| Commit message (Collapse) | Author | Age | Files | Lines |
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disabled discard
- 1st pass (a) and 2nd pass (b), split at branch.
- all include are on one level.
- disabled discard, as it seems to be problematic
Todo:
- verify discard / pass-split on tegra2
- refect second pass usage (b) in implementation
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tegra2 hunting, single pass, no discard, lowp,
and removed uneeded variables
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Add missing floating point precision qualifiers.
'#extension OES_standard_derivatives : require' somehow doesn't pass the GLSL compiler,
however '#extension GL_OES_standard_derivatives : enable' does.
Currently works on ARM's Mali-400 MP, NV Tegra still don't show a picture.
TODO: More in depth evaluation.
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ShaderState.getShaderState(gl)
This removes the dependency of a GLSL GLDataArray object to a specific ShaderState
and enables sharing of this VBO data, i.e. via a shared context.
Test: TestSharedContextVBOES2NEWT
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(GearsES1/ES2)
rename/reloc:
- javax.media.nativewindow.util:
DimensionReadOnly -> DimensionImmutable
PointReadOnly -> PointImmutable
RectangleReadOnly -> RectangleImmutable
unified 'immutable' name as used within jogamp already
- remove array handler from public API
com.jogamp.opengl.util.GL*ArrayHandler -> jogamp.opengl.util.GL*ArrayHandler
- GLArrayData: Clarify method names
getComponentNumber() -> getComponentCount()
getComponentSize() -> getComponentSizeInBytes()
getElementNumber() -> getElementCount()
getByteSize() -> getSizeInBytes()
- FixedFuncPipeline: Moved def. array names to GLPointerFuncUtil
enhancement:
- GLArrayDataServer: Add support for interleaved arrays/VBO
- GLArrayData*.createFixed(..) remove 'name' argument (non sense for fixed function)
- PMVMatrix:
- one nio buffer
- removed 'Pmv' multiplied matrix
- removed 2x2 cut down 'Mvi' normal matrix (use 4x4 Mvi)
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tests:
- RedSquare -> RedSquareES1/RedSquareES2
- Gears ES1 fixed + ES2 added. Both work properly and share common Gears VBO construction
- Added TestMapBuffer01NEWT, testing glMapBuffer
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precision for all vars.
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CDTriangulation moved to impl (jogamp.graph), where additional triangulations
or a wrapper to GLU triangulation can be added to triangulator.
TWO_PASS_RENDERING renamed to VBAA (algorithm name)
misc comments cleanups
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Region/GLRegion, ..
GLSL fix:
- allowing #version tag
- add uniform textureSize (ES2)
- fix int/float conversion
Region/GLRegion:
- non OpenGL Region and GL related GLRegion split
Region/Renderer renderModes bits (def. in Region)
- user creates a Renderer* impl .. and derive Region*'s from outline,
possibly from a different code path.
- to avoid mode explosion, a bit field is being used for now
- Renderer: remove flushCache(), since non caching impl. is intended,
or caching by an external user transparent object.
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Seperate texcoords from shaprness
Added NonUniform weight shader impl for region impl only (not text)
Refactor p1y --> weight (equiv to nurbs weight)
cleanup shader uniforms (rename/remove unneeded)
Enhanced blending of text
GPURegionNewtDemo01 - added weight W/Q to manipulate weight
refactor r2t --> vbaa (matching algorithm name)
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function; switch program enh. ; Graph lifecycle
Add 'ownUniform()/ownAttribute()' allowing to reset all bound uniforms/attributes,
not just active ones plus handling the lifecycle of the owned attributes (destroy).
This simplifies the lifecycle of all shader attributes.
Rename glFunction -> function .. well, the GL attribute marks them GL related already
Switch program enhancement. If switching to new program (unlinked), issue glBindAttributeLocation ..
Graph lifecycle cleanup using the above ..
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; Disable FPS draw at start
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- Pass the current GL context object where it's required
- Introduce RenderState (which has ShaderState) to acquire/change shader related data (Region)
- Shader Cleanup: User import for common stuff; use req. version
- Reduce/remove data copy/recreation in *Region implementation
- UI/RIButton: Use defaults I like :)
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dispose/disposeImpl sequence;
Use shaderProgram.program() instead of shaderProgram.id() - the id() is just a unique sequence name.
Call glBindAttribLocation() after program object init and before linkage.
Chain call disposeImpl() properly to fix destruction sequence:
TextRendererImpl01 -> TextRenderer -> GlyphString -> Region
RegionRendererImpl01 -> RegionRenderer -> Region
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The new FBObject handles state transition more easily and it's usage is less complex
to the caller - compared to inline usage.
Use shaderProgram.program() instead of shaderProgram.id() - the id() is just a unique sequence name.
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in first pass the shader now discards pixels that
are dropped by imlicit AA, and second pass (if executed) doesnt include them
in AA clac.
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