def _reload(self):
# If no clips available return
if self.clips <= 0:
return
# If we are already reloading return
if hasattr(self, 'reloading'):
return
# Mark that we are reloading, disable firing
# and run _reload_p in parallel
self.reloading = 1
self.mCanFire -= 1
mthread.parallelize(self._reload_p)
def _reload(self):
# If no clips available return
if self.clips <= 0:
return
# If we are already reloading return
if hasattr(self, 'reloading'):
return
# Mark that we are reloading, disable firing
# and run _reload_p in parallel
self.reloading = 1
self.mCanFire -= 1
mthread.parallelize(self._reload_p)
def startup(self):
sylphis.CClient.startup_c(self)
self.actors = actor.CActors(self)
# Create the hud
self.hud = hudbase.CHUDBase()
# Register the console to the global
# Sylphis console
import ui
e = CEngine
#e.renderer.setMotionBlurAmount(0.3)
e.con.addConsole(ui.con)
self.dFont = CEngine.getDefaultFont()
# Load map fire requested by command line arguments
map = cmdline.getParamValue('map')
if map != None:
self.loadMap("maps/" + map)
else:
pyui.activate()
self.inputListener = CClientInput()
CEngine.getInput().addListener(self.inputListener)
self.faderShader = CEngine.mMaterials.registerMaterial('fader')
self.glareShader = CEngine.mMaterials.registerMaterial('glare')
self.oldFilmGlare = CEngine.mMaterials.registerMaterial('oldfilmglare')
self.oldFilm = CEngine.mMaterials.registerMaterial('oldfilm')
self.motionBlur = CEngine.mMaterials.registerMaterial('motionblur')
self.bufferA = CEngine.mMaterials.registerMaterial('bufferA')
self.bufferAb = CEngine.mMaterials.registerMaterial('bufferAb')
self.timeLeft = 300.0
mthread.parallelize(self.updateHudTime)
def startup(self):
sylphis.CClient.startup_c(self)
self.actors = actor.CActors(self)
# Create the hud
self.hud = hudbase.CHUDBase()
# Register the console to the global
# Sylphis console
import ui
e = CEngine
#e.renderer.setMotionBlurAmount(0.3)
e.con.addConsole(ui.con)
self.dFont = CEngine.getDefaultFont()
# Load map fire requested by command line arguments
map = cmdline.getParamValue('map')
if map != None:
self.loadMap("maps/" + map)
else:
pyui.activate()
self.inputListener = CClientInput()
CEngine.getInput().addListener(self.inputListener)
self.faderShader = CEngine.mMaterials.registerMaterial('fader')
self.glareShader = CEngine.mMaterials.registerMaterial('glare')
self.oldFilmGlare = CEngine.mMaterials.registerMaterial('oldfilmglare')
self.oldFilm = CEngine.mMaterials.registerMaterial('oldfilm')
self.motionBlur = CEngine.mMaterials.registerMaterial('motionblur')
self.bufferA = CEngine.mMaterials.registerMaterial('bufferA')
self.bufferAb = CEngine.mMaterials.registerMaterial('bufferAb')
self.timeLeft = 300.0
mthread.parallelize(self.updateHudTime)
def remove(self, a):
mthread.parallelize(self.remove_p, a)
##
## The function that does the measurement
##
def bench():
mthread.sleep(0.1) # Sleep a little time to let things settle
timer = sylphis.CTimer() # Generate a timer to count time
startFrame = CEngine.getFrameCount(
) # Log the number of frames rendered by the engine at the start of the benchmark
mthread.sleep(50.0) # Sleep for 50.0 seconds of game world time
time = timer.getTime(
) # Read the real world time it took to render all the frames
frames = float(
CEngine.getFrameCount() -
startFrame) # Calculate the number of frames the engine rendered
print "Average FPS : %4.2f" % (frames / time)
shutdown() # Shutdown the engine
CClient.loadMap('maps/last.cmap') # Load the benchmark map
pyui.deactivate() # Deactivate the GUI
CEngine.setFPS(
30.0) # Set the engine to generate a constant frames per game world second
mthread.parallelize(bench) # Run bench() in parallel
def _dryFire(self):
# Disable firing
self.mCanFire -= 1
# Run the dryfire method in parallel
mthread.parallelize(self._dryFire_p)
import sylphis
import pyui
import mthread
##
## The function that does the measurement
##
def bench():
mthread.sleep(0.1) # Sleep a little time to let things settle
timer = sylphis.CTimer() # Generate a timer to count time
startFrame = (
CEngine.getFrameCount()
) # Log the number of frames rendered by the engine at the start of the benchmark
mthread.sleep(50.0) # Sleep for 50.0 seconds of game world time
time = timer.getTime() # Read the real world time it took to render all the frames
frames = float(CEngine.getFrameCount() - startFrame) # Calculate the number of frames the engine rendered
print "Average FPS : %4.2f" % (frames / time)
shutdown() # Shutdown the engine
CClient.loadMap("maps/last.cmap") # Load the benchmark map
pyui.deactivate() # Deactivate the GUI
CEngine.setFPS(30.0) # Set the engine to generate a constant frames per game world second
mthread.parallelize(bench) # Run bench() in parallel
lightDir = sylphis.CVector3()
def setLightDir_(a,b = 10,c = 1):
global lightDir
if b == 10:
b = 1.0 - a
lightDir.x = a;
lightDir.y = b;
lightDir.z = c;
lightDir = lightDir.normalized()
def setLightDir(a,b = 10,c = 1):
import entry
entry.client.actors.getActorByName('l1').node.setOrientation(sylphis.CQuaternion(1,0,0,a)*sylphis.CQuaternion(0,1,0,0.2))
def getLightDir():
return lightDir.x, lightDir.y, lightDir.z
import mthread
def daynight():
t = 0.0
mthread.sleep(15.0)
while t < 10.0:
setLightDir((t * 0.08) % 2.0)
t += mthread.sleep(0.0001)
mthread.parallelize(daynight)
def remove(self, a):
mthread.parallelize(self.remove_p, a)
def _dryFire(self):
# Disable firing
self.mCanFire -= 1
# Run the dryfire method in parallel
mthread.parallelize(self._dryFire_p)
