def draw_card(dealer, player):
bj_board.clear()
dealer_score = Text("The dealer's Total : " + str(hand_value(dealer)), 20)
player_score = Text("Your Total : " + str(hand_value(player)), 20)
dealer_score.setFontColor("white")
player_score.setFontColor("white")
dealer_score.moveTo(450, 100)
player_score.moveTo(450, 300)
x0, y0 = 100, 100 # for dealer
x1, y1 = 100, 300 # for player
dx_dealer = 0
dx_player = 0
if dealer[0].hidden: # 게임 안 끝남(내 점수만 표시)
for card in dealer:
if card.hidden:
back_img = Image(img_path + "Back.png")
back_img.moveTo(x0 + dx_dealer, y0)
bj_board.add(back_img)
dx_dealer += 20
else:
front_img = card.image
front_img.moveTo(x0 + dx_dealer, y0)
bj_board.add(front_img)
dx_dealer += 20
for card in player:
front_img = card.image
front_img.moveTo(x1 + dx_player, y1)
bj_board.add(front_img)
dx_player += 20
bj_board.add(player_score)
else: # 게임 끝남(두 사람 점수 모두 표시)
for card in dealer:
if card.hidden:
back_img = Image(img_path + "Back.png")
back_img.moveTo(x0 + dx_dealer, y0)
bj_board.add(back_img)
dx_dealer += 20
else:
front_img = card.image
front_img.moveTo(x0 + dx_dealer, y0)
bj_board.add(front_img)
dx_dealer += 20
for card in player:
front_img = card.image
front_img.moveTo(x1 + dx_player, y1)
bj_board.add(front_img)
dx_player += 20
bj_board.add(dealer_score)
bj_board.add(player_score)
def view_scores(): # 점수 보기
__clear()
paper.clear()
bg = Image(resource_path("images/image/background.png"))
bg.moveTo(400, 300)
paper.add(bg)
Prize = Layer()
grade = Text(" Rank Name Tries", 25)
grade.moveTo(400, 100)
firstEmpty = Text("-----------------------------------------------------",
25)
firstEmpty.moveTo(400, 130)
Prize.add(grade)
Prize.add(firstEmpty)
paper.add(Prize)
ThirdEmpty = Text("-----------------------------------------------------",
25)
ThirdEmpty.moveTo(400, 550)
paper.add(ThirdEmpty)
tempDict = dict()
with open(resource_path("best_user_score.txt"), "r", encoding='utf8') as f:
while True:
read = list(f.readline().split())
if not read:
break
user_name, tries = read[0], int(read[1])
if user_name not in tempDict:
tempDict[user_name] = tries
else:
if tempDict[user_name] > tries:
tempDict[user_name] = tries
sorted_list = sorted(tempDict.items(), key=lambda x: x[1])
ranking = 1
ran = len(sorted_list) if len(sorted_list) <= 10 else 10
for i in range(ran):
if sorted_list[i - 1][1] < sorted_list[i][1]:
ranking += 1
data = "%2sth\t%10s\t\t%2d" % (ranking, sorted_list[i][0],
sorted_list[i][1])
data_text = Text(data, 25)
data_text.moveTo(400, 160 + 40 * i)
paper.add(data_text)
input("메인으로 가려면 아무키나 입력하세요")
def displayHowToPlay(): # 게임 방법을 알려주는 화면
global paper
paper.clear()
HowToPlay = Layer()
HowToPlay_background = Image(resource_path("images/how_to_back.png"))
HowToPlay_background.setDepth(100)
HowToPlay_background.moveTo(400, 300)
what_is = Text("숫자 야구란?", 20)
FirstTxt = Text("감춰진 3개의 숫자가 무엇인지 맞추는 게임입니다.", 20)
wayTxt = Text("게임 방법", 20)
SecondTxt = Text("1. 숫자는 0~9까지 구성되어 있으며, 각 숫자는 한번씩만 사용 가능합니다", 20)
ThirdTxt = Text("2. 숫자와 자리의 위치가 맞으면 스트라이크(S), 숫자만 맞으면 볼(B) 입니다.", 20)
FourthTxt = Text("3. 숫자가 하나도 맞지 않을 경우 아웃(OUT)으로 표시됩니다.", 20)
HowToPlay.add(what_is)
HowToPlay.add(FirstTxt)
HowToPlay.add(wayTxt)
HowToPlay.add(SecondTxt)
HowToPlay.add(ThirdTxt)
HowToPlay.add(FourthTxt)
HowToPlay.add(HowToPlay_background)
what_is.moveTo(400, 80)
FirstTxt.moveTo(400, 160)
wayTxt.moveTo(400, 240)
SecondTxt.moveTo(400, 320)
ThirdTxt.moveTo(400, 390)
FourthTxt.moveTo(400, 460)
paper.add(HowToPlay)
return
def __init__(self, state):
Drawable.__init__(self)
self._label = Text(state.abbrev(), 9,
Point(*state.centroid().project()))
self._bounds = None
self._polys = []
for k in range(state.numBoundaries()):
b = state.getBoundary(k)
p = Polygon()
for geo in b:
x, y = geo.project()
p.addPoint(Point(x, y))
if x > 0: # hack to deal with Alaska going past 180 date line
self._bounds = _mergeBounds([x, x, y, y], self._bounds)
self._polys.append(p)
def displayNameCheck(): #'이름 이(가) 맞습니까?' 화면
displayCheck("namecheck")
global l_nameCheck
l_nameCheck = Layer()
nameBox = Rectangle(230, 50, Point(148, 255))
nameBox.setBorderWidth(3)
nameCk = Text(str(userName), 40)
nameCk.moveTo(148, 255)
l_nameCheck.add(nameBox)
l_nameCheck.add(nameCk)
paper.add(l_nameCheck)
return
def how_to_play():
os.system(console_clear)
# 수정 필요
############################################
HowToPlay = Layer()
HowToPlay_background = Image("python/how_to_back.png")
HowToPlay_background.setDepth(100)
HowToPlay_background.moveTo(500, 300)
what_is = Text("숫자 야구란?", 26)
FirstTxt = Text("감춰진 3개의 숫자가 무엇인지 맞추는 게임입니다.", 26)
wayTxt = Text("게임 방법", 26)
SecondTxt = Text("1. 숫자는 0~9까지 구성되어 있으며, 각 숫자는 한번씩만 사용 가능합니다", 26)
ThirdTxt = Text("2. 숫자와 자리의 위치가 맞으면 스트라이크(S), 숫자만 맞으면 볼(B) 입니다.", 26)
FourthTxt = Text("3. 숫자가 하나도 맞지 않을 경우 아웃(OUT)으로 표시됩니다.", 26)
HowToPlay.add(what_is)
HowToPlay.add(FirstTxt)
HowToPlay.add(wayTxt)
HowToPlay.add(SecondTxt)
HowToPlay.add(ThirdTxt)
HowToPlay.add(FourthTxt)
HowToPlay.add(HowToPlay_background)
what_is.moveTo(500, 70)
FirstTxt.moveTo(500, 150)
wayTxt.moveTo(500, 230)
SecondTxt.moveTo(500, 310)
ThirdTxt.moveTo(500, 380)
FourthTxt.moveTo(500, 450)
paper.add(HowToPlay)
############################################
# 수정 범위 끝
print("메인으로 가려면 아무키나 입력하세요")
try:
go_main = sys.stdin.readline()
except:
pass
print(go_main)
def execute():
global paper
paper.clear()
os.system(console_clear)
#####################################################
Main = Layer()
start = Rectangle(200, 100, Point(275, 450))
start.setFillColor('yellow')
Main.add(start)
way = Rectangle(200, 100, Point(525, 450))
way.setFillColor('yellow')
Main.add(way)
paper.add(Main)
Man = Layer()
man = Image("python/man.png")
Man.setDepth(80)
Man.add(man)
Man.moveTo(390, 350)
paper.add(Man)
Txt = Layer()
startTxt = Text("START", 30)
startTxt.moveTo(275, 450)
Txt.add(startTxt)
howplayTxt = Text("HOW PLAY", 30)
howplayTxt.moveTo(525, 450)
Txt.add(howplayTxt)
numberTxt = Text("NUMBER", 45)
numberTxt.moveTo(140, 320)
Txt.add(numberTxt)
baseballTxt = Text("BASEBALL", 45)
baseballTxt.moveTo(660, 350)
Txt.add(baseballTxt)
# 구름
Cloud = Layer()
flcloud = Circle(30, Point(80, 70))
slcloud = Circle(30, Point(130, 70))
thlcloud = Circle(30, Point(180, 70))
flcloud.setFillColor('white')
slcloud.setFillColor('white')
thlcloud.setFillColor('white')
flcloud.setBorderColor('white')
slcloud.setBorderColor('white')
thlcloud.setBorderColor('white')
Cloud.add(flcloud)
Cloud.add(slcloud)
Cloud.add(thlcloud)
Cloud.scale(5)
Cloud.moveTo(-250, 0)
Cloud.setDepth(100)
paper.add(Cloud)
# 대화상자
Input_a = Layer()
input_bar = Rectangle(1000, 50, Point(500, 575))
input_bar.setFillColor('black')
input_bar.setBorderWidth(0)
Input_a.add(input_bar)
paper.add(Input_a)
#명령 입력
welcome = Text("☆☆☆ Welcome to Number Baseball Game!! ☆☆☆", 20)
welcome.moveTo(390, 575)
welcome.setFontColor("white")
introduction1 = Text("게임을 시작하려면 '1'을 입력하세요", 20)
introduction1.moveTo(390, 575)
introduction1.setFontColor("white")
introduction2 = Text("게임방법을 알고싶다면 '2'를 입력하세요", 20)
introduction2.moveTo(390, 575)
introduction2.setFontColor("white")
introduction3 = Text("게임순위를 보고싶다면 '3'을 입력하세요", 20)
introduction3.moveTo(390, 575)
introduction3.setFontColor("white")
introduction4 = Text("게임을 종료하려면 '4'를 입력하세요", 20)
introduction4.moveTo(390, 575)
introduction4.setFontColor("white")
for _ in range(3):
paper.add(Txt)
sleep(0.5)
paper.remove(Txt)
sleep(0.5)
paper.add(Txt)
paper.add(welcome)
sleep(2)
paper.remove(welcome)
paper.add(introduction1)
sleep(2)
paper.remove(introduction1)
paper.add(introduction2)
sleep(2)
paper.remove(introduction2)
paper.add(introduction3)
sleep(2)
paper.remove(introduction3)
paper.add(introduction4)
sleep(2)
paper.remove(introduction4)
#############################################################
while True:
try:
choose_option = input("\n옵션을 선택해주세요 : ")
except:
os.system(console_clear)
continue
if choose_option == '1':
while True:
gs = game_start()
if gs == -1:
execute()
return
elif choose_option == '2':
how_to_play()
execute()
return
elif choose_option == '3':
view_scores()
execute()
return
elif choose_option == '4':
os.system(console_clear)
return
def displayMainScreen(): # 게임 메인 화면(메뉴)
global paper
paper.clear()
Main = Layer()
start = Rectangle(150, 100, Point(115, 450))
start.setFillColor('yellow')
Main.add(start)
way = Rectangle(150, 100, Point(305, 450))
way.setFillColor('yellow')
Main.add(way)
score = Rectangle(150, 100, Point(495, 450))
score.setFillColor('yellow')
Main.add(score)
exit = Rectangle(150, 100, Point(685, 450))
exit.setFillColor('yellow')
Main.add(exit)
paper.add(Main)
Man = Layer()
man = Image(resource_path("images/man.png"))
Man.setDepth(80)
Man.add(man)
Man.moveTo(390, 350)
paper.add(Man)
Txt = Layer()
startTxt = Text("1. START", 25)
startTxt.moveTo(115, 450)
Txt.add(startTxt)
howplayTxt = Text("2. HOW", 25)
howplayTxt.moveTo(305, 450)
Txt.add(howplayTxt)
numberTxt = Text("NUMBER", 45)
numberTxt.moveTo(140, 320)
Txt.add(numberTxt)
baseballTxt = Text("BASEBALL", 45)
baseballTxt.moveTo(660, 350)
Txt.add(baseballTxt)
scoreTxt = Text("3. SCORE", 25)
scoreTxt.moveTo(495, 450)
Txt.add(scoreTxt)
exitTxt = Text("4. EXIT", 25)
exitTxt.moveTo(685, 450)
Txt.add(exitTxt)
# 구름
Cloud = Layer()
flcloud = Circle(30, Point(80, 70))
slcloud = Circle(30, Point(130, 70))
thlcloud = Circle(30, Point(180, 70))
flcloud.setFillColor('white')
slcloud.setFillColor('white')
thlcloud.setFillColor('white')
flcloud.setBorderColor('white')
slcloud.setBorderColor('white')
thlcloud.setBorderColor('white')
Cloud.add(flcloud)
Cloud.add(slcloud)
Cloud.add(thlcloud)
Cloud.scale(5)
Cloud.moveTo(-250, 0)
Cloud.setDepth(100)
paper.add(Cloud)
# 대화상자
Input_a = Layer()
input_bar = Rectangle(1000, 50, Point(500, 575))
input_bar.setFillColor('black')
input_bar.setBorderWidth(0)
Input_a.add(input_bar)
paper.add(Input_a)
#명령 입력
welcome = Text("☆☆☆ Welcome to Number Baseball Game!! ☆☆☆", 20)
welcome.moveTo(390, 575)
welcome.setFontColor("white")
introduction1 = Text("게임을 시작하려면 '1'을 입력하세요", 20)
introduction1.moveTo(390, 575)
introduction1.setFontColor("white")
introduction2 = Text("게임방법을 알고싶다면 '2'를 입력하세요", 20)
introduction2.moveTo(390, 575)
introduction2.setFontColor("white")
introduction3 = Text("게임순위를 보고싶다면 '3'을 입력하세요", 20)
introduction3.moveTo(390, 575)
introduction3.setFontColor("white")
introduction4 = Text("게임을 종료하려면 '4'를 입력하세요", 20)
introduction4.moveTo(390, 575)
introduction4.setFontColor("white")
introduction5 = Text("옵션을 선택해주세요!", 20)
introduction5.moveTo(390, 575)
introduction5.setFontColor("white")
for _ in range(3):
paper.add(Txt)
sleep(0.5)
paper.remove(Txt)
sleep(0.5)
paper.add(Txt)
paper.add(welcome)
sleep(1.5)
paper.remove(welcome)
paper.add(introduction1)
sleep(1.5)
paper.remove(introduction1)
paper.add(introduction2)
sleep(1.5)
paper.remove(introduction2)
paper.add(introduction3)
sleep(1.5)
paper.remove(introduction3)
paper.add(introduction4)
sleep(1.5)
paper.remove(introduction4)
sleep(1.5)
paper.add(introduction5)
return
def playGame(userGivesNumber=False): # 인게임
global strikes
global balls
global tries
global givenNumber
global predictedNumber
ask = " "
if userGivesNumber:
displayFix("digit")
while True:
try:
__clear()
ask = input("자릿수를 입력해주세요 (3 또는 4) : ")
except:
continue
if ask == '3' or ask == '4':
break
givenNumber = __getRandomNumber(int(ask))
paper.remove(fix)
else:
__clear()
givenNumber = __getRandomNumber(rd.randint(3, 4))
displayStartSec()
__clear()
displayStartGame()
while True:
__clear()
balls = strikes = 0
while True:
__clear()
displayFix("guess")
t = "< " + str(len(givenNumber)) + "자리수 >"
len_givenNumber = Text(t, 30)
len_givenNumber.moveTo(400, 400)
paper.add(len_givenNumber)
predictedNumber = input("숫자를 추측하세요: ")
paper.remove(fix)
paper.remove(len_givenNumber)
if not predictedNumber.isdigit():
continue
if len(predictedNumber) != len(givenNumber):
continue
isDuplicate = False
for i in range(len(predictedNumber)):
if not isDuplicate:
for j in range(len(predictedNumber)):
if i != j and predictedNumber[i] == predictedNumber[j]:
displayFix("dupl_input")
sleep(1)
paper.remove(fix)
isDuplicate = not isDuplicate
break
if isDuplicate == False:
tries += 1
break
for i in range(len(givenNumber)):
for j in range(len(predictedNumber)):
if givenNumber[i] == predictedNumber[j]:
if i == j:
strikes += 1
else:
balls += 1
if strikes == 0 and balls == 0:
displayOutSituation()
elif strikes == len(givenNumber):
displayGameOverByWinning()
return tries
else:
__clear()
displayEvaluationResult()
continue