def main():
size = [800, 600]
screen = pygame.display.set_mode(size)
pygame.display.set_caption("Arcade City")
start = startScreen()
#variable used to make buttons functional only on the start screen
start_screen = True
#variable used to make buttons functional only on the instructions screen
instructions_screen = True
#variable used to make buttons functional only on the game screen
var2 = True
#variables used to make buttons functional on rock paper scissors and loop
var3 = True
#variable used to make the higher lower button functional on the game screen
var4 = True
#variable used to make higher and lower buttons loop
var5 = True
#variable used to make buttons functional only on higher and lower
higher_lower = False
#variable used to make buttons functional when rock paper scissors is running
isRPS = False
done = False
while not done:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
done = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse = pygame.mouse.get_pos()
#Creates a button on the start screen that calls the instructions screen when clicked
if 500 > mouse[0] > 350 and 450 > mouse[
1] > 400 and start_screen:
start_screen = False
instructionScreen()
#Creates a button on the instructions screen that calls the game screen when clicked
elif 475 > mouse[0] > 325 and 550 > mouse[
1] > 500 and instructions_screen and not start_screen:
instructions_screen = False
gameScreen()
#Creates a clickable area underneath the image of a building that calls the rock paper scissors screen when clicked
elif 210 > mouse[0] > 100 and 455 > mouse[
1] > 205 and not instructions_screen and var2 and not isRPS:
var2 = False
var3 = True
isRPS = True
rockPaperScissors()
#Creates a button that returns you to the game screen when clicked
elif 480 > mouse[0] > 330 and 575 > mouse[
1] > 525 and not var2 and isRPS and var3:
var2 = True
var3 = False
isRPS = False
gameScreen()
#Creates a button that takes you to the outcomes if the player chose rock
elif 280 > mouse[0] > 130 and 500 > mouse[
1] > 450 and not var2 and isRPS and var3:
var3 = False
rockPaperScissorsRock()
#Creates a button that takes you to the rock paper scissors screen from the outcome screen of rock
elif 493 > mouse[0] > 343 and 461 > mouse[
1] > 411 and not var2 and isRPS:
var3 = True
rockPaperScissors()
#Creates a button that takes you to the outcomes if the player chose paper
elif 480 > mouse[0] > 330 and 500 > mouse[
1] > 450 and not var2 and isRPS and var3:
var3 = False
rockPaperScissorsPaper()
#Creates a button that takes you to the rock paper scissors screen from the outcome screen of paper
elif 493 > mouse[0] > 343 and 461 > mouse[
1] > 411 and not var2 and isRPS:
var3 = True
rockPaperScissors()
#Creates a button that takes you to the outcomes if the player chose scissors
elif 680 > mouse[0] > 530 and 500 > mouse[
1] > 450 and not var2 and var3 and isRPS:
var3 = False
rockPaperScissorsScissors()
#Creates a button that takes you to the rock paper scissors screen from the outcome screen of scissors
elif 493 > mouse[0] > 343 and 461 > mouse[
1] > 411 and not var2 and isRPS:
var3 = True
rockPaperScissors()
#Creates a clickable area underneath the image of a building that calls the higher or lower screen
elif 360 > mouse[0] > 250 and 455 > mouse[
1] > 205 and not instructions_screen and var2 and var4 and not isRPS:
ticketFile = open("tickets.txt", "r")
tickets = ticketFile.read()
if int(tickets) >= 300:
var2 = False
var4 = False
var5 = True
higher_lower = True
currentNum = random.randrange(30)
higherOrLower(currentNum)
ticketFile.close()
#Creates a button on the higher or lower screen that takes you back to the gamescreen when clicked
elif 480 > mouse[0] > 330 and 575 > mouse[
1] > 525 and not instructions_screen and not var2 and not var4 and var5 and not isRPS and higher_lower:
var2 = True
var4 = True
var5 = False
higher_lower = False
gameScreen()
#Creates a button on the higher or lower screen that takes you to the outcome screen of higher when clicked
elif 300 > mouse[0] > 150 and 500 > mouse[
1] > 450 and not instructions_screen and not var2 and not var4 and var5 and not isRPS and higher_lower:
var5 = False
higherOrLowerHigher(currentNum)
#Creates a button on the higher outcome screen that takes you back to the higher or lower screen when clicked
elif 480 > mouse[0] > 330 and 525 > mouse[
1] > 475 and not instructions_screen and not var2 and not var4 and not var5 and not isRPS and higher_lower:
var5 = True
currentNum = random.randrange(30)
higherOrLower(currentNum)
#Creates a button on the higher or lower screen that takes you to the outcome screen of lower when clicked
elif 665 > mouse[0] > 515 and 500 > mouse[
1] > 450 and not instructions_screen and not var2 and not var4 and var5 and not isRPS and higher_lower:
var5 = False
higherOrLowerLower(currentNum)
#Creates a button on the lower outcome screen that takes you back to the higher or lower screen when clicked
elif 480 > mouse[0] > 330 and 525 > mouse[
1] > 475 and not instructions_screen and not var2 and not var4 and not var5 and not isRPS and higher_lower:
var5 = True
currentNum = random.randrange(30)
higherOrLower(currentNum)
import time
import matplotlib.pyplot as plt
import scipy as sc
import scipy.optimize as sco
import argparse
from startscreen import startScreen
from pulsarsObjects import Pulsar, load_pulsar_data
from loadData import loader
from folding import timeFolding
from plotTools import waterfall
from flagging import flagData
from dispersionMeasure import dedispersion
from barcen import barcen_times
from observation import Observation
startScreen('1.1.0')
parser = argparse.ArgumentParser(description='Pulsar folding!')
parser.add_argument(
'-d',
'--datafile',
default=
'/net/dataserver2/data/users/nobels/CAMRAS/obs-10-04-2018/B0329+54_10-04-2018.fits',
help='The location of the *.fits file.')
parser.add_argument(
'--nbins',
default=500,
type=int,
help=
'The number of phase bins to fold with. Higher means higher time resolution, but noisier waterfalls.'
)
SCREEN_WIDTH, SCREEN_HEIGHT = 1280, 720
screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGHT))
clock = pygame.time.Clock()
running = True
_MAIN_SCREEN = True
_STAGE_SELECT = False
_GAME_SCENE = False
selectStage = Stage()
while running:
if _MAIN_SCREEN:
startConse = startscreen.startScreen()
if startConse == "Quit": # 시작화면에서 Quit 누른 경우 프로그램 종료
running = False
elif startConse == "Game Start": # 시작화면에서 Game Start 누른 경우 시작화면 끄고 스테이지 선택 화면
_MAIN_SCREEN = False
selectStages._UNLOCKED_STAGE_SELECT = False
_STAGE_SELECT = True
elif _STAGE_SELECT:
stageConse = selectStage.selectStage()
if stageConse == "Quit": # 스테이지 선택화면에서 Quit 누른 경우 프로그램 종료
running = False
elif stageConse == "Back to Start": # 스테이지 선택화면에서 Back 누른 경우 스테이지 선택화면 끄고 시작 화면
_MAIN_SCREEN = True
_STAGE_SELECT = False
elif stageConse == "StartGame":
_STAGE_SELECT = False