| Commit message (Collapse) | Author | Age | Files | Lines |
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on uncached text line
Performance Note: ~800-1200 fps on uncached text line
Compared to c3621221b9a563495b4f54fe60e18e8db8cc57fb: ~600 fps
and previous impl. ~60fps.
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- Fix TypecastRenderer End-Of-Contour (EOC)
- Iterate through contour block up-until EOC-1,
not trying to create a new 'path' from EOC.
- Add cubic path
- Detect a cubic path and use it, i.e. on-off-off-on
- Fix Shape-Closing
- Close shape at head, not tail, since we add vertices from the head.
- Misc
- addShape*(..) uses Point parameter 'onCurve' field
reflecting proper handling.
Status:
Ubuntu Font: No artifacts
Lucida: Removed all artifacts, but for character 'M' !?
- No odd MID point
- Maybe inside-outside (inner) detection is buggy ?
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Minor edits:
- Add some docs to curve-shader and remove FIXME remark about gcu_Alpha, which will be used < 1.0.
- Font: Add more TTF references
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allow to either close-tail or head; OutlineShape/Triangulator: Pass 'sharpness' (very little effect though)
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Fix TypecastRenderer:
- Ensure quad shapes are closed!
- Revalidate point -> shape interpretation using orig. Typcast code
- Fix 'midPoint(..)' use float values
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storage, ease on GC
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impl. part)
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Better separation of cached and uncached regions
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GL data directly incl. all index validations
Region:
- Remove redundant methods to make
OutlineShape the unique source.
- addVertex(..)
- addTriangles(..)
- Perform all index validations in addOutlineShape(..)
- Push OutlineShape's vertex data
and it's triangle indices directly to VBO.
GLRegion: Add clear(..) method, allowing to clear the region
for new data, i.e. OutlineShapes
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Glyph/Typecast* ; Misc Cleanup
Commit c3621221b9a563495b4f54fe60e18e8db8cc57fb introduced
create an OutlineShape per Glyph from it's data w/o going through Path2D.
Misc Cleanup: Remove unused code/fields, use private/final where possible.
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parameters for mapBufferRange(..) and mapNamedBufferRange(..)
GLBufferObjectTracker.mapBuffer(..) variant for mapBufferRange(..) and mapNamedBufferRange(..)
used wrong parameters in it's mapBufferImpl(..) call.
Fixed and added mapBufferRange(..) test in TestMapBufferRead01NEWT
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incomplete)
- OutlineShape
- Add DIRTY_VERTICES bit in triangulation,
which in turn solves the rendering artifact issue.
- transformOutlines(..) -> protected
- Note: Always pick triangles first, then vertices.
The former renders vertices dirty.
- Region
- Make triangles / vertices accessible
- Add 'validateIndices()' to add indices for triangles,
code moved from the GLRegion* impl.
Shall be refined later!
- GLRegion
- Passing 'RegionRenderer' instead of RenderState ..
reducing argument numbers and aligning all related
'render' methods while giving association to the RegionRenderer.
- Renderer -> RegionRenderer,
dropping 'intermediate' RegionRenderer
- Dropping draw() in RegionRenderer, should be issued simply
by GLRegion in a unique fashion.
- Dropping RegionFactory
Too simple code as-is, simply invoke in Region.create(..)
- Overall:
- Add 'final' qualifier
- Remove overloaded methods
where rither default args can be used
or a followup method call completes the 'intention'.
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(14:15:13) sgothel: @Xerxes: In doResume .. do a 'while( !isActive && !shallPause && isRunning ) {'
(14:15:52) sgothel: doPause: while( isActive && !shallPause && isRunning )
(14:31:55) sgothel: doPause only: while( isActive && isRunning ) {
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(which disables print if !isShowing())
Commit 071bdd6ce9f8c41ccecdbf8bc74f276ccd7ff651
uses 'isShowing' state to determine whether to display or not.
It also uses 'isShowing' instead of 'isVisible' for printing,
which is a regression, since not showing elements offscreen shall be able to be printed.
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Strategy Change:
- Font.Glyph itself holds it's OutlineShape
with it's default scaling.
Triangulation is done only once per glyph!
- A CharSequence produces a Region
by translating and scaling each Glyphs's OutlineShape.
This removes the need for re-triangulate - see above.
See: TextRendererUtil
- The indices of re-added Triangles are
offset to the new vertices (FIXME, seems not be be accurate yet).
- OutlineShape's vertices and triangles are reused if 'clean'.
- Simplified code
- Reduced copies
API Changes:
- OutlineShape, Region, ...: See above
- Removed TextRenderer, GlyphShape and GlyphString: Redundant
- Added TextRendererUtil to produce the Region from CharSequence
Result:
- Over 600 fps while changing text for each frame.
Previously only ~60fps max.
TODO:
- Region shall not hold the triangles itself,
but the indices instead.
This will remove the need to swizzle w/ vertices in the Region Renderer impl
and easies reusage of OutlineShapes.
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Conflicts:
make/scripts/tests.sh
src/jogl/classes/com/jogamp/graph/curve/OutlineShape.java
src/jogl/classes/com/jogamp/graph/curve/Region.java
src/jogl/classes/com/jogamp/graph/curve/opengl/GLRegion.java
src/jogl/classes/com/jogamp/graph/curve/opengl/RegionRenderer.java
src/jogl/classes/com/jogamp/graph/curve/opengl/Renderer.java
src/jogl/classes/com/jogamp/graph/curve/opengl/TextRenderer.java
src/jogl/classes/com/jogamp/graph/font/Font.java
src/jogl/classes/com/jogamp/opengl/math/VectorUtil.java
src/jogl/classes/jogamp/graph/curve/text/GlyphShape.java
src/jogl/classes/jogamp/graph/curve/text/GlyphString.java
src/jogl/classes/jogamp/graph/font/typecast/TypecastFont.java
src/jogl/classes/jogamp/graph/font/typecast/TypecastGlyph.java
src/jogl/classes/jogamp/graph/font/typecast/TypecastRenderer.java
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that commands shall be off-loaded on another thread!
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exception at destroy
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Add global synchronization around ALAudioSink constructor code,
which 'magically' solves the openal-soft multithreading issues ..
This is a workaround.
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FFMPEG Natives:
- Move 'mutex_avcodec_openclose' to local static and initialize at initSymbols0
- setStream0:
- Add another locked mutex block around:
- [ sp_avformat_open_input .. sp_avformat_find_stream_info ]
This solves the issue of:
[NULL @ 0x89d20c60] insufficient thread locking around avcodec_open/close()
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4447232af0d95a4348d09d4ed03fbef48394ca3a
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dedicated read-drawable is being used (double buffering)
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mechanism ; Refined API doc getDefaultReadBuffer() ; Add GLDrawableUtil.swapBuffersBeforeRead(..)
Commit 82f679b064784213591b460fc5eaa1f5f196fbd1 which introduces the default swap-buffers
mechanism is erroneous:
The OffscreenBack backend requires the following operation order:
Order-1:
[1] - GL display
[2] - GL swapBuffers (always due to single-buffer non-MSAA or MSAA offscreen drawable)
[3] - readPixels
+++
Commit 82f679b064784213591b460fc5eaa1f5f196fbd1 however introduced:
Order-2:
[a] - GL display
[b] - readPixels
[c] - GL swapBuffers (always due to single-buffer non-MSAA or MSAA offscreen drawable)
since [a] and [b] happened in Updater's display method, and [c] followed the same
triggered by GLAutoDrawableHelper.
+++
The proof, commit d46d9ad8f998a7128d9f023294d5f489673d6d8a, is faulty,
since it always included the 'snapshot' GL event listener
which turned-off auto-swap and swapped before read-pixels.
TL;DR it enforced proper Order-1.
+++
This fix allows the Backend to intercept disable GLDrawableHelper's setAutoSwapBufferMode(..)
and perform the auto-swap mode itself in the proper Order-1.
The unit test has been refined to optionally disable the snapshot
to validate auto-swap mode.
+++
Refined GLBase and GLContext's API doc for 'getDefaultReadBuffer()'
+++
Add GLDrawableUtil.swapBuffersBeforeRead(..)
and reuse it for TileRendererBase (original impl.).
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Issue:
[NULL @ 0x35bde60] insufficient thread locking around avcodec_open/close()
Decorating said libav functions w/ mutex lock/release.
Abstract impl. to either use pthread or JNI Monitor,
but using the latter to reduce dependencies (ming64 windows).
FFMPEGNatives is now an abstract class containing the
'static final Object mutex_avcodec_openclose'
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Add reshapeNotify(..) for NOP PMV reshape notification
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- Using update openal-soft (commit 7297c3214a4c648aaee81a9877da15b88f798197)
- Analyzed openal-soft threading issues:
- a global-lock would have removed the issue
- turns out that using ALC_EXT_thread_local_context's alcSetThreadContext(..)
instead of alcMakeContextCurrent(..) solves the issue
- Cleaned up al*GetError() queries and handling
- Simplified flush/dequeue buffers
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auto-swap mechanims
Refines commit 908ebd99d1eb57ce773a1fdd67c76886da86b9e6
Note that the test case decide whether to auto-swap (after read-pixels)
or not auto-swap (manual swap before read-pixels).
See UITestCase.swapBuffersBeforeRead(GLCapabilitiesImmutable chosenCaps):
Determines whether the chosen GLCapabilitiesImmutable requires a swap-buffers before reading pixels.
Usually one uses the default-read-buffer, i.e. GL.GL_FRONT for single-buffer
and GL.GL_BACK for double-buffer GLDrawables
and GL.GL_COLOR_ATTACHMENT0 for offscreen framebuffer objects.
Here swap-buffers shall happen after calling reading pixels, the default.
However, multisampling offscreen GLFBODrawables utilize swap-buffers to downsample
the multisamples into the readable sampling sink.
In this case, we require a swap-buffers before reading pixels.
Returns: chosenCaps.isFBO() && chosenCaps.getSampleBuffers()
+++
- GLJPanel:
- Remove SurfaceUpdatedListener mechanism in favor of
default auto-swap-buffer via GLDrawableHelper.
This removes complexity.
- postGL does not need to perform explicit swapBuffer operation,
but rely on GLDrawableHelper and the default mechanism.
This is also compatible w/ J2D backend.
- Use GLDrawableHelper for setAutoSwapBufferMode(..) and getAutoSwapBufferMode()
+++
UnitTests:
- UITestCase:
- Add 'boolean swapBuffersBeforeRead(GLCapabilitiesImmutable chosenCaps)'
to determine whether swapBuffers() must occure before read-pixels. See above.
- GLReadBuffer00Base*
- remove explicit addSnapshotGLEL/removeSnapshotGLEL
- add TextRendererGLEL, to display frame-count and -dimension
- SnapshotGLEL*
- simply toggle auto-swap in their init(..) and dispose(..) method!
- clear back-buffer if 'swapBuffersBeforeRead'
to test whether the right buffer is being used for read-pixels.
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to default.
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modes. GLStateTracker: Use proper GL names for enums
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GLEventListener using [AWT]GLReadBufferUtil)
When utilizing [AWT]GLReadBufferUtil it is usually desired to read from the front-buffer
instead the back-buffer. The latter may not be defined, e.g. when using MSAA.
A GLEventListener utilizing [AWT]GLReadBufferUtil,
must perform the drawable.swapBuffers() to be able to read from the front-buffer.
Usually GLAutoDrawable.setAutoSwapBuffer(false) should be called here,
to avoid a double swap - however GLJPanel does not support toggling auto-swap
since it requires to control swap for it's own read-pixels.
Remedy for GLJPanel:
- GLJPanel issues helper.setAutoSwapBufferMode(false) - immutable
- Enable GLJPanel.swapBuffer() if initializes
This was previously disabled.
- GLJPanel's OffscreenBackend listens to surfaceUpdated,
to be notified whether postGL needs to swap buffer
or the drawable.swapBuffer() was already called between preGL and postGL.
See unit tests adding/removing a snapshot GLEventListener
performing swapBuffers() and setting auto-swap accordingly.
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getMustFlipVertically() to PNGPixelRect
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images]; Fix GLReadBufferUtil GL_PACK_ROW_LENGTH
AWTGLPixelBuffer is being reused when used via AWTGLPixelBufferProvider
even when resized.
AWTGLPixelBufferProvider uses GLPixelBufferProvider's requiresNewBuffer(..)
which returns true if
- allowRowStride==true and pixel-buffer size < required-size, or
- allowRowStride==false and pixel-buffer size < required _or_ width doesn't match
otherwise it returns true, i.e. the AWTGLPixelBuffer is reused.
Hence the used BufferedImage might need to be aligned,
i.e. using AWTGLPixelBuffer's getAlignedImage(..).
+++
GLReadBufferUtil shall use current texture-data width for GL_PACK_ROW_LENGTH,
not the static GLPixelBuffer's width, which may not reflect image dimension (resize)
+++
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PNGPixelRect and PixelFormatUtil)
TextureData IntBuffer could be caused by AWT read-pixels
but is not seamlessly supported via PNGPixelRect since the latter
uses a hardcoded ByteBuffer.
Add static PNGPixelRect.write(..) supporting IntBuffer
to support this case for now.
PNGPixelRect instances do not support any Buffer type to avoid
a bloated implementation.
PixelFormatUtil adds support for int32 pixel format conversion.
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GLContextImpl, DisplayImpl
GLProfile, GLContextImpl:
- ReflectionUtil.DEBUG_STATS_FORNAME: Dump forName stats if set
- Cache GL*Impl and GL*ProcAddressTable Constructor<?> for GLContextImpl's createInstance(..)
- Remove off-thread early classloading thread which only adds complications
DisplayImpl:
- Remove one redundant availability test
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GLMediaEventListener impl. to access GLMediaPlayer associated objects
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Refines commit fbe00e6f5dca8043b40dd96f096fecc9424e0cc3
Instead of querying driver artifacts (vendor, platform, version ..)
we simply can autodetect this quirk by trying to get a second egl-display handle
when initializing the EGLDrawablFactory's default device:
EGL.eglGetDisplay(EGL.EGL_DEFAULT_DISPLAY)
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Display via eglGetDisplay(..)
NVIDIA 331.38 (Linux X11) EGL impl. only supports _one_ EGL Display via eglGetDisplay.
- Subsequent eglGetDisplay(..) calls fail.
- Using the same 'global' egl-display does work though
Remedy: Add 'GLRendererQuirks.SingletonEGLDisplayOnly'
Detection of quirk is done as usual in GLContextImpl.setRendererQuirks(..),
and EGLDrawableFactory passes the quirk, if detected, down to EGLDisplayUtil.
The latter implements the singleton eglDisplay handle.
EGLDisplayUtil: Cleaned up ..
- EGLDisplayRef employs the reference handling incl. eglInitialize(..) and eglTerminate(),
as well as the new singleton quirk.
- Mark all internal methods 'private',
to remove possible [untested] sideffects.
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[GLContext|GL].hasFullFBOSupport() == true
OpenGL ES 3.0 supports full framebuffer operations, incl. multiple color-attachments and multisample.
Hence [GLContext|GL].hasFullFBOSupport() shall returns true w/ a ES 3.0 context.
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EGLDrawableFactory.mapAvailableEGLESConfig(..): Clarify
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enabled
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this is a rewrite of previous GLBufferSizeTracker)
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block until all master's GLEventListener.init(..) methods have been called
Better shared GLAutoDrawable synchronization.
Block slave instances to also block until all master's GLEventListener.init(..) methods have been called
- GLSharedContextSetter: Add areAllGLEventListenerInitialized()
- GLCanvas (SWT, AWT)
- GLJPanel
- GLAutoDrawableBase (GLWindow, ..)
- GLDrawableHelper's isSharedGLContextPending(..)
takes 'areAllGLEventListenerInitialized()' into consideration
allowing to block the slave creation until master is completed.
This solves teh use case, where the master creates resources in it's
GLEventListener initialization (buffers), which are shared with
it's slaves.
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capabilities to GLArrayDataServer and add unit tests
GLArrayDataServer:
- Add create*Mapped(..) variants for GPU mapped buffer usage
w/o client buffers.
- Fix API documentation (arguments)
- Fix 'addGLSLSubArray(..)'
- properly compute and pass 'subStrideB' in bytes to GLArrayDataWrapper ctor.
- Add 'mapStorage(..)' and 'unmapStorage(..)'
allowing to map the GPU buffer.
GLArrayDataWrapper:
- Fix getElementCount(): Consider stride in bytes and consider 'mappedElementCount'
- getSizeInBytes(): Consider 'mappedElementCount'
Tests:
- Use new GLBase methods, e.g. getBoundBuffer(..) instead of glGetBoundBuffer(..)
- TestMapBufferRead01NEWT: Validate GLBufferStorage (i.e. GLBufferObjectTracker)
- Add RedSquareMappedES2 using GPU mapped buffer
- Test w/ TestRedSquareES2NEWT, cmd-line 'mappedBuffers'
- GearsES1 and GearsES2: Add GPU buffer mapping mode for all test cases
- Add buffer validation mode, i.e. test whether GLBufferObjectTracker
works properly.
- Test w/ TestGearsES2NEWT, cmd-line 'mappedBuffers'
- TestSharedContextVBOES2NEWT0, TestSharedContextVBOES2NEWT3:
- Add GPU mapped buffers tests to validate GLBufferObjectTracker
code path with shared GLContext across multiple threads.
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synchronized and secure [1/2]
GLBufferSizeTracker becomes GLBufferObjectTracker
and tracks the buffer's data store, GLBufferStorage, accurately, synchronized and secure.
Synchronization is required, since the GLBufferStorage can be
shared across many GLContext on multiple threads.
This requires all GLBufferStorage lifecycle affecting GL functions
to utilize synchronized GLBufferObjectTracker methods
while passing a native GL-func callback.
These GL functions are:
- glBufferData, glBufferStorage (GL 4.4), glNamedBufferDataEXT
Creating the GLBufferStorage object
- glMapBuffer, glMapBufferRange, and their *Named*EXT variants
- glUnmapBuffer, glUnmapNamedBufferEXT
'glDeleteBuffers' can simply notify the GLBufferObjectTracker
No more HashMap is required to associate the mapped buffer address
to the mapped ByteBuffer.
GLBufferObjectTracker simply utilizes a
buffer-name (int) -> GLBufferStorage
map.
+++
The security aspect shall be implemented by validating all arguments
whether they match the required GL constraints,
as well as validating tracked states like 'size'.
The following functions will throw an GLException accordingly:
- glBufferData, glNamedBufferDataEXT
* @throws GLException if size is less-than zero
* @throws GLException if a native GL-Error occurs
- glBufferStorage (GL 4.4)
* @throws GLException if size is less-or-eqaul zero
* @throws GLException if a native GL-Error occurs
- glMapBuffer, and it's *Named*EXT variant
* @throws GLException if buffer is not bound to target
* @throws GLException if buffer is not tracked
* @throws GLException if buffer is already mapped
* @throws GLException if buffer has invalid store size, i.e. less-than zero
- glMapBufferRange, and it's *Named*EXT variant
* @throws GLException if buffer is not bound to target
* @throws GLException if buffer is not tracked
* @throws GLException if buffer is already mapped
* @throws GLException if buffer has invalid store size, i.e. less-than zero
* @throws GLException if buffer mapping range does not fit, incl. offset
- glMapBufferRange, and it's *Named*EXT variant
Only clear mapped buffer reference of GLBufferStorage
if native unmap was successful.
Further more special error handling shall be applied to:
- glMapBuffer, and it's *Named*EXT variant,
glMapBuffer, and it's *Named*EXT variant
- A zero GLBufferStorage size will avoid a native call and
returns null
- A null native mapping result indicating an error will
not cause a GLException but returns null
This allows the user to handle this case.
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