Package com.ardor3d.renderer.state

Class GLSLShaderObjectsState

java.lang.Object

com.ardor3d.renderer.state.RenderState

com.ardor3d.renderer.state.GLSLShaderObjectsState

All Implemented Interfaces:

Savable

public class GLSLShaderObjectsState
extends RenderState

Implementation of the GL_ARB_shader_objects extension.

Nested Class Summary

Nested classes/interfaces inherited from class com.ardor3d.renderer.state.RenderState

RenderState.StateStack, RenderState.StateType

Field Summary

Fields

Modifier and Type	Field	Description
protected ByteBuffer	_compShader
int	_computeShaderID	OpenGL id for the attached compute shader.
String	_computeShaderName	optional name for our compute shader, used for debugging details.
int	_fragmentShaderID	OpenGL id for the attached fragment shader.
String	_fragmentShaderName	optional name for our fragment shader, used for debugging details.
protected ByteBuffer	_fragShader
int	_geometryShaderID	OpenGL id for the attached geometry shader.
String	_geometryShaderName	optional name for our geometry shader, used for debugging details.
protected ByteBuffer	_geomShader
Mesh	_mesh	The Mesh this shader currently operates on during rendering
boolean	_needSendShader
int	_programID	OpenGL id for this program
protected List<ShaderVariable>	_shaderAttributes	Storage for shader attribute values
GLSLShaderDataLogic	_shaderDataLogic	Optional logic for setting shadervariables based on the current geom.
protected List<ShaderVariable>	_shaderUniforms	Storage for shader uniform values
protected ByteBuffer	_tessControlShader
int	_tessellationControlShaderID	OpenGL id for the attached tessellation control shader.
String	_tessellationControlShaderName	optional name for our tessellation control shader, used for debugging details.
int	_tessellationEvaluationShaderID	OpenGL id for the attached tessellation evaluation shader.
String	_tessellationEvaluationShaderName	optional name for our tessellation evaluation shader, used for debugging details.
protected ByteBuffer	_tessEvalShader
int	_vertexShaderID	OpenGL id for the attached vertex shader.
String	_vertexShaderName	optional name for our vertex shader, used for debugging details.
protected ByteBuffer	_vertShader

Fields inherited from class com.ardor3d.renderer.state.RenderState

_quickCompare

Constructor Summary

Constructors

Constructor	Description
GLSLShaderObjectsState()

Method Summary

Modifier and Type	Method	Description
void	checkAttributeSizeLimits()	Check if we are keeping the size limits in terms of attribute locations on the card.
void	clearAttributes()	clearAttributes clears all attribute values from this state.
void	clearUniforms()	clearUniforms clears all uniform values from this state.
StateRecord	createStateRecord(ContextCapabilities caps)
ShaderVariable	getAttributeByName(String attributeName)	Retrieves a shader attribute by name.
ByteBuffer	getComputeShader()	Gets the currently loaded compute shader.
ByteBuffer	getFragmentShader()	Gets the currently loaded fragment shader.
ByteBuffer	getGeometryShader()	Gets the currently loaded geometry shader.
List<ShaderVariable>	getShaderAttributes()	Gets all shader attribute variables.
GLSLShaderDataLogic	getShaderDataLogic()
List<ShaderVariable>	getShaderUniforms()	Gets all shader uniforms variables.
ByteBuffer	getTessellationControlShader()	Gets the currently loaded tessellation control shader.
ByteBuffer	getTessellationEvaluationShader()	Gets the currently loaded tessellation evaluation shader.
RenderState.StateType	getType()
ShaderVariable	getUniformByName(String uniformName)	Retrieves a shader uniform by name.
ByteBuffer	getVertexShader()	Gets the currently loaded vertex shader.
boolean	isUseAttributeVBO()
protected ByteBuffer	load(InputStream in)
void	read(InputCapsule capsule)
void	setAttributePointer(String name, int size, boolean normalized, boolean unsigned, int stride, ByteBufferData data)	Set an attribute pointer value for this shader object.
void	setAttributePointer(String name, int size, boolean normalized, boolean unsigned, int stride, IntBufferData data)	Set an attribute pointer value for this shader object.
void	setAttributePointer(String name, int size, boolean normalized, boolean unsigned, int stride, ShortBufferData data)	Set an attribute pointer value for this shader object.
void	setAttributePointer(String name, int size, boolean normalized, int stride, FloatBufferData data)	Set an attribute pointer value for this shader object.
void	setAttributePointerMatrix(String name, int size, boolean normalized, FloatBufferData data)	Set an attribute pointer value for this shader object.
void	setComputeShader(InputStream stream)
void	setComputeShader(InputStream stream, String name)
void	setComputeShader(String shader)	Set the contents for our compute shader
void	setComputeShader(String shader, String name)	Set the contents for our compute shader
void	setComputeShader(ByteBuffer shader)	Set the contents for our compute shader
void	setComputeShader(ByteBuffer shader, String name)	Set the contents for our compute shader
void	setFragmentShader(InputStream stream)
void	setFragmentShader(InputStream stream, String name)
void	setFragmentShader(String shader)	Set the contents for our fragment shader
void	setFragmentShader(String shader, String name)	Set the contents for our fragment shader
void	setFragmentShader(ByteBuffer shader)	Set the contents for our fragment shader
void	setFragmentShader(ByteBuffer shader, String name)	Set the contents for our fragment shader
void	setGeometryShader(InputStream stream)
void	setGeometryShader(InputStream stream, String name)
void	setGeometryShader(String shader)	Set the contents for our geometry shader
void	setGeometryShader(String shader, String name)	Set the contents for our geometry shader
void	setGeometryShader(ByteBuffer shader)	Set the contents for our geometry shader
void	setGeometryShader(ByteBuffer shader, String name)	Set the contents for our geometry shader
void	setMesh(Mesh mesh)
void	setShaderDataLogic(GLSLShaderDataLogic shaderDataLogic)	Logic to handle setting mesh-specific data to a shader before rendering
void	setTessellationControlShader(InputStream stream)
void	setTessellationControlShader(InputStream stream, String name)
void	setTessellationControlShader(String shader)	Set the contents for our tessellation control shader
void	setTessellationControlShader(String shader, String name)	Set the contents for our tessellation control shader
void	setTessellationControlShader(ByteBuffer shader)	Set the contents for our tessellation control shader
void	setTessellationControlShader(ByteBuffer shader, String name)	Set the contents for our tessellation control shader
void	setTessellationEvaluationShader(InputStream stream)
void	setTessellationEvaluationShader(InputStream stream, String name)
void	setTessellationEvaluationShader(String shader)	Set the contents for our tessellation evaluation shader
void	setTessellationEvaluationShader(String shader, String name)	Set the contents for our tessellation evaluation shader
void	setTessellationEvaluationShader(ByteBuffer shader)	Set the contents for our tessellation evaluation shader
void	setTessellationEvaluationShader(ByteBuffer shader, String name)	Set the contents for our tessellation evaluation shader
void	setUniform(String name, boolean value)	Set an uniform value for this shader object.
void	setUniform(String name, boolean value1, boolean value2)	Set an uniform value for this shader object.
void	setUniform(String name, boolean value1, boolean value2, boolean value3)	Set an uniform value for this shader object.
void	setUniform(String name, boolean value1, boolean value2, boolean value3, boolean value4)	Set an uniform value for this shader object.
void	setUniform(String name, float value)	Set an uniform value for this shader object.
void	setUniform(String name, float[] value)	Set an uniform value for this shader object.
void	setUniform(String name, float value1, float value2)	Set an uniform value for this shader object.
void	setUniform(String name, float value1, float value2, float value3)	Set an uniform value for this shader object.
void	setUniform(String name, float value1, float value2, float value3, float value4)	Set an uniform value for this shader object.
void	setUniform(String name, int value)	Set an uniform value for this shader object.
void	setUniform(String name, int[] value)	Set an uniform value for this shader object.
void	setUniform(String name, int value1, int value2)	Set an uniform value for this shader object.
void	setUniform(String name, int value1, int value2, int value3)	Set an uniform value for this shader object.
void	setUniform(String name, int value1, int value2, int value3, int value4)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyColorRGBA value)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyMatrix3 value, boolean rowMajor)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyMatrix4[] values, boolean rowMajor)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyMatrix4 value, boolean rowMajor)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyQuaternion value)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyVector2 value)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyVector3 value)	Set an uniform value for this shader object.
void	setUniform(String name, ReadOnlyVector4 value)	Set an uniform value for this shader object.
void	setUniform(String name, FloatBuffer value, int size)	Set an uniform value for this shader object.
void	setUniform(String name, IntBuffer value)	Set an uniform value for this shader object.
void	setUniformMatrix4(String name, FloatBuffer value)	Set an uniform value for this shader object.
void	setUseAttributeVBO(boolean useAttributeVBO)
void	setVertexShader(InputStream stream)
void	setVertexShader(InputStream stream, String name)
void	setVertexShader(String shader)	Set the contents for our vertex shader
void	setVertexShader(String shader, String name)	Set the contents for our vertex shader
void	setVertexShader(ByteBuffer shader)	Set the contents for our vertex shader
void	setVertexShader(ByteBuffer shader, String name)	Set the contents for our vertex shader
void	write(OutputCapsule capsule)

Methods inherited from class com.ardor3d.renderer.state.RenderState

createState, extract, getClassTag, isEnabled, needsRefresh, setEnabled, setNeedsRefresh, setQuickCompares

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

_shaderUniforms

protected List<ShaderVariable> _shaderUniforms

Storage for shader uniform values

_shaderAttributes

protected List<ShaderVariable> _shaderAttributes

Storage for shader attribute values

_vertShader

protected ByteBuffer _vertShader

_fragShader

protected ByteBuffer _fragShader

_geomShader

protected ByteBuffer _geomShader

_tessControlShader

protected ByteBuffer _tessControlShader

_tessEvalShader

protected ByteBuffer _tessEvalShader

_compShader

protected ByteBuffer _compShader

_shaderDataLogic

public GLSLShaderDataLogic _shaderDataLogic

Optional logic for setting shadervariables based on the current geom. Note: If this object does not implement Savable, it will be ignored during write.

_mesh

public Mesh _mesh

The Mesh this shader currently operates on during rendering

_needSendShader

public boolean _needSendShader

_programID

public int _programID

OpenGL id for this program. *

_vertexShaderID

public int _vertexShaderID

OpenGL id for the attached vertex shader.

_fragmentShaderID

public int _fragmentShaderID

OpenGL id for the attached fragment shader.

_geometryShaderID

public int _geometryShaderID

OpenGL id for the attached geometry shader.

_tessellationControlShaderID

public int _tessellationControlShaderID

OpenGL id for the attached tessellation control shader.

_tessellationEvaluationShaderID

public int _tessellationEvaluationShaderID

OpenGL id for the attached tessellation evaluation shader.

_computeShaderID

public int _computeShaderID

OpenGL id for the attached compute shader.

_vertexShaderName

public String _vertexShaderName

optional name for our vertex shader, used for debugging details.

_fragmentShaderName

public String _fragmentShaderName

optional name for our fragment shader, used for debugging details.

_geometryShaderName

public String _geometryShaderName

optional name for our geometry shader, used for debugging details.

_tessellationControlShaderName

public String _tessellationControlShaderName

optional name for our tessellation control shader, used for debugging details.

_tessellationEvaluationShaderName

public String _tessellationEvaluationShaderName

optional name for our tessellation evaluation shader, used for debugging details.

_computeShaderName

public String _computeShaderName

optional name for our compute shader, used for debugging details.

Constructor Details

GLSLShaderObjectsState

public GLSLShaderObjectsState()

Method Details

getVertexShader

public ByteBuffer getVertexShader()

Gets the currently loaded vertex shader.

Returns:

the currently loaded vertex shader

getFragmentShader

public ByteBuffer getFragmentShader()

Gets the currently loaded fragment shader.

Returns:

the currently loaded fragment shader

getGeometryShader

public ByteBuffer getGeometryShader()

Gets the currently loaded geometry shader.

Returns:

the currently loaded geometry shader

getTessellationControlShader

public ByteBuffer getTessellationControlShader()

Gets the currently loaded tessellation control shader.

Returns:

the currently loaded tessellation control shader

getTessellationEvaluationShader

public ByteBuffer getTessellationEvaluationShader()

Gets the currently loaded tessellation evaluation shader.

Returns:

the currently loaded tessellation evaluation shader

getComputeShader

public ByteBuffer getComputeShader()

Gets the currently loaded compute shader.

Returns:

the currently loaded compute shader

setVertexShader

public void setVertexShader(InputStream stream)
                     throws IOException

Throws:

IOException

setVertexShader

public void setVertexShader(InputStream stream,
 String name)
                     throws IOException

Throws:

IOException

setFragmentShader

public void setFragmentShader(InputStream stream)
                       throws IOException

Throws:

IOException

setFragmentShader

public void setFragmentShader(InputStream stream,
 String name)
                       throws IOException

Throws:

IOException

setGeometryShader

public void setGeometryShader(InputStream stream)
                       throws IOException

Throws:

IOException

setGeometryShader

public void setGeometryShader(InputStream stream,
 String name)
                       throws IOException

Throws:

IOException

setTessellationControlShader

public void setTessellationControlShader(InputStream stream)
                                  throws IOException

Throws:

IOException

setTessellationControlShader

public void setTessellationControlShader(InputStream stream,
 String name)
                                  throws IOException

Throws:

IOException

setTessellationEvaluationShader

public void setTessellationEvaluationShader(InputStream stream)
                                     throws IOException

Throws:

IOException

setTessellationEvaluationShader

public void setTessellationEvaluationShader(InputStream stream,
 String name)
                                     throws IOException

Throws:

IOException

setComputeShader

public void setComputeShader(InputStream stream)
                      throws IOException

Throws:

IOException

setComputeShader

public void setComputeShader(InputStream stream,
 String name)
                      throws IOException

Throws:

IOException

load

protected ByteBuffer load(InputStream in)
                   throws IOException

Throws:

IOException

setVertexShader

public void setVertexShader(ByteBuffer shader)

Set the contents for our vertex shader

Parameters:

shader - the shader contents.

setVertexShader

public void setVertexShader(ByteBuffer shader,
 String name)

Set the contents for our vertex shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setFragmentShader

public void setFragmentShader(ByteBuffer shader)

Set the contents for our fragment shader

Parameters:

shader - the shader contents.

setFragmentShader

public void setFragmentShader(ByteBuffer shader,
 String name)

Set the contents for our fragment shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setGeometryShader

public void setGeometryShader(ByteBuffer shader)

Set the contents for our geometry shader

Parameters:

shader - the shader contents.

setGeometryShader

public void setGeometryShader(ByteBuffer shader,
 String name)

Set the contents for our geometry shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setTessellationControlShader

public void setTessellationControlShader(ByteBuffer shader)

Set the contents for our tessellation control shader

Parameters:

shader - the shader contents.

setTessellationControlShader

public void setTessellationControlShader(ByteBuffer shader,
 String name)

Set the contents for our tessellation control shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setTessellationEvaluationShader

public void setTessellationEvaluationShader(ByteBuffer shader)

Set the contents for our tessellation evaluation shader

Parameters:

shader - the shader contents.

setTessellationEvaluationShader

public void setTessellationEvaluationShader(ByteBuffer shader,
 String name)

Set the contents for our tessellation evaluation shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setComputeShader

public void setComputeShader(ByteBuffer shader)

Set the contents for our compute shader

Parameters:

shader - the shader contents.

setComputeShader

public void setComputeShader(ByteBuffer shader,
 String name)

Set the contents for our compute shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setVertexShader

public void setVertexShader(String shader)

Set the contents for our vertex shader

Parameters:

shader - the shader contents.

setVertexShader

public void setVertexShader(String shader,
 String name)

Set the contents for our vertex shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setFragmentShader

public void setFragmentShader(String shader)

Set the contents for our fragment shader

Parameters:

shader - the shader contents.

setFragmentShader

public void setFragmentShader(String shader,
 String name)

Set the contents for our fragment shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setGeometryShader

public void setGeometryShader(String shader)

Set the contents for our geometry shader

Parameters:

shader - the shader contents.

setGeometryShader

public void setGeometryShader(String shader,
 String name)

Set the contents for our geometry shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setTessellationControlShader

public void setTessellationControlShader(String shader)

Set the contents for our tessellation control shader

Parameters:

shader - the shader contents.

setTessellationControlShader

public void setTessellationControlShader(String shader,
 String name)

Set the contents for our tessellation control shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setTessellationEvaluationShader

public void setTessellationEvaluationShader(String shader)

Set the contents for our tessellation evaluation shader

Parameters:

shader - the shader contents.

setTessellationEvaluationShader

public void setTessellationEvaluationShader(String shader,
 String name)

Set the contents for our tessellation evaluation shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

setComputeShader

public void setComputeShader(String shader)

Set the contents for our compute shader

Parameters:

shader - the shader contents.

setComputeShader

public void setComputeShader(String shader,
 String name)

Set the contents for our compute shader

Parameters:

shader - the shader contents.

name - a label for this shader, displayer upon shader errors.

getShaderUniforms

public List<ShaderVariable> getShaderUniforms()

Gets all shader uniforms variables.

Returns:

all shader uniforms variables

getUniformByName

public ShaderVariable getUniformByName(String uniformName)

Retrieves a shader uniform by name.

Parameters:

uniformName - the name of the shader uniform

Returns:

the shader uniform

getShaderAttributes

public List<ShaderVariable> getShaderAttributes()

Gets all shader attribute variables.

Returns:

all shader attribute variables

getAttributeByName

public ShaderVariable getAttributeByName(String attributeName)

Retrieves a shader attribute by name.

Parameters:

attributeName - the attribute name

Returns:

the shader attribute

setMesh

public void setMesh(Mesh mesh)

Parameters:

mesh - the mesh

setShaderDataLogic

public void setShaderDataLogic(GLSLShaderDataLogic shaderDataLogic)

Logic to handle setting mesh-specific data to a shader before rendering

Parameters:

shaderDataLogic - the mesh-specific data logic

getShaderDataLogic

public GLSLShaderDataLogic getShaderDataLogic()

isUseAttributeVBO

public boolean isUseAttributeVBO()

setUseAttributeVBO

public void setUseAttributeVBO(boolean useAttributeVBO)

Parameters:

useAttributeVBO - if true, and we support VBO, we'll use VBO for shader attributes.

setUniform

public void setUniform(String name,
 boolean value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 int value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 float value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 boolean value1,
 boolean value2)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

setUniform

public void setUniform(String name,
 int value1,
 int value2)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

setUniform

public void setUniform(String name,
 float value1,
 float value2)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

setUniform

public void setUniform(String name,
 boolean value1,
 boolean value2,
 boolean value3)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

setUniform

public void setUniform(String name,
 int value1,
 int value2,
 int value3)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

setUniform

public void setUniform(String name,
 float value1,
 float value2,
 float value3)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

setUniform

public void setUniform(String name,
 boolean value1,
 boolean value2,
 boolean value3,
 boolean value4)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

value4 - the new value

setUniform

public void setUniform(String name,
 int value1,
 int value2,
 int value3,
 int value4)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

value4 - the new value

setUniform

public void setUniform(String name,
 float value1,
 float value2,
 float value3,
 float value4)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value1 - the new value

value2 - the new value

value3 - the new value

value4 - the new value

setUniform

public void setUniform(String name,
 FloatBuffer value,
 int size)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new float data

size - the number of components per entry (must be 1, 2, 3, or 4)

setUniform

public void setUniform(String name,
 float[] value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 IntBuffer value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 int[] value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyVector2 value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyVector3 value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyVector4 value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyColorRGBA value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyQuaternion value)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

setUniform

public void setUniform(String name,
 ReadOnlyMatrix3 value,
 boolean rowMajor)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

rowMajor - true if is this in row major order

setUniform

public void setUniform(String name,
 ReadOnlyMatrix4 value,
 boolean rowMajor)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

value - the new value

rowMajor - true if is this in row major order

setUniformMatrix4

public void setUniformMatrix4(String name,
 FloatBuffer value)

Set an uniform value for this shader object.

Parameters:

name - uniform Matrix4 variable to change

value - the new value, assumed row major

setUniform

public void setUniform(String name,
 ReadOnlyMatrix4[] values,
 boolean rowMajor)

Set an uniform value for this shader object.

Parameters:

name - uniform variable to change

values - the new values

rowMajor - true if is this in row major order

clearUniforms

public void clearUniforms()

clearUniforms clears all uniform values from this state.

setAttributePointer

public void setAttributePointer(String name,
 int size,
 boolean normalized,
 int stride,
 FloatBufferData data)

Set an attribute pointer value for this shader object.

Parameters:

name - attribute variable to change

size - Specifies the number of values for each element of the generic vertex attribute array. Must be 1, 2, 3, or 4.

normalized - Specifies whether fixed-point data values should be normalized or converted directly as fixed-point values when they are accessed.

stride - Specifies the byte offset between consecutive attribute values. If stride is 0 (the initial value), the attribute values are understood to be tightly packed in the array.

data - The actual data to use as attribute pointer

setAttributePointerMatrix

public void setAttributePointerMatrix(String name,
 int size,
 boolean normalized,
 FloatBufferData data)

Set an attribute pointer value for this shader object.

Parameters:

name - attribute variable to change

size - the number of rows and cols in the matrix. Must be 2, 3, or 4.

normalized - Specifies whether fixed-point data values should be normalized or converted directly as fixed-point values when they are accessed.

data - The actual data to use as attribute pointer

setAttributePointer

public void setAttributePointer(String name,
 int size,
 boolean normalized,
 boolean unsigned,
 int stride,
 ByteBufferData data)

Set an attribute pointer value for this shader object.

Parameters:

name - attribute variable to change

size - Specifies the number of values for each element of the generic vertex attribute array. Must be 1, 2, 3, or 4.

normalized - Specifies whether fixed-point data values should be normalized or converted directly as fixed-point values when they are accessed.

unsigned - Specifies wheter the data is signed or unsigned

stride - Specifies the byte offset between consecutive attribute values. If stride is 0 (the initial value), the attribute values are understood to be tightly packed in the array.

data - The actual data to use as attribute pointer

setAttributePointer

public void setAttributePointer(String name,
 int size,
 boolean normalized,
 boolean unsigned,
 int stride,
 IntBufferData data)

Set an attribute pointer value for this shader object.

Parameters:

name - attribute variable to change

size - Specifies the number of values for each element of the generic vertex attribute array. Must be 1, 2, 3, or 4.

normalized - Specifies whether fixed-point data values should be normalized or converted directly as fixed-point values when they are accessed.

unsigned - Specifies wheter the data is signed or unsigned

stride - Specifies the byte offset between consecutive attribute values. If stride is 0 (the initial value), the attribute values are understood to be tightly packed in the array.

data - The actual data to use as attribute pointer

setAttributePointer

public void setAttributePointer(String name,
 int size,
 boolean normalized,
 boolean unsigned,
 int stride,
 ShortBufferData data)

Set an attribute pointer value for this shader object.

Parameters:

name - attribute variable to change

size - Specifies the number of values for each element of the generic vertex attribute array. Must be 1, 2, 3, or 4.

normalized - Specifies whether fixed-point data values should be normalized or converted directly as fixed-point values when they are accessed.

unsigned - Specifies wheter the data is signed or unsigned

stride - Specifies the byte offset between consecutive attribute values. If stride is 0 (the initial value), the attribute values are understood to be tightly packed in the array.

data - The actual data to use as attribute pointer

clearAttributes

public void clearAttributes()

clearAttributes clears all attribute values from this state.

getType

public RenderState.StateType getType()

Specified by:

getType in class RenderState

Returns:

An statetype enum value for the subclass.

See Also:

• RenderState.StateType

checkAttributeSizeLimits

public void checkAttributeSizeLimits()

Check if we are keeping the size limits in terms of attribute locations on the card.

write

public void write(OutputCapsule capsule)
           throws IOException

Specified by:

write in interface Savable

Overrides:

write in class RenderState

Throws:

IOException

read

public void read(InputCapsule capsule)
          throws IOException

Specified by:

read in interface Savable

Overrides:

read in class RenderState

Throws:

IOException

createStateRecord

public StateRecord createStateRecord(ContextCapabilities caps)

Specified by:

createStateRecord in class RenderState