Added support for working on delta transformations instead of plain
transform. this should help the fact that you cant randomize animated
objects (still need to check into that)
Removed minimun scale since it was not well done, need a stronger
version of this
* New option to "Regrow hair" for each frame.
* This was perhaps more a feature request, but there was a similar useful feature called "animated hair" in particles at some point.
* The previous behavior for hair growing was inconsistent to say the least, so this is a nice option to have.
graph editor:
- option "extend mode" requires channel-selection. Moved pulldown menu
from Key to Channel instead
- hotkey SHIFT+E for same operation now works both in channel list as in
main view.
* Textures applied to halo materials showed influence option for normal particles. This was really confusing, and with the cleanup I revealed a couple of hidden features too!
** Particles actually allow for textures to change halo size and hardness, but my guess is that nobody knew since the names were wrong in the ui!
** I also added the option to change the "add" value with a texture, since it was just silly not to have it.
* Halo material properties are also a bit cleaner now.
- This is working correctly but confusing, made more confusing by UI problems, corrected these and updated tooltop for 'tex.use_rgb_to_intensity'
- bad RNA arguments used for lamps (left over from RNA renaming).
- use isinstance(...), rather then comparing type() directly, this failed with lamp type checks.
- removed redundant argument to internal texture UI function factor_but().
- the texture color was drawn inactive when it was used in some cases.
Note. AFAIK its not possible to do a general check to see if a texture is colored or not, eg: its possible a plugin texture returns color in some cases and greyscale in others.
so for now always have color button active.
- Part of this report is a misunderstanding, but there was no access to bold/italic fonts.
- Added rna access and changed the operators to use only rna properties.
Python Operator "Delete Edge Loop" (which keeps mesh connected)
changed selection if sliding operator failed. Simply added a
check for return value. Gosh, that Python code is not bad ;)
Texture face options like "two side" were invisible, unless the
top bar "render engine" was set to Game Engine.
This is confusing, since 3d window does draw these options well.
Added back panel to show default, but with a label warning that
the options are not supported for render.
* Made changes to the Controller so that dynamically allocated
memory areas (e.g. imported mesh data, winged edges, and a view map)
are released soon after they become unnecessary.
* Added a new feature edge selection criterion based on image border.
When the "Selection by Image Border" option is enabled, feature edges
are selected only if they are within the border of the image being
rendered. The border is defined either by the frame size or a border
region (specified by the Shift-B key in a 3D View window). When large
scenes are rendered, this clipping by the image border leads to less
memory consumption.
* Enabled the "Silhouette", "Border", and "Crease" edge types of
the Selection by Edge Types option by default.
When no edge types are specified, all feature edges including "Ridge",
"Valley" and "Suggestive Contour" are detected at the cost of extra
memory consumption. Disabling these three edge types and enabling
some other edge type leads to less memory consumption. This change
is intended to help new Freestyle users by providing a typical, low
memory consumption default setting.
* Slightly rearranged the UI controls for feature edge selection.
The Freestyle tab in the Render buttons has a couple of new
options "Group" and "Group Negation". The Group option specifies
a group of objects (defined through the Groups tab in the Object
buttons), while the Group Negation value is either INCLUSIVE or
EXCLUSIVE. If INCLUSIVE, feature edges belonging to some object
in the group are selected. Otherwise, those feature edges not
belonging to any object in the group are selected.
- a linear float buffer was being created and saved into a non-linear DPX/Cineon file.
- removed the UI since the settings are not used at the moment.
added a utility function IMB_float_profile_ensure(), which returns a float buffer in the requested profile, using the existing if needed or returning an allocated buffer if the profile is different to that of the ImBuf. - Useful this case where the save function has its own linear setting.
