Before this commit, the body parts are segmented by face connectivity. In this commit, the body parts are segmented by nodes connectivity. Disconnected nodes are combined before segmentation at the endpoint from the nearest neighbor parts’ node.
Integrate FastMassSpring, implemented by Samer Itani(@sam007961),
Original paper: "Fast Simulation of Mass-Spring Systems" by Liu, T., Bargteil, A. W., Obrien, J. F., & Kavan, L.
1. Drop windows 32bit support
Add windows 64bit support.
2. Remove Script(quickjs) support
The current integrated quickjs is a very old version which doesn’t support windows 64bit system. In the future, (TODO)WebAssembly should be integrate as plugin system.
3. Integrate Instant-Meshes
Instant-Meshes take less than 1 second on all three platforms.
4. Remove QuadriFlow
Current implementation of QuadriFlow is too slow (take about 5 seconds on the example model) to do realtime remeshing.
1. All components recombined regardless of color groups
2. Contour main view contribute to x-coord only when width and height is different (Offset greater than radius)
3. Fix generating indicator
- Short cut 'D' changed meaning: from drag mode to paint mode, drag mode icon removed, but still can use space bar to invoke drag mode.
- Brush painter directly paint on part deforming map, use shift key plus mouse wheel to change the brush size, also use shift key to change paint mode(Pull/Push).
This commit introduce JavaScript as nodes generation script, to procedurally generate input nodes, which usually should draw by user on the canvas.
Powered by QuickJS (https://bellard.org/quickjs/)
Before this commit, outdated textured preview will override the updated untextured preview. From user's perspective, sometimes, the mesh preview flashback for a short time span, although it will finally been updated to the latest.
Normally, when pose been generated, foot is always been pulling to the ground by a y-translation. This setting could be used to scale the y-translation. It's usefull for birds fly kind of motion.
If one part configured color solubility, the generated color texture seam between the neighbor parts will be gradient filled using this part's color with the specified solubility.
Demo: https://twitter.com/jeremyhu2016/status/1132159910815227904
Mesh layout and thickness adjustment are depend on base plane calculation. In this build, the base plane calculation could be limited to front plane, side plane, and so on, compare to without any limitation in previous implementation.
This commit add tips for buttons, to show what the function of the button.
Also, fixed a issue, there was no useful infos to tell user when the mesh was failed to generate, now user should see a warning icon with tips to show why the preview disappear.
Thanks the following contributors:
@RubenSandwich <https://github.com/RubenSandwich>
boynet <https://dust3d.discourse.group/u/boynet>
fornclake <https://www.reddit.com/user/fornclake>
Currently, only support "Normal" and "Inversion" modes, "Normal" means normal mesh union, "Inversion" means mesh diff, it behaves like subtract itself from the previous mesh.
Usually one pose consists of one frame, however, sometimes multiple frames per one reference sheet for a serial of action could be very useful, such as a sprite sheet. Multiple frames per pose is different with one motion, one motion could contains multiple poses. Currently, the duration of one frame is fixed to 0.042s, it's based on the 24 frames per second calculation.
This commit include lots of changes for pose editor.
Before, we use buttons to represent the transform controller for bones;
Now, we use nodes and edges to represent the bones, just like the nodes and edges for representing the guide spheres for mesh generating. There are advantages by doing this. Firstly, The edit UI for both mesh and pose are unified, secondly, it is possible to set a reference sheet for pose editing now, this is very important.
This new pose editor is inspired by the Eadweard Muybridge's work.
huxingyi