def __init__( self, *args, **kwargs ):
GameNodePath.__init__( self, *args, **kwargs )
# Find the index of the 'name' property so we can add position,
# rotation and scale properties immediately after it.
i = self.attributes.index( self.FindProperty( 'name' ) )
# Add attributes for position, rotation and scale. These are
# implemented editor side only as we only need a matrix to xform the
# NodePath; they are for the user's benefit only.
self.AddAttributes( Attr( 'Position', pm.Vec3, NP.getPos, NP.setPos, w=False ), index=i + 1 )
self.AddAttributes(
Attr( 'X', float, NP.getX, NP.setX, w=False ),
Attr( 'Y', float, NP.getY, NP.setY, w=False ),
Attr( 'Z', float, NP.getZ, NP.setZ, w=False ),
parent='Position'
)
self.AddAttributes( Attr( 'Rotation', pm.Vec3, NP.getHpr, NP.setHpr, w=False ), index=i + 2 )
self.AddAttributes(
Attr( 'H', float, NP.getH, NP.setH, w=False ),
Attr( 'P', float, NP.getP, NP.setP, w=False ),
Attr( 'R', float, NP.getR, NP.setR, w=False ),
parent='Rotation'
)
self.AddAttributes( Attr( 'Scale', pm.Vec3, NP.getScale, NP.setScale, w=False ), index=i + 3 )
self.AddAttributes(
Attr( 'Sx', float, NP.getSx, NP.setSx, w=False ),
Attr( 'Sy', float, NP.getSy, NP.setSy, w=False ),
Attr( 'Sz', float, NP.getSz, NP.setSz, w=False ),
parent='Scale'
)
def __init__( self, *args, **kwargs ):
GameNodePath.__init__( self, *args, **kwargs )
# Find the index of the 'name' property so we can add position,
# rotation and scale properties immediately after it.
i = self.attributes.index( self.FindProperty( 'name' ) )
# Add attributes for position, rotation and scale. These are
# implemented editor side only as we only need a matrix to xform the
# NodePath; they are for the user's benefit only.
self.AddAttributes( Attr( 'Position', pm.Vec3, NP.getPos, NP.setPos, w=False ), index=i + 1 )
self.AddAttributes(
Attr( 'X', float, NP.getX, NP.setX, w=False ),
Attr( 'Y', float, NP.getY, NP.setY, w=False ),
Attr( 'Z', float, NP.getZ, NP.setZ, w=False ),
parent='Position'
)
self.AddAttributes( Attr( 'Rotation', pm.Vec3, NP.getHpr, NP.setHpr, w=False ), index=i + 2 )
self.AddAttributes(
Attr( 'H', float, NP.getH, NP.setH, w=False ),
Attr( 'P', float, NP.getP, NP.setP, w=False ),
Attr( 'R', float, NP.getR, NP.setR, w=False ),
parent='Rotation'
)
self.AddAttributes( Attr( 'Scale', pm.Vec3, NP.getScale, NP.setScale, w=False ), index=i + 3 )
self.AddAttributes(
Attr( 'Sx', float, NP.getSx, NP.setSx, w=False ),
Attr( 'Sy', float, NP.getSy, NP.setSy, w=False ),
Attr( 'Sz', float, NP.getSz, NP.setSz, w=False ),
parent='Scale'
)
def __init__( self, *args, **kwargs ):
NodePath.__init__( self, *args, **kwargs )
pAttr = Attr( 'Box' )
pAttr.children.extend(
[
NPOAttr( 'Width', float, 'width' ),
NPOAttr( 'Depth', float, 'depth' ),
NPOAttr( 'Height', float, 'height' ),
NPOAttr( 'Origin', pm.Point3, 'origin' )
]
)
self.attributes.append( pAttr )
def __init__( self, *args, **kwargs ):
NodePath.__init__( self, *args, **kwargs )
pAttr = Attr( 'Sphere' )
pAttr.children.extend(
[
NPOAttr( 'Radius', float, 'radius' ),
NPOAttr( 'NumSegs', int, 'numSegs' ),
NPOAttr( 'Degrees', int, 'degrees' ),
NPOAttr( 'Axis', pm.Vec3, 'axis' ),
NPOAttr( 'Origin', pm.Point3, 'origin' )
]
)
self.attributes.append( pAttr )
def SetupNodePath( self ):
GameNodePath.SetupNodePath( self )
if self.geo is not None:
self.geo.copyTo( self.data )
if self.pickable:
self.data.setPythonTag( TAG_PICKABLE, self.pickable )
def Duplicate( self ):
dupeNp = NodePath.Duplicate( self )
# Duplicate the primtive NodePathObject to the duplicated NodePath.
pyObj = PrimitiveNPO.Get( self.data )
dupePyObj = copy.copy( pyObj )
dupePyObj.np = dupeNp
dupeNp.setPythonTag( PrimitiveNPO.pyTagName, dupePyObj )
return dupeNp
def OnDuplicate( self, origNp, dupeNp ):
GameNodePath.OnDuplicate( self, origNp, dupeNp )
wrpr = base.game.nodeMgr.Wrap( origNp )
cnnctns = base.scene.GetOutgoingConnections( wrpr )
for cnnctn in cnnctns:
newCnnctn = copy.copy( cnnctn )
newCnnctn.Connect( self.data )
self.data.setPythonTag( TAG_MODIFIED, origNp.getPythonTag( TAG_MODIFIED ) )
def GetChildren( self ):
"""
Return a list of wrappers for the children of this NodePath, ignoring
those NodePaths tagged with TAG_IGNORE (like editor only geometry).
"""
children = [
cWrpr
for cWrpr in GameNodePath.GetChildren( self )
if not cWrpr.data.getPythonTag( TAG_IGNORE )
]
return children
def GetAttrib( self ):
"""
If this node is a child of a model root, make sure to add its position
in the hierarchy to the attrib dictionary.
"""
attrib = GameNodePath.GetAttrib( self )
if self.GetModified():
attrib['path'] = self.GetPath()
return attrib
def __init__( self, *args, **kwargs ):
GameNodePath.__init__( self, *args, **kwargs )
# Add attributes for position, rotation and scale. These are
# implemented editor side only as we only need a matrix to xform the
# node. These are provided for the user's benefit only.
pAttr = self.FindAttribute( 'nodePath' )
attr = Attr( 'Position', pm.Vec3, NP.getPos, NP.setPos, w=False )
attr.children.extend(
[
Attr( 'X', float, NP.getX, NP.setX, w=False ),
Attr( 'Y', float, NP.getY, NP.setY, w=False ),
Attr( 'Z', float, NP.getZ, NP.setZ, w=False )
]
)
pAttr.children.append( attr )
attr = Attr( 'Rotation', pm.Vec3, NP.getHpr, NP.setHpr, w=False )
attr.children.extend(
[
Attr( 'H', float, NP.getH, NP.setH, w=False ),
Attr( 'P', float, NP.getP, NP.setP, w=False ),
Attr( 'R', float, NP.getR, NP.setR, w=False )
]
)
pAttr.children.append( attr )
attr = Attr( 'Scale', pm.Vec3, NP.getScale, NP.setScale, w=False )
attr.children.extend(
[
Attr( 'Sx', float, NP.getSx, NP.setSx, w=False ),
Attr( 'Sy', float, NP.getSy, NP.setSy, w=False ),
Attr( 'Sz', float, NP.getSz, NP.setSz, w=False )
]
)
pAttr.children.append( attr )
def Destroy( self ):
PrimitiveNPO.Break( self.data )
NodePath.Destroy( self )
