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게임의 실득 및 승패 요소 구현.py
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게임의 실득 및 승패 요소 구현.py
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from tkinter import *
import math
import time
import warnings
warnings.filterwarnings('ignore')
from PIL import Image, ImageTk
import random
cannonball_vx=0
cannonball_vy=0
cannonball_cx=-9999999999999
cannonball_cy=-9999999999999
computer_specification = Tk()
computer_specification.title("Game")
computer_specification_w, computer_specification_h= (800, 800)
computer_specification.geometry(f"{computer_specification_w}x{computer_specification_h}")
#입력기능의 구현
def press(event):
global to_upper,to_lower,ok_sign,step
if step == 1:
if event.keysym == "Up":
to_upper = True
elif event.keysym == "Down":
to_lower = True
#------대포 위아래 구현
if event.keysym == "space":
ok_sign = True
step =2
def release(event):
global to_upper, to_lower, ok_sign, cannonball_cx, cannonball_cy, cannonball_vx, cannonball_vy, cannonball, step
if step == 1:
if event.keysym == "Up":
to_upper = False
elif event.keysym == "Down":
to_lower = False
#------대포 위아래 구현
if step == 2:
if event.keysym == "space":
ok_sign = False
cannonball_cx = round(ordnance_cx + ordnance_w/2*math.cos(angle_current_value))
cannonball_cy = round(ordnance_cy - ordnance_w/2*math.sin(angle_current_value))
#폭탄의 초기 위치 구현
cannonball_vx = round(cannonball_v_max * energy/100 * math.cos(angle_current_value))
cannonball_vy = round(-cannonball_v_max * energy/100 * math.sin(angle_current_value))
#폭탄의 초기 속도 구현
cannonball=cvs.create_oval((cannonball_cx-cannonball_r, cannonball_cy-cannonball_r),(cannonball_cx+cannonball_r, cannonball_cy+cannonball_r), fill= "black")
step =3
to_upper,to_lower,ok_sign = (False,False,False)
step = 1 # 시나리오 구성
hit=False
computer_specification.bind("<KeyPress>", press)
computer_specification.bind("<KeyRelease>", release)
cvs = Canvas(computer_specification)
cvs.config(width=computer_specification_w, height=computer_specification_h, bd=0, highlightthickness = 0)
cvs.pack()
#background 구현
background_h= round(computer_specification_h * 1/5)
background_c = "#a6a6a7"
cvs.create_rectangle((0, computer_specification_h-background_h), (computer_specification_w, computer_specification_h),fill=background_c,outline=background_c)
backgroundmiddle_h= round((computer_specification_h- background_h)* 1/8)
backgroundmiddle_c = "#954d33"
cvs.create_rectangle((0, computer_specification_h-background_h-backgroundmiddle_h), (computer_specification_w, computer_specification_h-background_h),fill=backgroundmiddle_c,outline=backgroundmiddle_c)
backgroundtop_h = computer_specification_h-background_h-backgroundmiddle_h
backgroundtop_c = "#b5b5fd"
cvs.create_rectangle((0, 0), (computer_specification_w, backgroundtop_h),fill=backgroundtop_c,outline=backgroundtop_c)
#angle 구현
angle_r = round(background_h/2)
angle_x = round(computer_specification_w/20)
angle_y =round(background_h/4)
angle_center =(angle_r + angle_x, computer_specification_h - background_h + angle_y + angle_r)
cvs.create_arc((angle_center[0]-angle_r,angle_center[1]-angle_r ),(angle_center[0]+angle_r,angle_center[1]+angle_r ), fill="#6666ff",extent=180)
angle_min=30 *math.pi/180
angle_max=90 *math.pi/180
cvs.create_line(angle_center, (angle_center[0]+angle_r*math.cos(angle_min),angle_center[1]-angle_r*math.sin(angle_min)),width=2)
cvs.create_line(angle_center, (angle_center[0]+angle_r*math.cos(angle_max),angle_center[1]-angle_r*math.sin(angle_max)),width=2)
cvs.create_arc((angle_center[0]-round(angle_r/5),angle_center[1]-round(angle_r/5) ),(angle_center[0]+round(angle_r/5),angle_center[1]+round(angle_r/5) ), fill="#ffcccc",extent=180)
angle_current_value=45 *math.pi/180
angle_line=cvs.create_line(angle_center, (angle_center[0]+angle_r*math.cos(angle_current_value),angle_center[1]-angle_r*math.sin(angle_current_value)),fill="red",width=2)
#ordnance 구현
ordnance_w, ordnance_h = (round(min(computer_specification_w,computer_specification_h)/10),round(min(computer_specification_w,computer_specification_h)/10))
ordnance_cx=round(computer_specification_w/40+ordnance_w/2)
ordnance_cy=backgroundtop_h-round(ordnance_h/2)
ordnance_img = Image.open("D:/temp/canon1.png")
ordnance_img = ordnance_img.resize((ordnance_w, ordnance_h), Image.ANTIALIAS)
ordnance_img = ordnance_img.rotate(angle_current_value*180/math.pi-30)
ordnance_img = ImageTk. PhotoImage(ordnance_img, master=computer_specification)
ordnance = cvs.create_image (ordnance_cx, ordnance_cy, image=ordnance_img)
#gage bar
input_power_mx = angle_x
input_power_my = angle_y
input_power_w = computer_specification_w - angle_x - input_power_mx*2 - angle_r*2
input_power_h = background_h - input_power_my*2
input_power_x = angle_x + input_power_mx + angle_r*2
input_power_y = computer_specification_h - input_power_my - input_power_h
cvs.create_rectangle((input_power_x, input_power_y),(input_power_x+input_power_w,input_power_y+input_power_h),fill="white")
# 큰게이지바의 배경 설정
power_gage_mx = round(input_power_h/8)
power_gage_my = power_gage_mx
power_gage_x=input_power_x + power_gage_mx
power_gage_y=input_power_y + power_gage_my
energy = 0
power_gage_w =( input_power_w - power_gage_mx*2)*energy/100
power_gage_h = input_power_h - power_gage_my*2
power_gage=cvs.create_rectangle((power_gage_x, power_gage_y),(power_gage_x+power_gage_w,power_gage_y+power_gage_h),width=0,fill="red")
# 작은 게이지바의 배경 설정
#cannonball
cannonball_r =10
cannonball_v_max = 50
cannonball_ay = 1
#computer_specificationdbar
wind_vector_mx = input_power_mx
wind_vector_my = input_power_mx
wind_vector_w = wind_vector_mx*8
wind_vector_h = wind_vector_my*2
wind_vector_x = computer_specification_w - wind_vector_mx - wind_vector_w
wind_vector_y = wind_vector_my
cvs.create_rectangle((wind_vector_x, wind_vector_y),(wind_vector_x + wind_vector_w, wind_vector_y + wind_vector_h), width=2, fill="white")
cvs.create_line((round(wind_vector_x + wind_vector_w/2), wind_vector_y ),(round(wind_vector_x + wind_vector_w/2), wind_vector_y + wind_vector_h), width=5)
computer_specificationd=0
computer_specificationd_ax_max = 0.2
computer_specificationd_ax=computer_specificationd_ax_max*computer_specificationd/100
base_vector_mx=round(wind_vector_h/10)
base_vector_my=base_vector_mx
if computer_specificationd >=0:
base_vector_x= round(wind_vector_x + wind_vector_w/2) + base_vector_mx
else:
base_vector_x = round(wind_vector_x + wind_vector_w/2) - base_vector_mx
base_vector_y = wind_vector_y +base_vector_my
base_vector_w =(wind_vector_w/2 - 2*base_vector_mx)*computer_specificationd/100
base_vector_h = wind_vector_h - 2*base_vector_my
base_vector = cvs.create_rectangle((base_vector_x, base_vector_y), (base_vector_x + base_vector_w , base_vector_y + base_vector_h), width=0, fill="blue")
# 적중의 여부는
# 거리가 > 포탄의 반지름과 과녘의 반지름보다 클 경우 맞추지 못했다고 추정가능!
#target
target_r=40
target_range_x=(round((computer_specification_w/3)),computer_specification_w-target_r)
target_range_y=(wind_vector_y+wind_vector_h+target_r, backgroundtop_h-target_r)
target_cx = random.randrange(target_range_x[0],target_range_x[1])
target_cy = random.randrange(target_range_y[0],target_range_y[1])
target_img=Image.open("D:/temp/target1.png")
target_img = target_img.resize((target_r*2, target_r*2), Image.ANTIALIAS)
target_img = ImageTk. PhotoImage(target_img, master=computer_specification)
target = cvs.create_image (target_cx, target_cy, image=target_img)
#count box
scoreboard_x = wind_vector_mx
scoreboard_y = wind_vector_my
scoreboard_w = scoreboard_x*3
scoreboard_h = wind_vector_h
cvs.create_rectangle((scoreboard_x ,scoreboard_y),(scoreboard_x + scoreboard_w, scoreboard_y+scoreboard_h), fill="black", width=2)
count= 0
scoreboard=cvs.create_text((round(scoreboard_x + scoreboard_w/2), round(scoreboard_y+scoreboard_h/2)),fill="white",font=("Arial",30), text=count)
computer_specification.update()
while True:
time.sleep(0.01)
cvs.delete(angle_line)
cvs.delete(ordnance)
cvs.delete(power_gage)
cvs.delete(base_vector)
try:
cvs.delete(cannonball)
except:
pass
if step == 1:
if to_upper==True and to_lower == False and angle_current_value <= angle_max:
angle_current_value +=0.01
elif to_lower==True and to_upper == False and angle_current_value >= angle_min:
angle_current_value -=0.01
#-----여기부터 게이지바 구현
if step == 2:
if ok_sign==True and energy<100:
energy+=1
if step == 3:
computer_specificationd_ax=computer_specificationd_ax_max*computer_specificationd/100
cannonball_vx += computer_specificationd_ax
cannonball_vy += cannonball_ay
cannonball_cx += cannonball_vx
cannonball_cy += cannonball_vy
distance = ((cannonball_cx-target_cx)**2 +(cannonball_cy-target_cy)**2)**0.5
if distance <= cannonball_r + target_r:
hit =True
if cannonball_cy >= backgroundtop_h or hit ==True :
step = 1
energy = 0
computer_specificationd = random.randrange(-100,101)
if hit ==True :
cvs.delete(target)
arget_cx = random.randrange(target_range_x[0],target_range_x[1])
target_cy = random.randrange(target_range_y[0],target_range_y[1])
target = cvs.create_image (target_cx, target_cy, image=target_img)
count += 1
cvs.delete(scoreboard)
scoreboard=cvs.create_text((round(scoreboard_x + scoreboard_w/2), round(scoreboard_y+scoreboard_h/2)),fill="white",font=("Arial",30), text=count)
#맞춘 경우에는 점수를 올리고 과녘의 재상산을 할 수 있도록 설정!
hit = False
angle_line=cvs.create_line(angle_center, (angle_center[0]+angle_r*math.cos(angle_current_value),angle_center[1]-angle_r*math.sin(angle_current_value)),fill="red",width=2)
ordnance_img = Image.open("D:/temp/canon1.png")
ordnance_img = ordnance_img.resize((ordnance_w, ordnance_h), Image.ANTIALIAS)
ordnance_img = ordnance_img.rotate(angle_current_value*180/math.pi-30)
ordnance_img = ImageTk. PhotoImage(ordnance_img, master=computer_specification)
ordnance = cvs.create_image (ordnance_cx, ordnance_cy, image=ordnance_img)
power_gage_w =( input_power_w - power_gage_mx*2)*energy/100
if computer_specificationd >=0:
base_vector_x= round(wind_vector_x + wind_vector_w/2) + base_vector_mx
else:
base_vector_x = round(wind_vector_x + wind_vector_w/2) - base_vector_mx
base_vector_w =(wind_vector_w/2 - 2*base_vector_mx)*computer_specificationd/100
base_vector_h = wind_vector_h - 2*base_vector_my
if computer_specificationd != 0 :
base_vector = cvs.create_rectangle((base_vector_x, base_vector_y), (base_vector_x + base_vector_w , base_vector_y + base_vector_h), width=0, fill="blue")
#--- 바람벡터 구현
if energy > 0:
power_gage=cvs.create_rectangle((power_gage_x, power_gage_y),(power_gage_x+power_gage_w,power_gage_y+power_gage_h),width=0,fill="red")
#----- 게이지바 구현
if step == 3:
cannonball=cvs.create_oval((cannonball_cx-cannonball_r, cannonball_cy-cannonball_r),(cannonball_cx+cannonball_r, cannonball_cy+cannonball_r), fill= "black")
#---- 폭탄 구현
computer_specification.update()