- Add bending passive force
- Add two examples (plate and poncho)
- Add stretching constraints for particles using tendons on mesh edges
PiperOrigin-RevId: 566980584
Change-Id: Id0cd8e1084c05560f1008518a8afbd5311d563e2
- Removed the explicit dependency on a plugin name.
- Creation of particles from user-defined vertices (if a plugin is present).
- Add skin support for an irregular mesh
- Fixes#642 and #674.
PiperOrigin-RevId: 561313771
Change-Id: I450f91f0d3b578cc18d97ed7180a0a8944b7dd41
*** Reason for rollback ***
Corrected logic in CMake
*** Original change description ***
Automated g4 rollback of changelist 489183597.
*** Reason for rollback ***
GitHub path is different
*** Original change description ***
Activate plugin tests on Windows.
***
***
PiperOrigin-RevId: 489228199
Change-Id: Ic0ee9114e9680fc0aef9f668fc172c73fe74cd38
*** Reason for rollback ***
GitHub path is different
*** Original change description ***
Activate plugin tests on Windows.
***
PiperOrigin-RevId: 489207765
Change-Id: If48dede94c8623b92526375a567edcd49c548e63
- Added new `cable` composite type:
* The `initial` parameter specifies the joint at the starting boundary: `free`, `ball`, or `none`.
* The boundary bodies are exposed with the names:`B_left` and `B_right`.
* The vertex initial positions can be specified directly in the XML with the parameter `vertex`.
* The orientation of the body frame **is** the orientation of the material frame of the curve.
- Added new `cable` passive force plugin:
* Twist and bending stiffness can be set separately with the parameters `twist` and `bend`.
* The stress-free configuration can be set to be the initial one or flat with the flag `flat`.
* New cable example showing the formation of plectoneme.
* New coil example.
* New belt example showing interaction between twist and anisotropy.
* Added test using cantilever exact solution.
PiperOrigin-RevId: 480033694
Change-Id: I491271bce8fccb185961477e903e5a72d172c8a3
Nimrod Gileadi