def EscM_detect_presses():
for event in pygame.event.get():
if event.type == pygame.MOUSEBUTTONDOWN:
stateMouse = pygame.mouse.get_pressed()
if stateMouse[0] == 1:
if Button1.pressed():
print("Button 1 pressed")
config.window = "Main"
config.firsttime = True
if Button2.pressed():
config.window = "MainMenu"
config.firsttime = True
if Button3.pressed():
Saving.save()
config.window = "MainMenu"
config.firsttime = True
if Button4.pressed():
pygame.quit()
sys.exit()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
config.window = "Main"
config.firsttime = True
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
def game_intro():
#intro = True
#while intro:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
quit()
if event.type == pygame.MOUSEBUTTONDOWN:
if NewGame.pressed():
config.window="PlayerMenu"
if QuitGame.pressed():
pygame.quit()
quit()
if Settings.pressed():
config.window="SettingMenu"
if LoadGame.pressed():
Saving.load()
config.window = "Main"
config.firsttime = True
#Music.MenuMusic()
Graphics_game.draw_background()
NewGame.draw(500,450,config.setDisplay)
QuitGame.draw(765,780,config.setDisplay)
LoadGame.draw(600,650,config.setDisplay)
Settings.draw(615,780,config.setDisplay)
#Graphics_game.draw_socialmedia((1200,800))
largeText = pygame.font.SysFont("algerian",135)
TextSurf, TextRect = text_objects("Frequency", largeText)
TextRect.center = ((display_width/2),(display_height/3.5))
config.setDisplay.blit(TextSurf, TextRect)
# button("New Game",500,450,500,150,green,bright_green,secondscreen)
# button("Quit",780,780,100,100,red,bright_red,quitgame)
# button("Load Game",600,650,300,80,yellow,bright_yellow,quitgame)
# button("Settings",620,780,100,100,blue,bright_blue,quitgame)
#pygame.draw.rect(gameDisplay, red, (500,450,100,50))
#if 500+100 > mouse[0] > 500 and 450+50 > mouse[1] > 450:
#pygame.draw.rect(gameDisplay, bright_red, (500,450,100,50))
#else:
#pygame.draw.rect(gameDisplay, red, (500,450,100,50))
#pygame.display.update()
#clock.tick(15)
#game_intro()
#pygame.quit()
#quit()
m.overwrite = True
m.tsave_snapshots = 1000
m.tsnaps = m.tsave_snapshots
m.tdiags = 1000
#m.path=base_path+"/outout2"
fields = ['t', 'q']
# just for testing
m.tmax = m.tmax
ke = []
t = []
k = 1
kmean = 0
Saving.initialize_save_snapshots(m, save_path)
for i in m.run_with_snapshots(tsnapstart=0, tsnapint=2000):
ke.append(m._calc_ke())
t.append(m.t)
if m._calc_cfl() > .3:
m.dt = m.dt / 5.
Saving.save_snapshots(m, fields=fields)
evolvingstats = dict()
evolvingstats[t] = t
evolvingstats[ke] = ke
def MapMaker(args, outPrioQueue=None):
"""
Manages the creation of the specified data.
param: args: A struct like class that provides a field for every possible option.
Needed fields and their default values are:
class Args():
pathToImage = None
bl = []
name = None
twoD = False
p = True
bp = True
ba = True
s = True
minY = 4
maxY = 250
maxS = 129
v = False
outPrioQueue: A queue.PriorityQueue(). If provided, this will be used as output channel.
If None, the output uses print().
Exception: Raises IOError, VauleError
"""
#Managing communication with GUI
prioCounter = itertools.count()
def print2(tulpe):
print(tulpe[1])
if outPrioQueue == None:
newPrint = print2
else:
newPrint = outPrioQueue.put
#Settings
if args.v:
try:
with open("version") as vFile:
newPrint((prioCounter.__next__(), vFile.read()))
except IOError:
newPrint((prioCounter.__next__(), "Version file not found"))
newPrint((prioCounter.__next__(), "Setting up"))
imagePath = os.path.abspath(args.pathToImage)
if not os.path.isfile(imagePath):
raise IOError("path does not point at a file")
if args.n == None:
imageName = os.path.split(os.path.splitext(imagePath)[0])[1]
else:
imageName = re.sub(r'[^a-zA-Z0-9_]', '', args.n)
if args.twoD:
mapColorIDDic = MapColorIDGenerator.mapColorIDGenerator2D(args.bl)
else:
mapColorIDDic = MapColorIDGenerator.mapColorIDGenerator3D(args.bl)
positionMatrixMinY = int(args.minY) if args.minY else 4
positionMatrixMaxY = int(args.maxY) if args.maxY else 250
if 0 > positionMatrixMinY or positionMatrixMinY > 251:
raise ValueError("minY is smaller 0 or bigger 251")
if 4 > positionMatrixMaxY or positionMatrixMaxY > 255:
raise ValueError("maxY is smaller 4 or bigger 255")
if positionMatrixMinY >= positionMatrixMaxY - 3:
raise ValueError(
"minY and maxY are to close toadd_gether (closer than 4) or minY is bigger than maxY"
)
maxSchematicSize = int(args.maxS) if args.maxS else 129
if maxSchematicSize < 1:
raise ValueError("maxS is smaller than 1")
elif maxSchematicSize > 129:
newPrint((prioCounter.__next__(
), "Your schematic size is bigger 129. be careful when importing such large schematics"
))
newPrint((prioCounter.__next__(), "Finished setting up"))
#Calculating intermediaries
newPrint((prioCounter.__next__(), "Calculating rgbMatrix"))
rgbMatrix = Parsers.imageFileToRGBMatrix(imagePath)
newPrint((prioCounter.__next__(), "Done"))
newPrint((prioCounter.__next__(), "Calculating mapColorIDMatrix"))
mapColorIDMatrix = Parsers.rgbMatrixTomapColorID(rgbMatrix, mapColorIDDic)
newPrint((prioCounter.__next__(), "Done"))
if args.bp or args.s:
newPrint((prioCounter.__next__(), "Calculating positionMatrix"))
positionMatrix = Parsers.mapColorIDToPositionMatrix(
mapColorIDMatrix, positionMatrixMinY, positionMatrixMaxY)
newPrint((prioCounter.__next__(), "Done"))
if args.s:
newPrint((prioCounter.__next__(), "Calculating Schematic"))
tag_Compound_List = Parsers.positionMatrixToTag_CompoundList(
positionMatrix, mapColorIDDic, positionMatrixMinY,
positionMatrixMaxY, maxSchematicSize)
newPrint((prioCounter.__next__(), "Done"))
#Calculating and saving results
if args.ba:
newPrint((prioCounter.__next__(), "Saving AmountTXT"))
Saving.saveAmountTxT(mapColorIDMatrix, mapColorIDDic, imageName)
if args.bp:
newPrint((prioCounter.__next__(), "Saving PositionTXT"))
Saving.saveBlockPositionTxT(positionMatrix, mapColorIDDic, imageName)
if args.p:
newPrint((prioCounter.__next__(), "Saving Image"))
Saving.saveImage(mapColorIDMatrix, mapColorIDDic, imageName)
if args.s:
newPrint((prioCounter.__next__(), "Saving Schematic"))
Saving.saveSchematic(tag_Compound_List, imageName)
newPrint((prioCounter.__next__(), "Finished with this image"))
def loadButton():
state = Saving.loadState()
if state:
Board.boardState = state[0]
GameState.s.setCurrentPlayer(state[1])
GameState.s.setGameState(2)
def saveButton():
board = Board.boardState
cPlayer = GameState.s.getCurrentPlayer()
state = (board,cPlayer)
Saving.saveState(state)
