This commit introduce JavaScript as nodes generation script, to procedurally generate input nodes, which usually should draw by user on the canvas.
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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.
Finished server creation, implemented two commands: listwindow, selectwindow
Ideally, all the UI should be possible manipulated by remote IO, a local TCP/IP connection, this could be useful to make a VR front end for Dust3D.
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.
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.
The difference between tetrapod and generic is that, with tetrapod, all the bones need to be generated are know before mark, so if some marks are missing, there would be a message prompted; with generic, you can mark what ever marks as you wish, and the algorithm is try to create a spine and the limbs growing on the spine, that means, the generated skeleton would be some kind of creature.
Refactor outcome. Move processes of outcome to separated files, and leave the outcome class as clean as possible.
Normal export in glb format is been fixed.
Ambient occlusion baker is been temporarily removed.
Jeremy Hu