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mostly functional but disabled by default (still a little wip).
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Most of them are not noticeable.
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re-optimized the Defocus node.
* localized MemoryBuffers
* removed read(x,y) calls
* shuffled some lines in the execute pixel
* added a readNoCheck function to the memorybuffer (only use this when
you are certain you are reading a pixel inside the memorybuffer.
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Added OpenCL kernel for the directional blur.
This operation always uses the full input image. In the current
implementation this input image is not cached on the device.
Future enhancement could be to cache it on the available opencl devices
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This way we can remove the memoryBuffers parameter in the executePixels,
and (de)initializeTileData methods
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- Fixed issue with black areas appearing when too many sites
are defined.
Currently tweak epsilon value for this, but probably actual
issue is somewhere else, can't see it yet.
- Fixed issue with bright pixels appearing in the sites, was
caused by accumulating color for pixels, which isn't needed.
Once color for pixel was set stop iterating via triangles.
Could give some speedup too.
- Ignore markers which are outside of frame bounds, they were
giving bad triangulation and they can't affect on gradient
due to color fir such sites is not known.
- Sites used to be created at position without track offset
taken into account.
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initialize radius with correct value
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[#31981] Bokeh Blur Node - Size input socket does not accept input from Value Input node, Values smaller than 0.1 will produce black output
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[#31981] Bokeh Blur Node - Size input socket does not accept input from Value Input node, Values smaller than 0.1 will produce black output
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- Fixed issues with calculating matte with balance != 0.5
It used to be used concave combination of minimal and maximal
channel values which could be inpredictable.
Use concave combination of two non-major channels sorted
by their index, so such combination would always use the same
coefficients for particular non-major channels.
- Added despill balance slider which defines balance between
non-major channels used for calculating average of two
colors. Difference between average value and pixel value of
major screen channel defines amount of despill. Balance of
0.5 gives the same behavior as it was before this slider
was added.
---
svn merge -r48678:48679 -r48789:48790 ^/branches/soc-2011-tomato
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This helps keeping memory usage low and have cached segments untouched
when mixing stuff like tracking and rendering -- now you wouldn't be
need to re-cache segment you're working on after rendering.
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svn merge -r48550:48552 ^/branches/soc-2011-tomato
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uninitialized memory. it happened when you delete a node that was being
executed. in the compostor
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--
svn merge -r48088:48089 -r48091:48092 ^/branches/soc-2011-tomato
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---
Merging r48792 from soc-2011-tomato into trunk
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being developed. Also adds a bit more mask tiling code.
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add blur to radius buffer
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case was that cached kernels were used by both devices in separate
threads.
removed the cached kernels.
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this case but always gave warnings with memcheck (RGB color for alpha zero icon color wasnt initialized).
also some other minor changes.
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shouldnt be NULL.
also remove IDP_AppendArray's return value which wasnt the new item in the array (which is odd/misleading), but wasnt used anywhere either.
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- Fixed issues with calculating matte with balance != 0.5
It used to be used concave combination of minimal and maximal
channel values which could be inpredictable.
Use concave combination of two non-major channels sorted
by their index, so such combination would always use the same
coefficients for particular non-major channels.
- Added despill balance slider which defines balance between
non-major channels used for calculating average of two
colors. Difference between average value and pixel value of
major screen channel defines amount of despill. Balance of
0.5 gives the same behavior as it was before this slider
was added.
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* Always disable two phase compositing during rendering
- At Mind -
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node.
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crashes.
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1. first pass only fast nodes are calculated and only to the active
viewer node
2. second pass all nodes to all outputs
Temp disabled highlights because of random crashes.
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This creates a list of splines to be rasterized in nitExecution which
is being called from main thread. This should resolve possible threading
issues discovered in tomato branch.
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