WW.GL
Texture target as used in .
Internal pixel format as used in and .
Texture has one color component.
Texture has two color component.
Texture has three color component.
Texture has four color component.
This enum defines how a NURBS surface is to be rendered.
Used in .
OpenGL capabilities that can be enabled and disabled.
Enables specularly lit textures (Windows only).
See also: http://oss.sgi.com/projects/ogl-sample/registry/WIN/specular_fog.txt
The tesselation winding type determines which parts of a polygon are on the interior.
Absolute value greater or equal to two.
The OpenGL Utility (GLU) library methods.
The GLU library is implemented in software (so a OpenGL rendering context is not required).
Wrapper method around (which is gluGetString).
The gluScaleImage function scales an image to an arbitrary size.
Set one of the tessellation object properties.
The tessellation object pointer.
Which parameter (should be or
.
When a true/false is expected use 1 or 0.
The gluNurbsCurve function defines the shape of a NURBS curve.
Only use the one-dimensional evaluator types.
The gluNurbsSurface function defines the shape of a NURBS surface.
The nobj.
The s knot count.
The s knots.
The t knot count.
The t knots.
The s stride.
The t stride.
The CTL array.
The s order.
The t order.
Only use the two-dimensional evaluator types.
Registers a NURBS callback.
The NURBS object pointer.
The type of callback.
The callback (a is passed as parameter).
Convenience wrapper around the OpenGL rendering context.
Per thread one rendering context can be current (see ).
Makes sure to dispose this wrapper as soon as possible. This wrapper may not be disposed
while the OpenGL rendering context is still current on another thread.
When just releasing this rendering context wrapper while the wrapped OpenGL rendering context
is still current (in e.g. the main thread),
this wrapper will be disposed of in the garbage collection thread through the finalizer
and will cause an error.
See for more details the MSDN documentation on the wglDeleteContext Function
(It is illegal to call wglDeleteContext while the rendering context
is current on another thread).
Makes this rendering context current for OpenGL.
Creates an OpenGL rendering context from a window handle.
Creates an OpenGL rendering context from a window handle.
The window handle.
The one-based pixel format index (see also .
Creates an OpenGL rendering context for rendering onto a bitmap.
The bitmap info.
The handle of the created bitmap.
See .
This wrapper may not be disposed
while the OpenGL rendering context is still current on another thread.
This method calls and
or (depending on how the device context was created).
Gets the window handle.
Gets the device context handle.
Gets the OpenGL rendering context handle.
Gets the pixel format index (one based! Value is zero if invalid pixel format index).
See also .
The pixel copy type as used in .
NURBS error code as passed in the NURBS call back method (see ).
Use to get the error string corresponding to the error code.
Specifies the type of data contained in the bmiColors array member
of the structure (either logical palette indexes or literal RGB values).
Helper class for OpenGL drawing onto a device context using back buffering.
This class handles rendering on the back buffer and swapping the
front and back buffers.
Anti-aliasing is provided optionally, see properties ,
and .
Constructor.
Constructor.
Finalizer releasing all OpenGL resources.
Initialize the graphics using given OpenGL rendering context.
This object will become the owner of the rendering context and
will dispose it when this object is disposed.
Paint.
Paint the scene.
Calls , and optionally handles anti aliasing by
modifying the projection matrix using jitter vectors.
In case anti aliasing is enabled, DrawSceneHelper is called multiple times.
This method also handles swapping buffers.
Event handler called when the control is resized.
Draws the scene.
Calls ,
and in this order.
Raises the event.
Raises the event.
Raises the event.
Raised when the scene is drawn.
Raised before the scene is drawn.
Raised after the scene is drawn.
Gets the OpenGL rendering context.
Gets or sets whether anti-aliasing is enabled.
Gets or sets the anti-aliasing degree (default value is 2).
Settings this property will generate a degree x degree jitter vectors
into .
Gets or sets the anti-alias jitter vectors.
Enumeration of constants used by the GL_EXT_vertex_array extension.
See .
Tesselation callback types to use with .
Every callback type has an associated delegate in class .
Matches delegate .
Matches delegate .
Matches delegate .
Matches delegate .
Matches delegate .
Matches delegate .
Normal vector type.
See for more details .
Interleaved array format.
The hint target (see ).
Enables rendering Phong shaded primitives using OpenGL (Windows only).
See also: http://oss.sgi.com/projects/ogl-sample/registry/WIN/phong_shading.txt
This class represents an OpenGL display list.
Child display lists must be constructed before this display list was created,
otherwise the child display list is not rendered.
Initializes a new instance of the class.
After constructing the display list the list must be ended by calling this method.
Deletes this display list and its children recursively.
Gets the children.
GLU error code.
Use to get the error string corresponding to the error code.
OpenGL utility class with wrapper methods.
OpenGL constants can be used in the form of type safe enumerations for maximum usability.
Enum is an example of this:
methods and takes this capability as
a parameter.
This makes it harder to pass the wrong OpenGL constant as a method parameter and
the auto-completion can now greatly improve programming speed, since the IDE will
suggest which enums can be used after typing GL.Enable(.
Some OpenGL methods have been overloaded, where more than one enum can be passed as a parameter
(see again e.g. ).
Some overloads are created to directly operate on the WW.Math structs, like
and
(where there is no or negligible performance penalty).
Methods and are examples of these.
The CopyTexImage1D function copies pixels from the framebuffer into a one-dimensional texture image.
The texture target (must be ).
The CopyTexImage2D function copies pixels from the framebuffer into a two-dimensional texture image.
The texture target (must be ).
The CopyTexSubImage1D function copies a sub-image of a one-dimensional texture image from the framebuffer.
The texture target (must be ).
The CopyTexSubImage2D function copies a sub-image of a two-dimensional texture image from the framebuffer.
The texture target (must be ).
Sets the comparison function for the depth test.
The comparison function to use for the depth test.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Mode.
Fog factor.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Density, Start, End or Index.
Value for density, start or end in the fog equations.
When fogParameter is Index, specifies the the fog's color index.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Color.
Specifies the RGBA-values for the fog's color.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Mode.
Fog factor.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Density, Start, End or Index.
Value for density, start or end in the fog equations.
When fogParameter is Index, specifies the the fog's color index.
Sets the parameter and function for calculating fog.
Parameter-name. Must be Color.
Specifies the RGBA-values for the fog's color.
This extension defines a new RGBA-format color lookup mechanism.
See: http://oss.sgi.com/projects/ogl-sample/registry/SGI/color_table.txt
This extension defines a new RGBA-format color lookup mechanism.
See: http://oss.sgi.com/projects/ogl-sample/registry/SGI/color_table.txt
Wrapper method around (which is glGetString).
Sets the current texturing function.
Target of the texturing function.
If target is FilterControl, then pname must be LodBias, and param is the value used to bias the mipmapping level-of-detail.
Value used to bias the mipmapping level-of-detail.
Sets the current texturing function.
Target of the texturing function. Must be Environment.
Parameter-name. Must be Mode.
Specifies how texture values are combined with the color values of the fragment being processed.
Sets the current texturing function.
Target of the texturing function. Must be Environment.
Parameter-name. Must be Color.
Array of 4 floats (R,G,B,A) which denotes a color to be used for Blend-operations.
Sets the current texturing function.
Target of the texturing function.
If target is FilterControl, then pname must be LodBias, and param is the value used to bias the mipmapping level-of-detail.
Value used to bias the mipmapping level-of-detail.
Sets the current texturing function.
Target of the texturing function. Must be Environment.
Parameter-name. Must be Mode.
Specifies how texture values are combined with the color values of the fragment being processed.
Sets the current texturing function.
Target of the texturing function. Must be Environment.
Parameter-name. Must be Color.
Array of 4 floats (R,G,B,A) which denotes a color to be used for Blend-operations.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter. Must be TextureGenMode.
Function to use to generate texture coordinates.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter. Must be TextureGenMode.
Function to use to generate texture coordinates.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter. Must be TextureGenMode.
Function to use to generate texture coordinates.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Value to use with the texture-generation function.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Values to use with the texture-generation function.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Value to use with the texture-generation function.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Values to use with the texture-generation function.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Value to use with the texture-generation function.
Automatically generates texture coordinates.
Name of texture coordinate to be generated (s, t, r or q).
Parameter.
Values to use with the texture-generation function.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be WrapS, WrapT or WrapR.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be MagnificationFilter.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be MinificationFilter.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be CompareFunction.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be CompareMode.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be DepthTextureMode.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be GenerateMipmap.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set.
Values of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be WrapS, WrapT or WrapR.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be MagnificationFilter.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be MinificationFilter.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be CompareFunction.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be CompareMode.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be DepthTextureMode.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set. Must be GenerateMipmap.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set.
Value of the parameter to set.
Sets various parameters that control how a texture is treated as it's applied to a fragment or stored in a texture object.
Type of target texture.
Name of the parameter to set.
Values of the parameter to set.
Passes a vertex pointer.
The size.
Type of the data.
The stride.
The pointer.
Note that the referenced array must be pinned until it is no longer used by OpenGL!
Passes a vertex pointer.
The size.
Type of the data.
The stride.
The vertex array.
Note that the array must be pinned until it is no longer used by OpenGL!
Determines whether the specified OpenGL extension is supported on the system.
The OpenGL extension to check support for.
Returns True when the specified OpenGL extension is supported, False otherwise.
Gets the supported OpenGL extensions.
Helper types for use with the .
Pixel type.
Layer type.
flags.
For use in only.
For use in only.
For use in only.
Enables rendering Phong shaded primitives using OpenGL (Windows only).
See also: http://oss.sgi.com/projects/ogl-sample/registry/WIN/phong_shading.txt
The quadric draw style.
Represents a pixel format descriptor of a drawing surface.
Gets the supported fixel format descriptors for specified device context.
The device context handle.
The device context associate with a window can be retrieved with .
Enumeration of tokens placed in the feedback-buffer returned by .
See .
Client array type as used in and
.
This class contains OpenGL utility methods specific to the Windows platform.
Gets the device context of the window with given handle.
Handle to window
Retrieves an index for a pixel format closest to what is passed.
Device context
Pixel Format Descriptor struct
The one-based pixel format index. Returns zero if the call failed.
Obtains information about the pixel format identified by pixelFormat of the
device associated with hdc. The function sets the members of the PixelFormatDescriptor
structure pointed to by pfd with that pixel format data.
Device context
Pixelformat index
Size (in bytes) of the pixelformat descriptor object
The pixelformat descriptor object
Returns maximum pixelformat index of the device context or zero in case of failure.
Sets the pixel format for the device context to the format specified by the index.
Device Context
Index to a pixel format returned ChoosePixelFormat (one-base).
The logical pixel format descriptor.
Creates a compatible device context.
Device context
Creates a rendering context for the device context.
Device context
Gets the handle to the current OpenGL rendering context of the calling thread.
Sets the current rendering context.
Device context.
Rendering context.
Deletes the rendering context.
Rendering context to delete.
Swaps the display buffers in a double buffer context.
Device context.
Initializes the class.
Bias the mipmapping level-of-detail.
This attribute you can use in your assemblies to prevent from Spices.Net Decompiler decompilation
You can attach this attribute to type(class) or to entire assembly
Simply attach this attribute to assembly attributes (usually located in AssemblyInfo.cs) as following:
[assembly: NineRays.Decompiler.NotDecompile]
Warning: If you use antiILDASM do not include and attach this attribute to your assembly
In this case Spices.Obfuscator embeds this attribute and attaches to assembly
attributes automatically
Attribute to disable string encryption on some methos or constructor
Attribute to define namespace of the obfuscated type
Attribute to define name of the obfuscated type
Attribute to include member into obfuscation
Attribute to exclude member from obfuscation
Allows to exclude from obfuscation classes that matches attribute pattern string
Note: pattern string will be used for analysis only on the assembly, that attribute attached
Analysis based on member fully qualified name
Example: [assembly:NineRays.Obfuscator.NotObfuscateMembersAttribute("MyCompany.Fo*")]
- will be exluded all types with names beginning MyCompany.Fo (MyCompany.Foo, MyCompany.ForEachEnumerator) and his members (methods, fields, properties)
When used with GL.TexEnv*, pname must be .
OpenGL exception.
Constructor.
Constructor.
Constructor.
NURBS sampling method, specifying how to tessallate a NURBS surface.
Used in .
Target parameter for methods
,
,
,
.
Use with GetIntegerv to determine the recommended maximum amount of vertex data (Windows-only).
Use with GetIntegerv to determine the recommended maximum amount of index data (Windows-only).
The type of tessellation.
The nurbs property type.
Note: only used with .