def __init__(self, app, engine, setting):
super(World, self).__init__(engine, regKeys=True)
self._applictaion = app
self._engine = engine
self._setting = setting
self._timemanager = engine.getTimeManager()
self._eventmanager = engine.getEventManager()
self._model = engine.getModel()
self._filename = ''
self._keystate = {
'UP': False,
'DOWN': False,
'LEFT': False,
'RIGHT': False,
'CTRL': False,
'SPACE': False,
}
self._pump_ctr = 0
self._map = None
self._scene = None
self._paused = True
self._pausedtime = 0
self._starttime = 0
self._soundmanager = SoundManager(self._engine)
self._mainmenu = MainMenu(self, self._setting)
self.showMainMenu()
self._hudwindow = HeadsUpDisplay(self)
self._hudwindow.hide()
self._gameover = GameOverDisplay()
self._gameover.hide()
self._highscores = HighScores(self)
self._highscores.hide()
self._winner = WinnerDisplay()
self._winner.hide()
self._credits = CreditsDisplay(self)
self._credits.hide()
self._genericrenderer = None
self._gamecomplete = False
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = int(TDS.get("FIFE", "Lighting"))
self.soundmanager = SoundManager(self.engine)
self.music = None
def __init__(self, app, engine, setting):
super(World, self).__init__(engine, regKeys=True)
self._applictaion = app
self._engine = engine
self._setting = setting
self._timemanager = engine.getTimeManager()
self._eventmanager = engine.getEventManager()
self._model = engine.getModel()
self.obj_loader = XMLObjectLoader(
engine.getImagePool(),
engine.getAnimationPool(),
engine.getModel(),
engine.getVFS()
)
self._filename = ''
self._keystate = { 'UP': False,
'DOWN': False,
'LEFT': False,
'RIGHT': False,
'CTRL': False,
'SPACE': False, }
self._pump_ctr = 0
self._map = None
self._scene = None
self._paused = True
self._pausedtime = 0
self._starttime = 0
self._soundmanager = SoundManager(self._engine)
self._mainmenu = MainMenu(self, self._setting)
self.showMainMenu()
self._hudwindow = HeadsUpDisplay(self)
self._hudwindow.hide()
self._gameover = GameOverDisplay()
self._gameover.hide()
self._highscores = HighScores(self)
self._highscores.hide()
self._winner = WinnerDisplay()
self._winner.hide()
self._credits = CreditsDisplay(self)
self._credits.hide()
self._genericrenderer = None
self._gamecomplete = False
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = int(TDS.get("FIFE", "Lighting"))
self.soundmanager = SoundManager(self.engine)
self.music = None
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.gui = None # Overwritten during GUI initialization
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = 1 # DK why
self.soundmanager = SoundManager(self.engine)
self.music = None
class World(EventListenerBase):
"""
The world!
This class handles:
setup of map view (cameras ...)
loading the map
GUI for right clicks
handles mouse/key events which aren't handled by the GUI.
( by inheriting from EventlistenerBase )
That's obviously too much, and should get factored out.
"""
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.gui = None # Overwritten during GUI initialization
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = 1 # DK why
self.soundmanager = SoundManager(self.engine)
self.music = None
def show_instancemenu(self, clickpoint, location, instance):
"""
Build and show a popupmenu for an instance that the player
clicked on. The available actions are dynamically added to
the menu (and mapped to the onXYZ functions).
"""
if instance and instance.getFifeId() == self.mainAgent.agent.getFifeId(): # click on yourself
return
# Create the popup.
self.build_instancemenu()
self.instancemenu.clickpoint = clickpoint
self.instancemenu.location = location
self.instancemenu.instance = instance
# Add the buttons according to circumstances.
if instance:
target_distance = self.mainAgent.agent.getLocation().getLayerDistanceTo(instance.getLocation())
else:
target_distance = 0
if instance and self.instance_to_agent.has_key(instance.getFifeId()):
target_agent = self.instance_to_agent[instance.getFifeId()]
else:
target_agent = None
actionList = self.mainAgent.getActionsList(instance, target_agent, target_distance)
for action in actionList:
if self.dynamic_widgets.has_key(action):
self.instancemenu.addChild(self.dynamic_widgets[action])
else:
print "ERROR: no defined action %s for instance menu."%action
# self.instancemenu.addChild(self.dynamic_widgets['inspect'])
# if target_distance > 3.0:
# self.instancemenu.addChild(self.dynamic_widgets['move'])
# else:
# if self.instance_to_agent.has_key(instance.getFifeId()):
# self.instancemenu.addChild(self.dynamic_widgets['talk'])
# if self.mainAgent == self.boy:
# self.instancemenu.addChild(self.dynamic_widgets['kick'])
# And show it :)
self.instancemenu.position = (clickpoint.x, clickpoint.y)
self.instancemenu.show()
def build_instancemenu(self):
"""
Just loads the menu from an XML file
and hooks the events up.
The buttons are removed and later re-added if appropiate.
"""
self.hide_instancemenu()
dynamicbuttons = ('move', 'talk', 'open', 'kick', 'inspect', 'pick', 'lay')
self.instancemenu = pychan.loadXML('gui/xml/instancemenu.xml')
self.instancemenu.mapEvents({
'move' : lambda: self.onAction('move'),
'talk' : lambda: self.onAction('talk'),
'kick' : lambda: self.onAction('kick'),
'open' : lambda: self.onAction('open'),
'pick' : lambda: self.onAction('pick'),
'lay' : lambda: self.onAction('lay'),
'inspect' : lambda: self.onAction('inspect'),
})
for btn in dynamicbuttons:
self.dynamic_widgets[btn] = self.instancemenu.findChild(name=btn)
self.instancemenu.removeAllChildren()
def hide_instancemenu(self):
if self.instancemenu:
self.instancemenu.hide()
def reset(self):
"""
Clear the agent information and reset the moving secondary camera state.
"""
if self.music:
self.music.stop()
self.map, self.agentlayer = None, None
self.cameras = {}
self.boy, self.girl, self.clouds, self.beekeepers = None, None, [], []
self.cur_cam2_x, self.initial_cam2_x, self.cam2_scrolling_right = 0, 0, True
self.target_rotation = 0
self.instance_to_agent = {}
def load(self, filename):
"""
Load a xml map and setup agents and cameras.
"""
self.filename = filename
self.reset()
loader = fife.MapLoader(self.engine.getModel(),
self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getRenderBackend())
if loader.isLoadable(filename):
self.map = loader.load(filename)
self.initAgents()
self.initCameras()
#Set background color
self.engine.getRenderBackend().setBackgroundColor(80,80,255)
# play track as background music
self.music = self.soundmanager.createSoundEmitter('music/hang.ogg')
self.music.looping = True
self.music.gain = 128
if int(Setting(app_name="rio_de_hola").get("FIFE", "PlaySounds")):
self.music.play()
self.soundActive = True
else:
self.soundActive = False
def loose(self):
self.cameras['main'].setOverlayColor(0,0,0,180)
self.gui.youLoose()
def win(self):
self.cameras['main'].setOverlayColor(0,0,255,180)
self.gui.youWin()
def showItems(self, items):
self.gui.showItems(items)
def hideItems(self, items):
self.gui.hideItems(items)
def restart(self):
self.model.deleteMaps()
self.load(self.filename)
def initAgents(self):
"""
Setup agents.
For this techdemo we have a very simple 'active things on the map' model,
which is called agents. All rio maps will have a separate layer for them.
Note that we keep a mapping from map instances (C++ model of stuff on the map)
to the python agents for later reference.
"""
self.agentlayer = self.map.getLayer('TechdemoMapGroundObjectLayer')
self.boy = Boy(TDS, self.model, 'PC', self.agentlayer, self.soundmanager, world = self)
self.instance_to_agent[self.boy.agent.getFifeId()] = self.boy
self.mainAgent = self.boy
self.boy.start()
self.girl = Girl(TDS, self.model, 'NPC:girl', self.agentlayer, self.soundmanager, world = self, looseCallback = self.loose, updateLifeCallback = self.gui.girlLifeUpdate)
self.instance_to_agent[self.girl.agent.getFifeId()] = self.girl
self.girl.start()
self.priest = Priest(TDS, self.model, 'priest', self.agentlayer, self.soundmanager, world = self)
self.instance_to_agent[self.priest.agent.getFifeId()] = self.priest
self.priest.start()
self.chemist = Chemist(TDS, self.model, 'chemist', self.agentlayer, self.soundmanager, world = self, winCallback=self.win)
self.instance_to_agent[self.chemist.agent.getFifeId()] = self.chemist
self.chemist.start()
self.bees = []
for i in xrange(num_bees):
bee = Bee(TDS, self.model, 'bee' + str(i), self.agentlayer, self.soundmanager, girl = self.girl)
self.instance_to_agent[bee.agent.getFifeId()] = bee
bee.start()
self.bees.append(bee)
for i in xrange(12):
dynamite = Dynamite(TDS, self.model, 'dyn_' + str(i), self.agentlayer, self.soundmanager, bees=self.bees, girl=self.girl)
self.instance_to_agent[dynamite.agent.getFifeId()] = dynamite
dynamite.start()
self.beekeepers = create_anonymous_agents(TDS, self.model, 'beekeeper', self.agentlayer, Beekeeper, self.soundmanager)
for beekeeper in self.beekeepers:
self.instance_to_agent[beekeeper.agent.getFifeId()] = beekeeper
beekeeper.start()
moveObject(self.agentlayer.getInstance('flask0'), x=3.5, y=9.5)
moveObject(self.agentlayer.getInstance('coins0'), x=-18, y=-15)
moveObject(self.agentlayer.getInstance('coins1'), x=-22.5, y=-14.5)
moveObject(self.agentlayer.getInstance('coins2'), x=-18, y=-14.5)
def initCameras(self):
"""
Before we can actually see something on screen we have to specify the render setup.
This is done through Camera objects which offer a viewport on the map.
For this techdemo two cameras are used. One follows the boy(!) via 'attach'
the other one scrolls around a bit (see the pump function).
"""
camera_prefix = self.filename.rpartition('.')[0] # Remove file extension
camera_prefix = camera_prefix.rpartition('/')[2] # Remove path
camera_prefix += '_'
self.target_rotation = 0
self.cameras = {}
for cam in self.map.getCameras():
camera_id = cam.getId().replace(camera_prefix, '')
self.cameras[camera_id] = cam
cam.resetRenderers()
self.cameras['main'].attach(self.mainAgent.agent)
# Floating text renderers currntly only support one font.
# ... so we set that up.
# You'll se that for our demo we use a image font, so we have to specify the font glyphs
# for that one.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['main'])
textfont = get_manager().createFont('fonts/rpgfont.png', 0, str(TDS.get("FIFE", "FontGlyphs")));
renderer.setFont(textfont)
renderer.activateAllLayers(self.map)
renderer.setBackground(100, 255, 100, 165)
renderer.setBorder(50, 255, 50)
renderer.setEnabled(True)
# Activate the grid renderer on all layers
renderer = self.cameras['main'].getRenderer('GridRenderer')
renderer.activateAllLayers(self.map)
# The small camera shouldn't be cluttered by the 'humm di dums' of our boy.
# So we disable the renderer simply by setting its font to None.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['small'])
renderer.setFont(None)
# The following renderers are used for debugging.
# Note that by default ( that is after calling View.resetRenderers or Camera.resetRenderers )
# renderers will be handed all layers. That's handled here.
renderer = fife.CoordinateRenderer.getInstance(self.cameras['main'])
renderer.setFont(textfont)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "CoordinateLayerName"))))
renderer = self.cameras['main'].getRenderer('QuadTreeRenderer')
renderer.setEnabled(True)
renderer.clearActiveLayers()
if str(TDS.get("rio", "QuadTreeLayerName")):
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "QuadTreeLayerName"))))
# Fog of War stuff
renderer = fife.CellRenderer.getInstance(self.cameras['main'])
renderer.setEnabled(True)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
concimg = self.engine.getImageManager().load("misc/black_cell.png")
maskimg = self.engine.getImageManager().load("misc/mask_cell.png")
renderer.setConcealImage(concimg)
renderer.setMaskImage(maskimg)
renderer.setFogOfWarLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
#disable FoW by default. Users can turn it on with the 'f' key.
renderer.setEnabledFogOfWar(False)
# Set up the second camera
# NOTE: We need to explicitly call setLocation, there's a bit of a messup in the Camera code.
self.cameras['small'].setLocation(self.boy.agent.getLocation())
self.cameras['small'].attach(self.girl.agent)
self.cameras['small'].setOverlayColor(100,0,0,100)
self.cameras['small'].setEnabled(False)
self.target_rotation = self.cameras['main'].getRotation()
def save(self, filename):
saveMapFile(filename, self.engine, self.map)
def getInstancesAt(self, clickpoint):
"""
Query the main camera for instances on our active(agent) layer.
"""
return self.cameras['main'].getMatchingInstances(clickpoint, self.agentlayer)
def getLocationAt(self, clickpoint):
"""
Query the main camera for the Map location (on the agent layer)
that a screen point refers to.
"""
target_mapcoord = self.cameras['main'].toMapCoordinates(clickpoint, False)
target_mapcoord.z = 0
location = fife.Location(self.agentlayer)
location.setMapCoordinates(target_mapcoord)
return location
def keyPressed(self, evt):
if self.girl.dead:
return
keyval = evt.getKey().getValue()
keystr = evt.getKey().getAsString().lower()
if keystr == 't':
r = self.cameras['main'].getRenderer('GridRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 'c':
r = self.cameras['main'].getRenderer('CoordinateRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 's':
c = self.cameras['small']
c.setEnabled(not c.isEnabled())
elif keystr == 'r':
self.model.deleteMaps()
self.load(self.filename)
self.gui.girlLifeUpdate(100)
self.startTime = datetime.datetime.now()
elif keystr == 'f':
renderer = fife.CellRenderer.getInstance(self.cameras['main'])
renderer.setEnabledFogOfWar(not renderer.isEnabledFogOfWar())
self.cameras['main'].refresh()
elif keystr == 'o':
self.target_rotation = (self.target_rotation + 90) % 360
elif keystr == '2':
self.lightIntensity(0.1)
elif keystr == '1':
self.lightIntensity(-0.1)
elif keystr == '5':
self.lightSourceIntensity(25)
elif keystr == '4':
self.lightSourceIntensity(-25)
elif keystr == '0' or keystr == fife.Key.NUM_0:
if self.ctrldown:
self.cameras['main'].setZoom(1.0)
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = True
else:
self.mainAgent.keyPressed(keyval)
def keyReleased(self, evt):
if self.girl.dead:
return
keyval = evt.getKey().getValue()
if keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = False
def mouseWheelMovedUp(self, evt):
if self.girl.dead:
return
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() * 1.05)
def mouseWheelMovedDown(self, evt):
if self.girl.dead:
return
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() / 1.05)
def changeRotation(self):
"""
Smoothly change the main cameras rotation until
the current target rotation is reached.
"""
if "main" in self.cameras:
currot = self.cameras['main'].getRotation()
if self.target_rotation != currot:
self.cameras['main'].setRotation((currot + 5) % 360)
def mousePressed(self, evt):
if evt.isConsumedByWidgets() or self.girl.dead:
return
clickpoint = fife.ScreenPoint(evt.getX(), evt.getY())
if (evt.getButton() == fife.MouseEvent.LEFT):
self.hide_instancemenu()
self.mainAgent.run(self.getLocationAt(clickpoint) )
if (evt.getButton() == fife.MouseEvent.RIGHT):
location = self.getLocationAt(clickpoint)
instances = self.getInstancesAt(clickpoint)
#print "selected instances on agent layer: ", [i.getObject().getId() for i in instances]
if instances:
self.show_instancemenu(clickpoint, location, instances[0])
else:
self.show_instancemenu(clickpoint, location, None)
def mouseMoved(self, evt):
if not self.girl or self.girl.dead:
return
renderer = fife.InstanceRenderer.getInstance(self.cameras['main'])
renderer.removeAllOutlines()
pt = fife.ScreenPoint(evt.getX(), evt.getY())
instances = self.getInstancesAt(pt);
agent_names = set([y.agent.getObject().getId() for _, y in self.instance_to_agent.iteritems()])
agent_names.add('flask_map')
agent_names.add('coins_map')
for i in instances:
aid = i.getObject().getId()
me = self.mainAgent.agent.getObject().getId()
if aid in agent_names and aid != me:
renderer.addOutlined(i, 173, 255, 47, 2)
def lightIntensity(self, value):
if self.light_intensity+value <= 1 and self.light_intensity+value >= 0:
self.light_intensity = self.light_intensity + value
if self.lightmodel == 1:
self.cameras['main'].setLightingColor(self.light_intensity, self.light_intensity, self.light_intensity)
def lightSourceIntensity(self, value):
if self.light_sources+value <= 255 and self.light_sources+value >= 0:
self.light_sources = self.light_sources+value
renderer = fife.LightRenderer.getInstance(self.cameras['main'])
renderer.removeAll("beekeeper_simple_light")
renderer.removeAll("boy")
renderer.removeAll("girl_simple_light")
if self.lightmodel == 1:
node = fife.RendererNode(self.boy.agent)
renderer.addSimpleLight("boy", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
node = fife.RendererNode(self.girl.agent)
renderer.addSimpleLight("girl_simple_light", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
for beekeeper in self.beekeepers:
node = fife.RendererNode(beekeeper.agent)
renderer.addSimpleLight("beekeeper_simple_light", node, self.light_sources, 120, 32, 1, 1, 255, 255, 255)
def onConsoleCommand(self, command):
result = ''
try:
result = str(eval(command))
except Exception, e:
result = str(e)
return result
class World(EventListenerBase):
"""
The world!
This class handles:
setup of map view (cameras ...)
loading the map
handles mouse/key events which aren't handled by the GUI.
( by inheriting from EventlistenerBase )
"""
def __init__(self, app, engine, setting):
super(World, self).__init__(engine, regKeys=True)
self._applictaion = app
self._engine = engine
self._setting = setting
self._timemanager = engine.getTimeManager()
self._eventmanager = engine.getEventManager()
self._model = engine.getModel()
self._filename = ''
self._keystate = {
'UP': False,
'DOWN': False,
'LEFT': False,
'RIGHT': False,
'CTRL': False,
'SPACE': False,
}
self._pump_ctr = 0
self._map = None
self._scene = None
self._paused = True
self._pausedtime = 0
self._starttime = 0
self._soundmanager = SoundManager(self._engine)
self._mainmenu = MainMenu(self, self._setting)
self.showMainMenu()
self._hudwindow = HeadsUpDisplay(self)
self._hudwindow.hide()
self._gameover = GameOverDisplay()
self._gameover.hide()
self._highscores = HighScores(self)
self._highscores.hide()
self._winner = WinnerDisplay()
self._winner.hide()
self._credits = CreditsDisplay(self)
self._credits.hide()
self._genericrenderer = None
self._gamecomplete = False
def showMainMenu(self):
if self._scene:
self._paused = True
cont = True
else:
cont = False
self._mainmenu.show(cont)
def showCredits(self):
self._credits.show()
def showHighScores(self):
self._highscores.show()
def quit(self):
self.reset()
self._soundmanager.destroy()
self._applictaion.requestQuit()
def reset(self):
if self._map:
self._model.deleteMap(self._map)
self._map = None
self.cameras = {}
if self._scene:
self._scene.destroyScene()
self._scene = None
self._gamecomplete = False
def loadLevel(self, filename):
"""
Load a xml map and setup cameras.
"""
self.resetKeys()
self._filename = filename
self.reset()
loader = fife.MapLoader(self._engine.getModel(), self._engine.getVFS(),
self._engine.getImageManager(),
self._engine.getRenderBackend())
if loader.isLoadable(self._filename):
self._map = loader.load(self._filename)
loader.loadImportFile("objects/projectiles/bullet1/object.xml")
loader.loadImportFile("objects/projectiles/fireball/object.xml")
self._scene = Scene(self, self._engine, self._map.getLayer('objects'),
self._soundmanager)
self._scene.initScene(self._map)
self.initCameras()
self._hudwindow.show()
self._gameover.hide()
self._winner.hide()
self._starttime = self._timemanager.getTime()
self._genericrenderer = fife.GenericRenderer.getInstance(
self.cameras['main'])
self._genericrenderer.clearActiveLayers()
self._genericrenderer.addActiveLayer(self._map.getLayer('boundingbox'))
self._genericrenderer.setEnabled(True)
def renderBoundingBox(self, obj):
"""
Just a hack to render an objects bounding box.
"""
bbox = copy.copy(obj.boundingbox)
#apply the object layer scale
bbox.x /= 0.25
bbox.y /= 0.25
bbox.w /= 0.25
bbox.h /= 0.25
obj_topleft = fife.ExactModelCoordinate(bbox.x, bbox.y)
obj_topright = fife.ExactModelCoordinate(bbox.x + bbox.w, bbox.y)
obj_bottomright = fife.ExactModelCoordinate(bbox.x + bbox.w,
bbox.y + bbox.h)
obj_bottomleft = fife.ExactModelCoordinate(bbox.x, bbox.y + bbox.h)
loc_topleft = fife.Location()
loc_topleft.setLayer(self._map.getLayer('boundingbox'))
loc_topleft.setExactLayerCoordinates(obj_topleft)
loc_topright = fife.Location()
loc_topright.setLayer(self._map.getLayer('boundingbox'))
loc_topright.setExactLayerCoordinates(obj_topright)
loc_bottomright = fife.Location()
loc_bottomright.setLayer(self._map.getLayer('boundingbox'))
loc_bottomright.setExactLayerCoordinates(obj_bottomright)
loc_bottomleft = fife.Location()
loc_bottomleft.setLayer(self._map.getLayer('boundingbox'))
loc_bottomleft.setExactLayerCoordinates(obj_bottomleft)
node_topleft = fife.GenericRendererNode(loc_topleft)
node_topright = fife.GenericRendererNode(loc_topright)
node_bottomright = fife.GenericRendererNode(loc_bottomright)
node_bottomleft = fife.GenericRendererNode(loc_bottomleft)
self._genericrenderer.addLine("quads", node_topleft, node_topright,
255, 255, 255)
self._genericrenderer.addLine("quads", node_topright, node_bottomright,
255, 255, 255)
self._genericrenderer.addLine("quads", node_bottomright,
node_bottomleft, 255, 255, 255)
self._genericrenderer.addLine("quads", node_bottomleft, node_topleft,
255, 255, 255)
#had to do this or it would segfault
obj_topleft.thisown = 0
obj_topright.thisown = 0
obj_bottomright.thisown = 0
obj_bottomleft.thisown = 0
loc_topleft.thisown = 0
loc_topright.thisown = 0
loc_bottomright.thisown = 0
loc_bottomleft.thisown = 0
node_topleft.thisown = 0
node_topright.thisown = 0
node_bottomright.thisown = 0
node_bottomleft.thisown = 0
def gameOver(self):
self._gameover.show()
self._hudwindow.hide()
self._gamecomplete = True
def endLevel(self):
self._paused = True
#only one level so the game is over once you complete it.
self._gamecomplete = True
self._winner.show()
self._hudwindow.hide()
def saveScore(self):
self._gamecomplete = False
if self._highscores.isHighScore(self._scene.player.score):
score = self._scene.player.score
dlg = pychan.loadXML('gui/highscoredialog.xml')
dlg.execute({'okay': "Yay!"})
name = dlg.findChild(name='name').text
self._highscores.addHighScore(HighScore(name, score))
self._highscores.show()
def newGame(self):
self.loadLevel("maps/shooter_map1.xml")
self._mainmenu.hide()
self._paused = False
def continueGame(self):
self._mainmenu.hide()
self._paused = False
def pauseGame(self):
self._paused = True
self._mainmenu.show(True)
def initCameras(self):
"""
Before we can actually see something on screen we have to specify the render setup.
This is done through Camera objects which offer a viewport on the map.
"""
for cam in self._map.getCameras():
if cam.getId() == 'main':
self.cameras['main'] = cam
#pass the camera to the scene as the scene controls the cameras position
self._scene.attachCamera(self.cameras['main'])
self.cameras['main'].setZoom(1.0)
def resetKeys(self):
self._keystate['UP'] = False
self._keystate['DOWN'] = False
self._keystate['LEFT'] = False
self._keystate['RIGHT'] = False
self._keystate['SPACE'] = False
self._keystate['CTRL'] = False
def keyPressed(self, evt):
keyval = evt.getKey().getValue()
keystr = evt.getKey().getAsString().lower()
if keyval == fife.Key.UP:
self._keystate['UP'] = True
elif keyval == fife.Key.DOWN:
self._keystate['DOWN'] = True
elif keyval == fife.Key.LEFT:
self._keystate['LEFT'] = True
elif keyval == fife.Key.RIGHT:
self._keystate['RIGHT'] = True
elif keyval == fife.Key.SPACE:
self._keystate['SPACE'] = True
elif keyval == fife.Key.P:
self._paused = not self._paused
self._pausedtime += self._timemanager.getTime()
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self._keystate['CTRL'] = True
def keyReleased(self, evt):
keyval = evt.getKey().getValue()
if keyval == fife.Key.UP:
self._keystate['UP'] = False
elif keyval == fife.Key.DOWN:
self._keystate['DOWN'] = False
elif keyval == fife.Key.LEFT:
self._keystate['LEFT'] = False
elif keyval == fife.Key.RIGHT:
self._keystate['RIGHT'] = False
elif keyval == fife.Key.SPACE:
self._keystate['SPACE'] = False
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self._keystate['CTRL'] = False
def pump(self):
"""
Called every frame.
"""
if self._genericrenderer:
self._genericrenderer.removeAll("quads")
#scene hasn't been initialized. Nothing to do.
if not self._scene:
return
#update the scene
if not self._paused and not self._gamecomplete:
if self._scene.paused:
self._scene.unpause(self._timemanager.getTime() -
self._starttime)
self._scene.update(self._timemanager.getTime() - self._starttime,
self._keystate)
#update the HUD
avgframe = self._timemanager.getAverageFrameTime()
if avgframe > 0:
fps = 1 / (avgframe / 1000)
else:
fps = 0
fpstxt = "%3.2f" % fps
self._hudwindow.setFPSText(unicode(fpstxt))
player = self._scene.player
exactcoords = player.location.getExactLayerCoordinates()
pos = "%1.2f" % exactcoords.x + ", %1.2f" % exactcoords.y
self._hudwindow.setPositionText(unicode(pos))
vel = "%1.2f" % player.velocity.x + ", %1.2f" % player.velocity.y
self._hudwindow.setVelocityText(unicode(vel))
score = unicode(str(player.score))
self._hudwindow.setScoreText(score)
ilives = player.lives
if ilives < 0:
ilives = 0
lives = unicode(str(ilives))
self._hudwindow.setLivesText(lives)
else:
if not self._scene.paused:
self._scene.pause(self._timemanager.getTime() -
self._starttime)
if self._gamecomplete:
self.saveScore()
self.reset()
self._pump_ctr += 1
class World(EventListenerBase):
"""
The world!
This class handles:
setup of map view (cameras ...)
loading the map
GUI for right clicks
handles mouse/key events which aren't handled by the GUI.
( by inheriting from EventlistenerBase )
That's obviously too much, and should get factored out.
"""
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = int(TDS.get("FIFE", "Lighting"))
self.soundmanager = SoundManager(self.engine)
self.music = None
def show_instancemenu(self, clickpoint, instance):
"""
Build and show a popupmenu for an instance that the player
clicked on. The available actions are dynamically added to
the menu (and mapped to the onXYZ functions).
"""
if instance.getFifeId() == self.hero.agent.getFifeId():
return
# Create the popup.
self.build_instancemenu()
self.instancemenu.clickpoint = clickpoint
self.instancemenu.instance = instance
# Add the buttons according to circumstances.
self.instancemenu.addChild(self.dynamic_widgets['inspectButton'])
target_distance = self.hero.agent.getLocationRef().getLayerDistanceTo(instance.getLocationRef())
if target_distance > 3.0:
self.instancemenu.addChild(self.dynamic_widgets['moveButton'])
else:
if self.instance_to_agent.has_key(instance.getFifeId()):
self.instancemenu.addChild(self.dynamic_widgets['talkButton'])
self.instancemenu.addChild(self.dynamic_widgets['kickButton'])
# And show it :)
self.instancemenu.position = (clickpoint.x, clickpoint.y)
self.instancemenu.show()
def build_instancemenu(self):
"""
Just loads the menu from an XML file
and hooks the events up.
The buttons are removed and later re-added if appropiate.
"""
self.hide_instancemenu()
dynamicbuttons = ('moveButton', 'talkButton', 'kickButton', 'inspectButton')
self.instancemenu = pychan.loadXML('gui/instancemenu.xml')
self.instancemenu.mapEvents({
'moveButton' : self.onMoveButtonPress,
'talkButton' : self.onTalkButtonPress,
'kickButton' : self.onKickButtonPress,
'inspectButton' : self.onInspectButtonPress,
})
for btn in dynamicbuttons:
self.dynamic_widgets[btn] = self.instancemenu.findChild(name=btn)
self.instancemenu.removeAllChildren()
def hide_instancemenu(self):
if self.instancemenu:
self.instancemenu.hide()
def reset(self):
"""
Clear the agent information and reset the moving secondary camera state.
"""
if self.music:
self.music.stop()
self.map, self.agentlayer = None, None
self.cameras = {}
self.hero, self.girl, self.clouds, self.beekeepers = None, None, [], []
self.cur_cam2_x, self.initial_cam2_x, self.cam2_scrolling_right = 0, 0, True
self.target_rotation = 0
self.instance_to_agent = {}
def load(self, filename):
"""
Load a xml map and setup agents and cameras.
"""
self.filename = filename
self.reset()
loader = fife.MapLoader(self.engine.getModel(),
self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getRenderBackend())
if loader.isLoadable(filename):
self.map = loader.load(filename)
self.initAgents()
self.initCameras()
#Set background color
self.engine.getRenderBackend().setBackgroundColor(80,80,255)
if int(TDS.get("FIFE", "PlaySounds")):
# play track as background music
self.music = self.soundmanager.createSoundEmitter('music/rio_de_hola.ogg')
self.music.looping = True
self.music.gain = 128.0
self.music.play()
self.waves = self.soundmanager.createSoundEmitter('sounds/waves.ogg')
self.waves.looping = True
self.waves.gain = 16.0
self.waves.play()
def initAgents(self):
"""
Setup agents.
For this techdemo we have a very simple 'active things on the map' model,
which is called agents. All rio maps will have a separate layer for them.
Note that we keep a mapping from map instances (C++ model of stuff on the map)
to the python agents for later reference.
"""
self.agentlayer = self.map.getLayer('TechdemoMapGroundObjectLayer')
self.hero = Hero(TDS, self.model, 'PC', self.agentlayer)
self.instance_to_agent[self.hero.agent.getFifeId()] = self.hero
self.hero.start()
self.girl = Girl(TDS, self.model, 'NPC:girl', self.agentlayer)
self.instance_to_agent[self.girl.agent.getFifeId()] = self.girl
self.girl.start()
self.beekeepers = create_anonymous_agents(TDS, self.model, 'beekeeper', self.agentlayer, Beekeeper)
for beekeeper in self.beekeepers:
self.instance_to_agent[beekeeper.agent.getFifeId()] = beekeeper
beekeeper.start()
# Clouds are currently defunct.
cloudlayer = self.map.getLayer('TechdemoMapTileLayer')
self.clouds = create_anonymous_agents(TDS, self.model, 'Cloud', cloudlayer, Cloud)
for cloud in self.clouds:
cloud.start(0.1, 0.05)
def initCameras(self):
"""
Before we can actually see something on screen we have to specify the render setup.
This is done through Camera objects which offer a viewport on the map.
For this techdemo two cameras are used. One follows the hero(!) via 'attach'
the other one scrolls around a bit (see the pump function).
"""
camera_prefix = self.filename.rpartition('.')[0] # Remove file extension
camera_prefix = camera_prefix.rpartition('/')[2] # Remove path
camera_prefix += '_'
for cam in self.map.getCameras():
camera_id = cam.getId().replace(camera_prefix, '')
self.cameras[camera_id] = cam
cam.resetRenderers()
self.cameras['main'].attach(self.hero.agent)
# Floating text renderers currntly only support one font.
# ... so we set that up.
# You'll se that for our demo we use a image font, so we have to specify the font glyphs
# for that one.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['main'])
textfont = pychan.manager.hook.guimanager.createFont('fonts/rpgfont.png', 0, str(TDS.get("FIFE", "FontGlyphs")));
renderer.setFont(textfont)
renderer.activateAllLayers(self.map)
renderer.setBackground(100, 255, 100, 165)
renderer.setBorder(50, 255, 50)
renderer.setEnabled(True)
# Activate the grid renderer on all layers
renderer = self.cameras['main'].getRenderer('GridRenderer')
renderer.activateAllLayers(self.map)
# The small camera shouldn't be cluttered by the 'humm di dums' of our hero.
# So we disable the renderer simply by setting its font to None.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['small'])
renderer.setFont(None)
# The following renderers are used for debugging.
# Note that by default ( that is after calling View.resetRenderers or Camera.resetRenderers )
# renderers will be handed all layers. That's handled here.
renderer = fife.CoordinateRenderer.getInstance(self.cameras['main'])
renderer.setFont(textfont)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "CoordinateLayerName"))))
renderer = self.cameras['main'].getRenderer('QuadTreeRenderer')
renderer.setEnabled(True)
renderer.clearActiveLayers()
if str(TDS.get("rio", "QuadTreeLayerName")):
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "QuadTreeLayerName"))))
# If Light is enabled in settings then init the lightrenderer.
if self.lightmodel != 0:
renderer = fife.LightRenderer.getInstance(self.cameras['main'])
renderer.setEnabled(True)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
# Set up the second camera
# NOTE: We need to explicitly call setLocation, there's a bit of a messup in the Camera code.
self.cameras['small'].setLocation(self.hero.agent.getLocation())
self.cameras['small'].attach(self.girl.agent)
self.target_rotation = self.cameras['main'].getRotation()
def save(self, filename):
saveMapFile(filename, self.engine, self.map)
def getInstancesAt(self, clickpoint):
"""
Query the main camera for instances on our active(agent) layer.
"""
return self.cameras['main'].getMatchingInstances(clickpoint, self.agentlayer)
def getLocationAt(self, clickpoint):
"""
Query the main camera for the Map location (on the agent layer)
that a screen point refers to.
"""
target_mapcoord = self.cameras['main'].toMapCoordinates(clickpoint, False)
target_mapcoord.z = 0
location = fife.Location(self.agentlayer)
location.setMapCoordinates(target_mapcoord)
return location
def keyPressed(self, evt):
keyval = evt.getKey().getValue()
keystr = evt.getKey().getAsString().lower()
if keystr == 't':
r = self.cameras['main'].getRenderer('GridRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 'c':
r = self.cameras['main'].getRenderer('CoordinateRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 's':
c = self.cameras['small']
c.setEnabled(not c.isEnabled())
elif keystr == 'r':
self.model.deleteMaps()
self.load(self.filename)
elif keystr == 'o':
self.target_rotation = (self.target_rotation + 90) % 360
elif keystr == '2':
self.lightIntensity(0.1)
elif keystr == '1':
self.lightIntensity(-0.1)
elif keystr == '5':
self.lightSourceIntensity(25)
elif keystr == '4':
self.lightSourceIntensity(-25)
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = True
def keyReleased(self, evt):
keyval = evt.getKey().getValue()
if keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = False
def mouseWheelMovedUp(self, evt):
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() * 1.05)
def mouseWheelMovedDown(self, evt):
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() / 1.05)
def changeRotation(self):
"""
Smoothly change the main cameras rotation until
the current target rotation is reached.
"""
currot = self.cameras['main'].getRotation()
if self.target_rotation != currot:
self.cameras['main'].setRotation((currot + 5) % 360)
def mousePressed(self, evt):
if evt.isConsumedByWidgets():
return
clickpoint = fife.ScreenPoint(evt.getX(), evt.getY())
if (evt.getButton() == fife.MouseEvent.LEFT):
self.hide_instancemenu()
self.hero.run( self.getLocationAt(clickpoint) )
if (evt.getButton() == fife.MouseEvent.RIGHT):
instances = self.getInstancesAt(clickpoint)
print "selected instances on agent layer: ", [i.getObject().getId() for i in instances]
if instances:
self.show_instancemenu(clickpoint, instances[0])
def mouseMoved(self, evt):
renderer = fife.InstanceRenderer.getInstance(self.cameras['main'])
renderer.removeAllOutlines()
pt = fife.ScreenPoint(evt.getX(), evt.getY())
instances = self.getInstancesAt(pt);
for i in instances:
if i.getObject().getId() in ('girl', 'beekeeper'):
renderer.addOutlined(i, 173, 255, 47, 2)
def lightIntensity(self, value):
if self.light_intensity+value <= 1 and self.light_intensity+value >= 0:
self.light_intensity = self.light_intensity + value
if self.lightmodel == 1:
self.cameras['main'].setLightingColor(self.light_intensity, self.light_intensity, self.light_intensity)
def lightSourceIntensity(self, value):
if self.light_sources+value <= 255 and self.light_sources+value >= 0:
self.light_sources = self.light_sources+value
renderer = fife.LightRenderer.getInstance(self.cameras['main'])
renderer.removeAll("beekeeper_simple_light")
renderer.removeAll("hero_simple_light")
renderer.removeAll("girl_simple_light")
if self.lightmodel == 1:
node = fife.RendererNode(self.hero.agent)
renderer.addSimpleLight("hero_simple_light", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
node = fife.RendererNode(self.girl.agent)
renderer.addSimpleLight("girl_simple_light", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
for beekeeper in self.beekeepers:
node = fife.RendererNode(beekeeper.agent)
renderer.addSimpleLight("beekeeper_simple_light", node, self.light_sources, 120, 32, 1, 1, 255, 255, 255)
def onConsoleCommand(self, command):
result = ''
try:
result = str(eval(command))
except Exception, e:
result = str(e)
return result
class World(EventListenerBase):
"""
The world!
This class handles:
setup of map view (cameras ...)
loading the map
GUI for right clicks
handles mouse/key events which aren't handled by the GUI.
( by inheriting from EventlistenerBase )
That's obviously too much, and should get factored out.
"""
def __init__(self, engine):
super(World, self).__init__(engine, regMouse=True, regKeys=True)
self.engine = engine
self.eventmanager = engine.getEventManager()
self.model = engine.getModel()
self.filename = ''
self.pump_ctr = 0 # for testing purposis
self.ctrldown = False
self.instancemenu = None
self.instance_to_agent = {}
self.dynamic_widgets = {}
self.light_intensity = 1
self.light_sources = 0
self.lightmodel = int(TDS.get("FIFE", "Lighting"))
self.soundmanager = SoundManager(self.engine)
self.music = None
def show_instancemenu(self, clickpoint, instance):
"""
Build and show a popupmenu for an instance that the player
clicked on. The available actions are dynamically added to
the menu (and mapped to the onXYZ functions).
"""
if instance.getFifeId() == self.hero.agent.getFifeId():
return
# Create the popup.
self.build_instancemenu()
self.instancemenu.clickpoint = clickpoint
self.instancemenu.instance = instance
# Add the buttons according to circumstances.
self.instancemenu.addChild(self.dynamic_widgets['inspectButton'])
target_distance = self.hero.agent.getLocationRef().getLayerDistanceTo(instance.getLocationRef())
if target_distance > 3.0:
self.instancemenu.addChild(self.dynamic_widgets['moveButton'])
else:
if self.instance_to_agent.has_key(instance.getFifeId()):
self.instancemenu.addChild(self.dynamic_widgets['talkButton'])
self.instancemenu.addChild(self.dynamic_widgets['kickButton'])
# And show it :)
self.instancemenu.position = (clickpoint.x, clickpoint.y)
self.instancemenu.show()
def build_instancemenu(self):
"""
Just loads the menu from an XML file
and hooks the events up.
The buttons are removed and later re-added if appropiate.
"""
self.hide_instancemenu()
dynamicbuttons = ('moveButton', 'talkButton', 'kickButton', 'inspectButton')
self.instancemenu = pychan.loadXML('gui/instancemenu.xml')
self.instancemenu.mapEvents({
'moveButton' : self.onMoveButtonPress,
'talkButton' : self.onTalkButtonPress,
'kickButton' : self.onKickButtonPress,
'inspectButton' : self.onInspectButtonPress,
})
for btn in dynamicbuttons:
self.dynamic_widgets[btn] = self.instancemenu.findChild(name=btn)
self.instancemenu.removeAllChildren()
def hide_instancemenu(self):
if self.instancemenu:
self.instancemenu.hide()
def reset(self):
"""
Clear the agent information and reset the moving secondary camera state.
"""
if self.music:
self.music.stop()
self.map, self.agentlayer = None, None
self.cameras = {}
self.hero, self.girl, self.clouds, self.beekeepers = None, None, [], []
self.cur_cam2_x, self.initial_cam2_x, self.cam2_scrolling_right = 0, 0, True
self.target_rotation = 0
self.instance_to_agent = {}
def load(self, filename):
"""
Load a xml map and setup agents and cameras.
"""
self.filename = filename
self.reset()
loader = fife.MapLoader(self.engine.getModel(),
self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getRenderBackend())
if loader.isLoadable(filename):
self.map = loader.load(filename)
self.initAgents()
self.initCameras()
#Set background color
self.engine.getRenderBackend().setBackgroundColor(80,80,255)
if int(TDS.get("FIFE", "PlaySounds")):
# play track as background music
self.music = self.soundmanager.createSoundEmitter('music/rio_de_hola.ogg')
self.music.looping = True
self.music.gain = 128.0
self.music.play()
self.waves = self.soundmanager.createSoundEmitter('sounds/waves.ogg')
self.waves.looping = True
self.waves.gain = 16.0
self.waves.play()
def initAgents(self):
"""
Setup agents.
For this techdemo we have a very simple 'active things on the map' model,
which is called agents. All rio maps will have a separate layer for them.
Note that we keep a mapping from map instances (C++ model of stuff on the map)
to the python agents for later reference.
"""
self.agentlayer = self.map.getLayer('TechdemoMapGroundObjectLayer')
self.hero = Hero(TDS, self.model, 'PC', self.agentlayer)
self.instance_to_agent[self.hero.agent.getFifeId()] = self.hero
self.hero.start()
self.girl = Girl(TDS, self.model, 'NPC:girl', self.agentlayer)
self.instance_to_agent[self.girl.agent.getFifeId()] = self.girl
self.girl.start()
# Fog of War stuff
#self.hero.agent.setVisitor(True)
#self.hero.agent.setVisitorRadius(2)
#self.girl.agent.setVisitor(True)
#self.girl.agent.setVisitorRadius(1)
self.beekeepers = create_anonymous_agents(TDS, self.model, 'beekeeper', self.agentlayer, Beekeeper)
for beekeeper in self.beekeepers:
self.instance_to_agent[beekeeper.agent.getFifeId()] = beekeeper
beekeeper.start()
# Clouds are currently defunct.
cloudlayer = self.map.getLayer('TechdemoMapTileLayer')
self.clouds = create_anonymous_agents(TDS, self.model, 'Cloud', cloudlayer, Cloud)
for cloud in self.clouds:
cloud.start(0.1, 0.05)
def initCameras(self):
"""
Before we can actually see something on screen we have to specify the render setup.
This is done through Camera objects which offer a viewport on the map.
For this techdemo two cameras are used. One follows the hero(!) via 'attach'
the other one scrolls around a bit (see the pump function).
"""
camera_prefix = self.filename.rpartition('.')[0] # Remove file extension
camera_prefix = camera_prefix.rpartition('/')[2] # Remove path
camera_prefix += '_'
for cam in self.map.getCameras():
camera_id = cam.getId().replace(camera_prefix, '')
self.cameras[camera_id] = cam
cam.resetRenderers()
self.cameras['main'].attach(self.hero.agent)
# Floating text renderers currntly only support one font.
# ... so we set that up.
# You'll se that for our demo we use a image font, so we have to specify the font glyphs
# for that one.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['main'])
textfont = get_manager().createFont('fonts/rpgfont.png', 0, str(TDS.get("FIFE", "FontGlyphs")));
renderer.setFont(textfont)
renderer.activateAllLayers(self.map)
renderer.setBackground(100, 255, 100, 165)
renderer.setBorder(50, 255, 50)
renderer.setEnabled(True)
# Activate the grid renderer on all layers
renderer = self.cameras['main'].getRenderer('GridRenderer')
renderer.activateAllLayers(self.map)
# The small camera shouldn't be cluttered by the 'humm di dums' of our hero.
# So we disable the renderer simply by setting its font to None.
renderer = fife.FloatingTextRenderer.getInstance(self.cameras['small'])
renderer.setFont(None)
# The following renderers are used for debugging.
# Note that by default ( that is after calling View.resetRenderers or Camera.resetRenderers )
# renderers will be handed all layers. That's handled here.
renderer = fife.CoordinateRenderer.getInstance(self.cameras['main'])
renderer.setFont(textfont)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "CoordinateLayerName"))))
renderer = self.cameras['main'].getRenderer('QuadTreeRenderer')
renderer.setEnabled(True)
renderer.clearActiveLayers()
if str(TDS.get("rio", "QuadTreeLayerName")):
renderer.addActiveLayer(self.map.getLayer(str(TDS.get("rio", "QuadTreeLayerName"))))
# If Light is enabled in settings then init the lightrenderer.
if self.lightmodel != 0:
renderer = fife.LightRenderer.getInstance(self.cameras['main'])
renderer.setEnabled(True)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
# Fog of War stuff
renderer = fife.CellRenderer.getInstance(self.cameras['main'])
renderer.setEnabled(True)
renderer.clearActiveLayers()
renderer.addActiveLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
concimg = self.engine.getImageManager().load("misc/black_cell.png")
maskimg = self.engine.getImageManager().load("misc/mask_cell.png")
renderer.setConcealImage(concimg)
renderer.setMaskImage(maskimg)
renderer.setFogOfWarLayer(self.map.getLayer('TechdemoMapGroundObjectLayer'))
#disable FoW by default. Users can turn it on with the 'f' key.
renderer.setEnabledFogOfWar(False)
#renderer.setEnabledBlocking(True)
# Set up the second camera
# NOTE: We need to explicitly call setLocation, there's a bit of a messup in the Camera code.
self.cameras['small'].setLocation(self.hero.agent.getLocation())
self.cameras['small'].attach(self.girl.agent)
self.target_rotation = self.cameras['main'].getRotation()
def save(self, filename):
saveMapFile(filename, self.engine, self.map)
def getInstancesAt(self, clickpoint):
"""
Query the main camera for instances on our active(agent) layer.
"""
return self.cameras['main'].getMatchingInstances(clickpoint, self.agentlayer)
def getLocationAt(self, clickpoint):
"""
Query the main camera for the Map location (on the agent layer)
that a screen point refers to.
"""
target_mapcoord = self.cameras['main'].toMapCoordinates(clickpoint, False)
target_mapcoord.z = 0
location = fife.Location(self.agentlayer)
location.setMapCoordinates(target_mapcoord)
return location
def keyPressed(self, evt):
keyval = evt.getKey().getValue()
keystr = evt.getKey().getAsString().lower()
if keystr == 't':
r = self.cameras['main'].getRenderer('GridRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 'c':
r = self.cameras['main'].getRenderer('CoordinateRenderer')
r.setEnabled(not r.isEnabled())
elif keystr == 's':
c = self.cameras['small']
c.setEnabled(not c.isEnabled())
elif keystr == 'r':
self.model.deleteMaps()
self.load(self.filename)
elif keystr == 'f':
renderer = fife.CellRenderer.getInstance(self.cameras['main'])
renderer.setEnabledFogOfWar(not renderer.isEnabledFogOfWar())
self.cameras['main'].refresh()
elif keystr == 'o':
self.target_rotation = (self.target_rotation + 90) % 360
elif keystr == '2':
self.lightIntensity(0.1)
elif keystr == '1':
self.lightIntensity(-0.1)
elif keystr == '5':
self.lightSourceIntensity(25)
elif keystr == '4':
self.lightSourceIntensity(-25)
elif keystr == '0' or keystr == fife.Key.NUM_0:
if self.ctrldown:
self.cameras['main'].setZoom(1.0)
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = True
def keyReleased(self, evt):
keyval = evt.getKey().getValue()
if keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self.ctrldown = False
def mouseWheelMovedUp(self, evt):
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() * 1.05)
def mouseWheelMovedDown(self, evt):
if self.ctrldown:
self.cameras['main'].setZoom(self.cameras['main'].getZoom() / 1.05)
def changeRotation(self):
"""
Smoothly change the main cameras rotation until
the current target rotation is reached.
"""
currot = self.cameras['main'].getRotation()
if self.target_rotation != currot:
self.cameras['main'].setRotation((currot + 5) % 360)
def mousePressed(self, evt):
if evt.isConsumedByWidgets():
return
clickpoint = fife.ScreenPoint(evt.getX(), evt.getY())
if (evt.getButton() == fife.MouseEvent.LEFT):
self.hide_instancemenu()
self.hero.run( self.getLocationAt(clickpoint) )
if (evt.getButton() == fife.MouseEvent.RIGHT):
instances = self.getInstancesAt(clickpoint)
print "selected instances on agent layer: ", [i.getObject().getId() for i in instances]
if instances:
self.show_instancemenu(clickpoint, instances[0])
def mouseMoved(self, evt):
renderer = fife.InstanceRenderer.getInstance(self.cameras['main'])
renderer.removeAllOutlines()
pt = fife.ScreenPoint(evt.getX(), evt.getY())
instances = self.getInstancesAt(pt);
for i in instances:
if i.getObject().getId() in ('girl', 'beekeeper'):
renderer.addOutlined(i, 173, 255, 47, 2)
def lightIntensity(self, value):
if self.light_intensity+value <= 1 and self.light_intensity+value >= 0:
self.light_intensity = self.light_intensity + value
if self.lightmodel == 1:
self.cameras['main'].setLightingColor(self.light_intensity, self.light_intensity, self.light_intensity)
def lightSourceIntensity(self, value):
if self.light_sources+value <= 255 and self.light_sources+value >= 0:
self.light_sources = self.light_sources+value
renderer = fife.LightRenderer.getInstance(self.cameras['main'])
renderer.removeAll("beekeeper_simple_light")
renderer.removeAll("hero_simple_light")
renderer.removeAll("girl_simple_light")
if self.lightmodel == 1:
node = fife.RendererNode(self.hero.agent)
renderer.addSimpleLight("hero_simple_light", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
node = fife.RendererNode(self.girl.agent)
renderer.addSimpleLight("girl_simple_light", node, self.light_sources, 64, 32, 1, 1, 255, 255, 255)
for beekeeper in self.beekeepers:
node = fife.RendererNode(beekeeper.agent)
renderer.addSimpleLight("beekeeper_simple_light", node, self.light_sources, 120, 32, 1, 1, 255, 255, 255)
def onConsoleCommand(self, command):
result = ''
try:
result = str(eval(command))
except Exception, e:
result = str(e)
return result
class World(EventListenerBase):
"""
The world!
This class handles:
setup of map view (cameras ...)
loading the map
handles mouse/key events which aren't handled by the GUI.
( by inheriting from EventlistenerBase )
"""
def __init__(self, app, engine, setting):
super(World, self).__init__(engine, regKeys=True)
self._applictaion = app
self._engine = engine
self._setting = setting
self._timemanager = engine.getTimeManager()
self._eventmanager = engine.getEventManager()
self._model = engine.getModel()
self._filename = ''
self._keystate = { 'UP': False,
'DOWN': False,
'LEFT': False,
'RIGHT': False,
'CTRL': False,
'SPACE': False, }
self._pump_ctr = 0
self._map = None
self._scene = None
self._paused = True
self._pausedtime = 0
self._starttime = 0
self._soundmanager = SoundManager(self._engine)
self._mainmenu = MainMenu(self, self._setting)
self.showMainMenu()
self._hudwindow = HeadsUpDisplay(self)
self._hudwindow.hide()
self._gameover = GameOverDisplay()
self._gameover.hide()
self._highscores = HighScores(self)
self._highscores.hide()
self._winner = WinnerDisplay()
self._winner.hide()
self._credits = CreditsDisplay(self)
self._credits.hide()
self._genericrenderer = None
self._gamecomplete = False
def showMainMenu(self):
if self._scene:
self._paused = True
cont = True
else:
cont = False
self._mainmenu.show(cont)
def showCredits(self):
self._credits.show()
def showHighScores(self):
self._highscores.show()
def quit(self):
self.reset()
self._soundmanager.destroy()
self._applictaion.requestQuit()
def reset(self):
if self._map:
self._model.deleteMap(self._map)
self._map = None
self.cameras = {}
if self._scene:
self._scene.destroyScene()
self._scene = None
self._gamecomplete = False
def loadLevel(self, filename):
"""
Load a xml map and setup cameras.
"""
self.resetKeys()
self._filename = filename
self.reset()
loader = fife.MapLoader(self._engine.getModel(),
self._engine.getVFS(),
self._engine.getImageManager(),
self._engine.getRenderBackend())
if loader.isLoadable(self._filename):
self._map = loader.load(self._filename)
loader.loadImportFile("objects/projectiles/bullet1/object.xml")
loader.loadImportFile("objects/projectiles/fireball/object.xml")
self._scene = Scene(self, self._engine, self._map.getLayer('objects'), self._soundmanager)
self._scene.initScene(self._map)
self.initCameras()
self._hudwindow.show()
self._gameover.hide()
self._winner.hide()
self._starttime = self._timemanager.getTime()
self._genericrenderer = fife.GenericRenderer.getInstance(self.cameras['main'])
self._genericrenderer.clearActiveLayers()
self._genericrenderer.addActiveLayer(self._map.getLayer('boundingbox'))
self._genericrenderer.setEnabled(True)
def renderBoundingBox(self, obj):
"""
Just a hack to render an objects bounding box.
"""
bbox = copy.copy(obj.boundingbox)
#apply the object layer scale
bbox.x /= 0.25
bbox.y /= 0.25
bbox.w /= 0.25
bbox.h /= 0.25
obj_topleft = fife.ExactModelCoordinate(bbox.x, bbox.y)
obj_topright = fife.ExactModelCoordinate(bbox.x + bbox.w, bbox.y)
obj_bottomright = fife.ExactModelCoordinate(bbox.x + bbox.w, bbox.y + bbox.h)
obj_bottomleft = fife.ExactModelCoordinate(bbox.x, bbox.y + bbox.h)
loc_topleft = fife.Location()
loc_topleft.setLayer(self._map.getLayer('boundingbox'))
loc_topleft.setExactLayerCoordinates(obj_topleft)
loc_topright = fife.Location()
loc_topright.setLayer(self._map.getLayer('boundingbox'))
loc_topright.setExactLayerCoordinates(obj_topright)
loc_bottomright = fife.Location()
loc_bottomright.setLayer(self._map.getLayer('boundingbox'))
loc_bottomright.setExactLayerCoordinates(obj_bottomright)
loc_bottomleft = fife.Location()
loc_bottomleft.setLayer(self._map.getLayer('boundingbox'))
loc_bottomleft.setExactLayerCoordinates(obj_bottomleft)
node_topleft = fife.GenericRendererNode(loc_topleft)
node_topright = fife.GenericRendererNode(loc_topright)
node_bottomright = fife.GenericRendererNode(loc_bottomright)
node_bottomleft = fife.GenericRendererNode(loc_bottomleft)
self._genericrenderer.addLine("quads", node_topleft, node_topright, 255, 255, 255)
self._genericrenderer.addLine("quads", node_topright, node_bottomright, 255, 255, 255)
self._genericrenderer.addLine("quads", node_bottomright, node_bottomleft, 255, 255, 255)
self._genericrenderer.addLine("quads", node_bottomleft, node_topleft, 255, 255, 255)
#had to do this or it would segfault
obj_topleft.thisown = 0
obj_topright.thisown = 0
obj_bottomright.thisown = 0
obj_bottomleft.thisown = 0
loc_topleft.thisown = 0
loc_topright.thisown = 0
loc_bottomright.thisown = 0
loc_bottomleft.thisown = 0
node_topleft.thisown = 0
node_topright.thisown = 0
node_bottomright.thisown = 0
node_bottomleft.thisown = 0
def gameOver(self):
self._gameover.show()
self._hudwindow.hide()
self._gamecomplete = True
def endLevel(self):
self._paused = True
#only one level so the game is over once you complete it.
self._gamecomplete = True
self._winner.show()
self._hudwindow.hide()
def saveScore(self):
self._gamecomplete = False
if self._highscores.isHighScore(self._scene.player.score):
score = self._scene.player.score
dlg = pychan.loadXML('gui/highscoredialog.xml')
dlg.execute({ 'okay' : "Yay!" })
name = dlg.findChild(name='name').text
self._highscores.addHighScore(HighScore(name, score))
self._highscores.show()
def newGame(self):
self.loadLevel("maps/shooter_map1.xml")
self._mainmenu.hide()
self._paused = False
def continueGame(self):
self._mainmenu.hide()
self._paused = False
def pauseGame(self):
self._paused = True
self._mainmenu.show(True)
def initCameras(self):
"""
Before we can actually see something on screen we have to specify the render setup.
This is done through Camera objects which offer a viewport on the map.
"""
for cam in self._map.getCameras():
if cam.getId() == 'main':
self.cameras['main'] = cam
#pass the camera to the scene as the scene controls the cameras position
self._scene.attachCamera(self.cameras['main'])
self.cameras['main'].setZoom(1.0)
def resetKeys(self):
self._keystate['UP'] = False
self._keystate['DOWN'] = False
self._keystate['LEFT'] = False
self._keystate['RIGHT'] = False
self._keystate['SPACE'] = False
self._keystate['CTRL'] = False
def keyPressed(self, evt):
keyval = evt.getKey().getValue()
keystr = evt.getKey().getAsString().lower()
if keyval == fife.Key.UP:
self._keystate['UP'] = True
elif keyval == fife.Key.DOWN:
self._keystate['DOWN'] = True
elif keyval == fife.Key.LEFT:
self._keystate['LEFT'] = True
elif keyval == fife.Key.RIGHT:
self._keystate['RIGHT'] = True
elif keyval == fife.Key.SPACE:
self._keystate['SPACE'] = True
elif keyval == fife.Key.P:
self._paused = not self._paused
self._pausedtime += self._timemanager.getTime()
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self._keystate['CTRL'] = True
def keyReleased(self, evt):
keyval = evt.getKey().getValue()
if keyval == fife.Key.UP:
self._keystate['UP'] = False
elif keyval == fife.Key.DOWN:
self._keystate['DOWN'] = False
elif keyval == fife.Key.LEFT:
self._keystate['LEFT'] = False
elif keyval == fife.Key.RIGHT:
self._keystate['RIGHT'] = False
elif keyval == fife.Key.SPACE:
self._keystate['SPACE'] = False
elif keyval in (fife.Key.LEFT_CONTROL, fife.Key.RIGHT_CONTROL):
self._keystate['CTRL'] = False
def pump(self):
"""
Called every frame.
"""
if self._genericrenderer:
self._genericrenderer.removeAll("quads")
#scene hasn't been initialized. Nothing to do.
if not self._scene:
return
#update the scene
if not self._paused and not self._gamecomplete:
if self._scene.paused:
self._scene.unpause(self._timemanager.getTime() - self._starttime)
self._scene.update(self._timemanager.getTime() - self._starttime, self._keystate)
#update the HUD
avgframe = self._timemanager.getAverageFrameTime()
if avgframe > 0:
fps = 1 / (avgframe / 1000)
else:
fps = 0
fpstxt = "%3.2f" % fps
self._hudwindow.setFPSText(unicode(fpstxt))
player = self._scene.player
exactcoords = player.location.getExactLayerCoordinates()
pos = "%1.2f" % exactcoords.x + ", %1.2f" % exactcoords.y
self._hudwindow.setPositionText(unicode(pos))
vel = "%1.2f" % player.velocity.x + ", %1.2f" % player.velocity.y
self._hudwindow.setVelocityText(unicode(vel))
score = unicode(str(player.score))
self._hudwindow.setScoreText(score)
ilives = player.lives
if ilives < 0:
ilives = 0
lives = unicode(str(ilives))
self._hudwindow.setLivesText(lives)
else:
if not self._scene.paused:
self._scene.pause(self._timemanager.getTime() - self._starttime)
if self._gamecomplete:
self.saveScore()
self.reset()
self._pump_ctr += 1
def __init__(self, settings):
print "* Initializing application..."
super(TacticsApplication, self).__init__(settings)
self.settings = settings
self.model = self.engine.getModel()
self.mapLoader = fife.MapLoader(self.model, self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getRenderBackend())
self.objectLoader = fife.ObjectLoader(
self.model, self.engine.getVFS(), self.engine.getImageManager(),
self.engine.getAnimationManager())
self.atlasLoader = fife.AtlasLoader(self.model, self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getAnimationManager())
self.map = None
self.view = None
self.eventmanager = self.engine.getEventManager()
self.mouselistener = TacticsMouseListener(self)
self.keylistener = TacticsKeyListener(self)
self.eventmanager.addMouseListenerFront(self.mouselistener)
self.eventmanager.addKeyListenerFront(self.keylistener)
self.soundmanager = SoundManager(self.engine)
self.fifesoundmanager = self.engine.getSoundManager()
print "* Application initialized!"
self.combat_actions = CombatActions()
self.gui = TacticsGUI(self)
self.real_timeline = RealTimeline()
self.engine.getTimeManager().registerEvent(self.real_timeline)
self.pather = TacticsPather(self)
self.engine.getTimeManager().registerEvent(self.pather)
self.loadObject("objects/tile.xml")
self.loadObject("objects/boy/object.xml")
self.loadObject("objects/dot_red.xml")
self.loadObject("objects/shadow.xml")
self.loadObject("objects/effects/fire.xml")
self.loadObject("objects/effects/explosion.xml")
self.loadObject("objects/effects/freeze.xml")
self.loadObject("objects/projectiles/stone.xml")
self.loadObject("objects/projectiles/fireball.xml")
self.loadObject("objects/projectiles/tarball.xml")
self.loadAtlas("objects/nature.xml")
self.loadObject("objects/caltrops.xml")
self.loadObject("objects/tar.xml")
self.loadObject("objects/ice.xml")
self.loadObject("objects/water_under.xml")
self.loadObject("objects/water.xml")
self.loadObject("objects/block_gray.xml")
self.loadObject("objects/block_grass.xml")
self.music = self.soundmanager.createSoundEmitter("music/music1.ogg")
self.sound_attack = self.soundmanager.createSoundEmitter(
"sfx/attack-1.ogg")
self.sound_fire = self.soundmanager.createSoundEmitter(
"sfx/fire-1.ogg")
self.music.looping = True
if not self.settings.get("FIFE", "PlaySounds"):
self.fifesoundmanager.setVolume(0.0)
self.music.play()
self.unloadMap()
class TacticsApplication(CEGUIApplicationBase, PychanApplicationBase):
def __init__(self, settings):
print "* Initializing application..."
super(TacticsApplication, self).__init__(settings)
self.settings = settings
self.model = self.engine.getModel()
self.mapLoader = fife.MapLoader(self.model, self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getRenderBackend())
self.objectLoader = fife.ObjectLoader(
self.model, self.engine.getVFS(), self.engine.getImageManager(),
self.engine.getAnimationManager())
self.atlasLoader = fife.AtlasLoader(self.model, self.engine.getVFS(),
self.engine.getImageManager(),
self.engine.getAnimationManager())
self.map = None
self.view = None
self.eventmanager = self.engine.getEventManager()
self.mouselistener = TacticsMouseListener(self)
self.keylistener = TacticsKeyListener(self)
self.eventmanager.addMouseListenerFront(self.mouselistener)
self.eventmanager.addKeyListenerFront(self.keylistener)
self.soundmanager = SoundManager(self.engine)
self.fifesoundmanager = self.engine.getSoundManager()
print "* Application initialized!"
self.combat_actions = CombatActions()
self.gui = TacticsGUI(self)
self.real_timeline = RealTimeline()
self.engine.getTimeManager().registerEvent(self.real_timeline)
self.pather = TacticsPather(self)
self.engine.getTimeManager().registerEvent(self.pather)
self.loadObject("objects/tile.xml")
self.loadObject("objects/boy/object.xml")
self.loadObject("objects/dot_red.xml")
self.loadObject("objects/shadow.xml")
self.loadObject("objects/effects/fire.xml")
self.loadObject("objects/effects/explosion.xml")
self.loadObject("objects/effects/freeze.xml")
self.loadObject("objects/projectiles/stone.xml")
self.loadObject("objects/projectiles/fireball.xml")
self.loadObject("objects/projectiles/tarball.xml")
self.loadAtlas("objects/nature.xml")
self.loadObject("objects/caltrops.xml")
self.loadObject("objects/tar.xml")
self.loadObject("objects/ice.xml")
self.loadObject("objects/water_under.xml")
self.loadObject("objects/water.xml")
self.loadObject("objects/block_gray.xml")
self.loadObject("objects/block_grass.xml")
self.music = self.soundmanager.createSoundEmitter("music/music1.ogg")
self.sound_attack = self.soundmanager.createSoundEmitter(
"sfx/attack-1.ogg")
self.sound_fire = self.soundmanager.createSoundEmitter(
"sfx/fire-1.ogg")
self.music.looping = True
if not self.settings.get("FIFE", "PlaySounds"):
self.fifesoundmanager.setVolume(0.0)
self.music.play()
self.unloadMap()
def createListener(self):
self._listener = TacticsListener(self)
return self._listener
def loadObject(self, filename):
if self.objectLoader.isLoadable(filename):
self.objectLoader.load(filename)
else:
print "can't load ", filename
def loadAtlas(self, filename):
if self.atlasLoader.isLoadable(filename):
self.atlasLoader.load(filename)
else:
print "can't load ", filename
def loadMap(self, map_name):
filename = "maps/" + map_name + ".xml"
if self.mapLoader.isLoadable(filename):
print "* Loading map " + map_name
self.map = self.mapLoader.load(filename)
self.camera = self.map.getCamera("camera1")
self.maplayer = self.map.getLayer("layer1")
print "* Map loaded!"
else:
print "can't load map"
def unloadMap(self):
if self.map:
self.model.deleteMap(self.map)
self.map = None
self.world = None
self.view = None
self.animations = []
self.replaying = False
self.ai_play = False
self.selected_action = None
def newGame(self):
print "* Starting new game..."
self.unloadMap()
self.loadMap("map1")
self.world = World(self, self.maplayer)
self.world.visual = WorldVisual()
self.world.visual.initFromMap(self, self.maplayer, self.world)
self.battle_controller = BattleController(self, self.world)
self.ai = AI(self, self.world)
self.view = TacticsView(self)
self.gui.showHUD()
def saveGame(self, save_name):
serializer.save(self.world, "saves/" + save_name + ".sav")
self.gui.combat_log.printMessage("Game saved.")
def loadGame(self, save_name):
self.unloadMap()
self.world = serializer.load("saves/" + save_name + ".sav")
self.world.application = self
self.battle_controller = BattleController(self, self.world)
self.ai = AI(self, self.world)
self.createVisual()
print "* Game loaded!"
def createVisual(self):
self.loadMap("empty")
self.world.maplayer = self.maplayer
self.world.visual = WorldVisual()
self.world.visual.initFromWorld(self, self.maplayer, self.world)
self.view = TacticsView(self)
self.gui.showHUD()
def startReplay(self):
self.unloadMap()
self.replay = Replay()
self.world = self.replay.loadWorld()
self.world.application = self
self.battle_controller = BattleController(self, self.world)
self.ai = AI(self, self.world)
self.createVisual()
self.replay.loadCommands()
def selectAction(self, action_name):
if self.current_character:
self.selected_action = self.combat_actions.getAction(action_name)
@LogExceptionDecorator
def endTurn(self, args):
if self.world.current_character_turn:
self.battle_controller.endTurn()
def addAnimation(self, animation):
self.animations.append(animation)
def removeAnimation(self, animation):
if self.animations.count(animation):
self.animations.remove(animation)
if not self.animating() and self.world.current_character_turn:
self.world.createMovementGrid(
self.world.current_character_turn)
def animating(self):
return len(self.animations) > 0
@property
def current_character(self):
return self.world.current_character_turn
@property
def selected_action(self):
if self.current_character:
return self._selected_action
else:
return None
@selected_action.setter
def selected_action(self, value):
self._selected_action = value
def AIMove(self):
if not self.animating() and self.world.current_character_turn:
#cProfile.runctx("self.AI_command = self.ai.getCommand()", globals(), locals(), sort = "cumulative")
#self.AI_command = self.ai.getCommand()
self.ai_output, ai_input = Pipe(False)
#cProfile.runctx("self.ai.getCommand(ai_input)", globals(), locals(), sort = "cumulative")
Process(target=self.ai.getCommand, args=(ai_input, )).start()
self.addAnimation(self.ai)
self.gui.ai_status.show()
def startAIPlay(self):
self.ai_play = True
def _pump(self):
if self.world:
if not self.animating(
) and self.replaying and self.world.current_character_turn:
command = self.replay.getCommand()
if command:
self.battle_controller.executeCommand(command)
else:
self.replaying = False
elif not self.animating(
) and self.ai_play and self.world.current_character_turn:
if len(self.world.getSurvivingTeams()) > 1:
self.AIMove()
else:
self.ai_play = False
for character in self.world.characters:
if character.cur_HP > 0:
self.gui.sayBubble(character.visual.instance,
"Victory!")
elif not self.animating() and self.world.current_character_turn:
if self.world.current_character_turn.cur_AP <= 0:
self.battle_controller.endTurn()
elif not self.animating(
) and not self.world.current_character_turn:
action = self.world.timeline.popAction()
if action:
action()
elif self.animations.count(self.ai) > 0:
ai_message = None
while self.ai_output.poll():
ai_message = self.ai_output.recv()
#print ai_message, type(ai_message)
if type(ai_message) == Replay:
self.replay = ai_message
self.replaying = True
self.removeAnimation(self.ai)
self.gui.ai_status.window.hide()
break
if type(ai_message) == float:
self.gui.ai_status.progress_bar.setProgress(ai_message)
#if not self.world.visual and not self.replaying:
# self.createVisual()
if self.world.visual:
self.gui.pump()
self.view.pump()
if self._listener.quitrequested:
self.quit()
def __init__(self):
super(ZombiesWTF, self).__init__(TDS)
self.world = world.World(self.engine)
self.listener = ApplicationListener(self.engine, self.world)
self.soundmanager = SoundManager(self.engine)