Python: module OpenGLContext.scenegraph.quadrics

boundingVolume(self, mode=None): Create a bounding-volume object for this node In this case we use the AABoundingBox, despite the presence of the bounding sphere implementation. This is just a preference issue, I'm using AABoundingBox everywhere else, and want the sphere to interoperate properly.

generate(self, quadratic): Do the actual per-node generation of the geometry

Properties defined here:

loops

exposedField SFInt32 loops 1

loops getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

loops setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

loops deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

stacks

exposedField SFInt32 stacks 2

stacks getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

stacks setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

stacks deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions defined here:

__doc__ = 'Cone geometry rendered with GLU quadratic calls'

__module__ = 'OpenGLContext.scenegraph.quadrics'

Properties inherited from Cone:

bottom

field SFBool bottom 1

bottom getter = fget(self, client) from SFBool: Get the client's value for this property if notify is true send a notification event.

bottom setter = fset(self, client, value, notify=1) from SFBool: Set the client's value for this property if notify is true send a notification event.

bottom deleter = fdel(self, client, notify=1) from SFBool: Delete the client's value for this property if notify is true send a notification event.

bottomRadius

field SFFloat bottomRadius 1.0

bottomRadius getter = fget(self, client) from SFFloat: Get the client's value for this property if notify is true send a notification event.

bottomRadius setter = fset(self, client, value, notify=1) from SFFloat: Set the client's value for this property if notify is true send a notification event.

bottomRadius deleter = fdel(self, client, notify=1) from SFFloat: Delete the client's value for this property if notify is true send a notification event.

height

field SFFloat height 2.0

height getter = fget(self, client) from SFFloat: Get the client's value for this property if notify is true send a notification event.

height setter = fset(self, client, value, notify=1) from SFFloat: Set the client's value for this property if notify is true send a notification event.

height deleter = fdel(self, client, notify=1) from SFFloat: Delete the client's value for this property if notify is true send a notification event.

side

field SFBool side 1

side getter = fget(self, client) from SFBool: Get the client's value for this property if notify is true send a notification event.

side setter = fset(self, client, value, notify=1) from SFBool: Set the client's value for this property if notify is true send a notification event.

side deleter = fdel(self, client, notify=1) from SFBool: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Cone:

PROTO = 'Cone'

Methods inherited from Quadric:

compile(self, mode=None): Compile a display-list for this geometry

parameters(self, quadratic): Setup quadratic rendering parameters

render(self, visible=1, lit=1, textured=1, transparent=0, mode=None): Render the geometry

Properties inherited from Quadric:

slices

exposedField SFInt32 slices 12

slices getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

slices setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

slices deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Geometry:

__dict__ = <dict-proxy object at 0x075A1BC8>

__weakref__ = <member '__weakref__' of 'Geometry' objects>

Methods inherited from Node:

__init__(self, **namedarguments): Initialise the node with appropriate named args All properties/attributes must be specified with named arguments, and the property/attribute must exist within the Node's class/prototype. This will raise AttributeError/ValueError/TypeError if the values or the property names are inappropriate. Note that all Node objects have the attribute/property exposedField SFString DEF "" defined. You may therefore specify a DEF name by passing it as a named argument.

__repr__(self): Get a code-like representation of the Node Basically every attribute except for sub-nodes values are returned as a full representation.

__str__(self): Get a friendly representation of the Node

copy(self, copier=None): Copy this node for copier

toString(self, **namedargs): Generate a VRML 97-syntax string representing this Prototype **namedargs -- key:value passed arguments for the linearisation object see lineariser4.Lineariser

Properties inherited from Node:

DEF

exposedField SFString DEF

DEF getter = fget(self, client) from SFString: Get the client's value for this property if notify is true send a notification event.

DEF setter = fset(self, client, value, notify=1) from SFString: Set the client's value for this property if notify is true send a notification event.

DEF deleter = fdel(self, client, notify=1) from SFString: Delete the client's value for this property if notify is true send a notification event.

rootSceneGraph

exposedField WeakSFNode root NULL

rootSceneGraph getter = fget(self, client) from WeakSFNode: Get the client's value for this property if notify is true send a notification event.

rootSceneGraph setter = fset(self, client, value, notify=1) from WeakSFNode: Set the client's value for this property notify -- if true send a notification event The SFNode tries to update the value's root attribute to point to the root of the client *iff* the value doesn't currently point at a valid root. (That is, it only updates root if there is no current root). This is done without sending notify events.

rootSceneGraph deleter = fdel(self, client, notify=1) from WeakSFNode: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Node:

externalURL = ()

Methods inherited from object:

__delattr__(...): x.__delattr__('name') <==> del x.name

__getattribute__(...): x.__getattribute__('name') <==> x.name

__hash__(...): x.__hash__() <==> hash(x)

__reduce__(...): helper for pickle

__setattr__(...): x.__setattr__('name', value) <==> x.name = value

Data and non-method functions inherited from object:

__class__ = <type 'type'>

__new__ = <built-in method __new__ of type object at 0x1E0BD978>: T.__new__(S, ...) -> a new object with type S, a subtype of T

class Cylinder(Cylinder, Quadric)

Cylinder geometry rendered with GLU quadratic calls

Method resolution order:: Cylinder; Cylinder; Quadric; Geometry; Node; object

Methods defined here:

boundingVolume(self, mode=None): Create a bounding-volume object for this node In this case we use the AABoundingBox, despite the presence of the bounding sphere implementation. This is just a preference issue, I'm using AABoundingBox everywhere else, and want the sphere to interoperate properly.

generate(self, quadratic): Do the actual per-node generation of the geometry

Properties defined here:

loops

exposedField SFInt32 loops 1

loops getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

loops setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

loops deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

stacks

exposedField SFInt32 stacks 2

stacks getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

stacks setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

stacks deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions defined here:

__doc__ = 'Cylinder geometry rendered with GLU quadratic calls'

__module__ = 'OpenGLContext.scenegraph.quadrics'

Properties inherited from Cylinder:

bottom

field SFBool bottom 1

bottom getter = fget(self, client) from SFBool: Get the client's value for this property if notify is true send a notification event.

bottom setter = fset(self, client, value, notify=1) from SFBool: Set the client's value for this property if notify is true send a notification event.

bottom deleter = fdel(self, client, notify=1) from SFBool: Delete the client's value for this property if notify is true send a notification event.

height

field SFFloat height 2.0

height getter = fget(self, client) from SFFloat: Get the client's value for this property if notify is true send a notification event.

height setter = fset(self, client, value, notify=1) from SFFloat: Set the client's value for this property if notify is true send a notification event.

height deleter = fdel(self, client, notify=1) from SFFloat: Delete the client's value for this property if notify is true send a notification event.

radius

field SFFloat radius 1.0

radius getter = fget(self, client) from SFFloat: Get the client's value for this property if notify is true send a notification event.

radius setter = fset(self, client, value, notify=1) from SFFloat: Set the client's value for this property if notify is true send a notification event.

radius deleter = fdel(self, client, notify=1) from SFFloat: Delete the client's value for this property if notify is true send a notification event.

side

field SFBool side 1

side getter = fget(self, client) from SFBool: Get the client's value for this property if notify is true send a notification event.

side setter = fset(self, client, value, notify=1) from SFBool: Set the client's value for this property if notify is true send a notification event.

side deleter = fdel(self, client, notify=1) from SFBool: Delete the client's value for this property if notify is true send a notification event.

top

field SFBool top 1

top getter = fget(self, client) from SFBool: Get the client's value for this property if notify is true send a notification event.

top setter = fset(self, client, value, notify=1) from SFBool: Set the client's value for this property if notify is true send a notification event.

top deleter = fdel(self, client, notify=1) from SFBool: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Cylinder:

PROTO = 'Cylinder'

Methods inherited from Quadric:

compile(self, mode=None): Compile a display-list for this geometry

parameters(self, quadratic): Setup quadratic rendering parameters

render(self, visible=1, lit=1, textured=1, transparent=0, mode=None): Render the geometry

Properties inherited from Quadric:

slices

exposedField SFInt32 slices 12

slices getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

slices setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

slices deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Geometry:

__dict__ = <dict-proxy object at 0x077B6488>

__weakref__ = <member '__weakref__' of 'Geometry' objects>

Methods inherited from Node:

__init__(self, **namedarguments): Initialise the node with appropriate named args All properties/attributes must be specified with named arguments, and the property/attribute must exist within the Node's class/prototype. This will raise AttributeError/ValueError/TypeError if the values or the property names are inappropriate. Note that all Node objects have the attribute/property exposedField SFString DEF "" defined. You may therefore specify a DEF name by passing it as a named argument.

__repr__(self): Get a code-like representation of the Node Basically every attribute except for sub-nodes values are returned as a full representation.

__str__(self): Get a friendly representation of the Node

copy(self, copier=None): Copy this node for copier

toString(self, **namedargs): Generate a VRML 97-syntax string representing this Prototype **namedargs -- key:value passed arguments for the linearisation object see lineariser4.Lineariser

Properties inherited from Node:

DEF

exposedField SFString DEF

DEF getter = fget(self, client) from SFString: Get the client's value for this property if notify is true send a notification event.

DEF setter = fset(self, client, value, notify=1) from SFString: Set the client's value for this property if notify is true send a notification event.

DEF deleter = fdel(self, client, notify=1) from SFString: Delete the client's value for this property if notify is true send a notification event.

rootSceneGraph

exposedField WeakSFNode root NULL

rootSceneGraph getter = fget(self, client) from WeakSFNode: Get the client's value for this property if notify is true send a notification event.

rootSceneGraph setter = fset(self, client, value, notify=1) from WeakSFNode: Set the client's value for this property notify -- if true send a notification event The SFNode tries to update the value's root attribute to point to the root of the client *iff* the value doesn't currently point at a valid root. (That is, it only updates root if there is no current root). This is done without sending notify events.

rootSceneGraph deleter = fdel(self, client, notify=1) from WeakSFNode: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Node:

externalURL = ()

Methods inherited from object:

__delattr__(...): x.__delattr__('name') <==> del x.name

__getattribute__(...): x.__getattribute__('name') <==> x.name

__hash__(...): x.__hash__() <==> hash(x)

__reduce__(...): helper for pickle

__setattr__(...): x.__setattr__('name', value) <==> x.name = value

Data and non-method functions inherited from object:

__class__ = <type 'type'>

__new__ = <built-in method __new__ of type object at 0x1E0BD978>: T.__new__(S, ...) -> a new object with type S, a subtype of T

class Quadric(Geometry, Node)

Base-class for the various quadratic-type geometry classes

Method resolution order:: Quadric; Geometry; Node; object

Methods defined here:

compile(self, mode=None): Compile a display-list for this geometry

generate(self, quadratic): Do the actual per-node generation of the geometry

parameters(self, quadratic): Setup quadratic rendering parameters

render(self, visible=1, lit=1, textured=1, transparent=0, mode=None): Render the geometry

Properties defined here:

slices

exposedField SFInt32 slices 12

slices getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

slices setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

slices deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

stacks

exposedField SFInt32 stacks 12

stacks getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

stacks setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

stacks deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions defined here:

__doc__ = 'Base-class for the various quadratic-type geometry classes'

__module__ = 'OpenGLContext.scenegraph.quadrics'

Data and non-method functions inherited from Geometry:

__dict__ = <dict-proxy object at 0x0775D970>

__weakref__ = <member '__weakref__' of 'Geometry' objects>

Methods inherited from Node:

__init__(self, **namedarguments): Initialise the node with appropriate named args All properties/attributes must be specified with named arguments, and the property/attribute must exist within the Node's class/prototype. This will raise AttributeError/ValueError/TypeError if the values or the property names are inappropriate. Note that all Node objects have the attribute/property exposedField SFString DEF "" defined. You may therefore specify a DEF name by passing it as a named argument.

__repr__(self): Get a code-like representation of the Node Basically every attribute except for sub-nodes values are returned as a full representation.

__str__(self): Get a friendly representation of the Node

copy(self, copier=None): Copy this node for copier

toString(self, **namedargs): Generate a VRML 97-syntax string representing this Prototype **namedargs -- key:value passed arguments for the linearisation object see lineariser4.Lineariser

Properties inherited from Node:

DEF

exposedField SFString DEF

DEF getter = fget(self, client) from SFString: Get the client's value for this property if notify is true send a notification event.

DEF setter = fset(self, client, value, notify=1) from SFString: Set the client's value for this property if notify is true send a notification event.

DEF deleter = fdel(self, client, notify=1) from SFString: Delete the client's value for this property if notify is true send a notification event.

rootSceneGraph

exposedField WeakSFNode root NULL

rootSceneGraph getter = fget(self, client) from WeakSFNode: Get the client's value for this property if notify is true send a notification event.

rootSceneGraph setter = fset(self, client, value, notify=1) from WeakSFNode: Set the client's value for this property notify -- if true send a notification event The SFNode tries to update the value's root attribute to point to the root of the client *iff* the value doesn't currently point at a valid root. (That is, it only updates root if there is no current root). This is done without sending notify events.

rootSceneGraph deleter = fdel(self, client, notify=1) from WeakSFNode: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Node:

PROTO = ''

externalURL = ()

Methods inherited from object:

__delattr__(...): x.__delattr__('name') <==> del x.name

__getattribute__(...): x.__getattribute__('name') <==> x.name

__hash__(...): x.__hash__() <==> hash(x)

__reduce__(...): helper for pickle

__setattr__(...): x.__setattr__('name', value) <==> x.name = value

Data and non-method functions inherited from object:

__class__ = <type 'type'>

__new__ = <built-in method __new__ of type object at 0x1E0BD978>: T.__new__(S, ...) -> a new object with type S, a subtype of T

class Sphere(Sphere, Quadric)

Sphere geometry rendered with GLU quadratic calls

Method resolution order:: Sphere; Sphere; Quadric; Geometry; Node; object

Methods defined here:

boundingVolume(self, mode=None): Create a bounding-volume object for this node In this case we use the AABoundingBox, despite the presence of the bounding sphere implementation. This is just a preference issue, I'm using AABoundingBox everywhere else, and want the sphere to interoperate properly.

generate(self, quadratic): Do the actual per-node generation of the geometry

Data and non-method functions defined here:

__doc__ = 'Sphere geometry rendered with GLU quadratic calls'

__module__ = 'OpenGLContext.scenegraph.quadrics'

Properties inherited from Sphere:

radius

field SFFloat radius 1.0

radius getter = fget(self, client) from SFFloat: Get the client's value for this property if notify is true send a notification event.

radius setter = fset(self, client, value, notify=1) from SFFloat: Set the client's value for this property if notify is true send a notification event.

radius deleter = fdel(self, client, notify=1) from SFFloat: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Sphere:

PROTO = 'Sphere'

Methods inherited from Quadric:

compile(self, mode=None): Compile a display-list for this geometry

parameters(self, quadratic): Setup quadratic rendering parameters

render(self, visible=1, lit=1, textured=1, transparent=0, mode=None): Render the geometry

Properties inherited from Quadric:

slices

exposedField SFInt32 slices 12

slices getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

slices setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

slices deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

stacks

exposedField SFInt32 stacks 12

stacks getter = fget(self, client) from SFInt32: Get the client's value for this property if notify is true send a notification event.

stacks setter = fset(self, client, value, notify=1) from SFInt32: Set the client's value for this property if notify is true send a notification event.

stacks deleter = fdel(self, client, notify=1) from SFInt32: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Geometry:

__dict__ = <dict-proxy object at 0x077699D0>

__weakref__ = <member '__weakref__' of 'Geometry' objects>

Methods inherited from Node:

__init__(self, **namedarguments): Initialise the node with appropriate named args All properties/attributes must be specified with named arguments, and the property/attribute must exist within the Node's class/prototype. This will raise AttributeError/ValueError/TypeError if the values or the property names are inappropriate. Note that all Node objects have the attribute/property exposedField SFString DEF "" defined. You may therefore specify a DEF name by passing it as a named argument.

__repr__(self): Get a code-like representation of the Node Basically every attribute except for sub-nodes values are returned as a full representation.

__str__(self): Get a friendly representation of the Node

copy(self, copier=None): Copy this node for copier

toString(self, **namedargs): Generate a VRML 97-syntax string representing this Prototype **namedargs -- key:value passed arguments for the linearisation object see lineariser4.Lineariser

Properties inherited from Node:

DEF

exposedField SFString DEF

DEF getter = fget(self, client) from SFString: Get the client's value for this property if notify is true send a notification event.

DEF setter = fset(self, client, value, notify=1) from SFString: Set the client's value for this property if notify is true send a notification event.

DEF deleter = fdel(self, client, notify=1) from SFString: Delete the client's value for this property if notify is true send a notification event.

rootSceneGraph

exposedField WeakSFNode root NULL

rootSceneGraph getter = fget(self, client) from WeakSFNode: Get the client's value for this property if notify is true send a notification event.

rootSceneGraph setter = fset(self, client, value, notify=1) from WeakSFNode: Set the client's value for this property notify -- if true send a notification event The SFNode tries to update the value's root attribute to point to the root of the client *iff* the value doesn't currently point at a valid root. (That is, it only updates root if there is no current root). This is done without sending notify events.

rootSceneGraph deleter = fdel(self, client, notify=1) from WeakSFNode: Delete the client's value for this property if notify is true send a notification event.

Data and non-method functions inherited from Node:

externalURL = ()

Methods inherited from object:

__delattr__(...): x.__delattr__('name') <==> del x.name

__getattribute__(...): x.__getattribute__('name') <==> x.name

__hash__(...): x.__hash__() <==> hash(x)

__reduce__(...): helper for pickle

__setattr__(...): x.__setattr__('name', value) <==> x.name = value

Data and non-method functions inherited from object:

__class__ = <type 'type'>

__new__ = <built-in method __new__ of type object at 0x1E0BD978>: T.__new__(S, ...) -> a new object with type S, a subtype of T