Uses of Class
com.io7m.jcanephora.core.JCGLException

Packages that use JCGLException

Package	Description
com.io7m.jcanephora.async	Asynchronous resource loading.
com.io7m.jcanephora.core	Core types and interfaces.
com.io7m.jcanephora.core.api	Type-safe OpenGL interfaces.
com.io7m.jcanephora.fake	A fake implementation of the jcanephora APIs intended for unit testing code without access to a GPU.
com.io7m.jcanephora.jogl	JOGL implementation of the jcanephora API.

Uses of JCGLException in com.io7m.jcanephora.async

Methods in com.io7m.jcanephora.async that throw JCGLException

Modifier and Type	Method and Description
CompletableFuture<Void>	JCGLAsyncInterfaceGL33.shutDown()

Uses of JCGLException in com.io7m.jcanephora.core

Subclasses of JCGLException in com.io7m.jcanephora.core

Modifier and Type	Class and Description
class	JCGLExceptionAttributeAlreadyAssigned Exception class representing an error caused by the programmer attempting to assign an array object vertex attribute that has already been assigned.
class	JCGLExceptionBlendingMisconfigured An exception indicating an attempt to combine an invalid set of blending equations.
class	JCGLExceptionBufferNotBound Exception class representing an error caused by the programmer failing to bind a buffer prior to attempting to perform an operation on it that requires binding.
class	JCGLExceptionConcurrency An exception indicating an unspecified error relating to concurrency.
class	JCGLExceptionContextIsCurrent Exception class representing an error caused by the programmer attempting to make a context c current when any context (including c) is already current.
class	JCGLExceptionContextNotCurrent Exception class representing an error caused by the programmer attempting to use a context which is not current.
class	JCGLExceptionDeleted An exception indicating an attempt to delete a resource that has already been deleted.
class	JCGLExceptionFeedback Exception class representing an error caused by the programmer causing feedback.
class	JCGLExceptionFormatError An exception indicating that a texture is of an incorrect format.
class	JCGLExceptionFramebufferInvalid Exception class representing an error caused by an invalid framebuffer configuration.
class	JCGLExceptionFramebufferNotBound Exception class representing an error caused by a framebuffer not being bound where one is required.
class	JCGLExceptionFramebufferReadDrawSame Exception class representing an error caused by the user attempting to blit from a framebuffer to itself.
class	JCGLExceptionFramebufferWrongBlitFilter Exception class representing an error caused by an attempt to use a filter that cannot be used on the given framebuffer.
class	JCGLExceptionNoDepthBuffer An exception indicating an attempt to use a depth buffer on a framebuffer that does not have any kind of depth attachment.
class	JCGLExceptionNoStencilBuffer An exception indicating an attempt to use a stencil buffer on a framebuffer that does not have any kind of stencil attachment.
class	JCGLExceptionObjectNotDeletable Exception class representing an error caused by the programmer attempting to delete an object that cannot be deleted.
class	JCGLExceptionProgramCompileError An exception indicating the failure to compile a given shading program.
class	JCGLExceptionProgramNotActive An exception indicating that an attempt was made to perform an operation on a program that required the program to be active, but the program turned out not to be active.
class	JCGLExceptionProgramTypeError An exception indicating that an attempt was made to set a program parameter using a value of the wrong type.
class	JCGLExceptionQueryAlreadyRunning Exception class representing an error caused by the programmer attempting to start a query running that is already running.
class	JCGLExceptionQueryNotRunning Exception class representing an error caused by the programmer attempting to stop a query that is not running.
class	JCGLExceptionTextureNotBound Exception class representing an error caused by the programmer attempting to perform an operation that requires that a texture be bound to a texture unit, but without one bound.
class	JCGLExceptionWrongContext Exception class representing an error caused by the programmer attempting to use an object on the wrong context.
class	JCGLExceptionWrongImplementation Exception class representing an error caused by the programmer attempting to use an object from the wrong JCGL implementation.

Methods in com.io7m.jcanephora.core that throw JCGLException

Modifier and Type	Method and Description
default <A,E extends Throwable> A	JCGLTexture2DUsableType.matchColorAttachment(JCGLFramebufferColorAttachmentMatcherType<A,E> m)
<A,E extends Throwable> A	JCGLFramebufferColorAttachmentType.matchColorAttachment(JCGLFramebufferColorAttachmentMatcherType<A,E> m) A function that accepts visitors.
default <A,E extends Throwable> A	JCGLTexture2DUsableType.matchDepthAttachment(JCGLFramebufferDepthAttachmentMatcherType<A,E> m)
<A,E extends Throwable> A	JCGLFramebufferDepthAttachmentType.matchDepthAttachment(JCGLFramebufferDepthAttachmentMatcherType<A,E> v) A function that accepts matchers.
default <A,E extends Throwable> A	JCGLTexture2DUsableType.matchDepthStencilAttachment(JCGLFramebufferDepthStencilAttachmentMatcherType<A,E> m)
<A,E extends Throwable> A	JCGLFramebufferDepthStencilAttachmentType.matchDepthStencilAttachment(JCGLFramebufferDepthStencilAttachmentMatcherType<A,E> v) A function that accepts matchers.
A	JCGLFramebufferDepthStencilAttachmentMatcherType.onTexture2D(JCGLTexture2DUsableType t) Visit an attachment.
A	JCGLFramebufferDepthAttachmentMatcherType.onTexture2D(JCGLTexture2DUsableType t) Visit an attachment.
A	JCGLFramebufferColorAttachmentMatcherType.onTexture2D(JCGLTexture2DUsableType t) Match an attachment.
A	JCGLFramebufferColorAttachmentMatcherType.onTextureCube(JCGLTextureCubeUsableType t, JCGLCubeMapFaceLH face) Match an attachment.

Uses of JCGLException in com.io7m.jcanephora.core.api

Methods in com.io7m.jcanephora.core.api that throw JCGLException

Modifier and Type	Method and Description
JCGLArrayBufferType	JCGLArrayBuffersType.arrayBufferAllocate(long size, JCGLUsageHint usage) Allocate and bind an array buffer of size bytes, informing the implementation that the buffer will be used in the manner specified by usage.
boolean	JCGLArrayBuffersType.arrayBufferAnyIsBound()
void	JCGLArrayBuffersType.arrayBufferBind(JCGLArrayBufferUsableType a) Bind the given array buffer.
void	JCGLArrayBuffersType.arrayBufferDelete(JCGLArrayBufferType a) Deletes the buffer referenced by a.
Optional<JCGLArrayBufferUsableType>	JCGLArrayBuffersType.arrayBufferGetCurrentlyBound()
boolean	JCGLArrayBuffersType.arrayBufferIsBound(JCGLArrayBufferUsableType a)
ByteBuffer	JCGLArrayBuffersType.arrayBufferRead(JCGLArrayBufferUsableType a, JCGLByteBufferProducerType f)
void	JCGLArrayBuffersType.arrayBufferReallocate(JCGLArrayBufferUsableType a) Reallocate the storage associated with the array buffer a.
void	JCGLArrayBuffersType.arrayBufferUnbind() Unbind the current array buffer.
void	JCGLArrayBuffersType.arrayBufferUpdate(JCGLBufferUpdateType<JCGLArrayBufferType> u) Perform the array buffer update u.
JCGLArrayObjectType	JCGLArrayObjectsType.arrayObjectAllocate(JCGLArrayObjectBuilderType b) Allocate and bind an array object based on the values given in b.
void	JCGLArrayObjectsType.arrayObjectBind(JCGLArrayObjectUsableType a) Bind the given array object.
void	JCGLArrayObjectsType.arrayObjectDelete(JCGLArrayObjectType a) Deletes the object referenced by a.
JCGLArrayObjectUsableType	JCGLArrayObjectsType.arrayObjectGetCurrentlyBound()
JCGLArrayObjectBuilderType	JCGLArrayObjectsType.arrayObjectNewBuilder() Retrieve a new array object builder.
void	JCGLArrayObjectsType.arrayObjectUnbind() Unbind the current array object.
void	JCGLBlendingType.blendingDisable() Disable blending.
default void	JCGLBlendingType.blendingEnable(JCGLBlendFunction source_factor, JCGLBlendFunction destination_factor) Enable blending with the given blending functions.
default void	JCGLBlendingType.blendingEnableSeparate(JCGLBlendFunction source_rgb_factor, JCGLBlendFunction source_alpha_factor, JCGLBlendFunction destination_rgb_factor, JCGLBlendFunction destination_alpha_factor) Enable blending with the given blending functions.
void	JCGLBlendingType.blendingEnableSeparateWithEquationSeparate(JCGLBlendFunction source_rgb_factor, JCGLBlendFunction source_alpha_factor, JCGLBlendFunction destination_rgb_factor, JCGLBlendFunction destination_alpha_factor, JCGLBlendEquation equation_rgb, JCGLBlendEquation equation_alpha) Enable blending with the blending functions source_rgb_factor, source_alpha_factor, destination_rgb_factor, and destination_alphafactor.
default void	JCGLBlendingType.blendingEnableWithEquation(JCGLBlendFunction source_factor, JCGLBlendFunction destination_factor, JCGLBlendEquation equation) Enable blending with the given blending functions and equation.
default void	JCGLBlendingType.blendingEnableWithEquationSeparate(JCGLBlendFunction source_factor, JCGLBlendFunction destination_factor, JCGLBlendEquation equation_rgb, JCGLBlendEquation equation_alpha) Enable blending with the given blending functions and equation.
boolean	JCGLBlendingType.blendingIsEnabled()
void	JCGLClearType.clear(JCGLClearSpecificationType c) Clear all buffers given by the specification.
void	JCGLColorBufferMaskingType.colorBufferMask(boolean r, boolean g, boolean b, boolean a) Enable/disable writing to the given channels of the current color buffer.
boolean	JCGLColorBufferMaskingType.colorBufferMaskStatusAlpha()
boolean	JCGLColorBufferMaskingType.colorBufferMaskStatusBlue()
boolean	JCGLColorBufferMaskingType.colorBufferMaskStatusGreen()
boolean	JCGLColorBufferMaskingType.colorBufferMaskStatusRed()
void	JCGLCullingType.cullingDisable() Disable face culling.
void	JCGLCullingType.cullingEnable(JCGLFaceSelection faces, JCGLFaceWindingOrder order) Enable face culling for faces and specify that front faces are specified by giving vertices in the winding order specified by order.
boolean	JCGLCullingType.cullingIsEnabled()
void	JCGLDepthBuffersType.depthBufferClear(float depth) Clear the depth buffer with the specified value depth.
int	JCGLDepthBuffersType.depthBufferGetBits()
void	JCGLDepthBuffersType.depthBufferTestDisable() Disable depth testing.
void	JCGLDepthBuffersType.depthBufferTestEnable(JCGLDepthFunction function) Enable depth testing with the given function.
boolean	JCGLDepthBuffersType.depthBufferTestIsEnabled()
void	JCGLDepthBuffersType.depthBufferWriteDisable() Disable writing to the depth buffer.
void	JCGLDepthBuffersType.depthBufferWriteEnable() Enable writing to the depth buffer.
boolean	JCGLDepthBuffersType.depthBufferWriteIsEnabled()
void	JCGLDepthClampingType.depthClampingDisable() Disable depth clamping.
void	JCGLDepthClampingType.depthClampingEnable() Enable depth clamping.
boolean	JCGLDepthClampingType.depthClampingIsEnabled()
void	JCGLDrawType.draw(JCGLPrimitives p, int first, int count) Draw count - 1 primitives of type p, starting at element first, taking the data from each currently active vertex attribute.
void	JCGLDrawType.drawElements(JCGLPrimitives p) Draw primitives of type p, taking the data from each currently active vertex attribute using elements taken from the currently bound index buffer.
void	JCGLDrawType.drawElementsInstanced(JCGLPrimitives p, int instances) Draw instances copies of primitives of type p, taking the data from each currently active vertex attribute using elements taken from the currently bound index buffer.
void	JCGLDrawType.drawInstanced(JCGLPrimitives p, int first, int count, int instances) Draw instances copies of count - 1 primitives of type p, starting at element first, taking the data from each currently active vertex attribute.
JCGLFramebufferType	JCGLFramebuffersType.framebufferAllocate(JCGLFramebufferBuilderType b) Allocate and bind a framebuffer object based on the values given in b.
void	JCGLFramebuffersType.framebufferBlit(com.io7m.jareas.core.AreaInclusiveUnsignedLType source, com.io7m.jareas.core.AreaInclusiveUnsignedLType target, Set<JCGLFramebufferBlitBuffer> buffers, JCGLFramebufferBlitFilter filter) Copy a region of the current read framebuffer to the current draw framebuffer.
void	JCGLFramebuffersType.framebufferDelete(JCGLFramebufferType f) Delete the given framebuffer.
boolean	JCGLFramebuffersType.framebufferDrawAnyIsBound()
void	JCGLFramebuffersType.framebufferDrawBind(JCGLFramebufferUsableType framebuffer) Bind the given framebuffer framebuffer to the draw target.
Optional<JCGLFramebufferUsableType>	JCGLFramebuffersType.framebufferDrawGetBound()
boolean	JCGLFramebuffersType.framebufferDrawIsBound(JCGLFramebufferUsableType framebuffer)
void	JCGLFramebuffersType.framebufferDrawUnbind() Unbind the current framebuffer from the draw target.
JCGLFramebufferStatus	JCGLFramebuffersType.framebufferDrawValidate() Determine the validity of the currently bound draw framebuffer.
List<JCGLFramebufferColorAttachmentPointType>	JCGLFramebuffersType.framebufferGetColorAttachments()
List<JCGLFramebufferDrawBufferType>	JCGLFramebuffersType.framebufferGetDrawBuffers()
JCGLFramebufferBuilderType	JCGLFramebuffersType.framebufferNewBuilder() Retrieve a new framebuffer object builder.
boolean	JCGLFramebuffersType.framebufferReadAnyIsBound()
void	JCGLFramebuffersType.framebufferReadBind(JCGLFramebufferUsableType framebuffer) Bind the given framebuffer framebuffer to the read target.
Optional<JCGLFramebufferUsableType>	JCGLFramebuffersType.framebufferReadGetBound()
boolean	JCGLFramebuffersType.framebufferReadIsBound(JCGLFramebufferUsableType framebuffer)
void	JCGLFramebuffersType.framebufferReadUnbind() Unbind the current framebuffer from the read target.
JCGLFramebufferStatus	JCGLFramebuffersType.framebufferReadValidate() Determine the validity of the currently bound read framebuffer.
void	JCGLIndexBuffersType.indexBufferBind(JCGLIndexBufferUsableType a) Bind the given index buffer.
void	JCGLIndexBuffersType.indexBufferDelete(JCGLIndexBufferType a) Deletes the buffer referenced by a.
Optional<JCGLIndexBufferUsableType>	JCGLIndexBuffersType.indexBufferGetCurrentlyBound()
ByteBuffer	JCGLIndexBuffersType.indexBufferRead(JCGLIndexBufferUsableType i, JCGLByteBufferProducerType f)
void	JCGLIndexBuffersType.indexBufferReallocate(JCGLIndexBufferUsableType i) Reallocate the storage associated with the index buffer i.
void	JCGLIndexBuffersType.indexBufferUnbind() Unbind the current index buffer.
void	JCGLIndexBuffersType.indexBufferUpdate(JCGLBufferUpdateType<JCGLIndexBufferType> u) Perform the index buffer update u.
JCGLPolygonMode	JCGLPolygonModesType.polygonGetMode()
void	JCGLPolygonModesType.polygonSetMode(JCGLPolygonMode mode) Set the polygon rasterization mode for the polygons to mode.
void	JCGLScissorType.scissorDisable() Disable the scissor test in the OpenGL pipeline.
void	JCGLScissorType.scissorEnable(com.io7m.jareas.core.AreaInclusiveUnsignedLType area) Set the OpenGL scissor region to the given inclusive area.
boolean	JCGLScissorType.scissorIsEnabled()
Optional<JCGLProgramShaderUsableType>	JCGLShadersType.shaderActivatedProgram()
void	JCGLShadersType.shaderActivateProgram(JCGLProgramShaderUsableType p) Activate the given program for use in rendering.
JCGLFragmentShaderType	JCGLShadersType.shaderCompileFragment(String name, List<String> lines) Read a GLSL fragment shader from the lines of GLSL source code given in lines.
JCGLGeometryShaderType	JCGLShadersType.shaderCompileGeometry(String name, List<String> lines) Read a GLSL geometry shader from the lines of GLSL source code given in lines.
JCGLVertexShaderType	JCGLShadersType.shaderCompileVertex(String name, List<String> lines) Read a GLSL vertex shader from the lines of GLSL source code given in lines.
void	JCGLShadersType.shaderDeactivateProgram() Deactivate any active program.
void	JCGLShadersType.shaderDeleteFragment(JCGLFragmentShaderType f) Delete the given shader.
void	JCGLShadersType.shaderDeleteGeometry(JCGLGeometryShaderType g) Delete the given shader.
void	JCGLShadersType.shaderDeleteProgram(JCGLProgramShaderType p) Delete the given shader.
void	JCGLShadersType.shaderDeleteVertex(JCGLVertexShaderType v) Delete the given shader.
JCGLProgramShaderType	JCGLShadersType.shaderLinkProgram(String name, JCGLVertexShaderUsableType v, Optional<JCGLGeometryShaderUsableType> g, JCGLFragmentShaderUsableType f) Link a program consisting of the vertex shader v, the optional geometry shader g, and the fragment shader f.
void	JCGLShaderUniformsType.shaderUniformPutFloat(JCGLProgramUniformType u, float value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutInteger(JCGLProgramUniformType u, int value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutMatrix3x3f(JCGLProgramUniformType u, com.io7m.jtensors.MatrixDirectReadable3x3FType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutMatrix4x4f(JCGLProgramUniformType u, com.io7m.jtensors.MatrixDirectReadable4x4FType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutTexture2DUnit(JCGLProgramUniformType u, JCGLTextureUnitType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutTextureCubeUnit(JCGLProgramUniformType u, JCGLTextureUnitType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutUnsignedInteger(JCGLProgramUniformType u, int value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector2f(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable2FType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector2i(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable2IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector2ui(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable2IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector3f(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable3FType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector3i(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable3IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector3ui(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable3IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector4f(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable4FType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector4i(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable4IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVector4ui(JCGLProgramUniformType u, com.io7m.jtensors.VectorReadable4IType value) Upload the value value to the uniform u.
void	JCGLShaderUniformsType.shaderUniformPutVectorf(JCGLProgramUniformType u, FloatBuffer value) Upload the value value to the uniform u.
void	JCGLStencilBuffersType.stencilBufferClear(int stencil) Clear the stencil buffer with the specified value stencil.
void	JCGLStencilBuffersType.stencilBufferDisable() Disable the stencil test.
void	JCGLStencilBuffersType.stencilBufferEnable() Enable the stencil test.
void	JCGLStencilBuffersType.stencilBufferFunction(JCGLFaceSelection faces, JCGLStencilFunction function, int reference, int mask) Set the stencil function and reference value for the faces given by faces.
int	JCGLStencilBuffersType.stencilBufferGetBits()
boolean	JCGLStencilBuffersType.stencilBufferIsEnabled()
void	JCGLStencilBuffersType.stencilBufferMask(JCGLFaceSelection faces, int mask) Control the writing of bits in the stencil buffer for the faces given by faces.
void	JCGLStencilBuffersType.stencilBufferOperation(JCGLFaceSelection faces, JCGLStencilOperation stencil_fail, JCGLStencilOperation depth_fail, JCGLStencilOperation pass) Configure the operations to be performed on the stencil buffer for the faces given by faces.
JCGLTexture2DType	JCGLTextures2DType.texture2DAllocate(JCGLTextureUnitType unit, long width, long height, JCGLTextureFormat format, JCGLTextureWrapS wrap_s, JCGLTextureWrapT wrap_t, JCGLTextureFilterMinification min_filter, JCGLTextureFilterMagnification mag_filter) Allocate a texture of width width and height height of format format, binding it to unit.
void	JCGLTextures2DType.texture2DBind(JCGLTextureUnitType unit, JCGLTexture2DUsableType texture) Bind the texture texture to the texture unit unit.
void	JCGLTextures2DType.texture2DDelete(JCGLTexture2DType texture) Deletes the texture referenced by texture.
ByteBuffer	JCGLTextures2DType.texture2DGetImage(JCGLTextureUnitType unit, JCGLTexture2DUsableType texture) Fetch image data for the given texture.
boolean	JCGLTextures2DType.texture2DIsBound(JCGLTextureUnitType unit, JCGLTexture2DUsableType texture)
boolean	JCGLTextures2DType.texture2DIsBoundAnywhere(JCGLTexture2DUsableType texture)
void	JCGLTextures2DType.texture2DRegenerateMipmaps(JCGLTextureUnitType unit) Regenerate the mipmaps for the 2D texture bound to the texture unit unit.
void	JCGLTextures2DType.texture2DUpdate(JCGLTextureUnitType unit, JCGLTexture2DUpdateType data) Replace the contents (or part of the contents) of the texture data.getTexture() with data.
JCGLTextureCubeType	JCGLTexturesCubeType.textureCubeAllocate(JCGLTextureUnitType unit, long size, JCGLTextureFormat format, JCGLTextureWrapR wrap_r, JCGLTextureWrapS wrap_s, JCGLTextureWrapT wrap_t, JCGLTextureFilterMinification min_filter, JCGLTextureFilterMagnification mag_filter) Allocate a cube texture of width size and height size of format format, binding it to unit.
void	JCGLTexturesCubeType.textureCubeBind(JCGLTextureUnitType unit, JCGLTextureCubeUsableType texture) Bind the texture texture to the texture unit unit.
void	JCGLTexturesCubeType.textureCubeDelete(JCGLTextureCubeType texture) Deletes the texture referenced by texture.
ByteBuffer	JCGLTexturesCubeType.textureCubeGetImageLH(JCGLTextureUnitType unit, JCGLCubeMapFaceLH face, JCGLTextureCubeUsableType texture) Fetch image data for the given face of the given texture.
default ByteBuffer	JCGLTexturesCubeType.textureCubeGetImageRH(JCGLTextureUnitType unit, JCGLCubeMapFaceRH face, JCGLTextureCubeUsableType texture) Fetch image data for the given face of the given texture.
boolean	JCGLTexturesCubeType.textureCubeIsBound(JCGLTextureUnitType unit, JCGLTextureCubeUsableType texture)
boolean	JCGLTexturesCubeType.textureCubeIsBoundAnywhere(JCGLTextureCubeUsableType texture)
void	JCGLTexturesCubeType.textureCubeRegenerateMipmaps(JCGLTextureUnitType unit) Regenerate the mipmaps for the cube texture bound to the texture unit unit.
void	JCGLTexturesCubeType.textureCubeUpdateLH(JCGLTextureUnitType unit, JCGLCubeMapFaceLH face, JCGLTextureCubeUpdateType data) Replace the contents (or part of the contents) of the face face of the cube map texture data.getTexture() with data, assuming a cube map that uses a left-handed coordinate system (the OpenGL default).
default void	JCGLTexturesCubeType.textureCubeUpdateRH(JCGLTextureUnitType unit, JCGLCubeMapFaceRH face, JCGLTextureCubeUpdateType data) Replace the contents (or part of the contents) of the face face of the cube map texture data.getTexture() with data, assuming a cube map that uses a right-handed coordinate system.
int	JCGLTexturesType.textureGetMaximumSize()
List<JCGLTextureUnitType>	JCGLTexturesType.textureGetUnits()
boolean	JCGLTexturesType.textureUnitIsBound(JCGLTextureUnitType unit)
void	JCGLTexturesType.textureUnitUnbind(JCGLTextureUnitType unit) Unbind whatever texture is bound to the texture unit unit (if any).
JCGLTimerQueryType	JCGLTimersType.timerQueryAllocate()
void	JCGLTimersType.timerQueryBegin(JCGLTimerQueryUsableType q) Start the timer query running.
void	JCGLTimersType.timerQueryDelete(JCGLTimerQueryType q) Delete the given timer query.
void	JCGLTimersType.timerQueryFinish(JCGLTimerQueryUsableType q) Stop the timer query running.
JCGLQueryResultAvailability	JCGLTimersType.timerQueryResultAvailability(JCGLTimerQueryUsableType q) Ask the GPU if the timer query has executed and therefore has a result that can be fetched.
long	JCGLTimersType.timerQueryResultGet(JCGLTimerQueryUsableType q) Retrieve the result for the timer query.
void	JCGLViewportsType.viewportSet(com.io7m.jareas.core.AreaInclusiveUnsignedLType area) Set the OpenGL viewport to the given inclusive area.

Uses of JCGLException in com.io7m.jcanephora.fake

Methods in com.io7m.jcanephora.fake that throw JCGLException

Modifier and Type	Method and Description
JCGLContextType	JCGLImplementationFakeType.newContext(String name, FakeShaderListenerType in_listener) Construct a new context.
JCGLContextType	JCGLImplementationFake.newContext(String name, FakeShaderListenerType in_listener)
JCGLContextType	JCGLImplementationFakeType.newContextSharedWith(JCGLContextType c, String name, FakeShaderListenerType in_listener) Construct a new context, shared with an existing context.
JCGLContextType	JCGLImplementationFake.newContextSharedWith(JCGLContextType c, String name, FakeShaderListenerType in_listener)
void	FakeShaderListenerType.onCompileFragmentShaderStart(FakeContext context, String name, List<String> sources) Called when the fragment shader name is about to be compiled.
void	FakeShaderListenerType.onCompileGeometryShaderStart(FakeContext context, String name, List<String> sources) Called when the geometry shader name is about to be compiled.
void	FakeShaderListenerType.onCompileVertexShaderStart(FakeContext context, String name, List<String> sources) Called when the vertex shader name is about to be compiled.
void	FakeShaderListenerType.onLinkProgram(FakeContext context, JCGLProgramShaderUsableType p, String name, JCGLVertexShaderUsableType v, Optional<JCGLGeometryShaderUsableType> g, JCGLFragmentShaderUsableType f, Map<String,JCGLProgramAttributeType> attributes, Map<String,JCGLProgramUniformType> uniforms) Called when a program is about to be linked.

Uses of JCGLException in com.io7m.jcanephora.jogl

Methods in com.io7m.jcanephora.jogl that throw JCGLException

Modifier and Type	Method and Description
JCGLContextType	JCGLImplementationJOGLType.newContextFrom(com.jogamp.opengl.GLContext c, String name) Construct a new context from the given GLContext.
JCGLContextType	JCGLImplementationJOGL.newContextFrom(com.jogamp.opengl.GLContext c, String name)
JCGLContextType	JCGLImplementationJOGLType.newContextFromWithSupplier(com.jogamp.opengl.GLContext c, Function<com.jogamp.opengl.GLContext,com.jogamp.opengl.GL3> gl_supplier, String name) Construct a new context from the given GLContext.
JCGLContextType	JCGLImplementationJOGL.newContextFromWithSupplier(com.jogamp.opengl.GLContext c, Function<com.jogamp.opengl.GLContext,com.jogamp.opengl.GL3> gl_supplier, String name)