| Commit message (Collapse) | Author | Age | Files | Lines |
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and attachColorbuffer(..) / attachRenderbuffer(..)
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for a Colorbuffer, also make DEPTH optional.
API Change
+++
In certain cases a TextureAttachment for the FBO's color buffer
is not desired, either for performance reasons where texture functionality
is not required or to avoid texture restrictions like size, etc.
+++
GLFBODrawable shall use TextureAttachment for the FBO's color buffer
and a DEPTH buffer per default.
However, the user shall be allowed to use a plain ColorAttachment (renderbuffer)
and also no DEPTH buffer.
+++
FBObject Details:
- Colorbuffer interface exposes Attachment details
like format, size, etc as well as it's implementation
specifics, isTextureAttachment() and getTextureAttachment() allowing a clean cast and type query.
- Allow ColorAttachment to be used for non MSAA
- Make TextureAttachment optional for method 'use(GL, TextureAttachment)'
- Only validate size against MAX_TEXTURESIZE if using a TextureAttachment
- API Change:
- rename: getColorAttachmentCount() -> getColorbufferCount()
- add: getTextureAttachmentCount()
- change 'TextureAttachment getSamplingSink()' -> 'Colorbuffer getSamplingSink()'
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display/screen of a NativeSurface
Currently GLDrawableFactoryImpl's gamma settings are performed
only on the main screen.
Allow passing a NativeSurface, so it's display/screen
gamma values will be changed.
Further, promote low-level gamma settings to GLDrawableFactory
for direct usage.
Change com.jogamp.opengl.util.Gamma to use a GLDrawable
instead of a GL object to clarify that we use the drawable.
Also add a GLAutoDrawable variant, allowing proper locking
of its 'upstream-lock' to guarantee atomicity.
+++
Tested manually w/ TestGearsES2NEWT on X11 and Windows
using the 'g' and 'G' to modify gamma.
Value is properly reset on exit.
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avoiding race conditions.
GLAutoDrawable (API CHANGE) allowing atomic operations:
- Add class API-doc chapter about 'GLAutoDrawable Locking'
- Add method invoke(..) API-doc description about throwing IllegalStateException in case of a detected deadlock situation ahead
(Note: Implemented in GLDrawableHelper.invoke(..) for all implementations)
- Add new methods for proper multithread handling:
- public RecursiveLock getUpstreamLock();
- public boolean isThreadGLCapable();
+++
GLEventListenerState/GLDrawableUtil:
- Perform operation in a atomic fashion,
i.e. lock GLAutoDrawable during whole operations:
- GLDrawableUtil.swapGLContext(..)
- GLDrawableUtil.swapGLContextAndAllGLEventListener(..)
- GLEventListenerState.moveFrom(..)
- GLEventListenerState.moveTo(..)
- ReshapeGLEventListener:
- Moved from GLEventListenerState.ReshapeGLEventListener -> GLDrawableUtil.ReshapeGLEventListener
- Takes 'displayAfterReshape' case into account.
+++
javax.media.opengl.Threading Clarifications:
- Public 'enum Mode', i.e. Threading.Mode
- Public getMode()
- Clarified 'isOpenGLThread()':
- Take 'singleThreaded' into account directly,
i.e. always return 'true' if singleThreaded == false
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Adapt to GlueGen commit f5c48efcf546ba4e08e197ccced6df83b57e1755
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Rendering', using FovHVHalves - incl. references
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Removed Deprecated Class:
- com/jogamp/opengl/util/TGAWriter.java
- Use TextureIO w/ .tga suffix
- com/jogamp/opengl/util/awt/Screenshot.java
- Use:
- com.jogamp.opengl.util.GLReadBufferUtil, or
- com.jogamp.opengl.util.awt.AWTGLReadBufferUtil
The latter for reading into AWT BufferedImage
See: TestBug461FBOSupersamplingSwingAWT, TestBug605FlippedImageAWT
- javax/media/opengl/GLPbuffer.java
- Use:
caps.setPBuffer(true);
final GLAutoDrawable pbuffer = GLDrawableFactory.getFactory( caps.getGLProfile() ).createOffscreenAutoDrawable(null, caps, null, 512, 512);
- See: TestPBufferDeadlockAWT, ..
Removed Deprecated Methods:
- Constructor of AWT-GLCanvas, SWT-GLCanvas, AWT-GLJPanel
with argument 'final GLContext shareWith'
See GLSharedContextSetter, i.e. glCanvas.setSharedContext(..) !
- GLDrawableFactory.createOffscreenAutoDrawable(..)
with argument 'final GLContext shareWith'
See GLSharedContextSetter, i.e. offscreenAutoDrawable.setSharedContext(..) !
- GLDrawableFactory.createGLPbuffer(..),
see above!
- com.jogamp.opengl.util.av.AudioSink 'enqueueData(AudioDataFrame audioDataFrame)',
use 'enqueueData(int, ByteBuffer, int)'
- GLSharedContextSetter.areAllGLEventListenerInitialized(),
migrated to GLAutoDrawable !
- GLBase's
- glGetBoundBuffer(int), use getBoundBuffer(int)
- glGetBufferSize(int), use getBufferStorage(int).getSize()
- glIsVBOArrayBound(), use isVBOArrayBound()
- glIsVBOElementArrayBound(), use isVBOElementArrayBound()
- NEWT MouseEvent.BUTTON_NUMBER, use BUTTON_COUNT
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operator; Avoid NPE
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(sloppy left-over code)
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- remove duplicate code in branch
- Use Type.valueOf(primitive)
- Don't use array.toString() directly
- remove dead code
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instances.
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BITMAP && format !COLOR_INDEX || !STENCIL_INDEX
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or due branching)
- AWT TextRenderer: Add throw new InternalError("fontRenderContext never initialized!"); FIXME!
- GLContextImpl.hasFBOImpl(): Fix serious NPE issue if extCache is null
- GLDrawableFactoryImpl.createOffscreenDrawableImpl(..):
- Fix NPE issue w/ null drawable
- Fix resetting GammaRamp by ensuring originalGammaRamp will be set at 1st setGammaRamp(..)
- AndroidGLMediaPlayerAPI14: Fix NPE: Use already resolved local referenced
- EGLDrawableFactory: Fix NPE: Only operate on non null surface!
- ALAudioSink.dequeueBuffer(..): Only resolve releasedBuffer elements if not null
-
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synchronized from setter
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InternalError("hashCode not designed")
As long we don't use Object.hashCode() to idenitify the memory address, we can safeguard the code.
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oculusvr-sdk java distortion-mesh calculation if available
StereoDeviceFactory support new GenericStereoDeviceFactory, with it's GenericStereoDevice and GenericStereoDeviceRenderer.
GenericStereoDevice maintains different configurations, triggered either by passing a GenericStereoDevice.Config
instance directly or by the device-index parameter:
- 0: monoscopi device: No post-processing
- 1: stereoscopic device SBS: No post-processing
- 2: stereoscopic device SBS + Lenses: Distortion post-processing
(only available w/ oculusvr-sdk sub-module)
Producing a 'GenericStereoDevice.Config' instance is self containing
and may extend if supporting more device types like top-bottom, interlaced etc.
StereoDemo01 handles all use-cases and may be used as a test-bed
to add and experiment with stereoscopy, devices and settings.
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Conflicts:
make/scripts/tests.sh
(build.xml: Using <copy tofile=".."/> instead of producing new jar files via <jar> to keep identity)
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Renamed:
jogl-core.jar → jogl.jar
nativewindow-core.jar → nativewindow.jar
The build scripts have been edited to produce sets of natives for
each "module" (as opposed to producing one set of natives and then
have each module point to them via aliasing).
Bug: 1023
Bug: 1024
Depends on 46faa59d439ef235d7691fc64d56eedc600ffa1a from gluegen.
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tan(fovy), fix callers; Simplify FloatUtil.makePerspective(..FovHVHalves..)
Fix FloatUtil.makePerspective(..): The tan(fovy/2) shall be used, not tan(fovy), fix callers
- This bug didn't hit (yet), since callers already performed the division (degree -> radian)
by falsly claiming the passed value is in radian - where it was actually fov/2 in radians.
Simplify FloatUtil.makePerspective(..FovHVHalves..)
- Due to the fix above, it became pretty clear that the makeFrustum(..)
method can be utilized.
Simply apply all our tan-half-fov values on zNear.
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'com.jogamp.opengl.util.stereo' contains all public interfaces/classes
Renamed interfaces:
CustomRendererListener -> CustomGLEventListener
StereoRendererListener -> StereoGLEventListener
New vendor agnostic 'stuff' in com.jogamp.opengl.util.stereo:
1 - StereoDeviceFactory
To create a vendor specific StereoDeviceFactory instance,
which creates the StereoDevice.
2 - StereoDevice
For vendor specific implementation.
Can create StereoDeviceRenderer.
3 - StereoDeviceRenderer
For vendor specific implementation.
4 - StereoClientRenderer
Vendor agnostic client StereoGLEventListener renderer,
using a StereoDeviceRenderer.
Now supports multiple StereoGLEventListener, via add/remove.
- MovieSBSStereo demo-able via StereoDemo01
can show SBS 3D movies.
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c47bc86ae2ee268a1f38c5580d11f93d7f8d6e74)
- Change non static accesses to static members using declaring type
- Change indirect accesses to static members to direct accesses (accesses through subtypes)
- Add final modifier to private fields
- Add final modifier to method parameters
- Add final modifier to local variables
- Remove unnecessary casts
- Remove unnecessary '$NON-NLS$' tags
- Remove trailing white spaces on all lines
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Refine API in regards to proper package names, interface
and high-level access to eye specific constant parameter
and variable eye movement.
+++
Commit 36327e24cf586b50bf18e87d7d13d53eb41cf1d9 introduced 'GLEventListener2'
Move javax.media.opengl.GLEventListener2
-> com.jogamp.opengl.util.CustomRendererListener
-> com.jogamp.opengl.util.stereo.StereoRendererListener
StereoRendererListener adds stereoscopic specific:
public void reshapeEye(final GLAutoDrawable drawable, final int x, final int y, final int width, final int height,
final EyeParameter eyeParam, final EyePose eyePose);
.. see below.
++
Add com.jogamp.opengl.util.stereo:
- EyeParameter (Constant eye parameters, like IPD and FOV)
- EyePose (Current eye position and orientation)
+++
Add com.jogamp.opengl.math.FovHVHalves to support
non-centered bi-directional FOV for lenses.
Add respective FloatUtil.makePerspective(.. FovHVHalves fovhv ) variant.
+++
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GLEventListener2 (WIP); Refine FloatUtil
- GLEventListener2 extends GLEventListener adds refined control:
- display w/ flags, i.e. repeat, don't clear
- setProjectionModelview(..)
- FloatUtil.* Add return value for chaining, where missing
+++
- jogamp.opengl.oculusvr.OVRDistortion
- Handles all OVR related data and maps it to shader + GL buffers
- display method
- com.jogamp.opengl.oculusvr.OVRSBSRendererSingleFBO implements GLEventListener
- Simple OVRDistortion renderer using single FBO
- Using upstream GLEventListener2 (the content)
- com.jogamp.opengl.oculusvr.OVRSBSRendererDualFBO implements GLEventListener
- Simple OVRDistortion renderer using two FBOs
- Using upstream GLEventListener2 (the content)
Manual Test: com.jogamp.opengl.test.junit.jogl.stereo.ovr.OVRDemo01
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0bded476868c5fdfe44502bfd55957469d0d72bb
FloatUtil optimizations (unroll and linear memeory access):
- transposeMatrix
- invertMatrix (diff algo as well - 50% speed bump)
- multMatrix
- multMatrixVec
FloatUtil added
- matrixDeterminant(..)
FloatUtil removed
- Certain FloatBuffer variants are removed
or at least marked deprecated.
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variations; PMVMatrix: Remove NIO buffer path, use backing-array only and FloatUtil direct.
- FloatUtil pptimized variants:
- mapObjToWinCoords (gluProject) passing 'P x Mv' for batch operations
- mapWinToObjCoords (gluUnProject) passing 'Inv(P x Mv)' for batch operations
- mapWinToObjCoords (gluUnProject) passing 'Inv(P x Mv)' and two winz values
for two ray picking resulting in two obj positions. (-> mapWinToRay)
- PMVMatrix
- dropped low performance NIO mode
- simply use common backing-array and fixed offsets directly
- drop ProjectFloat usage in favor of FloatUtil
- reduce number of temporary arrays
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Macro redefine 'texture2D -> texture'
was added _after_ the custom texture lookup insertion
causing GL3-core to fail.
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SAMPLE_COUNT is of type 'int'
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NullAudioSink shall return the last enqueued PTS in getPTS()
not causing a-v delta measure based on lagging audio in player.
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EGLUpstreamSurfaceHook) to generalize ProxySurfaceImpl.getUpstreamSurface()
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Remove GLES3Impl.glPixelStorei pname validation which was true for ES2 impl,
but is no more valid for ES3, which accepts more values than
GL_PACK_ALIGNMENT & GL_UNPACK_ALIGNMENT.
Revalidate GLPixelStorageModes:
- Properly support ES3 PixelStorageModes
- Revalidate PixelStorageModes for all GL profiles
- Properly reset values at save
- Separate PACK and UNPACK save/reset/restore implementation
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if possible (ES3 spec requirement)
Make FBObject's sampling sink format compatible w/ sampling source if possible,
i.e. for all GL profiles but ES1 and ES2.
This is an ES3 spec requirement:
For ES3, sampling-sink colorbuffer format must be equal w/
the sampling-source Colorbuffer.
ES3 BlitFramebuffer Requirements: OpenGL ES 3.0.2 p194: 4.3.2 Copying Pixels:
If SAMPLE_BUFFERS for the read framebuffer is greater than zero, no copy
is performed and an INVALID_OPERATION error is generated if the formats of
the read and draw framebuffers are not identical or if the source and destination
rectangles are not defined with the same (X0, Y 0) and (X1, Y 1) bounds.
Texture and Renderbuffer format details:
ES2 Base iFormat: OpenGL ES 2.0.24 p66: 3.7.1 Texture Image Specification, Table 3.8
- ALPHA, LUMINANCE, LUMINANCE_ALPHA, RGB, RGBA
ES3 Base iFormat: OpenGL ES 3.0.2 p125: 3.8.3 Texture Image Specification, Table 3.11
- ALPHA, LUMINANCE, LUMINANCE_ALPHA, RGB, RGBA
DEPTH_COMPONENT, STENCIL_COMPONENT, RED, RG
ES3 Required Texture and Renderbuffer iFormat: OpenGL ES 3.0.2 p126: 3.8.3 Texture Image Specification
- RGBA32I, RGBA32UI, RGBA16I, RGBA16UI, RGBA8, RGBA8I,
RGBA8UI, SRGB8_ALPHA8, RGB10_A2, RGB10_A2UI, RGBA4, and
RGB5_A1.
- RGB8 and RGB565.
- RG32I, RG32UI, RG16I, RG16UI, RG8, RG8I, and RG8UI.
- R32I, R32UI, R16I, R16UI, R8, R8I, and R8UI.
+++
Our implementation shall attempt to use the same format
for the sampling-source and -sink
wherever possible, e.g. GL2ES3 (excluding ES1 and ES2)!
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Refine commit f9a00b91dcd146c72a50237b62270f33bd0da98e
- Using comment tag 'FIXME HiDPI' to locate remaining issues
- Fix remaining 'getPixel*(..)' -> 'getSurface*(..)'
- UpstreamSurfaceHook
- Fix usage (one by one) of
- NativeWindow: getWindowWidth() / getWindowHeight()
- NativeSurface/GLDrawable: getSurfaceWidth() / getSurfaceHeight()
- mention window- or pixel units in API doc where required
- use 'setSurfaceSize(..)' where appropriate to match 'getSurface*()'
- GLFBODrawable
- GLOffscreenAutoDrawable
- UpstreamSurfaceHook.MutableSize
- NativeWindow's Point: Add API doc and 'Point scaleInv(..)'
- NativeSurface
Simplify new conversion methods and use single in-place storage
- 'int[] getWindowUnitXY(int[], int[])' -> 'int[] convertToWindowUnits(int[], int[])'
- 'int[] getPixelUnitXY(int[], int[])' -> 'int[] convertToPixelUnits(int[], int[])'
- NEWT Screen/Monitor
- Assume screen/window units
- TODO: Refine semantics - Monitor resolution probably is in pixel units ?!
- Including the Rectangle/Monitor association etc etc
- NEWT Window
- Add setSurfaceSize(..) for convenience
- Add 'Point convertToWindowUnits(final Point pixelUnitsAndResult)', etc ..
- All window ops are using window units (size, pos, ..),
but methods operating on the surface/drawable: windowRepaint(..) ..
- TODO: Consider changing method names 'window*(..)' to 'surface*(..)'
actually operating on surface/drawable
- Window.windowRepaint(..)
- GLAutoDrawableDelegate.windowResizedOp(..) (maybe all similar methods in here)
- NEWT Mouse/Pointer Events
- Using pixel units
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Add HiDPI for AWT GLCanvas w/ OSX CALayer
Core API Change:
To support HiDPI thoroughly in JOGL (NativeWindow, JOGL, NEWT)
we need to separate window- and pixel units.
NativeWindow and NativeSurface now have distinguished
access methods for window units and pixel units.
NativeWindow: Using window units
- getWindowWidth() * NEW Method *
- getWindowHeight() * NEW Method *
- getX(), getY(), ...
NativeSurface: Using pixel units
- getWidth() -> getSurfaceWidth() * RENAMED *
- getHeight() -> getSurfaceHeight() * RENAMED *
GLDrawable: Using pixel units
- getWidth() -> getSurfaceWidth() * RENAMED, aligned w/ NativeSurface *
- getHeight() -> getSurfaceHeight() * RENAMED, aligned w/ NativeSurface *
Above changes also removes API collision w/ other windowing TK,
e.g. AWT's getWidth()/getHeight() in GLCanvas
and the same method names in GLDrawable before this change.
+++
Now preliminary 'working':
- AWT GLCanvas
- AWT GLJPanel
Tested manually on OSX w/ and w/o HiDPI Retina:
java com.jogamp.opengl.test.junit.jogl.demos.es2.awt.TestGearsES2AWT -manual -noanim -time 1000000
java com.jogamp.opengl.test.junit.jogl.demos.es2.awt.TestGearsES2GLJPanelAWT -manual -noanim -time 1000000
+++
TODO:
- NEWT
- Change Window.setSize(..) to use pixel units ?
- OSX HiDPI support
- Testing ..
- API refinement
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TextureSequence's fragment shader hash-code
Adding TextureSequence.getTextureFragmentShaderHashCode() allowing to use a cached hash-code (performance, interface usability).
Implemented in GLMediaPlayerImpl and ImageSequence.
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(recognize diff. TextureLookupFragmentShader and TextureSampler2DType)
Fix RegionRenderer's TextureSequence shader program selection,
i.e. TextureLookupFragmentShader and TextureSampler2DType are considered in the ShaderProgram hash key selector.
Now the proper ShaderProgram for different TextureSequence objects will be selected,
e.g. diff video pixel formats and/or texture sampler types.
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derivations ImageSeqButton + GLEventListenerButton + MediaPlayerButton
Split GraphUI's TextureButton to TextureSeqButton (Base) and it's derivations:
- ImageSeqButton
- displays an ImageSequence
- GLEventListenerButton
- displays any GLEventListener as rendered into FBO as an ImageSequence
- MediaPlayerButton
- displays movies
- Added public ImageSequence impl. TextureSequence,
was private SingleTextureSeqFrame.
- Demo GPUUISceneGLListener0A shows:
- MediaPlayerButton w/ Big Buck Bunny film
- GLEventListenerButton w/ GearsES2
- ImageSeqButton w/ 2 textures (pressed/released)
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