Previous attempt was not taking into account parent nodes of the group nodes (i.e. frames). The nodeFromView function should be used to convert between relative node location to absolute view space. Also added this in the node_add_node helper function, which is used in a number of operators for adding nodes in a specific location.
for a color combine (mix) node with render resolution at 100%
Seems to be that the MaskNode has been created as a complex node. But no
complex features were used. Converted the execute pixel to simple
execution. And it sees that the crash does not happen.
Not sure if it is the issue is solved. I am going to let the user retest
with this revision.
* [#32040] size-input of a blur-node is uniform for the whole picture
* [#32062] Blur node Size input is not working with
* [#32140] Blur Node using a greyscale input as size multiplier fails
to work
Node now has a new option (new compositor cannot detect if the connected
part is a single value, or an image connected).
With this option the use of a reference image to multiply the size of
the blur per pixel can be enabled/disabled.
Regards,
Jeroen
- At Mind -
Only visible edges are used to create the "sliding vector". The test used to detect whether edges were visible or not was working for solid shading, but useless in wire draw mode (as all edges are visible in this mode!)...
It was wrongly calculated bucket number per side in cases when some
of segments is filling the whole bounding box across some of dimension.
Solved by limiting buckets at least to 1 in such cases.
The GetWidth() and GetHeight() functions of the canvas' display area seem to give values that are both off by one for what OpenGL wants. Adding 1 to both values seems to fix the problem.
Made some minor optimization such as:
- Avoid using "%" operation in loops, replace with a check
for index "overflow".
- Use pre-computed values for scaling feather coordinates
to 0 .. 1 space.
This allowed to reach couple of milliseconds of boost.
Another change is to use higher number of buckets (up to 512).
This doesn't took significantly more memory (like uses only 10MB
of memory for average splines) and allows to have 30-50x boost
for average splines.
Use dynamically calculated number of buckets for this, to be
sure segments would fit two buckets.
Also fixed intersection detection in some cases when edge is
shared between two buckets -- it is possible that such edge
would cross third bucket and intersect edge from there.
