def testMove(self):
v = pyui.viewer.Viewer(100,100,self)
for i in range(0,100,5):
v.moveto(i, i)
pyui.draw()
pyui.update()
v.destroy()
def run(self):
counter = 0
while counter < 20:
pyui.draw()
pyui.update()
counter = counter + 1
print counter
def testResize(self):
b = pyui.widgets.Button("test")
v = pyui.viewer.Viewer(100,100,b)
for i in range(350,400,10):
v.resize(i, i)
pyui.draw()
pyui.update()
v.destroy()
def runMe(self):
if not getDesktop().running:
sys.exit()
pyui.update()
pyui.draw()
self.frame = self.frame + 1
now = time.time()
if now - self.last >= 1:
self.last = now
print "FPS: %d" % self.frame
self.frame = 0
def runMe(self):
if not getDesktop().running:
sys.exit()
pyui.update()
pyui.draw()
self.frame = self.frame + 1
now = time.time()
if now - self.last >= 1:
self.last = now
print "FPS: %d" % self.frame
self.frame = 0
def _guiUpdate(reactor, delay):
pyui.draw()
if pyui.update() == 0:
pyui.quit()
reactor.stop()
else:
reactor.callLater(delay, _guiUpdate, reactor, delay)
def run(self):
"""Run the game through a loop"""
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
endFrame = pyui.readTimer()
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print 'FPS: %2d' % (FPS)
def run(self):
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
self.world.update(interval)
endFrame = pyui.readTimer()
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print "FPS: %2d" % (FPS)
def run(self):
"""I am called to begin the running of the game.
"""
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
endFrame = pyui.readTimer()
if self.world.update(interval) == 0:
running = 0
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print "FPS: %2d mobiles: %d statics: %d " % (FPS, len(self.world.mobiles), len(self.world.immobiles) )
def run(self):
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
self.world.update(interval)
endFrame = pyui.readTimer()
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print "FPS: %2d" % (FPS )
def run():
done = 1
frame = 0
t = time.time()
import testopt
opts = testopt.parseCommandLine(800, 600, "dx")
pyui.init(*opts)
# w = pyui.widgets.ViewWindow(10, 10, 400, 300)
# w.pack()
terrainDetails = CreateTestTerrainDetails()
terrain = PyUnseen.createTerrainRegion(terrainDetails) # will take dictionary of stuff
rootWorld = PyUnseen.getRootWorld()
PyUnseen.addToWorld(rootWorld, terrain) # just like any other object
cameraPos = (-10, 6, -10)
cameraDir = (45, -45, 0)
view1 = PyUnseen.createView(rootWorld) # will also take zMin, zMax?
PyUnseen.setCameraParameters(view1, cameraPos, cameraDir)
rootView = PyUnseen.getRootView()
PyUnseen.setCameraParameters(rootView, cameraPos, cameraDir)
while done:
pyui.draw()
done = pyui.update()
print "done"
pyui.quit()
def run():
done = 1
frame = 0
t = time.time()
import testopt
opts = testopt.parseCommandLine(640, 480)
pyui.init(*opts)
g = app()
while done:
pyui.draw()
now = int(time.time())
if now != t:
print frame
frame = 0
t = now
frame = frame + 1
done = pyui.update()
print "done X"
g.cleanup()
pyui.quit()
print "quit."
def _guiUpdate(reactor, delay):
pyui.draw()
if pyui.update() == 0:
pyui.quit()
reactor.stop()
else:
reactor.callLater(delay, _guiUpdate, reactor, delay)
def run(self):
"""I am called to begin running the game.
"""
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
endFrame = pyui.readTimer()
if self.client.update(interval) == 0:
running = 0
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print "FPS: %2d" % (FPS )
time.sleep(0.03)
def run(self):
"""I am called to begin the running of the game.
"""
running = 1
frames = 0
counter = 0
lastFrame = pyui.readTimer()
endFrame = pyui.readTimer()
while running:
pyui.draw()
if pyui.update():
interval = pyui.readTimer() - endFrame
endFrame = pyui.readTimer()
if self.world.update(interval) == 0:
running = 0
else:
running = 0
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
print "FPS: %2d mobiles: %d statics: %d " % (
FPS, len(self.world.mobiles), len(self.world.immobiles))
def run():
"""The main game loop."""
done = 1
global sx, sy
pyui.init(sx, sy, "p3d")
#pyui.core.setTheme(pyui.theme.uglyTheme())
g = game()
while done:
pyui.draw()
done = pyui.update()
pyui.quit()
def run(self):
self.running = 1
not_done = 1
pyui.init(800, 600, fullscreen=1)
for wrapper in wrappers:
wrapper.prod()
while not_done:
pyui.draw()
not_done = pyui.update()
pyui.quit()
def run(self):
self.running = 1
not_done = 1
pyui.init(800, 600, fullscreen=1)
for wrapper in wrappers:
wrapper.prod()
while not_done:
pyui.draw()
not_done = pyui.update()
pyui.quit()
def run(self):
"""Run the game through a loop"""
running = 1
frames = 0
counter = 0
lastFrame = time.time()
endFrame = time.time()
delaySec = 0.0
while running:
pyui.draw()
if pyui.update():
if self.intervalValue == 0:
interval = time.time() - endFrame
else:
interval = self.intervalValue
endFrame = time.time()
if self.game.update(interval) == 0:
running = 0
else:
running = 0
time.sleep(delaySec)
# track frames per second
frames += 1
counter += 1
# calculate FPS
if endFrame - lastFrame > 1.0:
FPS = counter
counter = 0
lastFrame = endFrame
self.log.info('FPS: %2d, INTERVAL: %s' % (FPS, interval))
if FPS > self.desiredFPS:
if delaySec == 0 or (FPS - self.desiredFPS) > 10:
delaySec = (1.0 / self.desiredFPS - 1.0 / FPS)
else:
delaySec *= 1.05
elif FPS < self.desiredFPS:
if delaySec > 0.001:
delaySec /= 2
else:
delaySec = 0
#print "delaySec: ",delaySec
if self.game.mode and running == 1:
self.game.mode.onKey()
def run():
done = 1
frame = 0
t = time.time()
import testopt
opts = testopt.parseCommandLine(800, 600)
pyui.init(*opts)
w = pyui.widgets.WorldWindow(50, 50, 400, 400)
w.pack()
while done:
pyui.draw()
done = pyui.update()
print "done"
pyui.quit()
# init db stuff
dbpool = adbapi.ConnectionPool("pyPgSQL.PgSQL", database="sean", host="localhost", port=5432)
reflector = sqlreflector.SQLReflector(dbpool, [IdentityRow, PerspectiveRow])
reflector._transPopulateSchema(None)
# make sure we can be shut down on windows.
main.addTimeout(tick, 0.5)
# create the boat frame
w = pyui.boat.BoatReflectorFrame(reflector, 0,0,790, 570)
# run the main loop
last = 0
frame = 0
try:
while pyui.update():
pyui.draw()
main.iterate()
frame += 1
now = time.time()
if now - last > 2:
print "FPS: ", int(frame/2)
frame=0
last=now
except:
print "ERROR:"
traceback.print_exc()
# done. quit now.
pyui.quit()
reactor.stop()