def __init__(self, imgLocation, xPos, yPos, width, height): ClickableButton.__init__(self, imgLocation, xPos, yPos, width, height) self.rect.width = self.rect.width / 2 self.rect.center = (xPos, yPos) self.subrect = pygame.Rect(0, 0, self.rect.width, self.rect.height) self.state = GridIcon.NORMAL self.selected = GridIcon.UNSELECTED
def __init__(self, scr, toLoad): self.state = Game.NORMAL self.quitState = Game.NORMAL self.screen = scr self.windowX = self.screen.get_width() self.windowY = self.screen.get_height() self.fillerFont = pygame.font.Font(None, 24) self.filler16 = pygame.font.Font(None, 16) self.gameBG = pygame.image.load("img/game_bg.png") self.gameBGTile = pygame.image.load("img/game_bg_tile.png") self.gameBGTileRect = self.gameBGTile.get_rect() self.botPanel = Object("img/ui/bottom_panel.png",512,self.windowY-64,1024,128) self.topLeft = Object("img/ui/top_left.png", 256,64,512,128) self.topLeftRect1 = pygame.Rect(0,0,128,128) self.topLeftRect2 = pygame.Rect(128,0,512-128,64) #Some UI Buttons self.saveButton = ClickableButton("img/buttons/save80x32.png",self.windowX - 96, self.windowY - 64,80,32) self.moveButton = ClickableButton("img/buttons/move_here80x32.png",352, self.windowY - 32,80,32) #Menu Panel self.menuPanel = Object("img/ui/menu.png",self.windowX/2, self.windowY/2, 212,274) self.closeButton = ClickableButton("img/buttons/close.png", self.menuPanel.rect.right-13, self.menuPanel.rect.top+13,17,17) self.menuSaveButton = ClickableButton("img/buttons/save_game.png", self.menuPanel.x, self.menuPanel.rect.top+88,192,64) self.menuMenuButton = ClickableButton("img/buttons/quit_menu.png", self.menuPanel.x, self.menuPanel.rect.top+160,192,64) self.menuQuitButton = ClickableButton("img/buttons/quit_desktop.png", self.menuPanel.x, self.menuPanel.rect.top+232,192,64) #Quit Dialog Panel self.quitPanel = Object("img/ui/quit_menu.png",self.windowX/2, self.windowY/2, 212,274) self.saveButton = ClickableButton("img/buttons/save80x32.png",self.windowX - 96, self.windowY - 64,80,32) #Use the same close button self.saveQuitButton = ClickableButton("img/buttons/save_quit.png", self.menuPanel.x, self.menuPanel.rect.top+88,192,64) self.quitWOSaveButton = ClickableButton("img/buttons/quit_wo_save.png", self.menuPanel.x, self.menuPanel.rect.top+160,192,64) self.cancelButton = ClickableButton("img/buttons/cancel.png", self.menuPanel.x, self.menuPanel.rect.top+232,192,64) #More variables self.timeRatio = 60 self.actionQueue = [] #Guess what? It's a map, bitch self.cmapRect = pygame.Rect(0,0,1080,540) self.cmapRect.center = (self.windowX/2, self.windowY/2-32) self.cmap = CMap(9,9,self.cmapRect) #Load or New is important here if toLoad != None: self.loadGame(toLoad) self.saveName = toLoad else: self.newGame() self.saveName = "save.txt"
def __init__(self): """Setup the window, etc""" self.windowX = 1024 self.windowY = 768 self.windowName = "Bacon Poutine" self.state = Main.NONE pygame.init() self.clock = pygame.time.Clock() self.msPassed = 0 #Get the screen going self.screen = pygame.display.set_mode((self.windowX, self.windowY)) pygame.display.set_caption(self.windowName) self.iconImg = pygame.image.load("img/icon.png").convert_alpha() pygame.display.set_icon(self.iconImg) pygame.mouse.set_visible(True) #Main Menu Stuff self.dudeObj = Object("img/dude.png",200,200,64,128) self.newButtonObj = ClickableButton("img/buttons/new_game.png",self.windowX/2, self.windowY/2+200,192,64) self.loadButtonObj = ClickableButton("img/buttons/load_game.png",self.windowX/2, self.windowY/2+272,192,64) self.menuBG = pygame.image.load("img/menu_bg.png").convert() self.intro = None self.game = None
def draw(self, screen): screenRect = pygame.Rect(0, 0, 1024, 768) if self.rect.colliderect(screenRect): self.subrect.left = self.selected * self.rect.width ClickableButton.draw(self, screen)
def mouse_event(self, event): results = ClickableButton.mouse_event(self, event) if results: self.selected = GridIcon.SELECTED return results
class Game(): QUIT_GAME = -2 QUIT_TO_MENU = -1 NORMAL = 0 #All other modes count as paused! POP_UP_MENU = 1 POP_UP_QUIT = 2 def __init__(self, scr, toLoad): self.state = Game.NORMAL self.quitState = Game.NORMAL self.screen = scr self.windowX = self.screen.get_width() self.windowY = self.screen.get_height() self.fillerFont = pygame.font.Font(None, 24) self.filler16 = pygame.font.Font(None, 16) self.gameBG = pygame.image.load("img/game_bg.png") self.gameBGTile = pygame.image.load("img/game_bg_tile.png") self.gameBGTileRect = self.gameBGTile.get_rect() self.botPanel = Object("img/ui/bottom_panel.png",512,self.windowY-64,1024,128) self.topLeft = Object("img/ui/top_left.png", 256,64,512,128) self.topLeftRect1 = pygame.Rect(0,0,128,128) self.topLeftRect2 = pygame.Rect(128,0,512-128,64) #Some UI Buttons self.saveButton = ClickableButton("img/buttons/save80x32.png",self.windowX - 96, self.windowY - 64,80,32) self.moveButton = ClickableButton("img/buttons/move_here80x32.png",352, self.windowY - 32,80,32) #Menu Panel self.menuPanel = Object("img/ui/menu.png",self.windowX/2, self.windowY/2, 212,274) self.closeButton = ClickableButton("img/buttons/close.png", self.menuPanel.rect.right-13, self.menuPanel.rect.top+13,17,17) self.menuSaveButton = ClickableButton("img/buttons/save_game.png", self.menuPanel.x, self.menuPanel.rect.top+88,192,64) self.menuMenuButton = ClickableButton("img/buttons/quit_menu.png", self.menuPanel.x, self.menuPanel.rect.top+160,192,64) self.menuQuitButton = ClickableButton("img/buttons/quit_desktop.png", self.menuPanel.x, self.menuPanel.rect.top+232,192,64) #Quit Dialog Panel self.quitPanel = Object("img/ui/quit_menu.png",self.windowX/2, self.windowY/2, 212,274) self.saveButton = ClickableButton("img/buttons/save80x32.png",self.windowX - 96, self.windowY - 64,80,32) #Use the same close button self.saveQuitButton = ClickableButton("img/buttons/save_quit.png", self.menuPanel.x, self.menuPanel.rect.top+88,192,64) self.quitWOSaveButton = ClickableButton("img/buttons/quit_wo_save.png", self.menuPanel.x, self.menuPanel.rect.top+160,192,64) self.cancelButton = ClickableButton("img/buttons/cancel.png", self.menuPanel.x, self.menuPanel.rect.top+232,192,64) #More variables self.timeRatio = 60 self.actionQueue = [] #Guess what? It's a map, bitch self.cmapRect = pygame.Rect(0,0,1080,540) self.cmapRect.center = (self.windowX/2, self.windowY/2-32) self.cmap = CMap(9,9,self.cmapRect) #Load or New is important here if toLoad != None: self.loadGame(toLoad) self.saveName = toLoad else: self.newGame() self.saveName = "save.txt" #More Map code def swap(self,setSpecial,x): if x > 0: #change start self.startBlock.state = 0 self.startBlock = setSpecial if x < 0: #change end self.endBlock.state = 0 self.endBlock = setSpecial def newGame(self): #Set up the time self.startTime = datetime.datetime.now() self.currTime = self.startTime self.player = Player("Chap", (0,1), self.cmap) #Add test actions #self.actionQueue.append( Action("testType", "Poopalooping", self.startTime, datetime.timedelta(minutes=30), None) ) #self.actionQueue.append( Action("testType", "Infecting Zombies", self.startTime, datetime.timedelta(hours=4), None) ) #self.actionQueue.append( Action("testType", "Reticulating Splines", self.startTime, datetime.timedelta(days=7), None) ) def loadGame(self, toLoad): #print "Loading game from %s..."%toLoad f = open(toLoad, 'r') prevGameTimeLine = f.readline() if prevGameTimeLine == '': print "No File Found!" self.newGame() f.close() return prevSaveTimeLine = f.readline() #Maybe more error checking here? #Now convert to datetimes! prevGameTime = self.textToDateTime(prevGameTimeLine) prevSaveTime = self.textToDateTime(prevSaveTimeLine) #Calculate the new game time! saveTimeDiff = datetime.datetime.now() - prevSaveTime gameTimeDiff = saveTimeDiff * self.timeRatio self.currTime = prevGameTime #+ gameTimeDiff #Disabling time passing while offline, gameplay decision #Now load up the player! playerLine = f.readline().rstrip().split('^') self.player = Player(playerLine[0], (int(playerLine[1]),int(playerLine[2])), self.cmap) #Load Actions/Fulfill based on time passed aLine = f.readline() if aLine != "actions:\n": print "ERROR!" pygame.quit() sys.exit() aLine = f.readline() while aLine != "endActions\n": #Code goes here to check if an action completed while away from the game anAction = self.textToAction(aLine) if anAction.isDone(self.currTime) == False: self.actionQueue.append(anAction) self.player.action = anAction aLine = f.readline() #At this point, aLine == "endActions\n" #End File Stuff f.close() #print "Load complete!" def saveGame(self, saveDest): #print "Saving game to %s..."%saveDest f = open(saveDest, 'w') #Time stuff f.write("gametime,%s\n"%self.dateTimeToText(self.currTime)) irlTime = datetime.datetime.now() f.write("savetime,%s\n"%self.dateTimeToText(irlTime)) #Player f.write("%s^%i^%i\n"%(self.player.name, self.player.pos[0], self.player.pos[1])) #Actions f.write("actions:\n") for act in self.actionQueue: f.write(self.actionToText(act)) f.write("endActions\n") #End File Stuff f.close() #print "Save complete!" def mouseCollideWithUI(self, pt): return self.botPanel.rect.collidepoint(pt) or self.topLeftRect1.collidepoint(pt) or self.topLeftRect2.collidepoint(pt) def handle_events(self): for event in pygame.event.get(): if event.type == pygame.QUIT: self.state = Game.POP_UP_QUIT self.quitState = Game.QUIT_GAME elif event.type == pygame.KEYDOWN: if event.key == pygame.K_ESCAPE: self.toggle_menu() if event.key == pygame.K_F5: self.saveGame(self.saveName) #Mouse Events elif self.state == Game.NORMAL and(event.type == pygame.MOUSEBUTTONUP or event.type == pygame.MOUSEBUTTONDOWN or event.type == pygame.MOUSEMOTION): toSave = self.saveButton.mouse_event(event) if toSave: self.saveGame(self.saveName) #Deal with the movement button if self.cmap.selectedPos != None: toMove = self.moveButton.mouse_event(event) if toMove: self.move_player_to_selected() #Dialog Menu elif self.state == Game.POP_UP_MENU and(event.type == pygame.MOUSEBUTTONUP or event.type == pygame.MOUSEBUTTONDOWN or event.type == pygame.MOUSEMOTION): toClose = self.closeButton.mouse_event(event) if toClose: self.toggle_menu() #Save toSave = self.menuSaveButton.mouse_event(event) if toSave: self.saveGame(self.saveName) self.toggle_menu() #Main Menu toMenu = self.menuMenuButton.mouse_event(event) if toMenu: self.quitState = Game.QUIT_TO_MENU self.state = Game.POP_UP_QUIT #Quit Game toQuit = self.menuQuitButton.mouse_event(event) if toQuit: self.quitState = Game.QUIT_GAME self.state = Game.POP_UP_QUIT #Quit Dialog elif self.state == Game.POP_UP_QUIT and(event.type == pygame.MOUSEBUTTONUP or event.type == pygame.MOUSEBUTTONDOWN or event.type == pygame.MOUSEMOTION): toClose = self.closeButton.mouse_event(event) toCancel = self.cancelButton.mouse_event(event) if toClose or toCancel: self.toggle_menu() #Save & Quit toSave = self.saveQuitButton.mouse_event(event) if toSave: self.saveGame(self.saveName) self.state = self.quitState #Quit w/o Save toQuit = self.quitWOSaveButton.mouse_event(event) if toQuit: self.state = self.quitState #Map stuff (from test.py) if self.state == Game.NORMAL and (event.type == pygame.MOUSEBUTTONUP or event.type == pygame.MOUSEBUTTONDOWN or event.type == pygame.MOUSEMOTION): if not(self.mouseCollideWithUI(event.pos)): self.cmap.handle_event(event) elif self.cmap.lastHighlight != None: self.cmap.lastHighlight.state = GridIcon.NORMAL def toggle_menu(self): """Activates a menu pop-up for saving/quitting""" #If the pop up is already on, deactivate if self.state == Game.POP_UP_MENU or self.state == Game.POP_UP_QUIT: self.state = Game.NORMAL else: self.state = Game.POP_UP_MENU def move_player_to_selected(self): """Moves the player to the currently selected grid square""" #Check for no selection if self.cmap.selectedPos == None: print "Ruh Roh!" return #Create a movement action for this movement someParams = [self.cmap.path_find(self.player.pos, self.cmap.selectedPos), "walking"] moveAct = Action("movement", "Moving to (%i, %i)"%(self.cmap.selectedPos[0], self.cmap.selectedPos[1]), self.currTime, None, someParams) #Remove any previous movement actions for act in self.actionQueue: if act.type == "movement": self.actionQueue.remove(act) self.actionQueue.append(moveAct) self.player.action = moveAct def update(self, msPassed): #Do something with the time (only if unpaused): if self.state == Game.NORMAL: timeDiff = datetime.timedelta(microseconds = self.timeRatio * msPassed * 1000) self.currTime = self.currTime + timeDiff #Check if any actions have finished for act in self.actionQueue: if act.isDone(self.currTime): self.actionQueue.remove(act) #Map stuff self.cmap.update(msPassed) #Player self.player.update(msPassed, self.currTime) def draw(self): #self.screen.blit(self.gameBG, pygame.Rect(0, 0, self.windowX, self.windowY)) for x in range(self.windowX/self.gameBGTileRect.width + self.gameBGTileRect.width): for y in range(self.windowY/self.gameBGTileRect.height + self.gameBGTileRect.height): self.screen.blit(self.gameBGTile, pygame.Rect(x*self.gameBGTileRect.width, y*self.gameBGTileRect.height, self.gameBGTileRect.width, self.gameBGTileRect.height)) #Whattup, it's a map! self.cmap.draw(self.screen) #Player self.player.draw(self.screen) #UI self.botPanel.draw(self.screen) self.topLeft.draw(self.screen) self.saveButton.draw(self.screen) if self.cmap.selectedPos != None: self.moveButton.draw(self.screen) #Some code to display the time and date timeStr = self.getTimeStr(self.currTime) timeText1 = self.fillerFont.render(timeStr, 1, (0, 0, 0)) timeText2 = self.fillerFont.render("%i/%i/%i"%(self.currTime.month, self.currTime.day, self.currTime.year), 1, (0, 0, 0)) timeRect1 = timeText1.get_rect() timeRect2 = timeText2.get_rect() timeRect1.center = (32, self.windowY - 96) timeRect2.center = (128, self.windowY - 96) self.screen.blit(timeText1, timeRect1) self.screen.blit(timeText2, timeRect2) #A quick display for the actions we have (active ones only) counter = 0 for index, act in enumerate(self.actionQueue): if counter >= 3: break if act.isStarted(self.currTime) == False: continue actStr = "%s : %s to go"%(act.desc, self.getDeltaStr(act.timeRemaining(self.currTime))) txtSurf = self.filler16.render(actStr, 0, (0, 0, 0)) txtRect = txtSurf.get_rect() txtRect.center = (self.windowX - 352, self.windowY - 96 + 32*counter) self.screen.blit(txtSurf, txtRect) counter += 1 #Display Player Name nameStr = self.fillerFont.render(self.player.name, 1, (0, 0, 0)) nameRect = nameStr.get_rect() nameRect.center = (64,64) self.screen.blit(nameStr, nameRect) #Display info about the selected tile if self.cmap.selectedPos == None: selStr = "No Tile Selected! :(" else: selStr = "(%i, %i) Selected"%(self.cmap.selectedPos[0], self.cmap.selectedPos[1]) selSurf = self.fillerFont.render(selStr, 1, (0, 0, 0)) selRect = selSurf.get_rect() selRect.center = (352, self.windowY - 96) self.screen.blit(selSurf, selRect) #Pop-Up Menu if self.state == Game.POP_UP_MENU: #draw some menu stuff self.menuPanel.draw(self.screen) self.closeButton.draw(self.screen) self.menuSaveButton.draw(self.screen) self.menuMenuButton.draw(self.screen) self.menuQuitButton.draw(self.screen) #Quit Dialog if self.state == Game.POP_UP_QUIT: #draw some menu stuff self.quitPanel.draw(self.screen) self.closeButton.draw(self.screen) self.saveQuitButton.draw(self.screen) self.quitWOSaveButton.draw(self.screen) self.cancelButton.draw(self.screen) #Copied from main.py D: def exit_game(self): """Exits the game completely""" self.state = Game.QUIT_GAME #Here Lie the Helper Functions: def getTimeStr(self, aTime): leStr = "" hours = aTime.hour if hours < 10: leStr += "0%i"%hours else: leStr += "%i"%hours leStr += ":" mins = aTime.minute if mins < 10: leStr += "0%i"%mins else: leStr += "%i"%mins return leStr def getDeltaStr(self, dt): leStr = "" if dt.days > 0: leStr += "%i day(s), "%dt.days #print "dt.seconds/3600 = " + str(dt.seconds/3600) + " dt.seconds/60 = " + str(dt.seconds/60) if dt.seconds/3600 > 0: leStr += "%i:"%(dt.seconds/3600) else: leStr += "0:" if (dt.seconds/60)%60 >= 10: leStr += "%i"%((dt.seconds/60)%60) elif (dt.seconds/60)%60 > 0: leStr += "0%i"%((dt.seconds/60)%60) else: leStr += "00" #Seconds if dt.seconds%60 >= 10: leStr += ":%i"%(dt.seconds%60) elif dt.seconds%60 > 0: leStr += ":0%i"%(dt.seconds%60) else: leStr += ":00" return leStr def textToDateTime(self, text): #For loading datetimes aList = text.rstrip().split(',') return datetime.datetime(int(aList[1]), int(aList[2]), int(aList[3]), int(aList[4]), int(aList[5]), int(aList[6])) def dateTimeToText(self, dt): #For saving datetimes return "%i,%i,%i,%i,%i,%i"%(dt.year, dt.month, dt.day, dt.hour, dt.minute, dt.second) def textToDelta(self, text): #For loading deltas aList = text.rstrip().split(',') return datetime.timedelta(int(aList[1]), int(aList[2]), int(aList[3])) def deltaToText(self, dlt): #For saving deltas #print "dlt.days = %i, dlt.seconds = %i"%(dlt.days, dlt.seconds) return "%i,%i,%i"%(dlt.days, dlt.seconds, dlt.microseconds) def actionToText(self, act): #For saving actions aStr = "%s^%s^actStart,%s^actDuration,%s^"%(act.type, act.desc, self.dateTimeToText(act.startTime), self.deltaToText(act.duration)) #Now deal with params if act.type == "testType": aStr += "None" elif act.type == "movement": pathStr = "" for tile in act.path: pathStr += "*%i %i"%(tile[0], tile[1]) pathStr+="*" aStr += "%s&%s"%(pathStr, act.method) elif act.type == "scavenge": aStr += "None" elif act.type == "fortify": aStr += "None" elif act.type == "sweep": aStr += "None" return aStr+"\n" def textToAction(self, text): #For loading actions aList = text.rstrip().split('^') #Before making our Action, deal with params paramarams = None if aList[0] == "testType": pass elif aList[0] == "movement": paramarams = [] paramList = aList[4].split('&') #First, append the path thePathList = paramList[0].split('*') thePath = [] for tile in thePathList: if tile != "": coords = tile.split(' ') thePath.append((int(coords[0]), int(coords[1]))) paramarams.append(thePath) #Then, append the method paramarams.append(paramList[1]) elif aList[0] == "scavenge": pass elif aList[0] == "fortify": pass elif aList[0] == "sweep": pass return Action(aList[0], aList[1], self.textToDateTime(aList[2]), self.textToDelta(aList[3]), paramarams)
class Main(): """Driver Class/Main Menu""" #Possible screens we're at: NONE = 0 MAIN_MENU = 1 INTRO = 2 IN_GAME = 3 #Add more as we add them (though these screens may have subscreens) def __init__(self): """Setup the window, etc""" self.windowX = 1024 self.windowY = 768 self.windowName = "Bacon Poutine" self.state = Main.NONE pygame.init() self.clock = pygame.time.Clock() self.msPassed = 0 #Get the screen going self.screen = pygame.display.set_mode((self.windowX, self.windowY)) pygame.display.set_caption(self.windowName) self.iconImg = pygame.image.load("img/icon.png").convert_alpha() pygame.display.set_icon(self.iconImg) pygame.mouse.set_visible(True) #Main Menu Stuff self.dudeObj = Object("img/dude.png",200,200,64,128) self.newButtonObj = ClickableButton("img/buttons/new_game.png",self.windowX/2, self.windowY/2+200,192,64) self.loadButtonObj = ClickableButton("img/buttons/load_game.png",self.windowX/2, self.windowY/2+272,192,64) self.menuBG = pygame.image.load("img/menu_bg.png").convert() self.intro = None self.game = None def run(self): """Runs the game""" self.state = Main.MAIN_MENU self.clock.tick() while True: if self.state == Main.MAIN_MENU: #Do our menu stuff self.handle_events() self.update() self.draw() pygame.display.flip() elif self.state == Main.INTRO and self.intro != None: self.handle_events() self.intro.update(self.msPassed) self.intro.draw() pygame.display.flip() if self.intro.doneYet: self.state = Main.IN_GAME self.game = Game(self.screen, None) elif self.state == Main.IN_GAME and self.game != None: self.game.handle_events() self.game.update(self.msPassed) self.game.draw() pygame.display.flip() #Check Game's state if self.game.state == Game.QUIT_GAME: self.exit_game() if self.game.state == Game.QUIT_TO_MENU: self.state = Main.MAIN_MENU else: #Quit! self.exit_game() #Tick the clock forward self.msPassed = self.clock.tick(60) def handle_events(self): """Handles all of the input (for main menu)""" for event in pygame.event.get(): if event.type == pygame.QUIT: self.exit_game() #If close button clicked in top right elif event.type == pygame.KEYDOWN: if event.key == pygame.K_ESCAPE: self.exit_game() #Mouse Events elif event.type == pygame.MOUSEBUTTONUP or event.type == pygame.MOUSEBUTTONDOWN or event.type == pygame.MOUSEMOTION: newGame = self.newButtonObj.mouse_event(event) if newGame: self.state = Main.INTRO self.intro = IntroSeq(self.screen) loadGame = self.loadButtonObj.mouse_event(event) if loadGame: self.state = Main.IN_GAME self.game = Game(self.screen, "save.txt") def update(self): """Updates the menu every frame""" pass def draw(self): """Deals with drawing the menu stuff every frame""" self.screen.blit(self.menuBG, pygame.Rect(0, 0, self.windowX, self.windowY)) #Buttons self.newButtonObj.draw(self.screen) self.loadButtonObj.draw(self.screen) self.screen.blit(self.dudeObj.img,self.dudeObj.rect) def exit_game(self): """Exits the game completely""" pygame.quit() sys.exit()