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Obi
6.4
Unified particle physics for Unity
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Updater class that will perform simulation after WaitForFixedUpdate. Use this for simulations that require animation data as input, such as character clothing. Make sure to set the Animator update mode to "Animate Physics". More...
Public Attributes | |
| int | substeps = 4 |
| Each LateFixedUpdate() call will be divided into several substeps. Performing more substeps will greatly improve the accuracy/convergence speed of the simulation. Increasing the amount of substeps is more effective than increasing the amount of constraint iterations. More... | |
 Public Attributes inherited from Obi.ObiUpdater | |
| List< ObiSolver > | solvers = new List<ObiSolver>() |
| List of solvers updated by this updater. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from Obi.ObiUpdater | |
| void | PrepareFrame () |
| Prepares all solvers to begin simulating a new frame. This should be called as soon as possible in the frame, and guaranteed to be called every frame that will step physics. More... | |
| void | BeginStep (float stepDeltaTime) |
| Prepares all solvers to begin simulating a new physics step. This involves caching some particle data for interpolation, performing collision detection, among other things. More... | |
| void | Substep (float stepDeltaTime, float substepDeltaTime, int index) |
| Advances the simulation a given amount of time. Note that once BeginStep has been called, Substep can be called multiple times. More... | |
| void | EndStep (float substepDeltaTime) |
| Wraps up the current simulation step. This will trigger contact callbacks. More... | |
| void | Interpolate (float stepDeltaTime, float accumulatedTime) |
| Interpolates the previous and current physics states. Should be called right before rendering the current frame. More... | |
Updater class that will perform simulation after WaitForFixedUpdate. Use this for simulations that require animation data as input, such as character clothing. Make sure to set the Animator update mode to "Animate Physics".
| int Obi.ObiLateFixedUpdater.substeps = 4 |
Each LateFixedUpdate() call will be divided into several substeps. Performing more substeps will greatly improve the accuracy/convergence speed of the simulation. Increasing the amount of substeps is more effective than increasing the amount of constraint iterations.
1.8.5 
