def __init__(self, game):
super(InstructionScreen, self).__init__(game)
self.__mMenuItems = []
self.__mMenuItems.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.MenuScreen.MenuScreen(self.mGame))))
self.__crystalPos = b2Vec2(9.5,5.8)
self.__crystalDirection = b2Vec2(0,1)
self.__crystalBlingTimer = 4.0
self.__crystalTimer = 1.0
self.crystal = Animation(Resources.getInstance().mCrystal, 5, 1, 0.6, self.mCamera.getScaledSize(0.6,0.6), False, True)
self.portal = Animation(Resources.getInstance().mSwirlSheet, 3, 2, 0.6, self.mCamera.getScaledSize(1.5,1.5), False, True)
self.__walkPos = b2Vec2(1,3)
self.__walkTimer = 2.0
self.__walkDirection = b2Vec2(1,0)
self.playerWalk = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), True, True)
self.__jumpPos = b2Vec2(9.5,3)
self.__jumpStartPos = self.__jumpPos.copy()
self.__jumpTimer = 0.5
self.__jumpWaitTimer = 0.2
self.__jumpDirection = b2Vec2(0,-1)
self.playerjump = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), False, False)
self.__gravityPos = b2Vec2(3, 6)
self.__gravityTimer = 1.0
self.__gravityDirection = b2Vec2(0,-1)
self.playergravity = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), False, False)
class EffectRender(object):
mEffects = None
def __init__(self, camera):
self.mEffects = []
self.mCamera = camera
self.blood = Animation(Resources.getInstance().mBlood, 5, 1, 0, self.mCamera.getScaledSize(1,1), False, False)
def render(self, delta):
remove = []
for fx in self.mEffects:
if fx.isAlive():
for particle in fx.particles:
if particle.alive:
viewpos = self.mCamera.getViewCoords(particle.position)
random.seed(particle.mSize.x)
self.blood.freeze(random.randint(0, 4), 0)
self.blood.setSize(self.mCamera.getScaledSize(particle.mSize.x, particle.mSize.y))
self.blood.draw(delta, viewpos)
else:
remove.append(fx)
for fx in remove:
self.mEffects.remove(fx)
def addFx(self, fx):
self.mEffects.append(fx)
def __init__(self, game, levelInt, currentTime = None):
Id.getInstance().resetId()
self.__mCrypt = Crypt()
self.mCurrentTime = currentTime
self.mLevelInt = levelInt
self.mButtons = []
self.mTime = Time(self.__readPlayerTime())
if currentTime != None:
super(LevelTimeScreen, self).__init__(game, False)
self.__initializeFromGame()
else:
super(LevelTimeScreen, self).__init__(game)
self.__initializeFromMenu()
self.medallions = Animation(Resources.getInstance().mMedallions, 3, 3, 0, self.mCamera.getScaledSize(3, 3), False, False)
self.mLevelTimes = [Time(x) for x in self.__readLevelTimes()]
self.mButtons.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.LevelScreen.LevelScreen(self.mGame))))
self.achivedMedallion = self.__calculateMedallion()
class LevelTimeScreen(BaseMenuScreen):
def __init__(self, game, levelInt, currentTime = None):
Id.getInstance().resetId()
self.__mCrypt = Crypt()
self.mCurrentTime = currentTime
self.mLevelInt = levelInt
self.mButtons = []
self.mTime = Time(self.__readPlayerTime())
if currentTime != None:
super(LevelTimeScreen, self).__init__(game, False)
self.__initializeFromGame()
else:
super(LevelTimeScreen, self).__init__(game)
self.__initializeFromMenu()
self.medallions = Animation(Resources.getInstance().mMedallions, 3, 3, 0, self.mCamera.getScaledSize(3, 3), False, False)
self.mLevelTimes = [Time(x) for x in self.__readLevelTimes()]
self.mButtons.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.LevelScreen.LevelScreen(self.mGame))))
self.achivedMedallion = self.__calculateMedallion()
def __initializeFromMenu(self):
self.mButtons.append(Button("play", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))))
def __initializeFromGame(self):
if self.mLevelInt < Level.Level.countLevels():
self.mButtons.append(Button("next", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt+1))))
else:
self.mButtons.append(Button("end", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.EndScreen.EndScreen(self.mGame))))
self.mButtons.append(Button("retry", 11, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))))
if self.mCurrentTime.isFaster(self.mTime):
self.mTime = self.mCurrentTime
found = False
data = None
try:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "rb") as readstate:
decryptedData = self.__mCrypt.decrypt(readstate.read())
data = json.loads(decryptedData)
for time in data:
if time["ID"] == str(self.mLevelInt):
found = True
time["TIME"] = self.mCurrentTime.toString()
if not found:
data.append({"ID":"%s" % str(self.mLevelInt), "TIME":"%s" % self.mCurrentTime.toString()})
except Exception:
pass
if data == None:
data = '[{"ID":"%s", "TIME":"%s"}]' % (str(self.mLevelInt), self.mCurrentTime.toString())
with open(Resources.getInstance().resource_path("assets/state/time.json"), "wb+") as writestate:
writestate.write(self.__mCrypt.encrypt(json.dumps(data)))
def __calculateMedallion(self):
if self.mTime.isFaster(self.mLevelTimes[0]):
return b2Vec2(0,0)
elif self.mTime.isFaster(self.mLevelTimes[1]):
return b2Vec2(1,0)
elif self.mTime.isFaster(self.mLevelTimes[2]):
return b2Vec2(2,0)
else:
return b2Vec2(0,2)
def __readPlayerTime(self):
pTime = None
found = False
try:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "rb") as state:
decryptedData = self.__mCrypt.decrypt(state.read())
pTime = json.loads(decryptedData)
for time in pTime:
if time["ID"] == str(self.mLevelInt):
pTime = time["TIME"]
found = True
break
except Exception:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "wb+") as writer:
writer.write(self.__mCrypt.encrypt("[]"))
if not found:
pTime = "00:00:00"
return pTime
def __readLevelTimes(self):
times = []
parser = self.__mCrypt.dectryptParser(self.mLevelInt)
times.append(parser.get("time", "gold"))
times.append(parser.get("time", "silver"))
times.append(parser.get("time", "bronze"))
return times
def update(self, delta):
BaseMenuScreen.update(self, delta)
def render(self, delta):
Pgl.app.surface.fill((67,80,129))
#header
title = self.titleFont.render("level %s" % str(self.mLevelInt), 0, (255,255,255))
size = self.titleFont.size("level %s" % str(self.mLevelInt))
titlepos = self.mCamera.getViewCoords(b2Vec2(self.modelsize.x / 2.0, self.modelsize.y / 6))
Pgl.app.surface.blit(title, (titlepos.x - size[0] / 2.0, titlepos.y - size[1] / 2.0))
#current runningtime (if comming from gamescreen)
if self.mCurrentTime != None:
current = Resources.getInstance().getScaledFont(self.mCamera.mScale.x / 1.5).render("Current time:", 0, (255, 255, 255))
currentsize = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).size("Current time:")
ctime = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render(self.mCurrentTime.toString(), 0, (255,74,20))
currentpos = self.mCamera.getViewCoords(b2Vec2(5, 3.3))
ctimepos = self.mCamera.getViewCoords(b2Vec2(5.5, 3.3))
Pgl.app.surface.blit(current, currentpos)
Pgl.app.surface.blit(ctime, (ctimepos.x + currentsize[0], ctimepos.y))
#besttime
best = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render("Best time:", 0, (255, 255, 255))
bestsize = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).size("Best time:")
time = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render(self.mTime.toString(), 0, (255,74,20))
bestpos = self.mCamera.getViewCoords(b2Vec2(5, 3.8))
timepos = self.mCamera.getViewCoords(b2Vec2(5.5, 3.8))
Pgl.app.surface.blit(best, bestpos)
Pgl.app.surface.blit(time, (timepos.x + bestsize[0], timepos.y))
#buttons
btnToDraw = self.menubutton
for btn in self.mButtons:
viewpos = self.mCamera.getViewCoords(b2Vec2(btn.x, btn.y))
btnToDraw.setSize(self.mCamera.getScaledSize(btn.size.x, btn.size.y))
color = None
if btn.mActive:
btnToDraw.freeze(1, 0)
color = (255,255,255)
else:
btnToDraw.freeze(0, 0)
color = (141,60,1)
btnToDraw.draw(delta, viewpos)
btntxt = self.screenFont.render(str(btn.mText), 0, color)
size = self.screenFont.size(str(btn.mText))
txtpos = self.mCamera.getViewCoords(b2Vec2(btn.x + btn.size.x / 2 - (size[0] / self.mCamera.scale.x) / 2.0, btn.y + btn.size.y / 2 - (size[1] / self.mCamera.scale.y) / 2.0))
Pgl.app.surface.blit(btntxt, (txtpos.x, txtpos.y))
#small medallions
for x in range(len(self.mLevelTimes)):
self.medallions.freeze(x, 1)
timetxt = self.infoFont.render(self.mLevelTimes[x].toString(), 0 , (255,255,255))
pos = self.mCamera.getViewCoords(b2Vec2(9, 5+x))
Pgl.app.surface.blit(timetxt, (pos.x, pos.y))
self.medallions.setSize(self.mCamera.getScaledSize(1,1))
self.medallions.draw(delta, self.mCamera.getViewCoords(b2Vec2(8,4.6+x)))
self.medallions.freeze(self.achivedMedallion.x, self.achivedMedallion.y)
self.medallions.setSize(self.mCamera.getScaledSize(3,3))
self.medallions.draw(delta, self.mCamera.getViewCoords(b2Vec2(4.9,4.6)))
self.arrow.draw()
def mouseClick(self, pos):
xy = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.mButtons:
if btn.rect.collidepoint(xy):
btn.mAction()
def mouseOver(self, pos):
xy = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.mButtons:
btn.mActive = False
if btn.rect.collidepoint(xy):
btn.mActive = True
def keyInput(self, key):
if key == pygame.K_r:
self.__quickRetry()
elif key == pygame.K_SPACE:
self.__quickGame()
def __quickRetry(self):
if self.mCurrentTime != None:
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))
def __quickGame(self):
if self.mCurrentTime == None:
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))
else:
if self.mLevelInt < Level.Level.countLevels():
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt+1))
else:
self.mGame.setScreen(screen.EndScreen.EndScreen(self.mGame))
class InstructionScreen(BaseMenuScreen):
#crystal
__crystalPos = None
__crystalTimer = None
__crystalDirection = None
__crystalBlingTimer = None
#player walking
__walkPos = None
__walkTimer = None
__walkDirection = None
#player jumping
__jumpPos = None
__jumpWaitTimer = None
__jumpDirection = None
#player gravity
__gravityPos = None
__gravityTimer = None
__gravityDirection = None
def __init__(self, game):
super(InstructionScreen, self).__init__(game)
self.__mMenuItems = []
self.__mMenuItems.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.MenuScreen.MenuScreen(self.mGame))))
self.__crystalPos = b2Vec2(9.5,5.8)
self.__crystalDirection = b2Vec2(0,1)
self.__crystalBlingTimer = 4.0
self.__crystalTimer = 1.0
self.crystal = Animation(Resources.getInstance().mCrystal, 5, 1, 0.6, self.mCamera.getScaledSize(0.6,0.6), False, True)
self.portal = Animation(Resources.getInstance().mSwirlSheet, 3, 2, 0.6, self.mCamera.getScaledSize(1.5,1.5), False, True)
self.__walkPos = b2Vec2(1,3)
self.__walkTimer = 2.0
self.__walkDirection = b2Vec2(1,0)
self.playerWalk = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), True, True)
self.__jumpPos = b2Vec2(9.5,3)
self.__jumpStartPos = self.__jumpPos.copy()
self.__jumpTimer = 0.5
self.__jumpWaitTimer = 0.2
self.__jumpDirection = b2Vec2(0,-1)
self.playerjump = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), False, False)
self.__gravityPos = b2Vec2(3, 6)
self.__gravityTimer = 1.0
self.__gravityDirection = b2Vec2(0,-1)
self.playergravity = Animation(Resources.getInstance().mPxl, 4, 2, 0.4, self.mCamera.getScaledSize(1, 1), False, False)
def mouseClick(self, pos):
mmp = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.__mMenuItems:
if btn.rect.collidepoint(mmp):
btn.mAction()
def mouseOver(self, pos):
mmp = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.__mMenuItems:
btn.mActive = False
if btn.rect.collidepoint(mmp):
btn.mActive = True
def keyInput(self, key):
pass
def update(self, delta):
BaseMenuScreen.update(self, delta)
#crystal
self.__crystalTimer -= delta
if self.__crystalTimer < 0:
self.__crystalTimer = 1.0
self.__crystalDirection *= -1
self.__crystalPos.y = self.__crystalPos.copy().y + (self.__crystalDirection.y * 0.01 / 2)
if self.crystal.isAnimationDone():
self.__crystalBlingTimer -= delta
if self.__crystalBlingTimer < 0:
self.__crystalBlingTimer = 4.0
self.crystal.reset()
#portal
if self.portal.isAnimationDone():
self.portal.gotoRow(1)
self.portal.continueAnimation()
#playerwalk
self.__walkTimer -= delta
if self.__walkTimer < 0:
self.__walkTimer = 2.0
self.__walkDirection *= -1
self.playerWalk.flipX()
self.__walkPos.x = self.__walkPos.copy().x + (self.__walkDirection.x * 0.03)
#playerjump
if self.__jumpWaitTimer > 0:
self.__jumpWaitTimer -= delta
self.playerjump.freeze(0, 0)
else:
self.playerjump.freeze(0,1)
self.__jumpPos.y = self.__jumpPos.copy().y + (self.__jumpDirection.y * 0.05)
if self.__jumpPos.y <= self.__jumpStartPos.y - 0.8:
self.__jumpDirection.Set(0,1)
if self.__jumpPos.y > self.__jumpStartPos.y:
self.__jumpWaitTimer = 0.4
self.__jumpPos = self.__jumpStartPos.copy()
self.__jumpDirection *= -1
#playergravity
if self.__gravityTimer > 0:
self.__gravityTimer -= delta
self.playergravity.freeze(0,0)
else:
self.playergravity.freeze(0,1)
if self.__gravityDirection.y < 0:
self.playergravity.rotate(180)
if self.playergravity.flippedX() == False:
self.playergravity.flipX()
elif self.__gravityDirection.y > 0:
if self.playergravity.flippedX():
self.playergravity.flipX()
self.playergravity.rotate(0)
self.__gravityPos.y = self.__gravityPos.copy().y + (self.__gravityDirection.y * 0.05)
if self.__gravityPos.y <= 4.3:
self.__gravityDirection.Set(0,1)
self.__gravityTimer = 1.0
if self.__gravityPos.y > 6:
self.__gravityPos.y = 6
self.__gravityDirection.Set(0,-1)
self.__gravityTimer = 1.0
def render(self, delta):
Pgl.app.surface.fill((67,80,129))
btnToDraw = self.menubutton
for btn in self.__mMenuItems:
viewpos = self.mCamera.getViewCoords(b2Vec2(btn.x, btn.y))
btnToDraw.setSize(self.mCamera.getScaledSize(btn.size.x, btn.size.y))
color = None
if btn.mActive:
btnToDraw.freeze(1, 0)
color = (255,255,255)
else:
btnToDraw.freeze(0, 0)
color = (141,60,1)
btnToDraw.draw(delta, viewpos)
btntxt = self.screenFont.render(str(btn.mText), 0, color)
size = self.screenFont.size(str(btn.mText))
txtpos = self.mCamera.getViewCoords(b2Vec2(btn.x + btn.size.x / 2 - (size[0] / self.mCamera.scale.x) / 2.0, btn.y + btn.size.y / 2 - (size[1] / self.mCamera.scale.y) / 2.0))
Pgl.app.surface.blit(btntxt, (txtpos.x, txtpos.y))
#texts and animations
title = self.titleFont.render("instructions", 0, (255,255,255))
size = self.titleFont.size("instructions")
titlepos = self.mCamera.getViewCoords(b2Vec2(self.modelsize.x / 2.0, self.modelsize.y / 6))
Pgl.app.surface.blit(title, (titlepos.x - size[0] / 2.0, titlepos.y - size[1] / 2.0))
self.crystal.draw(delta, self.mCamera.getViewCoords(self.__crystalPos))
crystalinfo = Resources.getInstance().getScaledFont(self.mCamera.scale.x).render("=", 0, (255,255,255))
Pgl.app.surface.blit(crystalinfo, self.mCamera.getViewCoords(b2Vec2(11, 5.8)))
self.portal.draw(delta, self.mCamera.getViewCoords(b2Vec2(12.5, 5.3)))
portalinfo = self.infoFont.render("collect crystals to open portals", 0, (255,255,255))
Pgl.app.surface.blit(portalinfo, self.mCamera.getViewCoords(b2Vec2(8,7)))
self.playerWalk.draw(delta, self.mCamera.getViewCoords(self.__walkPos))
moveinfo = self.infoFont.render("w,a,s,d - to move around!", 0, (255,255,255))
Pgl.app.surface.blit(moveinfo, self.mCamera.getViewCoords(b2Vec2(1,4)))
self.playerjump.draw(delta, self.mCamera.getViewCoords(self.__jumpPos))
jumpinfo = self.infoFont.render("spacebar to jump!", 0, (255,255,255))
Pgl.app.surface.blit(jumpinfo, self.mCamera.getViewCoords(b2Vec2(8,4)))
self.playergravity.draw(delta, self.mCamera.getViewCoords(self.__gravityPos))
gravinfo = self.infoFont.render("arrowkeys to shift gravity!", 0, (255,255,255))
Pgl.app.surface.blit(gravinfo, self.mCamera.getViewCoords(b2Vec2(1,7)))
self.arrow.draw()
def levelUpdate(self, level):
self.mTiles = level.mAllTiles
self.mTileSprite = Animation(pygame.image.load("assets/gfx/tiles/%s" % level.mCurrentTileset).convert_alpha(), 3, 11, 0, self.mCamera.getScaledSize(1,1))
width = int(level.mWidth * self.mCamera.scale.x)
height = int(level.mHeight * self.mCamera.scale.y)
scale = self.mCamera.getScaledSize(1,1)
self.sf = pygame.Surface((width, height), flags=pygame.SRCALPHA);
self.mCamera.displacement = b2Vec2(0,0);
for tile in self.mTiles:
viewpos = self.mCamera.getViewCoords(b2Vec2(tile.position.x - 0.5, tile.position.y - 0.5))
#walls
if tile.tiletype == TileType.TL:
self.mTileSprite.freeze(0,0)
elif tile.tiletype == TileType.T:
self.mTileSprite.freeze(1,0)
elif tile.tiletype == TileType.TR:
self.mTileSprite.freeze(2,0)
elif tile.tiletype == TileType.L:
self.mTileSprite.freeze(0,1)
elif tile.tiletype == TileType.M:
random.seed(tile.position.x / tile.position.y)
if random.randint(0,9) > 3:
self.mTileSprite.freeze(1,1)
else:
self.mTileSprite.freeze(2,7)
elif tile.tiletype == TileType.R:
self.mTileSprite.freeze(2,1)
elif tile.tiletype == TileType.BL:
self.mTileSprite.freeze(0,2)
elif tile.tiletype == TileType.B:
self.mTileSprite.freeze(1,2)
elif tile.tiletype == TileType.BR:
self.mTileSprite.freeze(2,2)
#grass
elif tile.tiletype == TileType.GL:
self.mTileSprite.freeze(0,3)
elif tile.tiletype == TileType.GM:
self.mTileSprite.freeze(1,3)
elif tile.tiletype == TileType.GR:
self.mTileSprite.freeze(2,3)
#edge
elif tile.tiletype == TileType.ETL:
self.mTileSprite.freeze(0,4)
elif tile.tiletype == TileType.ET:
self.mTileSprite.freeze(1,4)
elif tile.tiletype == TileType.ETR:
self.mTileSprite.freeze(2,4)
elif tile.tiletype == TileType.EL:
self.mTileSprite.freeze(0,5)
elif tile.tiletype == TileType.EM:
self.mTileSprite.freeze(1,5)
elif tile.tiletype == TileType.ER:
self.mTileSprite.freeze(2,5)
elif tile.tiletype == TileType.EBL:
self.mTileSprite.freeze(0,6)
elif tile.tiletype == TileType.EB:
self.mTileSprite.freeze(1,6)
elif tile.tiletype == TileType.EBR:
self.mTileSprite.freeze(2,6)
#single
elif tile.tiletype == TileType.S:
self.mTileSprite.freeze(1,5)
elif tile.tiletype == TileType.SG:
self.mTileSprite.freeze(1,7)
elif tile.tiletype == TileType.SL:
self.mTileSprite.freeze(0,8)
elif tile.tiletype == TileType.SM:
self.mTileSprite.freeze(1,8)
elif tile.tiletype == TileType.SR:
self.mTileSprite.freeze(2,8)
elif tile.tiletype == TileType.SGL:
self.mTileSprite.freeze(0,9)
elif tile.tiletype == TileType.SGM:
self.mTileSprite.freeze(1,9)
elif tile.tiletype == TileType.SGR:
self.mTileSprite.freeze(2,9)
elif tile.tiletype == TileType.SVB:
self.mTileSprite.freeze(0,10)
elif tile.tiletype == TileType.SVM:
self.mTileSprite.freeze(1,10)
elif tile.tiletype == TileType.SVT:
self.mTileSprite.freeze(2,10)
elif tile.tiletype == TileType.GRAVITYZONE:
self.mTileSprite.freeze(2,7)
area = self.mTileSprite.getRect()
toDraw = self.mTileSprite.image.subsurface(area)
toDraw = pygame.transform.scale(toDraw, (int(scale.x), int(scale.y)))
self.sf.blit(toDraw, (viewpos.x, viewpos.y))
class TileRender(object):
def __init__(self, camera, level):
self.mCamera = camera
self.levelUpdate(level)
self.level = level
def render(self, delta):
x = self.mCamera.displacement.x * self.mCamera.scale.x
y = self.mCamera.displacement.y * self.mCamera.scale.y
w = self.mCamera.CAMERA_WIDTH * self.mCamera.scale.x
h = self.mCamera.CAMERA_HEIGHT * self.mCamera.scale.y
rect = Rect(x, y, w, h)
Pgl.app.surface.blit(self.sf, (0, 0), rect)
def levelUpdate(self, level):
self.mTiles = level.mAllTiles
self.mTileSprite = Animation(pygame.image.load(Resources.getInstance().resource_path("assets/gfx/tiles/%s" % level.mCurrentTileset)).convert_alpha(), 3, 11, 0, self.mCamera.getScaledSize(1,1))
width = int(level.mWidth * self.mCamera.scale.x)
height = int(level.mHeight * self.mCamera.scale.y)
scale = self.mCamera.getScaledSize(1,1)
self.sf = pygame.Surface((width, height), flags=pygame.SRCALPHA);
self.mCamera.displacement = b2Vec2(0,0);
for tile in self.mTiles:
viewpos = self.mCamera.getViewCoords(b2Vec2(tile.position.x - 0.5, tile.position.y - 0.5))
#walls
if tile.tiletype == TileType.TL:
self.mTileSprite.freeze(0,0)
elif tile.tiletype == TileType.T:
self.mTileSprite.freeze(1,0)
elif tile.tiletype == TileType.TR:
self.mTileSprite.freeze(2,0)
elif tile.tiletype == TileType.L:
self.mTileSprite.freeze(0,1)
elif tile.tiletype == TileType.M:
random.seed(tile.position.x / tile.position.y)
if random.randint(0,9) > 3:
self.mTileSprite.freeze(1,1)
else:
self.mTileSprite.freeze(2,7)
elif tile.tiletype == TileType.R:
self.mTileSprite.freeze(2,1)
elif tile.tiletype == TileType.BL:
self.mTileSprite.freeze(0,2)
elif tile.tiletype == TileType.B:
self.mTileSprite.freeze(1,2)
elif tile.tiletype == TileType.BR:
self.mTileSprite.freeze(2,2)
#grass
elif tile.tiletype == TileType.GL:
self.mTileSprite.freeze(0,3)
elif tile.tiletype == TileType.GM:
self.mTileSprite.freeze(1,3)
elif tile.tiletype == TileType.GR:
self.mTileSprite.freeze(2,3)
#edge
elif tile.tiletype == TileType.ETL:
self.mTileSprite.freeze(0,4)
elif tile.tiletype == TileType.ET:
self.mTileSprite.freeze(1,4)
elif tile.tiletype == TileType.ETR:
self.mTileSprite.freeze(2,4)
elif tile.tiletype == TileType.EL:
self.mTileSprite.freeze(0,5)
elif tile.tiletype == TileType.EM:
self.mTileSprite.freeze(1,5)
elif tile.tiletype == TileType.ER:
self.mTileSprite.freeze(2,5)
elif tile.tiletype == TileType.EBL:
self.mTileSprite.freeze(0,6)
elif tile.tiletype == TileType.EB:
self.mTileSprite.freeze(1,6)
elif tile.tiletype == TileType.EBR:
self.mTileSprite.freeze(2,6)
#single
elif tile.tiletype == TileType.S:
self.mTileSprite.freeze(1,5)
elif tile.tiletype == TileType.SG:
self.mTileSprite.freeze(1,7)
elif tile.tiletype == TileType.SL:
self.mTileSprite.freeze(0,8)
elif tile.tiletype == TileType.SM:
self.mTileSprite.freeze(1,8)
elif tile.tiletype == TileType.SR:
self.mTileSprite.freeze(2,8)
elif tile.tiletype == TileType.SGL:
self.mTileSprite.freeze(0,9)
elif tile.tiletype == TileType.SGM:
self.mTileSprite.freeze(1,9)
elif tile.tiletype == TileType.SGR:
self.mTileSprite.freeze(2,9)
elif tile.tiletype == TileType.SVB:
self.mTileSprite.freeze(0,10)
elif tile.tiletype == TileType.SVM:
self.mTileSprite.freeze(1,10)
elif tile.tiletype == TileType.SVT:
self.mTileSprite.freeze(2,10)
elif tile.tiletype == TileType.GRAVITYZONE:
self.mTileSprite.freeze(2,7)
area = self.mTileSprite.getRect()
toDraw = self.mTileSprite.image.subsurface(area)
toDraw = pygame.transform.scale(toDraw, (int(scale.x), int(scale.y)))
self.sf.blit(toDraw, (viewpos.x, viewpos.y))
def __init__(self, camera, enemies):
self.mCamera = camera
self.levelUpdate(enemies)
self.spikebox = Animation(Resources.getInstance().mSpikeBox, 1, 1, 0, self.mCamera.getScaledSize(1,1), False)
self.spike = Animation(Resources.getInstance().mSpike, 1, 1, 0, self.mCamera.getScaledSize(1,1), False)
self.laser = Animation(Resources.getInstance().mLasermount, 1, 1, 0, self.mCamera.getScaledSize(1,1), False, False)
class EnemyRender(object):
def __init__(self, camera, enemies):
self.mCamera = camera
self.levelUpdate(enemies)
self.spikebox = Animation(Resources.getInstance().mSpikeBox, 1, 1, 0, self.mCamera.getScaledSize(1,1), False)
self.spike = Animation(Resources.getInstance().mSpike, 1, 1, 0, self.mCamera.getScaledSize(1,1), False)
self.laser = Animation(Resources.getInstance().mLasermount, 1, 1, 0, self.mCamera.getScaledSize(1,1), False, False)
def render(self, delta):
for e in self.mEnemies:
if self.mCamera.isInFrustum(e.position.x, e.position.y) or isinstance(e, Laser):
toDraw = None
size = b2Vec2(e.size.x, e.size.y)
if isinstance(e, SpikeBox):
toDraw = self.spikebox
elif isinstance(e, Spike):
toDraw = self.spike
if e.mFacing == Facing.UP:
toDraw.rotate(0)
size.Set(1, 0.5)
if e.mFacing == Facing.DOWN:
toDraw.rotate(180)
size.Set(1, 0.5)
if e.mFacing == Facing.LEFT:
toDraw.rotate(90)
size.Set(0.5, 1)
if e.mFacing == Facing.RIGHT:
toDraw.rotate(-90)
size.Set(0.5, 1)
elif isinstance(e, Saw):
toDraw = self.mSawAnimations[e.mId]
elif isinstance(e, Laser):
toDraw = None
spos = self.mCamera.getViewCoords(e.mStartPos)
epos = self.mCamera.getViewCoords(e.mEndPos)
random.seed(e.mId)
offset = 2-math.cos((delta * 1.5))
if e.mWarming:
pygame.draw.aaline(Pgl.app.surface, (217,115,118), spos * offset, epos * offset, 1)
if e.isActive():
pygame.draw.line(Pgl.app.surface, (104,28,31), spos * offset, epos * offset, 7)
pygame.draw.line(Pgl.app.surface, (158,29,34), spos * offset, epos * offset, 3)
pygame.draw.aaline(Pgl.app.surface, (196,196,196), spos * offset, epos * offset, 1)
self.laser.setSize(self.mCamera.getScaledSize(0.5,0.5))
rot = e.mStartRot
if e.mStartFacing == Facing.RIGHT: rot = 270-rot
elif e.mStartFacing == Facing.LEFT: rot = 90-rot
self.laser.rotate(rot)
self.laser.draw(delta, b2Vec2(spos.x - self.laser.getSize().x / 2.0, spos.y - self.laser.getSize().y / 2.0))
self.laser.rotate(rot-180)
self.laser.draw(delta, b2Vec2(epos.x - self.laser.getSize().x / 2.0, epos.y - self.laser.getSize().y / 2.0))
if toDraw != None:
viewpos = self.mCamera.getViewCoords(b2Vec2(e.position.x - size.x/2.0, e.position.y - size.y/2.0))
toDraw.setSize(self.mCamera.getScaledSize(size.x, size.y))
toDraw.draw(delta, viewpos)
def levelUpdate(self, enemies):
self.mSawAnimations = {}
for e in enemies:
if isinstance(e, Saw):
self.mSawAnimations[e.mId] = Animation(Resources.getInstance().mSaw, 2, 1, min(0.3/e.speed, 0.2), self.mCamera.getScaledSize(1,1))
self.mEnemies = enemies
def __init__(self, camera):
self.mEffects = []
self.mCamera = camera
self.blood = Animation(Resources.getInstance().mBlood, 5, 1, 0, self.mCamera.getScaledSize(1,1), False, False)
class SwirlRender(object):
__swirlActivation = None
def __init__(self, camera, level):
self.__swirlActivation = False
self.mLevel = level
self.mCamera = camera
self.swirl = Animation(Resources.getInstance().mSwirlSheet, 3, 2, 0.45, self.mCamera.getScaledSize(1,1))
self.swirl.setLooping(False)
def render(self, delta):
if self.mCamera.isInFrustum(self.mLevel.mEndPos.x, self.mLevel.mEndPos.y):
viewpos = self.mCamera.getViewCoords(self.mLevel.mEndPos)
if not self.mLevel.mSwirlActive:
self.swirl.freeze(0, 0)
else:
if not self.__swirlActivation:
self.swirl.continueAnimation()
if self.swirl.isAnimationDone():
self.__swirlActivation = True
self.swirl.setLooping(True)
self.swirl.gotoRow(1)
self.swirl.draw(delta, viewpos)
def levelUpdate(self):
self.__swirlActivation = False
self.swirl.setLooping(False)
self.swirl.reset()
def __init__(self, camera, level):
self.__swirlActivation = False
self.mLevel = level
self.mCamera = camera
self.swirl = Animation(Resources.getInstance().mSwirlSheet, 3, 2, 0.45, self.mCamera.getScaledSize(1,1))
self.swirl.setLooping(False)
def __init__(self, camera, player):
self.mCamera = camera
self.mPlayer = player
self.playerAnimation = Animation(Resources.getInstance().mPxl, 4, 2, 0.5, self.mCamera.getScaledSize(1,1))
class PlayerRender(object):
def __init__(self, camera, player):
self.mCamera = camera
self.mPlayer = player
self.playerAnimation = Animation(Resources.getInstance().mPxl, 4, 2, 0.5, self.mCamera.getScaledSize(1,1))
def render(self, delta):
if self.mPlayer.alive:
size = self.mPlayer.size
viewpos = self.mCamera.getViewCoords(b2Vec2(self.mPlayer.position.x - self.mPlayer.size.x/2.0, self.mPlayer.position.y - self.mPlayer.size.y/2.0))
self.playerAnimation.setSize(self.mCamera.getScaledSize(size.x, size.y))
if self.mPlayer.mPlayerState == PlayerState.IDLE:
self.playerAnimation.freeze(0)
elif self.mPlayer.mPlayerState == PlayerState.FALLING:
self.playerAnimation.freeze(0, 1)
else:
self.playerAnimation.gotoRow(0)
self.playerAnimation.continueAnimation()
self.__flipAndRotate()
self.playerAnimation.draw(delta, viewpos)
def __flipAndRotate(self):
#Down
if self.mPlayer.mBodyDirection == GravityDirection.DOWN:
self.playerAnimation.rotate(0)
if self.mPlayer.mFacing == Facing.RIGHT:
if self.playerAnimation.flippedX() == True:
self.playerAnimation.flipX()
else:
if self.playerAnimation.flippedX() == False:
self.playerAnimation.flipX()
#Up
if self.mPlayer.mBodyDirection == GravityDirection.UP:
self.playerAnimation.rotate(180)
if self.mPlayer.mFacing == Facing.RIGHT:
if self.playerAnimation.flippedX() == False:
self.playerAnimation.flipX()
else:
if self.playerAnimation.flippedX() == True:
self.playerAnimation.flipX()
#Right
if self.mPlayer.mBodyDirection == GravityDirection.RIGHT:
self.playerAnimation.rotate(90)
if self.mPlayer.mFacing == Facing.RIGHT:
if self.playerAnimation.flippedX() == True:
self.playerAnimation.flipX()
else:
if self.playerAnimation.flippedX() == False:
self.playerAnimation.flipX()
#Left
if self.mPlayer.mBodyDirection == GravityDirection.LEFT:
self.playerAnimation.rotate(270)
if self.mPlayer.mFacing == Facing.RIGHT:
if self.playerAnimation.flippedX() == True:
self.playerAnimation.flipX()
else:
if self.playerAnimation.flippedX() == False:
self.playerAnimation.flipX()
