javax.media.opengl.GLBase Maven / Gradle / Ivy
/**
* Copyright 2009 Sun Microsystems, Inc. All Rights Reserved.
* Copyright 2010 JogAmp Community. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without modification, are
* permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice, this list of
* conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright notice, this list
* of conditions and the following disclaimer in the documentation and/or other materials
* provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY JogAmp Community ``AS IS'' AND ANY EXPRESS OR IMPLIED
* WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
* FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL JogAmp Community OR
* CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
* ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
* NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* The views and conclusions contained in the software and documentation are those of the
* authors and should not be interpreted as representing official policies, either expressed
* or implied, of JogAmp Community.
*/
package javax.media.opengl;
/**
* The base interface from which all GL profiles derive, providing
* checked conversion down to concrete profiles, access to the
* OpenGL context associated with the GL and extension/function
* availability queries as described below.
*
* While the APIs for vendor extensions are unconditionally
* exposed, the underlying functions may not be present. The method
* {@link #isFunctionAvailable} should be used to query the
* availability of any non-core function before it is used for the
* first time; for example,
* gl.isFunctionAvailable("glProgramStringARB"). On
* certain platforms (Windows in particular), the most "core"
* functionality is only OpenGL 1.1, so in theory any routines first
* exposed in OpenGL 1.2, 1.3, and 1.4, 1.5, or 2.0 as well as vendor
* extensions should all be queried. Calling an unavailable function
* will cause a {@link GLException} to be raised.
*
* {@link #isExtensionAvailable} may also be used to determine whether
* a specific extension is available before calling the routines or
* using the functionality it exposes: for example,
* gl.isExtensionAvailable("GL_ARB_vertex_program");.
* However, in this case it is up to the end user to know which
* routines or functionality are associated with which OpenGL
* extensions. It may also be used to test for the availability of a
* particular version of OpenGL: for example,
* gl.isExtensionAvailable("GL_VERSION_1_5");.
*
* Exceptions to the window system extension naming rules:
*
*
*
* - The memory allocators for the NVidia vertex_array_range (VAR)
* extension, in particular
wglAllocateMemoryNV /
* glXAllocateMemoryNV and associated routines. {@link
* #glAllocateMemoryNV} has been provided for window system-independent
* access to VAR. {@link #isFunctionAvailable} will translate an argument
* of "glAllocateMemoryNV" or "glFreeMemoryNV" into the appropriate
* window system-specific name.
*
* - WGL_ARB_pbuffer, WGL_ARB_pixel_format, and other
* platform-specific pbuffer functionality; the availability of
* pbuffers can be queried on Windows, X11 and Mac OS X platforms by
* querying {@link #isExtensionAvailable} with an argument of
* "GL_ARB_pbuffer" or "GL_ARB_pixel_format".
*
*
*
*/
public interface GLBase {
/**
* Indicates whether this GL object conforms to any of the OpenGL profiles.
*/
public boolean isGL();
/**
* Indicates whether this GL object conforms to the OpenGL ≥ 4.0 compatibility profile.
* The GL4 compatibility profile includes the GL2, GL2ES1, GL2ES2, GL3, GL3bc and GL4 profile.
* @see GLContext#isGL4bc()
*/
public boolean isGL4bc();
/**
* Indicates whether this GL object conforms to the OpenGL ≥ 4.0 core profile.
* The GL4 core profile includes the GL2ES2, and GL3 profile.
* @see GLContext#isGL4()
*/
public boolean isGL4();
/**
* Indicates whether this GL object conforms to the OpenGL ≥ 3.1 compatibility profile.
* The GL3 compatibility profile includes the GL2, GL2ES1, GL2ES2 and GL3 profile.
* @see GLContext#isGL3bc()
*/
public boolean isGL3bc();
/**
* Indicates whether this GL object conforms to the OpenGL ≥ 3.1 core profile.
* The GL3 core profile includes the GL2ES2 profile.
* @see GLContext#isGL3()
*/
public boolean isGL3();
/**
* Indicates whether this GL object conforms to the OpenGL ≤ 3.0 profile.
* The GL2 profile includes the GL2ES1 and GL2ES2 profile.
* @see GLContext#isGL2()
*/
public boolean isGL2();
/**
* Indicates whether this GL object conforms to the OpenGL ES1 ≥ 1.0 profile.
* @see GLContext#isGLES1()
*/
public boolean isGLES1();
/**
* Indicates whether this GL object conforms to the OpenGL ES2 ≥ 2.0 profile.
*
* Remark: ES2 compatible desktop profiles are not included.
* To query whether core ES2 functionality is provided, use {@link #isGLES2Compatible()}.
*
* @see #isGLES2Compatible()
* @see GLContext#isGLES2()
*/
public boolean isGLES2();
/**
* Indicates whether this GL object conforms to the OpenGL ES2 ≥ 3.0 profile.
*
* Remark: ES3 compatible desktop profiles are not included.
* To query whether core ES3 functionality is provided, use {@link #isGLES3Compatible()}.
*
* @see #isGLES3Compatible()
* @see GLContext#isGLES3()
*/
public boolean isGLES3();
/**
* Indicates whether this GL object conforms to one of the OpenGL ES profiles,
* see {@link #isGLES1()} and {@link #isGLES2()}.
* @see GLContext#isGLES()
*/
public boolean isGLES();
/**
* Indicates whether this GL object conforms to a GL2ES1 compatible profile.
* @see GLContext#isGL2ES1()
*/
public boolean isGL2ES1();
/**
* Indicates whether this GL object conforms to a GL2ES2 compatible profile.
* @see GLContext#isGL2ES2()
*/
public boolean isGL2ES2();
/**
* Indicates whether this GL object conforms to a either a GL2GL3 or GL3ES3 compatible profile.
* @see GLContext#isGL2ES3()
*/
public boolean isGL2ES3();
/**
* Indicates whether this GL object conforms to a GL3ES3 compatible profile.
* @see GLContext#isGL3ES3()
*/
public boolean isGL3ES3();
/**
* Returns true if this GL object conforms to a GL4ES3 compatible profile, i.e. if {@link #isGLES3Compatible()} returns true.
* Includes [ GL ≥ 4.3, GL ≥ 3.1 w/ GL_ARB_ES3_compatibility and GLES3 ]
* @see GLContext#isGL4ES3()
*/
public boolean isGL4ES3();
/**
* Indicates whether this GL object conforms to a GL2GL3 compatible profile.
* @see GLContext#isGL2GL3()
*/
public boolean isGL2GL3();
/**
* Indicates whether this GL object uses a GL4 core profile. Includes [ GL4 ].
* @see GLContext#isGL4core()
*/
public boolean isGL4core();
/**
* Indicates whether this GL object uses a GL3 core profile. Includes [ GL4, GL3 ].
* @see GLContext#isGL3core()
*/
public boolean isGL3core();
/**
* Indicates whether this GL object uses a GL core profile. Includes [ GL4, GL3, GLES3, GL2ES2 ].
* @see GLContext#isGLcore()
*/
public boolean isGLcore();
/**
* Indicates whether this GL object is compatible with the core OpenGL ES2 functionality.
* @return true if this context is an ES2 context or implements
* the extension GL_ARB_ES2_compatibility, otherwise false
* @see GLContext#isGLES2Compatible()
*/
public boolean isGLES2Compatible();
/**
* Indicates whether this GL object is compatible with the core OpenGL ES3 functionality.
*
* Return true if the underlying context is an ES3 context or implements
* the extension GL_ARB_ES3_compatibility, otherwise false.
*
*
* Includes [ GL ≥ 4.3, GL ≥ 3.1 w/ GL_ARB_ES3_compatibility and GLES3 ]
*
* @see GLContext#isGLES3Compatible()
*/
public boolean isGLES3Compatible();
/**
* Indicates whether this GL object supports GLSL.
* @see GLContext#hasGLSL()
*/
public boolean hasGLSL();
/**
* Returns the downstream GL instance in case this is a wrapping pipeline, otherwise null.
*
* See {@link #getRootGL()} for retrieving the implementing root instance.
*
* @throws GLException if the downstream instance is not null and not a GL implementation
* @see #getRootGL()
*/
public GL getDownstreamGL() throws GLException;
/**
* Returns the implementing root instance, considering a wrapped pipelined hierarchy, see {@link #getDownstreamGL()}.
*
* If this instance is not a wrapping pipeline, i.e. has no downstream instance,
* this instance is returned.
*
* @throws GLException if the root instance is not a GL implementation
*/
public GL getRootGL() throws GLException;
/**
* Casts this object to the GL interface.
* @throws GLException if this object is not a GL implementation
*/
public GL getGL() throws GLException;
/**
* Casts this object to the GL4bc interface.
* @throws GLException if this object is not a GL4bc implementation
*/
public GL4bc getGL4bc() throws GLException;
/**
* Casts this object to the GL4 interface.
* @throws GLException if this object is not a GL4 implementation
*/
public GL4 getGL4() throws GLException;
/**
* Casts this object to the GL3bc interface.
* @throws GLException if this object is not a GL3bc implementation
*/
public GL3bc getGL3bc() throws GLException;
/**
* Casts this object to the GL3 interface.
* @throws GLException if this object is not a GL3 implementation
*/
public GL3 getGL3() throws GLException;
/**
* Casts this object to the GL2 interface.
* @throws GLException if this object is not a GL2 implementation
*/
public GL2 getGL2() throws GLException;
/**
* Casts this object to the GLES1 interface.
* @throws GLException if this object is not a GLES1 implementation
*/
public GLES1 getGLES1() throws GLException;
/**
* Casts this object to the GLES2 interface.
* @throws GLException if this object is not a GLES2 implementation
*/
public GLES2 getGLES2() throws GLException;
/**
* Casts this object to the GLES3 interface.
* @throws GLException if this object is not a GLES3 implementation
*/
public GLES3 getGLES3() throws GLException;
/**
* Casts this object to the GL2ES1 interface.
* @throws GLException if this object is not a GL2ES1 implementation
*/
public GL2ES1 getGL2ES1() throws GLException;
/**
* Casts this object to the GL2ES2 interface.
* @throws GLException if this object is not a GL2ES2 implementation
*/
public GL2ES2 getGL2ES2() throws GLException;
/**
* Casts this object to the GL2ES3 interface.
* @throws GLException if this object is not a GL2ES3 implementation
*/
public GL2ES3 getGL2ES3() throws GLException;
/**
* Casts this object to the GL3ES3 interface.
* @throws GLException if this object is not a GL3ES3 implementation
*/
public GL3ES3 getGL3ES3() throws GLException;
/**
* Casts this object to the GL4ES3 interface.
* @throws GLException if this object is not a GL4ES3 implementation
*/
public GL4ES3 getGL4ES3() throws GLException;
/**
* Casts this object to the GL2GL3 interface.
* @throws GLException if this object is not a GL2GL3 implementation
*/
public GL2GL3 getGL2GL3() throws GLException;
/**
* Returns the GLProfile associated with this GL object.
*/
public GLProfile getGLProfile();
/**
* Returns the GLContext associated which this GL object.
*/
public GLContext getContext();
/**
* Returns true if the specified OpenGL core- or extension-function can be
* used successfully through this GL instance given the current host (OpenGL
* client) and display (OpenGL server) configuration.
* By "successfully" we mean that the function is both callable
* on the machine running the program and available on the current
* display.
*
* In order to call a function successfully, the function must be both
* callable on the machine running the program and available on
* the display device that is rendering the output (note: on non-networked,
* single-display machines these two conditions are identical; on networked and/or
* multi-display machines this becomes more complicated). These conditions are
* met if the function is either part of the core OpenGL version supported by
* both the host and display, or it is an OpenGL extension function that both
* the host and display support.
*
* A GL function is callable if it is successfully linked at runtime,
* hence the GLContext must be made current at least once.
*
* @param glFunctionName the name of the OpenGL function (e.g., use
* "glBindRenderbufferEXT" or "glBindRenderbuffer" to check if {@link
* GL#glBindRenderbuffer(int,int)} is available).
*/
public boolean isFunctionAvailable(String glFunctionName);
/**
* Returns true if the specified OpenGL extension can be
* used successfully through this GL instance given the current host (OpenGL
* client) and display (OpenGL server) configuration.
*
* @param glExtensionName the name of the OpenGL extension (e.g.,
* "GL_ARB_vertex_program").
*/
public boolean isExtensionAvailable(String glExtensionName);
/**
* Returns true if basic FBO support is available, otherwise false.
*
* Basic FBO is supported if the context is either GL-ES >= 2.0, GL >= core 3.0 or implements the extensions
* GL_ARB_ES2_compatibility, GL_ARB_framebuffer_object, GL_EXT_framebuffer_object or GL_OES_framebuffer_object.
*
*
* Basic FBO support may only include one color attachment and no multisampling,
* as well as limited internal formats for renderbuffer.
*
* @see GLContext#hasBasicFBOSupport()
*/
public boolean hasBasicFBOSupport();
/**
* Returns true if full FBO support is available, otherwise false.
*
* Full FBO is supported if the context is either GL >= core 3.0 or implements the extensions
* ARB_framebuffer_object, or all of
* EXT_framebuffer_object, EXT_framebuffer_multisample,
* EXT_framebuffer_blit, GL_EXT_packed_depth_stencil.
*
*
* Full FBO support includes multiple color attachments and multisampling.
*
* @see GLContext#hasFullFBOSupport()
*/
public boolean hasFullFBOSupport();
/**
* Returns the maximum number of FBO RENDERBUFFER samples
* if {@link #hasFullFBOSupport() full FBO is supported}, otherwise false.
* @see GLContext#getMaxRenderbufferSamples()
*/
public int getMaxRenderbufferSamples();
/**
* Returns true if the GL context supports non power of two (NPOT) textures,
* otherwise false.
*
* NPOT textures are supported in OpenGL >= 3, GLES2 or if the
* 'GL_ARB_texture_non_power_of_two' extension is available.
*
*/
public boolean isNPOTTextureAvailable();
public boolean isTextureFormatBGRA8888Available();
/** Provides a platform-independent way to specify the minimum swap
interval for buffer swaps. An argument of 0 disables
sync-to-vertical-refresh completely, while an argument of 1
causes the application to wait until the next vertical refresh
until swapping buffers. The default, which is platform-specific,
is usually either 0 or 1. This function is not guaranteed to
have an effect, and in particular only affects heavyweight
onscreen components.
@see #getSwapInterval
@throws GLException if this context is not the current
*/
public void setSwapInterval(int interval);
/** Provides a platform-independent way to get the swap
interval set by {@link #setSwapInterval}.
If the interval is not set by {@link #setSwapInterval} yet,
-1 is returned, indicating that the platforms default
is being used.
@see #setSwapInterval
*/
public int getSwapInterval();
/**
* Returns an object through which platform-specific OpenGL extensions
* (EGL, GLX, WGL, etc.) may be accessed. The data type of the returned
* object and its associated capabilities are undefined. Most
* applications will never need to call this method. It is highly
* recommended that any applications which do call this method perform
* all accesses on the returned object reflectively to guard
* themselves against changes to the implementation.
*/
public Object getPlatformGLExtensions();
/**
* Returns an object providing access to the specified OpenGL
* extension. This is intended to provide a mechanism for vendors who
* wish to provide access to new OpenGL extensions without changing
* the public API of the core package. For example, a user may request
* access to extension "GL_VENDOR_foo" and receive back an object
* which implements a vendor-specified interface which can call the
* OpenGL extension functions corresponding to that extension. It is
* up to the vendor to specify both the extension name and Java API
* for accessing it, including which class or interface contains the
* functions.
*
*
*
* Note: it is the intent to add new extensions as quickly as possible
* to the core GL API. Therefore it is unlikely that most vendors will
* use this extension mechanism, but it is being provided for
* completeness.
*/
public Object getExtension(String extensionName);
/** Aliased entrypoint of void {@native glClearDepth}(GLclampd depth); and void {@native glClearDepthf}(GLclampf depth); . */
public void glClearDepth( double depth );
/** Aliased entrypoint of void {@native glDepthRange}(GLclampd depth); and void {@native glDepthRangef}(GLclampf depth); . */
public void glDepthRange(double zNear, double zFar);
/**
* @param target a GL buffer (VBO) target as used in {@link GL#glBindBuffer(int, int)}, ie {@link GL#GL_ELEMENT_ARRAY_BUFFER}, {@link GL#GL_ARRAY_BUFFER}, ..
* @return the GL buffer (VBO) name bound to a target via {@link GL#glBindBuffer(int, int)} or 0 if unbound.
*/
public int glGetBoundBuffer(int target);
/**
* @param buffer a GL buffer name, generated with {@link GL#glGenBuffers(int, int[], int)} and used in {@link GL#glBindBuffer(int, int)}, {@link GL#glBufferData(int, long, java.nio.Buffer, int)} or {@link GL2#glNamedBufferDataEXT(int, long, java.nio.Buffer, int)} for example.
* @return the size of the given GL buffer
*/
public long glGetBufferSize(int buffer);
/**
* @return true if a VBO is bound to {@link GL#GL_ARRAY_BUFFER} via {@link GL#glBindBuffer(int, int)}, otherwise false
*/
public boolean glIsVBOArrayBound();
/**
* @return true if a VBO is bound to {@link GL#GL_ELEMENT_ARRAY_BUFFER} via {@link GL#glBindBuffer(int, int)}, otherwise false
*/
public boolean glIsVBOElementArrayBound();
/**
* Return the framebuffer name bound to this context,
* see {@link GL#glBindFramebuffer(int, int)}.
*/
public int getBoundFramebuffer(int target);
/**
* Return the default draw framebuffer name.
*
* May differ from it's default zero
* in case an framebuffer object ({@link com.jogamp.opengl.FBObject}) based drawable
* is being used.
*
*/
public int getDefaultDrawFramebuffer();
/**
* Return the default read framebuffer name.
*
* May differ from it's default zero
* in case an framebuffer object ({@link com.jogamp.opengl.FBObject}) based drawable
* is being used.
*
*/
public int getDefaultReadFramebuffer();
/**
* Returns the default color buffer within the current bound
* {@link #getDefaultReadFramebuffer()}, i.e. GL_READ_FRAMEBUFFER,
* which will be used as the source for pixel reading commands,
* like {@link GL#glReadPixels(int, int, int, int, int, int, java.nio.Buffer)} etc.
*
* For offscreen framebuffer objects this is {@link GL#GL_COLOR_ATTACHMENT0},
* otherwise this is {@link GL#GL_FRONT} for single buffer configurations
* and {@link GL#GL_BACK} for double buffer configurations.
*
*/
public int getDefaultReadBuffer();
}