def createSprites(self, ret=1):
print "Creating sprites..."
if (self.type == 'Normal'):
group = sprite.Group()
elif (self.type == 'Camera'):
group = sprite.CamGroup()
elif (self.type == 'Camera-Zoom'):
group = sprite.ZoomGroup()
for R in range(0, self.size[0]):
for C in range(0, self.size[1]):
if (self.layout[R][C] != 0):
rect = _pygame.rect.Rect(C * self.tileSize[0],
R * self.tileSize[1],
self.tileSize[0],
self.tileSize[1])
image = self.layoutImage[self.layout[R][C]].copy()
collision = self.collisionTypes[self.collision[R][C]]
camera = self.camera
#if ('Camera' not in self.type):
# group.add(sprite.Sprite(rect, image, collision))
if (self.type == 'Camera'):
group.add(
sprite.CamSprite(rect, image, camera, collision))
elif (self.type == 'Camera-Zoom'):
group.add(
sprite.ZoomSprite(rect, image, camera, collision))
self._sprites = group
print "Done"
print ""
if (ret != 0):
return group
def updateAndRender(self):
back_sprites = sprite.Group()
bkg1, bkg2, bkg3, bkg4 = background(), background2(), background3(), \
background4()
back_sprites.add(bkg1, bkg2, bkg3, bkg4)
screen_sf = upg.display.set_mode()
while True:
if (self.scrollBack):
back_sprites.update()
back_sprites.draw(screen_sf)
self.drawText()
if (self.buttonPress()):
return cs.state(self.nextState, gv.level)
upg.display.flip()
#
self.animDurCounter = self.animDur
# Set current image
self.image = self.frames[self.currentFrameNum]
self.rect.x += self.frameOffsets[self.currentFrameNum][0]
self.rect.y += self.frameOffsets[self.currentFrameNum][1]
else:
self.animDurCounter -= 1
# Advance position
self.rect.x += self.vx
self.rect.y += self.vy
#
all_sprites = sprite.Group()
all_frogittos = sprite.Group()
all_cars = sprite.Group()
# Create frogitto sprites
for i in range(1):
frogittoGob = GameObject(
[spritedata.frogittoSurf_f1, spritedata.frogittoSurf_f2, spritedata.frogittoSurf_f3],
[[0,0],[0,0],[0,0]])
# out of screen
frogittoGob.rect.x = 50
frogittoGob.rect.y = 70
frogittoGob.animDur = 2;
surface_blit = surface.blit
# draw sprite and pile of clones
for spr in sprites:
# draw on on refresh intervals
self.spritedict[spr] = surface_blit(spr.image, spr.rect.x,
spr.rect.y)
for cl in range(spr.numClones):
surface_blit(spr.image, spr.rect.x,
spr.rect.y + (cl * spr.rect.height))
self.lostsprites = []
#
all_sprites = sprite.Group()
all_rockpiles = RockPileGroup()
#Create ship
shipGob = GameObject([gamedata.shipSurf], [[0, 0]])
shipGob.rect.x = 50
shipGob.rect.y = 70
shipGob.animDur = 2
all_sprites.add(shipGob)
# Create rockpile sprites
numPiles = (screenW -
(8 * 2)) // (gamedata.rockSurf_f0.get_rect().width - 2 + 5)
for i in range(numPiles):
gob = GameObject([gamedata.rockSurf_f0], [[0, 0]])
def updateAndRender(self):
"""main play loop"""
screen_sf = upg.display.set_mode()
#create groups for the sprites
enemy_sprites = sprite.Group()
nice_sprites = sprite.Group()
#choose correct info for the level
timer, numC, freqC, numRl, freqRl, numRr, freqRr, numU, freqU = self.levelInfo(
)
#create comets, rockets and ufo sprites
all_comets = sprite.Group()
self.enemyCreator(1, numC, 100, 100, all_comets, enemy_sprites)
all_rocketsL = sprite.Group()
self.enemyCreator(2, numRl, -100, -100, all_rocketsL, enemy_sprites)
all_rocketsR = sprite.Group()
self.enemyCreator(3, numRr, 150, -100, all_rocketsR, enemy_sprites)
all_ufo = sprite.Group()
self.enemyCreator(4, numU, 100, 100, all_ufo, enemy_sprites)
#create player and background sprites
player = Player()
nice_sprites.add(player)
#create background
bkg1, bkg2, bkg3, bkg4 = background(), background2(), background3(
), background4()
nice_sprites.add(bkg1, bkg2, bkg3, bkg4)
while True:
#check for collisions
hit = sprite.spritecollideany(player, enemy_sprites)
if hit != None:
player.D = True
while self.deathTimer < 25:
nice_sprites.update()
nice_sprites.draw(screen_sf)
upg.display.flip()
self.deathTimer += 1
return cs.state(2, gv.level)
#draw the timer
timer -= self.ticker
umachine.draw_text(90, 0, str(timer), 3)
#when time gets to zero go to next level
if timer == 0:
if gv.level < 5:
return cs.state(4, gv.level)
if gv.level == 5:
return cs.state(3, gv.level)
#place the enemies
self.cometPlacer(freqC, all_comets)
self.rocketPlacer(freqRl, all_rocketsL, True)
self.rocketPlacer(freqRr, all_rocketsR, False)
self.cometPlacer(freqU, all_ufo)
#update sprites and draw 'em
nice_sprites.update()
nice_sprites.draw(screen_sf)
enemy_sprites.update()
enemy_sprites.draw(screen_sf)
upg.display.flip()
#count framenums
self.frameNum += 1
if self.frameNum > 1000000:
self.frameNum = 0
tilemap.set_tile(0x7, tileSize, tileSize, data.tile7)
tilemap.set_tile(0x8, tileSize, tileSize, data.tile8)
tilemap.set_tile(0x9, tileSize, tileSize, data.tile9)
tilemap.set_tile(0xa, tileSize, tileSize, data.tile10)
tilemap.set_tile(0xb, tileSize, tileSize, data.tile11)
tilemap.set_tile(0xc, tileSize, tileSize, data.tile12)
tilemap.set_tile(0xd, tileSize, tileSize, data.tile13)
tilemap.set_tile(0xe, tileSize, tileSize, data.tile14)
tilemap.set_tile(0xf, tileSize, tileSize, data.tile15)
# Setup global variables
glob.viewPortX = 0
glob.viewPortY = 0
# setup sprite group
all_objects = sprite.Group()
all_objects_list = []
#Init game objects
targetCityGob = GameObjects.GameObject(
[data.targetCity6x5_f1, data.targetCity6x5_f2], [[0, 0], [0, 0]])
targetCityGob.wx = 282 - 3
targetCityGob.wy = 75 - 3
targetCityGob.active = False
all_objects.add(targetCityGob)
all_objects_list.append(targetCityGob)
heroGob = GameObjects.GameObject([data.heroUp_f1, data.heroUp_f2],
[[0, 0], [0, 0]])
dustGob1 = GameObjects.GameObject(
[data.dustRight_f1, data.dustRight_f2, data.dustRight_f3],
self.animDurCounter = self.animDur
# Set current image
self.image = self.frames[self.currentFrameNum]
self.rect.x += self.frameOffsets[self.currentFrameNum][0]
self.rect.y += self.frameOffsets[self.currentFrameNum][1]
else:
self.animDurCounter -= 1
# Advance position
self.rect.x += self.vx
self.rect.y += self.vy
# Create sprite groups
all_sprites = sprite.Group()
all_ships = sprite.Group()
# Create ship sprites. Note: only one in this demo.
for i in range(1):
shipGob = GameObject([shipSurf], [[0, 0]])
# out of screen
shipGob.rect.x = 50
shipGob.rect.y = 70
shipGob.animDur = 2
all_sprites.add(shipGob)
all_ships.add(shipGob)
