 or y1==7 and y2==5): break elif(x1==7 and x2==5): if(y1==7 and y2==4 or y1==8 and y2==4 or y1==8 and y2==3): break elif(x1==8 and x2==4): if(y1==9 and y2==5 or y1==9 and y2==4 or y1==9 and y2==3 or y1==8 and y2==5 or y1==8 and y2==3 or y1==7 and y2==5 or y1==7 and y2==4 or y1==7 and y2==3): break print("기물을 움직일 수 없습니다.") main_run() if(arr_red[y1][y2]==" "): arr_blue[y1][y2]="士" arr_blue[x1][x2]=" " turn = True elif(arr_red[y1][y2]!=" "): arr_blue[x1][x2]=" " arr_blue[y1][y2]="士 " arr_red[y1][y2]=" " turn = True

def red_han(x1,x2,y1,y2): global turn while True: if not((abs(x1-y1)<=1 and abs(x2-y2)<=1) and (y2>=3 and y2<=5 and y1<=2) and (x1 !=y1 or x2!=y2)): print("기물을 움직일 수 없습니다.") main_run() else: if (x1 == 0 and x2 == 4): if((y1 == 1 and y2 == 3) or (y1 == 1 and y2 == 5)): print("기물을 움직일 수 없습니다.") main_run() else: break elif(x1 == 1 and x2 == 3): if(y1 == 0 and y2 == 4 or y1 == 2 and y2 == 4): print("기물을 움직일 수 없습니다.") main_run() else: break
elif(x1 == 1 and x2 == 5): if(y1 == 0 and y2 == 4 or y1 == 2 and y2 == 4): print("기물을 움직일 수 없습니다.") main_run() else: break
elif(x1 == 2 and x2 == 4): if(y1 == 1 and y2 == 3 or y1 == 1 and y2 == 5): print("기물을 움직일 수 없습니다.") main_run() else: break else: break

if(arr_red[y1][y2]=="* " and arr_blue[y1][y2]=="* "):
    arr_red[y1][y2]="漢"
    arr_red[x1][x2]="* "
    turn = False
elif(arr_blue[y1][y2] != "* "):
    arr_red[y1][y2] = "漢"
    arr_red[x1][x2] = "* "
    arr_blue[y1][y2] = "* "
    turn = False

def blue_cho(x1,x2,y1,y2): global turn while True: if not((abs(x1-y1)<=1 and abs(x2-y2)<=1) and (y2>=3 and y2<=5 and y1>=6) and (x1 !=y1 or x2!=y2)): print("기물을 움직일 수 없습니다.") main_run() else: if (x1 == 9 and x2 == 4): if((y1 == 8 and y2 == 3) or (y1 == 8 and y2 == 5)): print("기물을 움직일 수 없습니다.") main_run() else: break elif(x1 == 8 and x2 == 3): if(y1 == 7 and y2 == 4 or y1 == 9 and y2 == 4): print("기물을 움직일 수 없습니다.") main_run() else: break

        elif(x1 == 8 and x2 == 5):
            if(y1 == 7 and y2 == 4 or y1 == 9 and y2 == 4):
                print("기물을 움직일 수 없습니다.")
                main_run()
            else:
                break

        elif(x1 == 7 and x2 == 4):
            if(y1 == 8 and y2 == 3 or  y1 == 8 and y2 == 5):
                print("기물을 움직일 수 없습니다.")
                main_run()
            else:
                break
        else:
            break
if(arr_red[y1][y2]=="* " and arr_blue[y1][y2]=="* "):
    arr_blue[y1][y2]="楚"
    arr_blue[x1][x2]="* "
    turn = True
elif(arr_red[y1][y2] != "* "):
    arr_blue[y1][y2] = "楚"
    arr_blue[x1][x2] = "* "
    arr_red[y1][y2] = "* "
    turn = True

def red_ma(x1,x2,y1,y2): global turn while not(y1-x1==2 and abs(y2-x2)==1 and arr_red[x1+1][x2]==" " and arr_blue[x1+1][x2]==" " or x1-y1==2 and abs(y2-x2)==1 and arr_red[x1-1][x2]==" " and arr_blue[x1-1][x2]==" " or y2-x2==2 and abs(y1-x1)==1 and arr_red[x1][x2+1]==" " and arr_blue[x1][x2+1]==" " or x2-y2==2 and abs(y1-x1)==1 and arr_red[x1][x2-1]==" " and arr_blue[x1][x2-1]==" "): print("기물을 움직일 수 없습니다.") main_run() if(arr_red[y1][y2]==" " and arr_blue[y1][y2]==" "): arr_red[y1][y2] = "馬" arr_red[x1][x2] = " " elif(arr_blue[y1][y2]!=" "): arr_red[y1][y2] = "馬" arr_red[x1][x2] = " " arr_blue[y1][y2] = " " turn = False

def blue_ma(x1,x2,y1,y2): global turn while not(y1-x1==2 and abs(y2-x2)==1 and arr_red[x1+1][x2]==" " and arr_blue[x1+1][x2]==" " or x1-y1==2 and abs(y2-x2)==1 and arr_red[x1-1][x2]==" " and arr_blue[x1-1][x2]==" " or y2-x2==2 and abs(y1-x1)==1 and arr_red[x1][x2+1]==" " and arr_blue[x1][x2+1]==" " or x2-y2==2 and abs(y1-x1)==1 and arr_red[x1][x2-1]==" " and arr_blue[x1][x2-1]==" "): print("기물을 움직일 수 없습니다.") main_run() if(arr_red[y1][y2]==" " and arr_blue[y1][y2]==" "): arr_blue[y1][y2] = "馬" arr_blue[x1][x2] = " " elif(arr_red[y1][y2]!=" "): arr_blue[y1][y2] = "馬" arr_blue[x1][x2] = " " arr_red[y1][y2] = " " turn = True

def red_po(x1,x2,y1,y2): #포에 대한 설명 : 1.포는 포를 잡지 못하고 2.포는 포를 넘지 못한다. 3.포는 다른 기물을 하나 넘어서 가야한다 하지만 두개 이상은 넘지 못한다. global turn #구현 한 것들 : 다른 기물을 하나 넘어서 가야한다. 하지만 두개 이상은 넘지 못한다, 포는 포를 넘지 못함, 포는 포를 잡지 못함. while(x1!=y1 and x2!= y2 or arr_red[y1][y2]!=" "): print("기물을 움직일 수 없습니다.") main_run() for i in range(0,9): if(x1==y1 and x2<i): if((arr_red[x1][i]!=" " or arr_blue[x1][i]!=" ") and arr_red[x1][i]!="包" and arr_blue[x1][i]!="包" and x1==y1 and x2<i): for j in range(i+1,9): elif(arr_red[x1][j]!=" "): for k in range(i+1,j): if(k==y2): if(arr_blue[x1][k]==" "): arr_red[y1][k]="包" arr_red[x1][x2]=" " turn = False break elif(arr_blue[x1][k]=="包"): print("기물을 움직일 수 없습니다.") main_run() elif(arr_blue[x1][k]!=" "): arr_blue[x2][k]=" " arr_red[x2][k]="包 " arr_red[x1][x2]=" " turn = False break elif((arr_red[x1][i]!=" " or arr_blue[x1][i]!=" ") and arr_red[x1][i]!="包" and arr_blue[x1][i]!="包" and x1 == y1 and x2>i): for j in range(i-1,-1,-1): if(arr_red[x1][j]!=" "): for k in range(i-1,j,-1): if(k==y2): if(arr_blue[x1][k]==" "): arr_red[y1][k]="包" arr_red[x1][x2]=" " turn =False break elif(arr_blue[x1][k]=="包"): print("기물을 움직일 수 없습니다.") main_run() elif(arr_blue[x1][k]!=" "): arr_red[y1][k]="包 " arr_red[x1][x2]=" " arr_blue[x1][k]="" turn = False break else: print("다시 기물을 움직일 수 없습니다.") main_run() for i in range(0,10): if((arr_red[i][x2]!=" " or arr_blue[i][x2]!=" ") and arr_red[i][x2]!="包" and arr_blue[i][x2]!="包" and x2 == y2 and x2<i): for j in range(i+1,10): if(arr_red[j][x2]!=" "): for k in range(i+1,j): if(k==y1): if(arr_blue[k][y2]==" "): arr_red[k][y2]="包" arr_red[x1][x2]=" " turn = False break elif(arr_blue[k][y2]=="包"): print("기물을 움직일 수 없습니다.") main_run() elif(arr_blue[k][y2]!=" "): arr_blue[k][y2]=" " arr_red[k][y2]="包" arr_red[x1][x2]=" " turn = False break elif((arr_red[i][x2]!=" " or arr_blue[i][x2]!=" ") and arr_red[i][x2]!="包" and arr_blue[i][x2]!="包" and x2==y2 and x2>i): for j in range(i+1,10): if(arr_red[j][x2]!=" "): for k in range(i+1,j): if(k==y1): if(arr_blue[k][y2]==" "): arr_red[k][y2]="包" arr_red[x1][x2]=" " turn = False break elif(arr_blue[k][y2]=="包"): print("기물을 움직일 수 없습니다.") main_run() elif(arr_blue[k][y2]!=" "): arr_blue[k][y2]=" " arr_red[k][y2]="包" arr_red[x1][x2]="* " turn = False break else: print("다시 기물을 움직일 수 없습니다.") main_run()

def blue_po(x1,x2,y1,y2): global turn while(x1!=y1 and x2!= y2 or arr_red[y1][y2]!=" "): print("기물을 움직일 수 없습니다.") main_run() for i in range(0,9): if((arr_blue[x1][i]!=" " or arr_red[x1][i]!=" ") and arr_blue[x1][i]!="包" and arr_red[x1][i]!="包" and x1 == y1 and x2<i): for j in range(i+1,9): if(arr_blue[x1][j]!=" "): for k in range(i+1,j): if(k==y2): if(arr_red[x1][k]==" "): arr_blue[y1][k]="包" arr_blue[x1][x2]=" " turn = True break elif(arr_red[x1][k]=="包"): print("기물을 움직일 수 없습니다.") main_run() elif(arr_red[x1][k]!=" "): arr_red[x2][k]=" " arr_blue[x2][k]="包 " arr_blue[x1][x2]="* " turn = True break

    elif((arr_blue[x1][i]!="* " or arr_red[x1][i]!="* ") and arr_blue[x1][i]!="包" and arr_red[x1][i]!="包" and x1 == y1 and x2>i):
        for j in range(i-1,-1,-1):
             if(arr_blue[x1][j]!="* "):
                 for k in range(i-1,j,-1):
                     if(k==y2):
                         if(arr_red[x1][k]=="* "): 
                             arr_blue[y1][k]="包"
                             arr_blue[x1][x2]="* "
                             turn = True
                             break
                         elif(arr_red[x1][k]=="包"):
                            print("기물을 움직일 수 없습니다.")
                            main_run()
                         elif(arr_red[x1][k]!="* "):
                             arr_blue[y1][k]="包 "
                             arr_blue[x1][x2]="* "
                             arr_red[x1][k]="*"
                             turn = True
                             break
    else:
        print("다시 기물을 움직일 수 없습니다.")
        main_run()
for i in range(0,10):
    if((arr_blue[i][x2]!="* " or arr_red[i][x2]!="* ") and arr_blue[i][x2]!="包" and arr_red[i][x2]!="包" and x2==y2 and x2<i):
        for j in range(i+1,10):
            if(arr_blue[j][x2]!="* "):
                for k in range(i+1,j):
                    if(k==y1):
                        if(arr_red[k][y2]=="* "):
                            arr_blue[k][y2]="包"
                            arr_blue[x1][x2]="* "
                            turn = True
                            break
                        elif(arr_red[k][y2]!="* "):
                            arr_red[k][y2]="* "
                            arr_blue[k][y2]="包"
                            arr_blue[x1][x2]="* "
                            turn = True
                            break

    elif((arr_blue[i][x2]!="* " or arr_red[i][x2]!="* ")and arr_blue[i][x2]!="包" and arr_red[i][x2]!="包" and x2==y2 and x2>i):
        for j in range(i-1,-1,-1):
            if(arr_blue[j][x2]!="* "):
                for k in range(i-1,j,-1):
                    if(k==y2):
                        if(arr_red[k][y2]=="* "):
                            arr_blue[k][y2]="包"
                            arr_blue[x1][x2]="* "
                            turn = True
                            break
                        elif(arr_red[k][y2]=="包"):
                            print("기물을 움직일 수 없습니다.")
                            main_run()
                        elif(arr_red[k][y2]!="* "):
                            arr_blue[k][y2]="* "
                            arr_red[k][y2]="包"
                            arr_red[x1][x2]="* "
                            turn = True
                            break
    else:
        print("다시 기물을 움직일 수 없습니다.")
        main_run()

def red_shang(x1,x2,y1,y2): global turn while(1): if not(y1-x1==3 and y2-x2==2 and arr_blue[x1+1][x2]==" " and arr_red[x1+1][x2]==" "and arr_blue[x1+2][x2+1]==" " and arr_red[x1+2][x2+1]==" " ): break elif not(y1-x1==3 and x2-y2==2 and arr_blue[x1+1][x2]==" " and arr_red[x1+1][x2]==" "and arr_blue[x1+2][x2-1]==" " and arr_red[x1+2][x2-1]==" " ): break elif not(x1-y1==3 and y2-x2==2 and arr_blue[x1-1][x2]==" " and arr_red[x1-1][x2]==" "and arr_blue[x1-2][x2+1]==" " and arr_red[x1-2][x2+1]==" " ): break elif not(x1-y1==3 and x2-y2==2 and arr_blue[x1-1][x2]==" " and arr_red[x1-1][x2]==" "and arr_blue[x1-2][x2-1]==" " and arr_red[x1-2][x2-1]==" " ): break main_run() if(arr_blue[y1][y2]==" " and arr_red[y1][y2]==" "): arr_red[y1][y2] = "象" arr_red[x1][x2] = " " elif(arr_blue[y1][y2]!=" "): arr_red[y1][y2] = "象" arr_red[x1][x2] = " " arr_blue[y1][y2] = " " turn = False

def blue_shang(x1,x2,y1,y2): global turn while(1): if not(y1-x1==3 and y2-x2==2 and arr_blue[x1+1][x2]==" " and arr_red[x1+1][x2]==" "and arr_blue[x1+2][x2+1]==" " and arr_red[x1+2][x2+1]==" " ): break if not(y1-x1==3 and x2-y2==2 and arr_blue[x1+1][x2]==" " and arr_red[x1+1][x2]==" "and arr_blue[x1+2][x2-1]==" " and arr_red[x1+2][x2-1]==" " ): break if not(x1-y1==3 and y2-x2==2 and arr_blue[x1-1][x2]==" " and arr_red[x1-1][x2]==" "and arr_blue[x1-2][x2+1]==" " and arr_red[x1-2][x2+1]==" " ): break if not(x1-y1==3 and x2-y2==2 and arr_blue[x1-1][x2]==" " and arr_red[x1-1][x2]==" "and arr_blue[x1-2][x2-1]==" " and arr_red[x1-2][x2-1]==" " ): break main_run() if(arr_blue[y1][y2]==" " and arr_red[y1][y2]==" "): arr_blue[y1][y2] = "象" arr_blue[x1][x2] = " " elif(arr_red[y1][y2]!=" "): arr_blue[y1][y2] = "象" arr_blue[x1][x2] = " " arr_red[y1][y2] = " " turn = True

def red_run(): global turn x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1 while(arr_red[x1][x2]==" "): print("wrong position") x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1 y1 = ord(Movepos_af1())-65 y2 = Movepos_af2()-1 while(arr_red[y1][y2]!=" "): print("already red exists") x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1
y1 = ord(Movepos_af1())-65 y2 = Movepos_af2()-1 if(arr_red[x1][x2]=="兵"): red_byeong(x1,x2,y1,y2)

if(arr_red[x1][x2] == "車"):
    red_cha(x1,x2,y1,y2)

if(arr_red[x1][x2] == "士"):
    red_sa(x1,x2,y1,y2)

if(arr_red[x1][x2] == "包"):
    red_po(x1,x2,y1,y2)

if(arr_red[x1][x2] == "漢"):
    red_han(x1,x2,y1,y2)

if(arr_red[x1][x2] == "馬"):
    red_ma(x1,x2,y1,y2)

if(arr_red[x1][x2] == "象"):
    red_shang(x1,x2,y1,y2)

def blue_run(): global turn x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1 while(arr_blue[x1][x2]==" "): print("wrong position") x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1 y1 = ord(Movepos_af1())-65 y2 = Movepos_af2()-1 while(arr_blue[y1][y2]!=" "): print("already blue exists") x1 = ord(Movepos_bf1())-65 x2 = Movepos_bf2()-1 y1 = ord(Movepos_af1())-65 y2 = Movepos_af2()-1 if(arr_blue[x1][x2]=="卒"): blue_jjol(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "車"):
    blue_cha(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "士"):
    blue_sa(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "包"):
    blue_po(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "楚"):
    blue_cho(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "馬"):
    blue_ma(x1,x2,y1,y2)

if(arr_blue[x1][x2] == "象"):
    blue_shang(x1,x2,y1,y2)

def main_run(): global end while(end): if(turn): Board() red_run() else: Board() blue_run() sum = 0 for i in range(10): for j in range(9): if(arr_red[i][j]=="漢" or arr_blue[i][j]=="楚"): sum += 1 if(sum!=2): end = False if(turn): Board() print("blue wins") print("end game") else: Board() print("red wins") print("end game")

def main(): print("장기하-자.") x = red_Startpos() y = blue_Startpos() Select_red_board(x) Select_blue_board(y) main_run()

main()

yeonjujeong / ERICA_ChessGame

push 잘못해서인지,,,, reset하라고 해서 햇더니 #7

Board_select_fuction

basic_blue

Board_print_fuction