GLES32 Class

Creates a managed instance that represents an existing Java object.

Selects the number of active atomic-counter buffers used by a program.

Selects the required buffer length for the longest active attribute name, including its terminating null.

Selects the number of active attribute variables in a program.

Selects a program pipeline's active program for uniform updates.

Selects the number of active resources in a program interface.

Selects the active texture-unit token reported by a state query.

Selects the longest active uniform-block name length, including its null terminator.

Selects a program's number of active uniform blocks.

Selects the required buffer length for the longest active uniform name, including its terminating null.

Selects the number of active uniform variables in a program.

Selects the list of active variable indices associated with a program block or atomic-counter buffer.

Selects the minimum and maximum supported widths of aliased lines.

Selects the minimum and maximum supported sizes of aliased points.

Mask selecting all supported memory-barrier access categories.

Mask selecting all shader stages supported by the context.

Identifies alpha-only pixel data.

Selects the number of alpha-component bits in the current framebuffer's color buffer.

Client-wait result indicating that the sync object was already signaled when the call began.

Comparison function that always passes.

Query target reporting whether any sample passes the applicable fragment tests.

Occlusion-query target that may report a passing sample conservatively even when none passed.

Buffer-object target supplying vertex attribute data.

Selects the buffer-object name currently bound to the array-buffer target.

Selects an active variable's array size, with one for a non-array and zero for an array whose size is not fixed at link time.

Selects the byte stride between elements of a buffer-backed program variable array.

Memory-barrier bit making preceding writes visible to subsequent atomic-counter accesses.

Buffer target and program-interface token for atomic-counter storage.

Selects an atomic-counter binding's buffer-object name.

Selects the active atomic-counter buffer index containing a uniform, or minus one for other uniforms.

Selects the byte size of an indexed atomic-counter buffer range.

Selects the starting byte offset of an indexed atomic-counter buffer range.

Selects the number of shader objects attached to a program.

Face selector for back-facing polygons.

Capability token controlling source-and-destination color blending.

Selects the constant red, green, blue, and alpha values used by blending.

Selects the destination blend factor used for alpha.

Selects the destination blend factor used for RGB components.

Selects the blending equation used for alpha.

Selects the blending equation used for RGB components.

Selects the blending equation used for RGB components.

Selects the source blend factor used for alpha.

Selects the source blend factor used for RGB components.

Selects a variable's containing interface-block index, or minus one when it has no interface block.

Texture-swizzle source token for the blue component.

Selects the number of blue-component bits in the current framebuffer's color buffer.

Identifies the Boolean scalar shader type.

Identifies a two-component Boolean shader vector type.

Identifies a three-component Boolean shader vector type.

Identifies a four-component Boolean shader vector type.

Object-label identifier for GL buffer objects.

Selects the access flags used to map a buffer object's data store.

Selects the buffer binding-point index assigned to a program block or atomic-counter buffer.

Selects the minimum buffer size in bytes required for an active block or atomic-counter buffer.

Selects the length in bytes of the mapped buffer range.

Selects the mapped range's byte offset within the buffer object's data store.

Selects whether a buffer object's data store is currently mapped.

Selects the pointer returned for the mapped buffer range.

Selects the size of a buffer object's data store in bytes.

Memory-barrier bit for subsequent buffer-update and buffer-mapping access.

Selects the usage hint recorded for a buffer object's data store.

Program-interface token selecting active shader buffer variables.

Vertex component type for signed 8-bit integers.

Selects counterclockwise winding for front-facing polygons.

Texture wrap mode using the texture border color outside the image boundary.

Clamps texture addressing to the outermost texel centers.

Buffer selector for clearing color values.

Identifies color attachment zero of a framebuffer.

Identifies color attachment 1 where supported by the framebuffer attachment limit.

Identifies color attachment 10 where supported by the framebuffer attachment limit.

Identifies color attachment 11 where supported by the framebuffer attachment limit.

Identifies color attachment 12 where supported by the framebuffer attachment limit.

Identifies color attachment 13 where supported by the framebuffer attachment limit.

Identifies color attachment 14 where supported by the framebuffer attachment limit.

Identifies color attachment 15 where supported by the framebuffer attachment limit.

Identifies color attachment 2 where supported by the framebuffer attachment limit.

Identifies color attachment 3 where supported by the framebuffer attachment limit.

Identifies color attachment 4 where supported by the framebuffer attachment limit.

Identifies color attachment 5 where supported by the framebuffer attachment limit.

Identifies color attachment 6 where supported by the framebuffer attachment limit.

Identifies color attachment 7 where supported by the framebuffer attachment limit.

Identifies color attachment 8 where supported by the framebuffer attachment limit.

Identifies color attachment 9 where supported by the framebuffer attachment limit.

Mask bit selecting the color buffer for clearing.

Advanced color-burn blending mode for darkening destination colors.

Selects the four-component color-buffer clear value.

Advanced color-dodge blending mode for brightening destination colors.

Selects the red, green, blue, and alpha color-write enable flags.

Memory-barrier bit making preceding shader writes visible to subsequent indirect commands.

Texture comparison mode that compares a reference value with sampled depth.

Selects the result of a shader object's most recent compilation attempt.

EAC compressed texture format for one unsigned-normalized 11-bit red channel.

EAC compressed texture format for unsigned-normalized 11-bit red and green channels.

ETC2 compressed RGB texture format without alpha.

ETC2 compressed RGB texture format with one-bit punch-through alpha.

Compressed RGBA texture format using ETC2 color and EAC alpha encoding.

ASTC compressed RGBA texture format with ten-by-ten texel blocks.

ASTC compressed RGBA texture format with ten-by-five texel blocks.

ASTC compressed RGBA texture format with ten-by-six texel blocks.

ASTC compressed RGBA texture format with ten-by-eight texel blocks.

ASTC compressed RGBA texture format with twelve-by-ten texel blocks.

ASTC compressed RGBA texture format with twelve-by-twelve texel blocks.

ASTC compressed RGBA texture format with four-by-four texel blocks.

ASTC compressed RGBA texture format with five-by-four texel blocks.

ASTC compressed RGBA texture format with five-by-five texel blocks.

ASTC compressed RGBA texture format with six-by-five texel blocks.

ASTC compressed RGBA texture format with six-by-six texel blocks.

ASTC compressed RGBA texture format with eight-by-five texel blocks.

ASTC compressed RGBA texture format with eight-by-six texel blocks.

ASTC compressed RGBA texture format with eight-by-eight texel blocks.

EAC compressed texture format for one signed-normalized 11-bit red channel.

EAC compressed texture format for signed-normalized 11-bit red and green channels.

ASTC texture format with sRGB color, linear alpha, and ten-by-ten texel blocks.

ASTC texture format with sRGB color, linear alpha, and ten-by-five texel blocks.

ASTC texture format with sRGB color, linear alpha, and ten-by-six texel blocks.

ASTC texture format with sRGB color, linear alpha, and ten-by-eight texel blocks.

ASTC texture format with sRGB color, linear alpha, and twelve-by-ten texel blocks.

ASTC texture format with sRGB color, linear alpha, and twelve-by-twelve texel blocks.

ASTC texture format with sRGB color, linear alpha, and four-by-four texel blocks.

ASTC texture format with sRGB color, linear alpha, and five-by-four texel blocks.

ASTC texture format with sRGB color, linear alpha, and five-by-five texel blocks.

ASTC texture format with sRGB color, linear alpha, and six-by-five texel blocks.

ASTC texture format with sRGB color, linear alpha, and six-by-six texel blocks.

ASTC texture format with sRGB color, linear alpha, and eight-by-five texel blocks.

ASTC texture format with sRGB color, linear alpha, and eight-by-six texel blocks.

ASTC texture format with sRGB color, linear alpha, and eight-by-eight texel blocks.

Compressed texture format using ETC2 sRGB color and EAC linear alpha.

ETC2 compressed sRGB texture format without alpha.

ETC2 compressed sRGB texture format with one-bit punch-through alpha.

Selects the list of supported compressed texture-format tokens.

Identifies the compute shader stage.

Program-stage mask bit selecting the compute shader.

Selects a compute program's three-dimensional local work-group size.

Client-wait result indicating that the sync condition became satisfied before the timeout expired.

Uses the constant blend-color alpha value as a blending factor.

Uses the constant blend-color components as blending factors.

Context flag bit identifying a debug-enabled GL context.

Context flag bit identifying robust buffer access.

Selects the current GL context's creation-flags bitfield.

Error token indicating that the GL context has been lost.

Buffer-object target selecting the source of a buffer-to-buffer copy.

Selects the buffer-object name bound to the copy-read target.

Buffer-object target selecting the destination of a buffer-to-buffer copy.

Selects the buffer-object name bound to the copy-write target.

Capability token controlling polygon face culling.

Selects which polygon faces are configured for culling.

Selects the program-object name currently bound by glUseProgram.

Selects the active query-object name for a query target, or zero when no query is active.

Selects the four-component current value of a generic vertex attribute.

Selects clockwise winding for front-facing polygons.

Advanced blending mode using the componentwise minimum of unpremultiplied source and destination colors.

GL query token for the debug callback function pointer.

GL query token for the debug callback's user-data pointer.

Selects the current debug-group stack depth, including the default group.

Selects the number of messages currently in the GL debug log.

Selects the next logged debug message's length, including its null terminator.

Capability token enabling GL debug output.

Capability token requesting synchronous GL debug output.

Debug-message severity token for high-severity issues.

Debug-message severity token for low-severity issues.

Debug-message severity token for medium-severity issues.

Debug-message severity token for informational notifications.

Debug-message source token for the GL API.

Debug-message source token for the application.

Debug-message source token for sources outside the named categories.

Debug-message source token for shader compilation or linking.

Debug-message source token for third-party tools or libraries.

Debug-message source token for the window-system binding.

Debug-message category for deprecated behavior.

Debug-message category for errors.

Debug-message category for an annotation marker.

Debug-message category for messages outside the named types.

Debug-message category for performance issues.

Debug-message category for leaving a debug group.

Debug-message category for portability risks.

Debug-message category for entering a debug group.

Debug-message category for undefined behavior.

Decrements a stencil-buffer value, clamping at zero.

Decrements a stencil-buffer value, wrapping zero to the largest representable value.

Selects whether a shader or program object is marked for deletion.

Buffer selector for clearing depth values.

Requests an internal format with 24-bit normalized depth and eight-bit stencil.

Requests an internal format with 32-bit floating-point depth and eight-bit stencil.

Identifies a framebuffer's depth attachment point.

Selects the number of depth-buffer bits in the current framebuffer.

Mask bit selecting the depth buffer for clearing.

Selects the depth-buffer clear value.

Identifies depth-component pixel data where that format is supported.

Requests a 16-bit depth-renderbuffer format.

Requests a 24-bit normalized depth internal format.

Requests a 32-bit floating-point depth internal format.

Selects the configured depth-comparison function.

Selects the near and far window-depth mapping values.

Pixel-format token for data containing both depth and stencil components.

Combined selector for a framebuffer's depth and stencil attachment points.

Selects whether a depth-stencil texture supplies depth or stencil components to texture sampling.

Capability token controlling fragment depth testing.

Selects whether depth-buffer writes are enabled.

Advanced blending mode using the absolute difference of unpremultiplied source and destination colors.

Buffer target supplying indirect compute-dispatch arguments.

Selects the buffer-object name bound for indirect compute dispatch.

Capability token requesting dithering when reducing color precision.

Leaves a rendering hint's quality-versus-performance choice to the implementation.

Selects draw-buffer slot 0's destination where that slot is supported.

Selects draw-buffer slot 1's destination where that slot is supported.

Selects draw-buffer slot 10's destination where that slot is supported.

Selects draw-buffer slot 11's destination where that slot is supported.

Selects draw-buffer slot 12's destination where that slot is supported.

Selects draw-buffer slot 13's destination where that slot is supported.

Selects draw-buffer slot 14's destination where that slot is supported.

Selects draw-buffer slot 15's destination where that slot is supported.

Selects draw-buffer slot 2's destination where that slot is supported.

Selects draw-buffer slot 3's destination where that slot is supported.

Selects draw-buffer slot 4's destination where that slot is supported.

Selects draw-buffer slot 5's destination where that slot is supported.

Selects draw-buffer slot 6's destination where that slot is supported.

Selects draw-buffer slot 7's destination where that slot is supported.

Selects draw-buffer slot 8's destination where that slot is supported.

Selects draw-buffer slot 9's destination where that slot is supported.

Framebuffer binding target for drawing.

Selects the currently bound draw-framebuffer object's name.

Buffer target supplying indirect drawing arguments.

Selects the buffer-object name bound for indirect drawing.

Uses the destination alpha value as a blending factor.

Uses the destination color components as blending factors.

Usage hint for GL-generated data changed repeatedly and used many times for drawing or image specification.

Usage hint for application-supplied data changed repeatedly and used many times for drawing.

Usage hint for GL-generated data changed repeatedly and read many times by the application.

Memory-barrier bit making preceding shader writes visible to subsequent element-index fetches.

Buffer-object target supplying element indices for indexed drawing.

Selects the buffer-object name bound to the element-array target.

Passes only when the compared values are equal.

Advanced blending mode using the color sum minus twice the product of the unpremultiplied colors.

Selects the supported-extension string returned by glGetString.

The GL Boolean value representing false.

Requests faster processing for the selected rendering hint.

Layer-selection convention using the first vertex of a primitive.

Vertex component type for signed 16.16 fixed-point values.

Identifies floating-point scalar shader data or floating-point vertex components.

Pixel type storing 32-bit floating-point depth and eight-bit stencil in two 32-bit words.

Identifies a two-by-two floating-point shader matrix type.

Uniform-type token for a floating-point matrix with two columns and three rows.

Uniform-type token for a floating-point matrix with two columns and four rows.

Identifies a three-by-three floating-point shader matrix type.

Uniform-type token for a floating-point matrix with three columns and two rows.

Uniform-type token for a floating-point matrix with three columns and four rows.

Identifies a four-by-four floating-point shader matrix type.

Uniform-type token for a floating-point matrix with four columns and two rows.

Uniform-type token for a floating-point matrix with four columns and three rows.

Identifies a two-component floating-point shader vector type.

Identifies a three-component floating-point shader vector type.

Identifies a four-component floating-point shader vector type.

Tessellation spacing mode that rounds to an even segment count.

Tessellation spacing mode that rounds to an odd segment count.

Selects the number of fractional bits in supported fragment interpolation offsets.

Identifies the fragment-shader object type.

Program-stage mask bit selecting the fragment shader.

Selects the quality hint for fragment-shader derivative calculations.

Target used for framebuffer-object operations.

Selects the number of alpha bits in a framebuffer attachment.

Selects the number of blue bits in a framebuffer attachment.

Selects a framebuffer attachment's linear-or-sRGB color encoding.

Selects a framebuffer attachment's component type.

Selects the number of depth bits in a framebuffer attachment.

Selects the number of green bits in a framebuffer attachment.

Selects whether a framebuffer attachment contains an entire layered texture level.

Selects the name of the texture or renderbuffer containing an attached image.

Selects whether a framebuffer attachment contains a texture, a renderbuffer, or no object.

Selects the number of red bits in a framebuffer attachment.

Selects the number of stencil bits in a framebuffer attachment.

Selects the cube-map face of an attached texture image, or zero for a non-cube texture.

Selects the texture layer containing an attached framebuffer image.

Selects the mipmap level of a texture image attached to a framebuffer.

Memory-barrier bit for subsequent framebuffer-attachment reads and writes.

Selects the currently bound framebuffer-object name.

Framebuffer status indicating that its completeness checks passed.

Attachment object-type token identifying an image supplied by the default framebuffer.

Selects fixed sample locations for an attachment-free framebuffer.

Selects an attachment-free framebuffer's default height in pixels.

Selects an attachment-free framebuffer's default layer count.

Selects an attachment-free framebuffer's default sample count.

Selects an attachment-free framebuffer's default width in pixels.

Framebuffer status indicating that an attachment has a missing, invalid, or unsuitable image.

ES2 framebuffer status indicating that attached images have different dimensions.

Framebuffer status indicating incompatible layered-attachment state.

Framebuffer status indicating that no images are attached.

Framebuffer status indicating incompatible multisample attachment state.

Framebuffer status indicating that the default framebuffer does not exist.

Framebuffer status indicating an unsupported combination of attachment image formats.

Face selector for front-facing polygons.

Face selector covering both front-facing and back-facing polygons.

Selects the winding convention that defines front-facing polygons.

Adds the weighted source and destination color components.

Subtracts weighted source color components from weighted destination components.

Subtracts weighted destination color components from weighted source components.

Selects the hint controlling implementation choices during mipmap generation.

Selects a linked geometry shader's input primitive type.

Selects a linked geometry shader's output primitive type.

Identifies the geometry shader stage.

Program-stage mask bit selecting the geometry shader.

Selects the number of geometry shader invocations per input primitive.

Selects a linked geometry shader's maximum output vertices per invocation.

Passes only when the first compared value is greater than or equal to the second.

Passes only when the first compared value is greater than the second.

Texture-swizzle source token for the green component.

Selects the number of green-component bits in the current framebuffer's color buffer.

Graphics-reset status attributing the reset to the current context.

Identifies 16-bit floating-point component data.

Advanced hard-light blending mode controlled by the source color.

Selects high-precision floating-point shader capability information.

Selects high-precision integer shader capability information.

Advanced blending mode taking hue and saturation from the source and luminosity from the destination.

Advanced blending mode taking hue from the source and saturation and luminosity from the destination.

Advanced blending mode taking luminosity from the source and hue and saturation from the destination.

Advanced blending mode taking saturation from the source and hue and luminosity from the destination.

Uniform-type token for a two-dimensional floating-point image.

Uniform-type token for a two-dimensional floating-point array image.

Uniform-type token for a three-dimensional floating-point image.

Selects the permitted access mode of an image-unit binding.

Selects the format used for an image-unit binding's formatted loads and stores.

Selects the texture layer assigned to a non-layered image-unit binding.

Selects whether an image-unit binding includes all layers of the texture level.

Selects the texture mipmap level assigned to an image-unit binding.

Selects the texture-object name assigned to an image-unit binding.

Uniform-type token for a floating-point buffer image.

Uniform-type token for a floating-point cube-map image.

Uniform-type token for a floating-point cube-map array image.

Image-format compatibility rule requiring matching format classes.

Image-format compatibility rule requiring equal texel sizes.

Selects whether a texture's image formats are compatible by size or by class.

Selects the implementation-preferred color-read pixel format for the current framebuffer.

Selects the implementation-preferred color-read pixel type for the current framebuffer.

Increments a stencil-buffer value, clamping at the largest representable value.

Increments a stencil-buffer value, wrapping the largest representable value to zero.

Selects the buffer length required for a shader or program information log, including a terminating null when a log exists.

Graphics-reset status indicating that the reset was not caused by the current context.

Identifies the integer scalar shader type.

Packed signed vertex type with three ten-bit components and one two-bit component.

Transform-feedback mode storing captured attributes together in one buffer.

Uniform-type token for a two-dimensional signed-integer image.

Uniform-type token for a two-dimensional signed-integer array image.

Uniform-type token for a three-dimensional signed-integer image.

Uniform-type token for a signed-integer buffer image.

Uniform-type token for a signed-integer cube-map image.

Uniform-type token for a signed-integer cube-map array image.

Uniform-type token for a two-dimensional signed-integer texture sampler.

Uniform-type token for a two-dimensional signed-integer array-texture sampler.

Uniform-type token for a two-dimensional signed-integer multisample texture sampler.

Uniform-type token for a two-dimensional signed-integer multisample array-texture sampler.

Uniform-type token for a three-dimensional signed-integer texture sampler.

Uniform-type token for a signed-integer buffer-texture sampler.

Uniform-type token for a signed-integer cube-map sampler.

Uniform-type token for a signed-integer cube-map array sampler.

Identifies a two-component integer shader vector type.

Identifies a three-component integer shader vector type.

Identifies a four-component integer shader vector type.

Reports a GL enum argument that is not accepted by the operation.

Reports a rendering or reading operation using an incomplete framebuffer.

Unsigned all-bits-set sentinel indicating that a requested uniform or uniform-block index is invalid.

Reports an operation that is not permitted in the current GL state.

Reports a numeric GL argument outside the accepted range.

Bitwise-inverts a stencil-buffer value.

Tessellation-generation mode for isoline domains.

Selects whether a program input or output is a per-patch variable.

Selects whether a buffer-backed program matrix uses row-major storage.

Keeps the existing stencil-buffer value.

Layer-selection convention using the last vertex of a primitive.

Selects the convention determining which vertex supplies a primitive's framebuffer layer.

Passes only when the first compared value is less than or equal to the second.

Passes only when the first compared value is less than the second.

Advanced blending mode using the componentwise maximum of unpremultiplied source and destination colors.

Selects linear filtering between neighboring samples.

Uses linear sampling within mipmap levels and interpolates between them.

Uses linear sampling within the nearest mipmap level.

Primitive mode for a closed sequence of line segments.

Primitive mode for independent line segments, with two vertices per segment.

Primitive mode for independent lines with adjacency vertices.

Primitive mode for connected line segments without an automatic closing segment.

Primitive mode for a line strip with adjacency vertices.

Selects the current line-width setting in window pixels.

Selects whether a program's most recent link operation succeeded.

Selects a program variable's assigned location, or minus one when unavailable.

Reset-notification strategy requiring context loss after a graphics reset.

Selects low-precision floating-point shader capability information.

Selects low-precision integer shader capability information.

Identifies single-component luminance pixel data.

Identifies luminance-plus-alpha pixel data.

Selects the current GL context's major version number.

Buffer-map flag requiring modified subranges to be explicitly flushed before unmapping.

Buffer-map flag allowing the entire buffer's previous contents to be discarded.

Buffer-map flag allowing the mapped range's previous contents to be discarded.

Buffer-map flag permitting reads from the mapped range.

Buffer-map flag that skips synchronization with pending buffer operations; overlapping access is the caller's responsibility.

Buffer-map flag permitting writes to the mapped range.

Selects the byte stride between a buffer-backed matrix's stored columns or rows.

Blending equation selecting the componentwise maximum of source and destination values.

Selects the implementation's three-dimensional texture width, height, and depth limit.

Selects the maximum number of layers in an array texture.

Selects the number of atomic-counter buffer binding points.

Legacy query token for maximum atomic-counter buffer storage in bytes, where supported.

Selects the number of color attachment points supported by a framebuffer object.

Selects the maximum sample count for color multisample textures.

Selects the combined shader-stage atomic-counter buffer limit.

Selects the combined shader-stage atomic-counter limit.

Selects the compute stage's combined uniform-component limit, including uniform blocks.

Selects the fragment stage's combined uniform-component limit, including uniform blocks.

Selects the geometry stage's combined uniform-component limit, including uniform blocks.

Selects the combined shader-stage image-uniform limit.

Selects the combined limit for active image uniforms, shader-storage blocks, and fragment outputs.

Selects the combined shader-stage shader-storage block limit.

Selects the tessellation control stage's combined uniform-component limit, including uniform blocks.

Selects the tessellation evaluation stage's combined uniform-component limit, including uniform blocks.

Selects the maximum total texture-image-unit use across the shader stages.

Selects the combined shader-stage uniform-block limit.

Selects the vertex stage's combined uniform-component limit, including uniform blocks.

Selects the compute shader's atomic-counter buffer limit.

Selects the compute shader's atomic-counter limit.

Selects the compute shader's image-uniform limit.

Selects the compute shader's shader-storage block limit.

Selects the maximum shared-memory allocation in bytes for one compute work group.

Selects the compute shader's texture-image-unit limit.

Selects the compute shader's uniform-block limit.

Selects the compute shader's default-block uniform-component limit.

Selects the maximum dispatched work-group count for one indexed dimension.

Selects the maximum total shader invocations in one compute work group.

Selects the maximum local work-group size for one indexed dimension.

Selects the maximum supported cube-map face dimension in texels.

Selects the maximum debug-group stack depth.

Selects the maximum number of messages retained in the GL debug log.

Selects the maximum debug-message length, including its null terminator.

Selects the maximum sample count for depth-stencil multisample textures.

Selects the number of draw-buffer slots supported for simultaneous color output.

Selects the maximum supported vertex index value for indexed drawing.

Selects the recommended index count for indexed drawing.

Selects the recommended vertex range for indexed drawing.

Selects the fragment shader's atomic-counter buffer limit.

Selects the fragment shader's atomic-counter limit.

Selects the fragment shader's image-uniform limit.

Selects the fragment shader's input-component limit.

Selects the largest supported fragment interpolation offset from the pixel center.

Selects the fragment shader's shader-storage block limit.

Selects the number of uniform blocks that the fragment stage can use.

Selects the fragment shader's default-block uniform-component limit.

Selects fragment-shader uniform capacity measured in four-component vectors.

Selects an attachment-free framebuffer's maximum default height in pixels.

Selects the maximum layer count for a layered framebuffer.

Selects an attachment-free framebuffer's maximum default sample count.

Selects an attachment-free framebuffer's maximum default width in pixels.

Selects the geometry shader's atomic-counter buffer limit.

Selects the geometry shader's atomic-counter limit.

Selects the geometry shader's image-uniform limit.

Selects the geometry shader's per-vertex input-component limit.

Selects the geometry shader's per-vertex output-component limit.

Selects the maximum output vertices supported per geometry shader invocation.

Selects the maximum geometry shader invocations per input primitive.

Selects the geometry shader's shader-storage block limit.

Selects the geometry shader's texture-image-unit limit.

Selects the maximum total output components per geometry shader invocation.

Selects the geometry shader's uniform-block limit.

Selects the geometry shader's default-block uniform-component limit.

Selects the number of image-unit binding points.

Selects the maximum sample count for integer-format multisample buffers.

Selects the maximum object-label length, including its null terminator.

Selects the longest active resource name length in a program interface, including its null terminator.

Selects the largest active-variable count among resources in a program interface.

Selects the maximum supported vertices in a tessellation patch.

Selects the largest supported constant shader texel offset.

Selects the largest supported constant texture-gather offset.

Selects the implementation's renderbuffer width and height limit in pixels.

Selects the number of 32-bit sample-mask words supported by the implementation.

Selects the implementation's multisample renderbuffer sample-count limit.

Selects the maximum server-wait timeout in nanoseconds.

Selects the maximum shader-storage block size in bytes.

Selects the number of shader-storage buffer binding points.

Selects the tessellation control shader's atomic-counter buffer limit.

Selects the tessellation control shader's atomic-counter limit.

Selects the tessellation control shader's image-uniform limit.

Selects the tessellation control shader's per-vertex input-component limit.

Selects the tessellation control shader's per-vertex output-component limit.

Selects the tessellation control shader's shader-storage block limit.

Selects the tessellation control shader's texture-image-unit limit.

Selects the tessellation control shader's total per-patch output-component limit.

Selects the tessellation control shader's uniform-block limit.

Selects the tessellation control shader's default-block uniform-component limit.

Selects the tessellation evaluation shader's atomic-counter buffer limit.

Selects the tessellation evaluation shader's atomic-counter limit.

Selects the tessellation evaluation shader's image-uniform limit.

Selects the tessellation evaluation shader's per-vertex input-component limit.

Selects the tessellation evaluation shader's per-vertex output-component limit.

Selects the tessellation evaluation shader's shader-storage block limit.

Selects the tessellation evaluation shader's texture-image-unit limit.

Selects the tessellation evaluation shader's uniform-block limit.

Selects the tessellation evaluation shader's default-block uniform-component limit.

Selects the maximum supported tessellation-generation level.

Selects the maximum components in per-patch shader variables.

Selects the maximum number of texels accessible through a buffer texture.

Selects the limit on texture image units accessible to the fragment shader.

Selects the maximum permitted magnitude of texture level-of-detail bias.

Selects the maximum supported two-dimensional texture dimension in texels.

Selects the maximum captured components per vertex in interleaved transform-feedback mode.

Selects the maximum number of attributes captured separately by transform feedback.

Selects the maximum components in one separately captured transform-feedback attribute.

Selects the maximum uniform-block size in bytes.

Selects the number of indexed uniform-buffer binding points.

Selects the maximum number of explicitly assignable uniform locations.

Selects the interstage varying-component limit.

Selects the limit on four-component varying vectors between the vertex and fragment shaders.

Selects the vertex shader's atomic-counter buffer limit.

Selects the vertex shader's atomic-counter limit.

Selects the number of vertex-buffer binding points.

Selects the maximum vertex-attribute relative byte offset.

Selects the limit on generic vertex attribute locations.

Selects the maximum vertex-buffer binding stride in bytes.

Selects the vertex shader's image-uniform limit.

Selects the vertex shader's output-component limit.

Selects the vertex shader's shader-storage block limit.

Selects the limit on texture image units accessible to the vertex shader.

Selects the number of uniform blocks that the vertex stage can use.

Selects the vertex shader's default-block uniform-component limit.

Selects vertex-shader uniform capacity measured in four-component vectors.

Selects the maximum supported viewport width and height in pixels.

Selects medium-precision floating-point shader capability information.

Selects medium-precision integer shader capability information.

Blending equation selecting the componentwise minimum of source and destination values.

Selects the smallest supported fragment interpolation offset from the pixel center.

Selects the current GL context's minor version number.

Selects the smallest supported constant shader texel offset.

Selects the smallest supported constant texture-gather offset.

Selects the requested minimum fraction of independently shaded samples.

Repeats texture addressing while reversing direction on alternating repetitions.

Advanced blending mode using the product of unpremultiplied source and destination color components.

Selects the spacing between supported multisample line widths.

Selects the minimum and maximum supported multisample line widths.

Selects a program resource name's length, including its null terminator.

Selects nearest-neighbor filtering.

Uses nearest-neighbor sampling at mipmap levels and interpolates between the results.

Uses nearest-neighbor sampling from the nearest mipmap level.

Comparison function that always fails.

Requests higher-quality processing for the selected rendering hint.

Indicates that no GL error is currently recorded.

Indicates that a framebuffer attachment has no attached object.

Reset-notification strategy that does not report reset events.

Passes only when the compared values are unequal.

Selects the number of active variables associated with a program block or atomic-counter buffer.

Selects the number of supported compressed texture formats.

Selects the number of extension strings available through indexed queries.

Selects the number of supported program-binary formats.

Selects how many sample-count values are supported for an internal format.

Selects the number of supported shader-binary formats.

Selects a sync object's type.

Selects a buffer-backed program variable's byte offset.

Selects a blending factor of one.

Uses one minus the constant blend-color alpha as a blending factor.

Uses one minus each constant blend-color component as blending factors.

Uses one minus the destination alpha value as a blending factor.

Uses one minus each destination color component as blending factors.

Uses one minus the source alpha value as a blending factor.

Uses one minus each source color component as blending factors.

Reports that GL could not allocate the memory required by an operation.

Advanced overlay blending mode controlled by the destination color.

Selects the byte alignment used for rows written to pixel-output memory.

Selects the packed pixel row length in pixels, with zero using the transfer width.

Selects the number of pixels skipped before packed pixel output.

Selects the number of rows skipped before packed pixel output.

Primitive mode supplying patches to tessellation processing.

Selects the number of input vertices in each tessellation patch.

Memory-barrier bit for subsequent pixel-transfer buffer reads and writes.

Buffer-object target receiving packed pixel output.

Selects the buffer-object name bound for packed pixel output.

Buffer-object target supplying unpacked pixel input.

Selects the buffer-object name bound for unpacked pixel input.

Primitive mode that draws each vertex as an individual point.

Selects the scale applied to a polygon's depth slope when computing its depth offset.

Capability token applying depth offsets to filled polygons.

Selects the constant depth-offset multiplier in implementation-dependent resolvable depth units.

Selects the minimum and maximum homogeneous clip-coordinate bounds for primitives.

Capability token treating the maximum value of the current index type as a primitive-restart marker.

Selects whether fixed-index primitive restart is supported for patch drawing.

Query target counting primitives generated by the pipeline before clipping.

Object-label identifier for GL program objects.

Selects the list of supported program-binary format tokens.

Selects the number of bytes required for a program's binary representation.

Selects the hint that a program binary may be retrieved after linking.

Program-interface token selecting the first shader stage's active input variables.

Program-interface token selecting the last shader stage's active output variables.

Object-label identifier for GL program-pipeline objects.

Selects the currently bound program-pipeline object's name.

Selects whether a program is linked for use in program pipelines.

Tessellation-generation mode for quadrilateral domains.

Object-label identifier for GL query objects.

Selects a query object's completed result.

Selects whether a query object's result is available without waiting.

Requests an unsigned-floating RGB internal format with 11 red bits, 11 green bits, and ten blue bits.

Requests a single-red-channel internal format with 16-bit floating-point components.

Requests a single-red-channel internal format with 16-bit signed-integer components.

Requests a single-red-channel internal format with 16-bit unsigned-integer components.

Requests a single-red-channel internal format with 32-bit floating-point components.

Requests a single-red-channel internal format with 32-bit signed-integer components.

Requests a single-red-channel internal format with 32-bit unsigned-integer components.

Requests a single-red-channel internal format with eight-bit unsigned-normalized components.

Requests a single-red-channel internal format with eight-bit signed-integer components.

Requests a single-red-channel internal format with eight-bit signed-normalized components.

Requests a single-red-channel internal format with eight-bit unsigned-integer components.

Capability token discarding primitives before rasterization while preserving earlier pipeline processing.

Selects the read framebuffer's color-buffer selection state.

Framebuffer binding target for pixel reads and framebuffer-copy sources.

Selects the currently bound read-framebuffer object's name.

Image-access token permitting reads but not writes.

Image-access token permitting both reads and writes.

Single-red-channel pixel format and red-component texture-swizzle token.

Selects the number of red-component bits in the current framebuffer's color buffer.

Integer pixel-format token for one red component.

Selects whether a program resource is referenced by the compute shader.

Selects whether a program resource is referenced by the fragment shader.

Selects whether a program resource is referenced by the geometry shader.

Selects whether a program resource is referenced by the tessellation control shader.

Selects whether a program resource is referenced by the tessellation evaluation shader.

Selects whether a program resource is referenced by the vertex shader.

Identifies a renderbuffer object or its binding target.

Selects the actual number of alpha-component bits in the bound renderbuffer image.

Selects the currently bound renderbuffer-object name.

Selects the actual number of blue-component bits in the bound renderbuffer image.

Selects the actual number of depth bits in the bound renderbuffer image.

Selects the actual number of green-component bits in the bound renderbuffer image.

Selects the height of the bound renderbuffer image in pixels.

Selects the internal-format token of the bound renderbuffer image.

Selects the actual number of red-component bits in the bound renderbuffer image.

Selects the sample count of the bound renderbuffer image.

Selects the actual number of stencil bits in the bound renderbuffer image.

Selects the width of the bound renderbuffer image in pixels.

Selects the GL renderer identification string.

Repeats texture addressing with a period of one in normalized coordinates.

Replaces a stencil-buffer value with the stencil reference value.

Selects the context's graphics-reset notification strategy.

Red-and-green pixel-format token.

Requests a red-green internal format with 16-bit floating-point components.

Requests a red-green internal format with 16-bit signed-integer components.

Requests a red-green internal format with 16-bit unsigned-integer components.

Requests a red-green internal format with 32-bit floating-point components.

Requests a red-green internal format with 32-bit signed-integer components.

Requests a red-green internal format with 32-bit unsigned-integer components.

Requests a red-green internal format with eight-bit unsigned-normalized components.

Requests a red-green internal format with eight-bit signed-integer components.

Requests a red-green internal format with eight-bit signed-normalized components.

Requests a red-green internal format with eight-bit unsigned-integer components.

Identifies red, green, and blue pixel data without an alpha component.

Requests an unsigned-normalized format with ten bits per RGB component and two alpha bits.

Requests an unsigned-integer format with ten bits per RGB component and two alpha bits.

Requests an RGB internal format with 16-bit floating-point components.

Requests an RGB internal format with 16-bit signed-integer components.

Requests an RGB internal format with 16-bit unsigned-integer components.

Requests an RGB internal format with 32-bit floating-point components.

Requests an RGB internal format with 32-bit signed-integer components.

Requests an RGB internal format with 32-bit unsigned-integer components.

Requests an RGB renderbuffer format with five red bits, six green bits, and five blue bits.

Requests a renderbuffer format with five bits per RGB component and one alpha bit.

Requests an RGB internal format with eight-bit unsigned-normalized components.

Requests an RGB internal format with eight-bit signed-integer components.

Requests an RGB internal format with eight-bit signed-normalized components.

Requests an RGB internal format with eight-bit unsigned-integer components.

Requests an RGB internal format with nine-bit mantissas and a shared five-bit exponent.

Identifies red, green, blue, and alpha pixel data.

Requests an RGBA internal format with 16-bit floating-point components.

Requests an RGBA internal format with 16-bit signed-integer components.

Requests an RGBA internal format with 16-bit unsigned-integer components.

Requests an RGBA internal format with 32-bit floating-point components.

Requests an RGBA internal format with 32-bit signed-integer components.

Requests an RGBA internal format with 32-bit unsigned-integer components.

Requests a renderbuffer format with four bits for each RGBA component.

Requests an RGBA internal format with eight-bit unsigned-normalized components.

Requests an RGBA internal format with eight-bit signed-integer components.

Requests an RGBA internal format with eight-bit signed-normalized components.

Requests an RGBA internal format with eight-bit unsigned-integer components.

Integer pixel-format token for red, green, blue, and alpha components.

Integer pixel-format token for red, green, and blue components.

Integer pixel-format token for red and green components.

Capability token deriving multisample coverage from fragment alpha.

Selects the number of multisample buffers in the current framebuffer.

Capability token applying the configured sample-coverage mask.

Selects whether the sample-coverage mask is inverted.

Selects the stored sample-coverage fraction.

Capability token enabling the application-supplied sample mask.

Selects one 32-bit word of the application-supplied sample mask.

Selects a sample's two-dimensional position within a pixel.

Object-label identifier for GL sampler objects.

Identifies a two-dimensional texture sampler shader type.

Uniform-type token for a two-dimensional array-texture sampler.

Uniform-type token for a two-dimensional array-texture depth-comparison sampler.

Uniform-type token for a two-dimensional multisample texture sampler.

Uniform-type token for a two-dimensional multisample array-texture sampler.

Uniform-type token for a two-dimensional depth-comparison texture sampler.

Uniform-type token for a three-dimensional texture sampler.

Selects the sampler-object name bound to the active texture unit.

Uniform-type token for a buffer-texture sampler.

Identifies a cube-map texture sampler shader type.

Uniform-type token for a cube-map array sampler.

Uniform-type token for a cube-map array depth-comparison sampler.

Uniform-type token for a cube-map depth-comparison sampler.

Selects the current framebuffer's sample count per pixel.

Capability token enabling minimum-rate per-sample shading.

Selects the scissor rectangle's window-space origin and dimensions.

Capability token restricting drawing and clearing to the scissor rectangle.

Advanced blending mode using one minus the product of the unpremultiplied color complements.

Transform-feedback mode storing captured attributes in separate buffers.

Object-label identifier for GL shader objects.

Selects the list of shader-binary formats supported by the implementation.

Selects whether the implementation provides a shader compiler.

Memory-barrier bit for subsequent shader-image loads, stores, and atomic operations.

Selects the buffer length required for a shader's source text, including a terminating null when source exists.

Memory-barrier bit for subsequent shader-storage variable access.

Program-interface token selecting active shader-storage blocks.

Buffer target supplying shader-storage block data.

Selects a shader-storage binding's buffer-object name.

Selects the required byte alignment of shader-storage buffer range offsets.

Selects the byte size of an indexed shader-storage buffer range.

Selects the starting byte offset of an indexed shader-storage buffer range.

Selects a shader object's stage type for a query.

Selects the implementation's shading-language version string.

Vertex component type for signed 16-bit integers.

Sync-object status indicating that its condition has been satisfied.

Component-type token identifying signed-normalized fixed-point values.

Advanced soft-light blending mode for smooth lightening or darkening.

Uses the source alpha value as a blending factor.

Uses the smaller of source alpha and one minus destination alpha for RGB blending, and one for alpha.

Uses the source color components as blending factors.

Color-encoding token identifying sRGB-encoded color components.

Requests an RGB internal format with eight-bit sRGB-encoded components.

Requests an internal format with eight-bit sRGB color components and eight-bit linear alpha.

Error token for a debug-group push beyond the maximum stack depth.

Error token for an attempt to pop the default debug group.

Usage hint for GL-generated data changed once and used many times for drawing or image specification.

Usage hint for application-supplied data changed once and used many times for drawing.

Usage hint for GL-generated data changed once and read many times by the application.

Buffer selector for clearing stencil values.

Identifies a framebuffer's stencil attachment point.

Selects the back-face stencil operation used when the stencil test fails.

Selects the back-face stencil-comparison function.

Selects the back-face stencil operation used when stencil passes but depth testing fails.

Selects the back-face stencil operation used when both stencil and depth tests pass.

Selects the back-face stencil reference value.

Selects the mask applied during back-face stencil comparisons.

Selects which back-face stencil bits may be written.

Selects the number of stencil-buffer bits in the current framebuffer.

Mask bit selecting the stencil buffer for clearing.

Selects the stencil-buffer clear value.

Selects the front-face stencil operation used when the stencil test fails.

Selects the front-face stencil-comparison function.

Identifies stencil-index components, including selection for depth-stencil texture sampling.

Requests an 8-bit stencil-renderbuffer format.

Selects the front-face stencil operation used when stencil passes but depth testing fails.

Selects the front-face stencil operation used when both stencil and depth tests pass.

Selects the front-face stencil reference value.

Capability token controlling fragment stencil testing.

Selects the mask applied during front-face stencil comparisons.

Selects which front-face stencil bits may be written.

Usage hint for GL-generated data changed once and used only a few times for drawing or image specification.

Usage hint for application-supplied data changed once and used only a few times for drawing.

Usage hint for GL-generated data changed once and read only a few times by the application.

Selects the number of fractional bits used for subpixel rasterization positions.

Selects a sync object's condition.

Identifies a fence sync object.

Selects the flags recorded when a sync object was created.

Client-wait flag requesting a flush of pending commands in the current context.

Fence condition satisfied when preceding commands in the command stream have completed.

Selects whether a sync object is signaled.

Selects a linked tessellation control shader's output patch vertex count.

Identifies the tessellation control shader stage.

Program-stage mask bit selecting the tessellation control shader.

Identifies the tessellation evaluation shader stage.

Program-stage mask bit selecting the tessellation evaluation shader.

Selects a linked tessellation evaluation shader's domain mode.

Selects whether tessellation generates points instead of lines or triangles.

Selects a linked tessellation evaluation shader's spacing mode.

Selects the generated tessellation triangles' vertex winding order.

Identifies a texture object as the kind of framebuffer attachment.

Identifies texture unit 0 for active-texture selection.

Identifies texture unit 1 for active-texture selection.

Identifies texture unit 10 for active-texture selection.

Identifies texture unit 11 for active-texture selection.

Identifies texture unit 12 for active-texture selection.

Identifies texture unit 13 for active-texture selection.

Identifies texture unit 14 for active-texture selection.

Identifies texture unit 15 for active-texture selection.

Identifies texture unit 16 for active-texture selection.

Identifies texture unit 17 for active-texture selection.

Identifies texture unit 18 for active-texture selection.

Identifies texture unit 19 for active-texture selection.

Identifies texture unit 2 for active-texture selection.

Identifies texture unit 20 for active-texture selection.

Identifies texture unit 21 for active-texture selection.

Identifies texture unit 22 for active-texture selection.

Identifies texture unit 23 for active-texture selection.

Identifies texture unit 24 for active-texture selection.

Identifies texture unit 25 for active-texture selection.

Identifies texture unit 26 for active-texture selection.

Identifies texture unit 27 for active-texture selection.

Identifies texture unit 28 for active-texture selection.

Identifies texture unit 29 for active-texture selection.

Target used for two-dimensional texture objects.

Texture target for an array of two-dimensional images.

Texture target for a two-dimensional multisample image.

Texture target for an array of two-dimensional multisample images.

Identifies texture unit 3 for active-texture selection.

Identifies texture unit 30 for active-texture selection.

Identifies texture unit 31 for active-texture selection.

Texture target for a three-dimensional image.

Identifies texture unit 4 for active-texture selection.

Identifies texture unit 5 for active-texture selection.

Identifies texture unit 6 for active-texture selection.

Identifies texture unit 7 for active-texture selection.

Identifies texture unit 8 for active-texture selection.

Identifies texture unit 9 for active-texture selection.

Selects the number of alpha-component bits in a texture level.

Selects a texture level's alpha-component representation type.

Selects the texture's base mipmap image level.

Selects the name of the two-dimensional texture bound to the active texture unit.

Selects the two-dimensional array-texture name bound to the active texture unit.

Selects the two-dimensional multisample texture name bound to the active texture unit.

Selects the multisample array-texture name bound to the active texture unit.

Selects the three-dimensional texture name bound to the active texture unit.

Selects the buffer-texture object name bound to the active texture unit.

Selects the name of the cube-map texture bound to the active texture unit.

Selects the cube-map array texture name bound to the active texture unit.

Selects the number of blue-component bits in a texture level.

Selects a texture level's blue-component representation type.

Selects the texture border color used by border-clamp wrapping.

Target token for buffer textures and their buffer-object binding operations.

Selects the buffer-object name bound to the texture-buffer target.

Selects the buffer-object name supplying a buffer texture's data store.

Selects the starting byte offset of a buffer texture's attached buffer range.

Selects the required byte alignment of buffer-texture range offsets.

Selects the byte size of a buffer texture's attached buffer range.

Selects the function used for texture depth comparisons.

Selects whether depth-texture sampling performs a reference comparison.

Selects whether a texture level uses compressed internal storage.

Target used to bind or configure a cube-map texture object.

Texture target for an array of cube maps.

Selects the negative X face of a cube-map texture.

Selects the negative Y face of a cube-map texture.

Selects the negative Z face of a cube-map texture.

Selects the positive X face of a cube-map texture.

Selects the positive Y face of a cube-map texture.

Selects the positive Z face of a cube-map texture.

Selects a texture level's depth or array-layer count.

Selects the number of depth-component bits in a texture level.

Selects a texture level's depth-component representation type.

Memory-barrier bit making preceding shader writes visible to subsequent texture fetches.

Selects whether a multisample texture uses fixed sample locations.

Selects the number of green-component bits in a texture level.

Selects a texture level's green-component representation type.

Selects a texture level's height in texels.

Selects whether a texture's storage format and dimensions are immutable.

Selects the number of texture levels allocated with immutable storage.

Selects a texture level's internal-format token.

Selects a texture object's magnification filtering mode.

Selects the texture's maximum allowed mipmap image level.

Selects the texture's upper level-of-detail clamp.

Selects a texture object's minification filtering mode.

Selects the texture's lower level-of-detail clamp.

Selects the number of red-component bits in a texture level.

Selects a texture level's red-component representation type.

Selects a texture level's sample count.

Selects the number of shared storage bits in a texture level's format.

Selects the number of stencil-component bits in a texture level.

Selects the source component or constant returned as texture alpha.

Selects the source component or constant returned as texture blue.

Selects the source component or constant returned as texture green.

Selects the source component or constant returned as texture red.

Memory-barrier bit for subsequent texture-data updates.

Selects a texture level's width in texels.

Selects wrapping for the third texture coordinate.

Selects the wrap mode for the first texture coordinate.

Selects the wrap mode for the second texture coordinate.

Client-wait result indicating that the timeout expired before the sync object became signaled.

Timeout sentinel used for a server-side wait without a finite timeout.

Selects the top-level array size associated with a shader buffer variable.

Selects the top-level array's byte stride for a shader buffer variable.

Target token for binding a transform-feedback object.

Selects whether transform feedback has begun and has not ended.

Memory-barrier bit for subsequent transform-feedback buffer writes.

Selects the currently bound transform-feedback object's name.

Buffer-object target receiving captured transform-feedback output.

Selects a transform-feedback buffer binding's buffer-object name.

Selects a program's interleaved-or-separate transform-feedback storage mode.

Selects the byte size of an indexed transform-feedback buffer range.

Selects the starting byte offset of an indexed transform-feedback buffer range.

Selects whether transform-feedback capture is paused.

Query target counting primitives written by transform feedback.

Program-interface token selecting output variables captured by transform feedback.

Selects the longest transform-feedback varying name length, including its null terminator.

Selects a program's number of transform-feedback varyings.

Primitive mode forming triangles around the first vertex.

Primitive mode for independent triangles, with three vertices per triangle.

Primitive mode for independent triangles with adjacency vertices.

Primitive mode in which each additional vertex after the first two completes a connected triangle.

Primitive mode for a triangle strip with adjacency vertices.

The GL Boolean value representing true.

Selects an active program variable's GL type token.

Layer-selection convention that does not identify a fixed provoking vertex.

Program-interface token selecting active uniforms.

Selects the byte stride between successive elements of a uniform array.

Memory-barrier bit making preceding shader writes visible to subsequent uniform-buffer reads.

Program-interface token selecting active uniform blocks.

Selects the list of active uniform indices in a uniform block.

Selects a uniform block's number of active uniforms.

Selects the indexed uniform-buffer binding point assigned to a uniform block.

Selects the minimum buffer size in bytes required for a uniform block's active data.

Selects the containing uniform-block index, or minus one for a default-block uniform.

Selects a uniform-block name's length, including its null terminator.

Selects whether a uniform block is referenced by the fragment shader.

Selects whether a uniform block is referenced by the vertex shader.

Buffer-object target supplying named uniform-block data.

Selects a uniform-buffer binding's buffer-object name.

Selects the required byte alignment of uniform-buffer range offsets.

Selects the byte size of an indexed uniform-buffer range.

Selects the starting byte offset of an indexed uniform-buffer range.

Selects whether a uniform matrix uses row-major storage.

Selects the byte stride between a uniform matrix's stored columns or rows.

Selects a uniform name's length, including its null terminator.

Selects a uniform's byte offset within its uniform block.

Selects a uniform's active array size, or one for a non-array uniform.

Selects a uniform's GL type token.

Graphics-reset status indicating that the reset's cause is unknown.

Selects the byte alignment used for rows read from pixel-input memory.

Selects unpacked image height in rows, with zero using the transfer height.

Selects unpacked row length in pixels, with zero using the transfer width.

Selects the number of complete images skipped before unpacked pixel input.

Selects the number of pixels skipped before unpacked pixel input.

Selects the number of rows skipped before unpacked pixel input.

Sync-object status indicating that its condition has not yet been satisfied.

Identifies unsigned 8-bit integer data.

Identifies unsigned 32-bit integer data where the operation supports that type.

Packed pixel type with 11-bit red, 11-bit green, and ten-bit blue unsigned-floating components.

Packed unsigned data type with three ten-bit components and one two-bit component.

Packed 32-bit pixel type with 24 depth bits and eight stencil bits.

Packed RGB pixel type with three nine-bit mantissas and a shared five-bit exponent.

Uniform-type token for an unsigned-integer atomic counter.

Uniform-type token for a two-dimensional unsigned-integer image.

Uniform-type token for a two-dimensional unsigned-integer array image.

Uniform-type token for a three-dimensional unsigned-integer image.

Uniform-type token for an unsigned-integer buffer image.

Uniform-type token for an unsigned-integer cube-map image.

Uniform-type token for an unsigned-integer cube-map array image.

Uniform-type token for a two-dimensional unsigned-integer texture sampler.

Uniform-type token for a two-dimensional unsigned-integer array-texture sampler.

Uniform-type token for a two-dimensional unsigned-integer multisample texture sampler.

Uniform-type token for a two-dimensional unsigned-integer multisample array-texture sampler.

Uniform-type token for a three-dimensional unsigned-integer texture sampler.

Uniform-type token for an unsigned-integer buffer-texture sampler.

Uniform-type token for an unsigned-integer cube-map sampler.

Uniform-type token for an unsigned-integer cube-map array sampler.

Uniform-type token for a two-component unsigned-integer vector.

Uniform-type token for a three-component unsigned-integer vector.

Uniform-type token for a four-component unsigned-integer vector.

Component-type token identifying unsigned-normalized fixed-point values.

Identifies unsigned 16-bit integer data.

Packed pixel type with four bits for each red, green, blue, and alpha component.

Packed pixel type with five bits per RGB component and one alpha bit.

Packed pixel type with five red bits, six green bits, and five blue bits.

Selects the result of a program's most recent validation attempt.

Selects the GL implementation vendor string.

Selects the GL implementation's version and release information string.

Object-label identifier for GL vertex-array objects.

Selects the currently bound vertex-array object's name.

Memory-barrier bit making preceding shader writes visible to subsequent vertex-attribute fetches.

Selects the buffer-object name captured for a generic vertex attribute array.

Selects the instance divisor controlling an enabled vertex attribute array's advancement.

Selects whether a generic vertex attribute array is enabled.

Selects whether a vertex attribute array supplies unconverted integer shader inputs.

Selects whether integer vertex components are normalized when converted to floating point.

Selects the client pointer or buffer byte offset stored for a generic vertex attribute array.

Selects the number of components supplied per generic vertex attribute array element.

Selects the recorded vertex-attribute stride in bytes; zero means tightly packed elements.

Selects the component data-type token of a generic vertex attribute array.

Selects the vertex-buffer binding index associated with a vertex attribute.

Selects a vertex attribute's byte offset relative to its buffer binding.

Selects the buffer-object name assigned to a vertex-buffer binding.

Selects a vertex-buffer binding's instance divisor.

Selects a vertex-buffer binding's starting byte offset.

Selects a vertex-buffer binding's byte stride.

Identifies the vertex-shader object type.

Program-stage mask bit selecting the vertex shader.

Selects the viewport origin and dimensions in window pixels.

Client-wait result indicating that an error occurred.

Image-access token permitting writes but not reads.

Selects a zero blend factor or zero replacement value.

Returns the runtime class of this Object.

The handle to the underlying Android instance.

Gets the identity hash code assigned to this Java peer by the interop runtime.

Gets the state flags last assigned by the runtime.

Gets the JNI metadata used to access members of this Java binding.

Gets the JNI object reference for this Java peer.

Gets the Java class used for virtual method dispatch.

Gets the managed type that declares this Java binding.

Creates and returns a copy of this object.

Delegates construction of this peer to the runtime's value manager.

Releases the resources held by this Java peer.

Releases the resources held by this Java peer.

Asks the value manager to dispose this peer unless its mapping retains this same managed instance.

Tests whether another managed peer refers to the same Java object.

Indicates whether some other object is "equal to" this one.

Returns a hash code value for the object.

Separates rendering passes that use advanced blending equations.

Sets the RGB and alpha blending equation for one draw-buffer slot.

Sets separate RGB and alpha blending equations for one draw-buffer slot.

Sets source and destination blend factors for one draw-buffer slot.

Sets separate RGB and alpha blend factors for one draw-buffer slot.

Controls component writes to one indexed color-buffer slot.

Copies a region between compatible texture or renderbuffer images without filtering or general format conversion.

Does not install a GL debug callback; the Android JNI implementation always throws UnsupportedOperationException.

Controls which GL debug messages are enabled by category or identifier.

Controls which GL debug messages are enabled by category or identifier.

Inserts an application or third-party message into GL debug output.

Disables blending for one indexed draw-buffer slot.

Unsafe legacy Buffer mapping with an incorrect JNI size test. Prefer the integer-offset GlDrawElementsInstancedBaseVertex overload with one instance for element-buffer drawing.

Unsafe legacy Buffer mapping: a failed JNI size test silently skips the draw, and array-backed cleanup is unsafe. Prefer the integer-offset overload.

Draws indexed instances from a bound element buffer with a base-vertex bias.

Unsafe legacy Buffer mapping with an incorrect JNI size test. Prefer the integer-offset GlDrawElementsInstancedBaseVertex overload with one instance for element-buffer drawing.

Enables blending for one indexed draw-buffer slot.

Attaches a texture mipmap level to a framebuffer, using all layers for layered textures.

Does not retrieve GL debug messages; the Android JNI implementation always throws UnsupportedOperationException.

Does not retrieve GL debug messages; the Android JNI implementation always throws UnsupportedOperationException.

Does not retrieve GL debug messages; the Android JNI implementation always throws UnsupportedOperationException.

Does not retrieve GL debug messages; the Android JNI implementation always throws UnsupportedOperationException.

Queries the graphics-reset status reported for the current GL context.

Queries a uniform value as floating-point data with an explicit output byte limit.

Queries a uniform value as floating-point data with an explicit output byte limit.

Queries a uniform value as signed-integer data with an explicit output byte limit.

Queries a uniform value as signed-integer data with an explicit output byte limit.

Queries a uniform value as unsigned-integer data with an explicit output byte limit.

Queries a uniform value as unsigned-integer data with an explicit output byte limit.

Does not retrieve a GL object label; the Android JNI implementation always throws UnsupportedOperationException.

Does not retrieve a GL pointer-object label; the Android JNI implementation always throws UnsupportedOperationException.

Does not query a native GL pointer; the Android JNI implementation always throws UnsupportedOperationException.

Queries sampler parameters with signed-integer border-color representation.

Queries sampler parameters with signed-integer border-color representation.

Queries sampler parameters with unsigned-integer border-color representation.

Queries sampler parameters with unsigned-integer border-color representation.

Queries texture parameters with signed-integer border-color representation.

Queries texture parameters with signed-integer border-color representation.

Queries texture parameters with unsigned-integer border-color representation.

Queries texture parameters with unsigned-integer border-color representation.

Queries whether blending is enabled for one indexed draw-buffer slot.

Sets the requested minimum fraction of independently shaded samples.

Assigns or clears a descriptive label for a named GL object.

Does not assign a GL pointer-object label; the Android JNI implementation always throws UnsupportedOperationException.

Sets the number of input vertices in a tessellation patch.

Pops the current debug group and restores its parent's message-filter state.

Sets the default primitive bounding box in homogeneous clip coordinates.

Pushes a named debug group and inherits the current message-filter state.

Reads a framebuffer pixel rectangle with an explicit output byte limit.

Sets a sampler parameter, preserving signed-integer border colors.

Sets a sampler parameter, preserving signed-integer border colors.

Sets a sampler parameter, preserving unsigned-integer border colors.

Sets a sampler parameter, preserving unsigned-integer border colors.

Attaches a buffer object's data store to the currently bound buffer texture.

Attaches a byte range of a buffer object to the currently bound buffer texture.

Sets a texture parameter, preserving signed-integer border colors.

Sets a texture parameter, preserving signed-integer border colors.

Sets a texture parameter, preserving unsigned-integer border colors.

Sets a texture parameter, preserving unsigned-integer border colors.

Allocates immutable storage for a two-dimensional multisample array texture.

Called by the garbage collector on an object when garbage collection determines that there are no more references to the object.

Wakes up a single thread that is waiting on this object's monitor.

Wakes up all threads that are waiting on this object's monitor.

Sets the Handle property.

Stores a reference value in the control block without creating a JNI reference copy.

Creates a managed array from this Java array wrapper.

Returns a string representation of the object.

Unregisters this Java peer from the interop runtime.

Causes the current thread to wait until it is awakened, typically by being <em>notified</em> or <em>interrupted</em>.

Causes the current thread to wait until it is awakened, typically by being <em>notified</em> or <em>interrupted</em>, or until a certain amount of real time has elapsed.

Causes the current thread to wait until it is awakened, typically by being <em>notified</em> or <em>interrupted</em>, or until a certain amount of real time has elapsed.

Marks this peer as disposed and calls Dispose with disposing set to true.

Marks this peer as disposed and calls Dispose with disposing set to false.

Gets the native control-block pointer used by this peer.

Stores the identity hash code supplied by the runtime.

Replaces the stored managed peer state flags.

Updates the peer reference and releases a disposed peer's control block when the reference is invalid.

Gets the JNI name of the type of the instance self.

Try to coerce self to type TResult, checking that the coercion is valid on the Java side.

Performs an Android runtime-checked type conversion.

Reuses a compatible managed peer or obtains a wrapper of the requested type.

Try to coerce self to type TResult, checking that the coercion is valid on the Java side.