def addActorToWorld(world, actor, sprite_name=None, layer_name=None, center_position=None, physics=None, origin=None):
"""Create a new actor in the world
If the center position is not specified then it is placed at the center of the screen.
"""
#
# If not position then put at the center
if origin is None and center_position is None:
renderer = serge.engine.CurrentEngine().getRenderer()
center_position = (renderer.width/2.0, renderer.height/2.0)
#
# Create the new actor
if sprite_name is not None:
actor.setSpriteName(sprite_name)
if layer_name is not None:
actor.setLayerName(layer_name)
if physics:
actor.setPhysical(physics)
if center_position is not None:
actor.moveTo(*center_position)
else:
actor.setOrigin(*origin)
world.addActor(actor)
return actor
def addActorToWorld(world, actor, sprite_name=None, layer_name=None, center_position=None, physics=None, origin=None):
"""Create a new actor in the world
If the center position is not specified then it is placed at the center of the screen.
"""
#
# If not position then put at the center
if origin is None and center_position is None:
renderer = serge.engine.CurrentEngine().getRenderer()
center_position = (renderer.width/2.0, renderer.height/2.0)
#
# Create the new actor
if sprite_name is not None:
actor.setSpriteName(sprite_name)
if layer_name is not None:
actor.setLayerName(layer_name)
if physics:
actor.setPhysical(physics)
if center_position is not None:
actor.moveTo(*center_position)
else:
actor.setOrigin(*origin)
world.addActor(actor)
return actor
def editActor(self, path, column, new_text):
"""Edit the actor in the list view"""
row = int(path)
world = self.engine.getCurrentWorld()
actor = world.findActorByName(self.view_actors.model[path][1])
world.removeActor(actor)
data = self.view_actors.model[row]
if column in (4, 5):
data[column] = int(new_text)
else:
data[column] = new_text
tag, name, sprite, layer, x, y = data
new_actor = serge.actor.Actor(tag, name)
if sprite:
new_actor.setSpriteName(sprite)
if layer:
new_actor.setLayerName(layer)
new_actor.moveTo(x, y)
world.addActor(new_actor)
self.view_actors.model[row] = data
def editActor(self, path, column, new_text):
"""Edit the actor in the list view"""
row = int(path)
world = self.engine.getCurrentWorld()
actor = world.findActorByName(self.view_actors.model[path][1])
world.removeActor(actor)
data = self.view_actors.model[row]
if column in (4, 5):
data[column] = int(new_text)
else:
data[column] = new_text
tag, name, sprite, layer, x, y = data
new_actor = serge.actor.Actor(tag, name)
if sprite:
new_actor.setSpriteName(sprite)
if layer:
new_actor.setLayerName(layer)
new_actor.moveTo(x, y)
world.addActor(new_actor)
self.view_actors.model[row] = data
def updateActor(self, interval, world):
"""Update the actor"""
#
self.growth += float(interval)/self.rate
if self.growth >= len(self.colours):
# We have died
self.log.info('Removing dead guy at %d, %d. Left is %d' % (self.x, self.y, len(world.getActors())-1))
world.removeActor(self)
return
#
self.visual.growth = self.growth
self.visual.size = self.width
self.visual.x = self.x
self.visual.y = self.y
#
#if random.random() < self.grow_prob:
# self.resizeTo(self.width+1, self.height+1)
if random.random() < self.spawn_prob*interval:
new_x = self.x + random.randint(-self.spawn_dist, self.spawn_dist)
new_y = self.y + random.randint(-self.spawn_dist, self.spawn_dist)
new = self.__class__(self.colours, self.rate, self.grow_prob, self.spawn_prob, self.spawn_dist, self.blue)
new.setSpatial(new_x, new_y, random.randint(1, 5), 20)
new.setLayerName('base')
world.addActor(new)
def updateActor(self, interval, world):
global posX, posY, testposX, testposY
#update everything, this func is constantly updated
super(Player, self).updateActor(interval, world)
#init this class with the coordinates of the player
checktile = CheckTile(posX, posY)
#check tile to the right
canMoveRight = checktile.checkright(world)
#left
canMoveLeft = checktile.checkleft(world)
#up
canMoveUp = checktile.checkup(world)
#down
canMoveDown = checktile.checkdown(world)
"""
pseudo code, ignore this
canmoveto(x,y)
posx+delta,posy
posx,posy+delta
posx-delta,posy
posx,posy-delta
check(x,y)
check(x+w-1,y)
check(x,y+w-1)
check(x+w-1,y+w-1)
"""
#where does the player want to go
#the var 'facing' was implemented for different sprites, depending on
#where the player was facing at the current moment.
if self.keyboard.isDown(pygame.K_LEFT) and canMoveLeft is True:
direction0 = -1
direction1 = 0
testposX = posX - self.movespeed
facing = "left"
elif self.keyboard.isDown(pygame.K_RIGHT) and canMoveRight is True:
direction0 = +1
direction1 = 0
testposX = posX + self.movespeed
facing = "right"
elif self.keyboard.isDown(pygame.K_UP) and canMoveUp is True:
direction0 = 0
direction1 = -1
testposY = posY - self.movespeed
facing = "up"
elif self.keyboard.isDown(pygame.K_DOWN) and canMoveDown is True:
direction0 = 0
direction1 = +1
testposY = posY + self.movespeed
facing = "down"
#drop the bomb when space is pressed
elif self.keyboard.isClicked(pygame.K_SPACE):
b = bomb.Bomb(posX + 32, posY + 32)
world.addActor(b)
direction0, direction1 = 0, 0
testposX = posX
testposY = posY
facing = "forward"
#if nothing is pressed, do the following.
else:
direction0, direction1 = 0, 0
testposX = posX
testposY = posY
facing = "forward"
#fulfill the task, move (if possible)
#should be noted, the sprite moves indefinitely.
#collision detection prevents the sprite from moving when it shouldn't
#NB - coordinates of the sprite are taken from its upper left corner
if posX in range(resoX - tilesizeX +
1) and posY in range(resoY - tilesizeY + 1):
for i in range(self.movespeed):
if posX < 0:
for j in range(self.movespeed - 1):
self.move(+1, 0)
testposX += 1
facing = "left"
print facing
elif posX > resoX - tilesizeX:
for k in range(self.movespeed - 1):
self.move(-1, 0)
testposX -= 1
facing = "right"
print facing
elif posY < 0:
for l in range(self.movespeed - 1):
self.move(0, +1)
testposY += 1
facing = "up"
print facing
elif posY > resoY - tilesizeY:
for m in range(self.movespeed - 1):
self.move(0, -1)
testposY -= 1
facing = "down"
print facing
self.move(direction0, direction1)
posX = testposX
posY = testposY
#debug stuff
global facingoutput
global coordoutput
if facingoutput is True:
print facing
if coordoutput is True:
print "Pos", posX, posY
self.move(direction0, direction1)
posX = testposX
posY = testposY
#debug stuff
global facingoutput
global coordoutput
if facingoutput is True:
print facing
if coordoutput is True:
print "Pos", posX, posY
"""
#old code, de-comment to try running the move.py without other modules
#start up the game engine
engine = serge.blocks.utils.getSimpleSetup(resoX, resoY)
world = engine.getWorld("lab")
#create the player
char = Player()
world.addActor(char)
char.moveTo(stptX, stptY)
posX, posY = stptX-tilesizeX/2, stptY-tilesizeY/2
#start up the game
engine.run(60)
engine = serge.engine.Engine()
renderer = engine.getRenderer()
layer = serge.render.Layer('base', 0)
renderer.addLayer(layer)
camera = renderer.getCamera()
camera.setSpatial(0, 0, 600, 600)
world = serge.world.World('surface')
main = serge.zone.Zone()
main.setSpatial(-6000, -6000, 12000, 12000)
main.active = True
world.addZone(main)
engine.addWorld(world)
engine.setCurrentWorld(world)
gc = [(0, i, 0, i) for i in range(255)] + \
[(i, 255, 0, 255) for i in range(255)] + \
[(255, 255, 0, 255-i) for i in range(255)]
for i in range(20):
grass = Plant(gc, random.randint(10, 50), 0.01, 0.001/10.0, 10, 100)
grass.setSpatial(random.randint(200, 400), random.randint(100, 300), random.randint(1, 5), 20)
grass.setLayerName('base')
world.addActor(grass)
#engine.run(60)
serge.builder.builder.main(engine)
def updateActor(self, interval, world):
"""Update the actor"""
new = TestAddingActor("new")
world.addActor(new)
def updateActor(self, interval, world):
"""Update the actor"""
new = TestAddingActor('new')
world.addActor(new)
def updateActor(self, interval, world):
global posX, posY, testposX, testposY
#update everything, this func is constantly updated
super(Player, self).updateActor(interval, world)
#init this class with the coordinates of the player
checktile = CheckTile(posX, posY)
#check tile to the right
canMoveRight = checktile.checkright(world)
#left
canMoveLeft = checktile.checkleft(world)
#up
canMoveUp = checktile.checkup(world)
#down
canMoveDown = checktile.checkdown(world)
"""
pseudo code, ignore this
canmoveto(x,y)
posx+delta,posy
posx,posy+delta
posx-delta,posy
posx,posy-delta
check(x,y)
check(x+w-1,y)
check(x,y+w-1)
check(x+w-1,y+w-1)
"""
#where does the player want to go
#the var 'facing' was implemented for different sprites, depending on
#where the player was facing at the current moment.
if self.keyboard.isDown(pygame.K_LEFT) and canMoveLeft is True:
direction0 = -1
direction1 = 0
testposX = posX - self.movespeed
facing = "left"
elif self.keyboard.isDown(pygame.K_RIGHT) and canMoveRight is True:
direction0 = +1
direction1 = 0
testposX = posX + self.movespeed
facing = "right"
elif self.keyboard.isDown(pygame.K_UP) and canMoveUp is True:
direction0 = 0
direction1 = -1
testposY = posY - self.movespeed
facing = "up"
elif self.keyboard.isDown(pygame.K_DOWN) and canMoveDown is True:
direction0 = 0
direction1 = +1
testposY = posY + self.movespeed
facing = "down"
#drop the bomb when space is pressed
elif self.keyboard.isClicked(pygame.K_SPACE):
b = bomb.Bomb(posX+32, posY+32)
world.addActor(b)
direction0, direction1 = 0, 0
testposX = posX
testposY = posY
facing = "forward"
#if nothing is pressed, do the following.
else:
direction0, direction1 = 0, 0
testposX = posX
testposY = posY
facing = "forward"
#fulfill the task, move (if possible)
#should be noted, the sprite moves indefinitely.
#collision detection prevents the sprite from moving when it shouldn't
#NB - coordinates of the sprite are taken from its upper left corner
if posX in range(resoX-tilesizeX+1) and posY in range(resoY-tilesizeY+1):
for i in range(self.movespeed):
if posX < 0:
for j in range(self.movespeed-1):
self.move(+1, 0)
testposX += 1
facing = "left"
print facing
elif posX > resoX-tilesizeX:
for k in range(self.movespeed-1):
self.move(-1, 0)
testposX -= 1
facing = "right"
print facing
elif posY < 0:
for l in range(self.movespeed-1):
self.move(0, +1)
testposY += 1
facing = "up"
print facing
elif posY > resoY-tilesizeY:
for m in range(self.movespeed-1):
self.move(0, -1)
testposY -= 1
facing = "down"
print facing
self.move(direction0, direction1)
posX = testposX
posY = testposY
#debug stuff
global facingoutput
global coordoutput
if facingoutput is True:
print facing
if coordoutput is True:
print "Pos",posX,posY
self.move(direction0, direction1)
posX = testposX
posY = testposY
#debug stuff
global facingoutput
global coordoutput
if facingoutput is True:
print facing
if coordoutput is True:
print "Pos",posX,posY
"""
#old code, de-comment to try running the move.py without other modules
#start up the game engine
engine = serge.blocks.utils.getSimpleSetup(resoX, resoY)
world = engine.getWorld("lab")
#create the player
char = Player()
world.addActor(char)
char.moveTo(stptX, stptY)
posX, posY = stptX-tilesizeX/2, stptY-tilesizeY/2
#start up the game
engine.run(60)
