PinmikPanik/gamedata/objects/gameover.py

from gamedata.objects.base import BaseObject
from gamedata.objects.button import Button

import random

class GameOver(BaseObject):
    def __init__(self,game):
        super().__init__(0,0,game)
        # Back button function
        def fnBack(self,game):
            game.scene = game.scenes.main
            self.game.sound_lib["bgm/gameover.ogg"].stop()
            self.game.sound_lib["bgm/menu.ogg"].play(-1)

        # Creating the back button
        btn = Button(int(game.DISPLAY_WIDTH/4),int(game.DISPLAY_HEIGHT*0.8),game,game.DISPLAY_WIDTH//2,int(game.DISPLAY_HEIGHT*0.1))
        btn.text = "Back"
        btn.click = fnBack
        game.gameloop.summon(btn)

        self.sfxscroll = game.sound_lib["sfx/scorescroll.wav"]
        self.sfxscore = game.sound_lib["sfx/score.wav"]

        self.sfxtimer = game.lib.Timer(1)

        self.depth = -1

        # Updating highscore
        self.highscore = False
        self.newunlocks = []
        if game.globals["highscore"]<game.globals["score"]:
            self.pastunlocks = game.lib.getunlocks(game.globals["highscore"])
            self.currentunlocks = game.lib.getunlocks(game.globals["score"])
            game.globals["highscore"] = game.globals["score"]
            self.highscore = True

            self.game.lib.savescore(self.game.datadir,self.game.globals["highscore"],self.game.dataname)

            # Get if there's an unlock
            self.newunlocks = []
            self.unlocksprites = {}
            for unlocktype in ["normal","specials"]:
                for unlock in self.currentunlocks[unlocktype]:
                    if not unlock in self.pastunlocks[unlocktype]:
                        self.newunlocks.append(unlock)
                        sprite = game.sprite_lib["lemmings/"+unlock+"/falling.png"]
                        self.unlocksprites[unlock] = game.pygame.transform.scale(sprite,[sprite.get_width()*3,sprite.get_height()*3])

        self.displayscore = 0

        self.launched = False
        self.launchtimer = game.lib.Timer(0.5)

        self.color = [255]*3
        self.scale = 1

        # Highscore texts
        text = "New Highscore !"
        if len(self.newunlocks)>0:
            text+=" You unlocked :"
        self.highscorewhite = game.fontfilebig.render(text,False,[255]*3)
        self.highscoreflash = game.fontfilebig.render(text,False,[255,230,55])
        self.flashtimer = game.lib.Timer(0.4)

    def step(self):

        update_value = (self.game.globals["score"]-self.displayscore)*self.game.dt*0.4+self.game.dt*2
        self.displayscore+= update_value
        self.displayscore = min(self.game.globals["score"],self.displayscore)

        colorvalue = self.displayscore*0.9
        self.scale = min(2,colorvalue**0.9/250+1)
        if colorvalue>255: # Green to red
            colorvalue-=255
            colorvalue = min(255,colorvalue**0.95)
            self.color = [colorvalue,255-colorvalue,0]
        else: # White to green
            self.color = [255-colorvalue,255,255-colorvalue]


        # Scroll sfx
        if int(self.displayscore)!=int(self.game.globals["score"]):
            if self.sfxtimer.tick(min(update_value,0.5)):
                self.sfxscroll.play()

        if not self.launched and int(self.displayscore)==int(self.game.globals["score"]):

            if self.launchtimer.tick(self.game.dt):
                # Launch particles
                self.launched = True

                if self.highscore: # Balloons
                    offy = self.game.DISPLAY_HEIGHT+40
                    for i in range(2):
                        for direction in [-1,1]:
                            for color in ["yellow","red","blue"]:
                                sprite = [self.game.sprite_lib["particles/balloons/"+color+".png"]]
                                offx = self.game.DISPLAY_WIDTH/2-direction*self.game.DISPLAY_WIDTH/2*1.2
                                velx = (random.random()*3+1+2*i)*direction/2
                                vely = (random.random()+2)*-1
                                self.game.addParticle(sprite,offx,offy,velx=velx,vely=vely,flipx=direction==-1,fps=0.3)

                # Confettis
                for j in range(30):
                    for i in range(8):
                        color = random.choice(["red","blue","yellow"])
                        sprites = self.game.getSpriteDir("particles/confetti/"+color+"/")
                        offx = random.randint(0,self.game.DISPLAY_WIDTH)
                        offy = -40*i
                        velx = random.random()*2-1
                        vely = random.random()*5+2
                        self.game.addParticle(sprites,offx,offy,velx=velx,vely=vely,flipx=random.randint(0,1),fps=2)

                self.sfxscore.play()

                self.game.sound_lib["bgm/gameover.ogg"].play(-1)

        if self.launched:
            self.flashtimer.tick(self.game.dt)

        if self.game.inputs["mouse"]["click"]==1:
            # skip animation
            self.displayscore = int(self.game.globals["score"])

    def draw(self):
        # Display night sky
        self.game.window.blit(self.game.pygame.transform.scale(self.game.sprite_lib["skies/night.png"],[self.game.DISPLAY_WIDTH,self.game.DISPLAY_HEIGHT]),[0,0])
        self.game.window.blit(self.game.sprite_lib["vignette.png"],[0,0])
        # Display score
        txt = self.game.fontfilebig.render("Score : "+str(int(self.displayscore)),False,self.color)
        txt = self.game.pygame.transform.scale(txt,(round(txt.get_width()*self.scale),round(txt.get_height()*self.scale)))
        self.game.lib.drawcenter(self.game,txt,self.game.DISPLAY_WIDTH/2,self.game.DISPLAY_HEIGHT*0.4)
        # Display new highscore
        if self.highscore:
            if not self.launched:
                alpha = (1-self.launchtimer.getratio())**2*255
            else:
                alpha = 255
            txt = [self.highscorewhite,self.highscoreflash][self.flashtimer.getloops()%2]
            txt.set_alpha(alpha)
            self.game.lib.drawcenter(self.game,txt,self.game.DISPLAY_WIDTH/2,self.game.DISPLAY_HEIGHT*0.6)

            # Draw unlocks
            for i in range(len(self.newunlocks)):
                posx = self.game.DISPLAY_WIDTH/(len(self.newunlocks)+1)*(i+1)
                posy = self.game.DISPLAY_HEIGHT*0.7
                sprite = self.unlocksprites[self.newunlocks[i]]
                sprite.set_alpha(alpha)
                self.game.lib.drawcenter(self.game,sprite,posx,posy)