Added analytic derivatives of smooth (unconstrained) dynamics forces, with respect to velocities:
- Centripetal and Coriolis forces computed by the Recursive Newton-Euler algorithm.
- Damping and fluid-drag passive forces.
- Actuation forces.
A new implicit-in-velocity integrator is implemented using the analytic derivatives. This integrator lies between the Euler and Runge Kutta integrators in terms of both stability and computational cost.
PiperOrigin-RevId: 450377010
Change-Id: Ie192b441876c22e732fb749333926f296e0a09cc
This commit requires a new binary build, and therefore breaks compatibility with version 2.1.3.
Fixes#217.
Change-Id: I1e08b6fd2c468e3845e2166a1e4cc9d265de64de
- Rename "set key", "reset to key" to "save key" and "load key", respectively.
- Change bindings of F6 and F7 from the not very useful "vertical sync" and "busy wait" to the more useful cycling of frames and labels (as in Domain Explorer).
PiperOrigin-RevId: 438017260
Change-Id: I6d67e99f785f2777e131c591188f554722af7f49
This is useful when writing or modifying collision functions, when the actual direction of the x and y axes of a contact can be important.
PiperOrigin-RevId: 437256700
Change-Id: I5eab737fc98018399e151552778c6109088bf614
- Add '[' and ']' to cycle through fixed cameras.
- Remove options to step backwards or step 100 steps forwards or back.
- Add missing elements from built-in help.
- Reorder help strings.
PiperOrigin-RevId: 436497103
Change-Id: I9f910ea328c859239b46c9d7a47e4ee16a43f1ad
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