def prepareWorld(self, EventManager, PhysicsModel, Viewer,
MouseController, CPUSpinner, KeyboardController):
self.event_handler=EventManager()
self.world=PhysicsModel(self.event_handler)
self.screen=Viewer(self.world)
self.mouse=MouseController(self.event_handler)
self.spinner=CPUSpinner(FPS, self.event_handler)
self.keyboard=KeyboardController(self.event_handler)
def prepareWorld(self, EventManager, PhysicsModel, Viewer, MouseController, CPUSpinner, KeyboardController):
self.event_handler = EventManager()
self.world = PhysicsModel(self.event_handler)
self.screen = Viewer(self.world)
self.mouse = MouseController(self.event_handler)
self.spinner = CPUSpinner(FPS, self.event_handler)
self.keyboard = KeyboardController(self.event_handler)
def run(self):
self.spinner.run(1)
def on_mouse_left_up(self, event):
self.spinner.stop()
if __name__ == '__main__':
from View.misc import TextOutputView
from Model.Model import PhysicsModel
from Controller.MouseController import PygameMouseController
from Mediator.EventManager import EventManager
from Controller.MiscControllers import PygCPUSpinner
from Controller.KeyboardController import PygameKeyboardController
event_handler=EventManager()
world=PhysicsModel(event_handler)
log=TextOutputView(world, 'flock_debug.csv')
log.set_log_fields(('position','velocity','total_force','ang'), (2,2,2,1))
#screen=PygameViewer(world)
mouse=PygameMouseController(event_handler)
spinner=PygCPUSpinner(FPS, event_handler)
keyboard=PygameKeyboardController(event_handler)
python_app=FlockTestApp(event_handler, world, log, mouse, spinner, keyboard)
python_app.run()
log.save()
class Test():
def __init__(self, EventManager, PhysicsModel, Viewer,
MouseController, CPUSpinner, KeyboardController):
self.prepareWorld(EventManager, PhysicsModel, Viewer,
MouseController, CPUSpinner, KeyboardController)
self.EventManager=EventManager
self.PhysicsModel=PhysicsModel
self.Viewer=Viewer
self.MouseController=MouseController
self.CPUSpinner=CPUSpinner
self.KeyboardController=KeyboardController
def run(self):
for test in [ self.OffsetTest, self.FlockTest, self.FlockDebug, self.RestartModelView, self.AddRemoveEntities, self.RandomMove, self.DragNDrop, self.CombinedTest, self.ShootingTest]:
self.prepareWorld(self.EventManager, self.PhysicsModel, self.Viewer, self.MouseController, self.CPUSpinner, self.KeyboardController)
test()
def prepareWorld(self, EventManager, PhysicsModel, Viewer,
MouseController, CPUSpinner, KeyboardController):
self.event_handler=EventManager()
self.world=PhysicsModel(self.event_handler)
self.screen=Viewer(self.world)
self.mouse=MouseController(self.event_handler)
self.spinner=CPUSpinner(FPS, self.event_handler)
self.keyboard=KeyboardController(self.event_handler)
def AddRemoveEntities(self):
print "Testing dynamic add/remove entities from view"
'''
while timer<3000:
dt=view.update()
print dt.__class__
model.update(dt)
# add and delete entities
if timer>=last_done+100 and len(entitylist)>0:
idpop.insert(len(idpop),entitylist.pop())
view.delete_entity(idpop[-1])
last_done=timer
if len(entitylist)==0:
entitylist.extend(idpop)
[view.add_entity(entity) for entity in entitylist]
idpop=[]
timer+=dt
'''
print "...OK"
def RestartModelView(self):
print "Restarting model and view"
'''
for entity_id in entitylist:
view.delete_entity(entity_id)
model.delete_entity(entity_id)
'''
print "...OK"
def RandomMove(self):
print "Testing random free movement"
'''
import random
entity_list=[model.add_entity((random.randint(160,480),random.randint(120, 360)),(random.randint(-100,100), random.randint(-100, 100) )) for i in xrange(20) ]
[view.add_entity(entity, trace=True) for entity in entitylist]
loop(model, view, 1000)
'''
print "...OK"
def DragNDrop(self):
'''
Test mouse for Drag and Drop
'''
print "Testing Drag and Drop: Pick the circles and move them around"+"\n"+"Right-click or Ctrl-q to end this test\n"
from Apps.DragAndDrop import DragAndDropApp
self.entitylist=[self.world.add_entity((400*(i/20.0),200*(i%3)), (0,0)) for i in xrange(0,3)]
[self.screen.add_entity(entity) for entity in self.entitylist]
test=DragAndDropApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def OffsetTest(self):
print "OffSet TEST!\nRight-click to end this test"
from Apps.OffsetTest import OffsetTestApp
test=OffsetTestApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def CombinedTest(self):
print "Now you can pick them and move them around!\nRight-click or Ctrl-q to end this test"
from Apps.PursuitTest import PursuitTestApp
test=PursuitTestApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
self.spinner=self.CPUSpinner(FPS, self.event_handler)
from Apps.DragAndDrop import DragAndDropApp
test=DragAndDropApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def ShootingTest(self):
from Apps.ShootTheFliesApp import ShootTheFliesApp
test=ShootTheFliesApp(self.world, self.screen, self.spinner, self.event_handler, self.mouse, self.keyboard)
test.run()
def FlockTest(self):
from Apps.FlockTestApp import FlockTestApp
test=FlockTestApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
test.run()
def FlockDebug(self):
from Apps.FlockDebug import FlockTestApp
test=FlockTestApp(self.event_handler, self.world, self.screen,
self.mouse, self.spinner, self.keyboard)
test.run()
class Test:
def __init__(self, EventManager, PhysicsModel, Viewer, MouseController, CPUSpinner, KeyboardController):
self.prepareWorld(EventManager, PhysicsModel, Viewer, MouseController, CPUSpinner, KeyboardController)
self.EventManager = EventManager
self.PhysicsModel = PhysicsModel
self.Viewer = Viewer
self.MouseController = MouseController
self.CPUSpinner = CPUSpinner
self.KeyboardController = KeyboardController
def run(self):
for test in [
self.OffsetTest,
self.FlockTest,
self.FlockDebug,
self.RestartModelView,
self.AddRemoveEntities,
self.RandomMove,
self.DragNDrop,
self.CombinedTest,
self.ShootingTest,
]:
self.prepareWorld(
self.EventManager,
self.PhysicsModel,
self.Viewer,
self.MouseController,
self.CPUSpinner,
self.KeyboardController,
)
test()
def prepareWorld(self, EventManager, PhysicsModel, Viewer, MouseController, CPUSpinner, KeyboardController):
self.event_handler = EventManager()
self.world = PhysicsModel(self.event_handler)
self.screen = Viewer(self.world)
self.mouse = MouseController(self.event_handler)
self.spinner = CPUSpinner(FPS, self.event_handler)
self.keyboard = KeyboardController(self.event_handler)
def AddRemoveEntities(self):
print "Testing dynamic add/remove entities from view"
"""
while timer<3000:
dt=view.update()
print dt.__class__
model.update(dt)
# add and delete entities
if timer>=last_done+100 and len(entitylist)>0:
idpop.insert(len(idpop),entitylist.pop())
view.delete_entity(idpop[-1])
last_done=timer
if len(entitylist)==0:
entitylist.extend(idpop)
[view.add_entity(entity) for entity in entitylist]
idpop=[]
timer+=dt
"""
print "...OK"
def RestartModelView(self):
print "Restarting model and view"
"""
for entity_id in entitylist:
view.delete_entity(entity_id)
model.delete_entity(entity_id)
"""
print "...OK"
def RandomMove(self):
print "Testing random free movement"
"""
import random
entity_list=[model.add_entity((random.randint(160,480),random.randint(120, 360)),(random.randint(-100,100), random.randint(-100, 100) )) for i in xrange(20) ]
[view.add_entity(entity, trace=True) for entity in entitylist]
loop(model, view, 1000)
"""
print "...OK"
def DragNDrop(self):
"""
Test mouse for Drag and Drop
"""
print "Testing Drag and Drop: Pick the circles and move them around" + "\n" + "Right-click or Ctrl-q to end this test\n"
from Apps.DragAndDrop import DragAndDropApp
self.entitylist = [self.world.add_entity((400 * (i / 20.0), 200 * (i % 3)), (0, 0)) for i in xrange(0, 3)]
[self.screen.add_entity(entity) for entity in self.entitylist]
test = DragAndDropApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def OffsetTest(self):
print "OffSet TEST!\nRight-click to end this test"
from Apps.OffsetTest import OffsetTestApp
test = OffsetTestApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def CombinedTest(self):
print "Now you can pick them and move them around!\nRight-click or Ctrl-q to end this test"
from Apps.PursuitTest import PursuitTestApp
test = PursuitTestApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
self.spinner = self.CPUSpinner(FPS, self.event_handler)
from Apps.DragAndDrop import DragAndDropApp
test = DragAndDropApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
test.run()
print "...OK"
def ShootingTest(self):
from Apps.ShootTheFliesApp import ShootTheFliesApp
test = ShootTheFliesApp(self.world, self.screen, self.spinner, self.event_handler, self.mouse, self.keyboard)
test.run()
def FlockTest(self):
from Apps.FlockTestApp import FlockTestApp
test = FlockTestApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
test.run()
def FlockDebug(self):
from Apps.FlockDebug import FlockTestApp
test = FlockTestApp(self.event_handler, self.world, self.screen, self.mouse, self.spinner, self.keyboard)
test.run()
