def __eggifyverts(self, eprim, evpool, vlist):
for vertex in vlist:
ixyz = vertex['v']
vinfo = self.points[ixyz - 1]
vxyz, _ = vinfo
ev = EggVertex()
ev.setPos(Point3D(vxyz[0], vxyz[1], vxyz[2]))
iuv = vertex['vt']
if iuv is not None:
vuv = self.uvs[iuv - 1]
ev.setUv(Point2D(vuv[0], vuv[1]))
inormal = vertex['vn']
if inormal is not None:
vn = self.normals[inormal - 1]
ev.setNormal(Vec3D(vn[0], vn[1], vn[2]))
evpool.addVertex(ev)
eprim.addVertex(ev)
return self
def test_vec3_str():
assert str(Vec3F(2, 3, 1)) == "LVector3f(2, 3, 1)"
assert str(Vec3D(2, 3, 1)) == "LVector3d(2, 3, 1)"
def __init__(self, width, height, isFullscreen, title):
ShowBase.__init__(self)
#=======================================================================
# Set window properties.
#=======================================================================
win_props = WindowProperties(self.win.getProperties())
win_props.setTitle(title)
win_props.setFullscreen(isFullscreen)
win_props.setSize(width, height)
self.win.requestProperties(win_props)
# Apply the property changes.
self.graphicsEngine.openWindows()
#=======================================================================
# Scene related fields.
#=======================================================================
self.sceneNP = None
'''
Main scene node path. There can be only one scene at any given time.
'''
#=======================================================================
# Actor related fields.
#=======================================================================
self.actorNP = {}
'''
Dictionary of actor node paths keyed with the actor name.Internal use
only.
'''
self.actorOINP = None
'''
Actor of interest node path. There can be only one actor of interest
at any given time.
'''
self.actorOIName = None
'''
Actor of interest name. There can be only one actor of interest at any
given time.
'''
self.actorOIMoveDir = 0
'''
Actor of interest movement direction indicator. Forward is 1, reverse is
-1, and stop is 0.
'''
self.actorOITurnDir = 0
'''
Actor of interest turn direction indicator. Left is 1, right is -1, and
no turn is 0.
'''
self.actorOIMoveSpeed = 3
'''
Actor of interest translational speed. Distance units per second.
'''
self.actorOITurnSpeed = 30
'''
Actor of interest rotational speed. Degrees per second.
'''
self.actorOILocation = Vec3D.zero()
'''
Actor of interest's location coordinates after the last frame.
'''
self.actorOIVelocity = Vec3D.zero()
'''
Actor of interest's velocity vector after the last frame.
'''
#=======================================================================
# Camera related fields.
#=======================================================================
self.cameraNP = {}
'''
Dictionary of camera node paths keyed with the camera name.
'''
# Add the showbase camera as 'default'.
self.cameraNP['default'] = self.cam
#=======================================================================
# Illumination related fields
#=======================================================================
self.lightNP = {}
'''
Dictionary of light node paths keyed with the light name.
'''
self.goalNP = {}
'''
Dictionary of goal node paths keyed with the goal name.
'''
#=======================================================================
# Display region related fields.
#=======================================================================
self.displayRegion = {}
'''
Dictionary of display regions keyed with the display region name.
'''
self.displayRegionOI = None
'''
Display region of interest. Any action related to display regions
will be applied to the current display region of interest.
'''
self.displayRegionOIName = None
'''
Display region of interest name. Any action related to display
regions will be applied to the current display region of interest.
'''
# Add the display region associated with the default showbase camera.
self.displayRegion['default'] = self.camNode.getDisplayRegion(0)
self.displayRegion['default'].setSort(1)
self.accept('control-`', self.setDisplayRegionOfInterest, ['default'])
# Current display region of interest is the 'default' one.
self.displayRegionOI = self.displayRegion['default']
self.displayRegionOIName = 'default'
#=======================================================================
# AI related fields.
#=======================================================================
self.AIWorld = AIWorld(self.render)
self.AICharacter = {}
#=======================================================================
# Trace file related fields.
#=======================================================================
self.traceFile = None
'''Handle to the trace file.'''
self.traceMessage = ''
'''Message to be written to the trace file.'''
self.onScreenHelpNP = None
'''Text node path holding the on screen help information.'''
#=======================================================================
# Other fields.
#=======================================================================
self.clock = globalClock
'''Exposes Panda3D's GlobalClock.'''
self.userDialog = OnscreenText(text='', bg=(0,0,0,.6), fg=(.8,0,0,1),
mayChange=True)
self.userDialogTask = None
self.isNotifyUser = True
# We do not need the default mouse controls.
self.disableMouse()
# We do not need the default camera.
self.cam.node().setActive(False)
# Make sure a clean exit from the application when requested.
atexit.register(self.exitfunc)
# Default collision traverser.
self.cTrav = CollisionTraverser()
#=======================================================================
# On screen help setup.
#=======================================================================
OSHelp_str = '\nHELP\n'
text_font = self.loader.loadFont('cmtt12', spaceAdvance=.52)
self.onScreenHelpNP = OnscreenText(text=OSHelp_str,
font=text_font,
style=1,
fg=(1,1,1,1),
bg=(0,0,0,.6),
align=TextNode.ALeft,
scale=.05,
mayChange=True)
self.onScreenHelpNP.reparentTo(self.a2dTopLeft)
self.onScreenHelpNP.hide()
#=======================================================================
# Keyboard control related fields and default settings.
#=======================================================================
self.keyMap = {}
'''Dictionary of keyboard controls keyed with the action name.'''
self.setActorOIActionKey('forward', 'arrow_up')
self.setActorOIActionKey('reverse', 'arrow_down')
self.setActorOIActionKey('turn left', 'arrow_left')
self.setActorOIActionKey('turn right', 'arrow_right')
self.addHotKey('t', 'toggle pip', self.toggleDisplayRegion, [])
self.addHotKey('f1', 'help', self.toggleOnScreenHelp, [])
self.addHotKey('escape', 'quit', self.shutDown, [])