Node that represents a simple 3D geometry (spheres, boxes, etc). More...
#include <ShapeNode.h>
Public Types | |
| enum | shapeType { NONE = 0, SPHERE, BOX, CYLINDER, CAPSULE, CONE, PLANE } |
| enum | billboardType { RELATIVE, POINT_EYE, STAY_UP } |
Public Member Functions | |
| ShapeNode (SceneManager *sceneManager, const char *initID) | |
| virtual void | setContext (const char *newvalue) |
| void | setShape (shapeType t) |
| void | setBillboard (billboardType t) |
| void | setColor (float red, float green, float blue, float alpha) |
| void | setRenderBin (int i) |
| void | setLighting (int i) |
| void | setSingleSided (int singleSided) |
| int | getSingleSided () const |
| virtual void | updateStateSet () |
| int | getShape () const |
| int | getBillboard () const |
| osg::Vec4 | getColor () const |
| int | getRenderBin () const |
| int | getLighting () const |
| virtual std::vector< lo_message > | getState () const |
Public Attributes | |
| shapeType | shape |
| billboardType | billboard |
| osg::Vec4 | _color |
| std::string | texturePath |
| int | renderBin |
| bool | lightingEnabled |
| osg::ref_ptr< osg::Geode > | shapeGeode |
| osgUtil::Optimizer | optimizer |
Protected Member Functions | |
| virtual void | drawShape () |
Protected Attributes | |
| bool | singleSided_ |
Detailed Description
Node that represents a simple 3D geometry (spheres, boxes, etc).
This allows for the creation of simple graphical primitives (osg::Geodes such as spheres, boxes, cylinders, cones, etc.) and provides some higher level functionality, such as applying color and/or textures on the shape, setting billboards, and organizing rendering order.
The shape is attached to "shapeGeode", which in turn, is attached to the "mainTransform" inherited from GroupNode, allowing the shape to be offset from it's parent.
Member Enumeration Documentation
Possible shapes for a ShapeNode.
Each of these types of shape is identified by a unique number. The first of these shape types has number 0, the second is number 1, and so on.
We provide several possible shapes
Member Function Documentation
| std::vector< lo_message > spin::ShapeNode::getState | ( | ) | const [virtual] |
For each subclass of ReferencedNode, we override the getState() method to fill the vector with the correct set of methods for this particular node
Reimplemented from spin::GroupNode.
Reimplemented in spin::CollisionShape.
| void spin::ShapeNode::setColor | ( | float | red, |
| float | green, | ||
| float | blue, | ||
| float | alpha | ||
| ) |
Sets the color of this shape node.
- Parameters:
-
red Red channel. Number in the range [0, 1] green Green channel. Number in the range [0, 1] blue Blue channel. Number in the range [0, 1] alpha Opacity channel. Number in the range [0, 1]
| void spin::ShapeNode::setContext | ( | const char * | newvalue | ) | [virtual] |
A node can 'belong' to a certain host machine, allowing it to be rendered or behave differently than on other machines.
NOTE: the "NULL" string means that it belongs to no specific context.
NOTE: a scene operating in SERVER_MODE will always create the node, so this feature is only really relevant for clients applications.
Reimplemented from spin::ReferencedNode.
| void spin::ShapeNode::setShape | ( | shapeType | t | ) |
Sets the shape this ShapeNode should have, identified by its number.
| void spin::ShapeNode::setSingleSided | ( | int | singleSided | ) |
Specify whether both sides or only one side of the shape is rendered. ie, whether the backface is culled or not.
| void spin::ShapeNode::updateStateSet | ( | ) | [virtual] |
This method actually applies the stateset to the subgraph, replacing any existing stateset with this one. The setStateSet and setStateSetFromFile methods just set the stateset_ symbol, while updateStateSet does the actual work.
Override this method in subclasses in order to change how stateset should be applied. For example, to which node in the subgraph it should be attached, or whether it should be merged with the existing stateset (rather than merged).
By default it is applied to the mainTransform_.
Reimplemented from spin::GroupNode.
The documentation for this class was generated from the following files:
- include/ShapeNode.h
- src/spin/ShapeNode.cpp
