public void EndFrame(float frameDelta)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
if (OnBeforePositionInterpolation != null)
{
OnBeforePositionInterpolation(this, null);
}
Oni.ApplyPositionInterpolation(oniSolver, frameDelta);
Oni.GetRenderableParticlePositions(oniSolver, renderablePositions, renderablePositions.Length, 0);
// Trigger fluid update:
TriggerFluidUpdateEvents();
CheckVisibility();
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, null);
}
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
}
public void EndFrame(float stepTime)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
if (OnBeforePositionInterpolation != null)
{
OnBeforePositionInterpolation(this, null);
}
Oni.ApplyPositionInterpolation(oniSolver, stepTime);
// if we need to get renderable positions back from the solver:
if (renderablePositionsClients > 0)
{
// get renderable particle anisotropies:
Oni.GetParticleAnisotropies(oniSolver, anisotropies, anisotropies.Length, 0);
// get renderable particle positions:
Oni.GetRenderableParticlePositions(oniSolver, renderablePositions, renderablePositions.Length, 0);
// convert positions to world space if they are expressed in solver space:
if (simulateInLocalSpace)
{
Matrix4x4 l2wTransform = transform.localToWorldMatrix;
for (int i = 0; i < renderablePositions.Length; ++i)
{
renderablePositions[i] = l2wTransform.MultiplyPoint3x4(renderablePositions[i]);
}
}
}
// Trigger fluid update:
TriggerFluidUpdateEvents();
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, null);
}
UpdateVisibility();
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
}
public void EndFrame(float frameDelta)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
if (OnBeforePositionInterpolation != null)
{
OnBeforePositionInterpolation(this, null);
}
// Update skeletal animation at the end of each render frame.
Oni.UpdateSkeletalAnimation(oniSolver);
Oni.ApplyPositionInterpolation(oniSolver, frameDelta);
// if we need to get renderable positions back from the solver:
if (renderablePositionsClients > 0)
{
Oni.GetRenderableParticlePositions(oniSolver, renderablePositions, renderablePositions.Length, 0);
if (simulateInLocalSpace)
{
Matrix4x4 l2wTransform = transform.localToWorldMatrix;
for (int i = 0; i < renderablePositions.Length; ++i)
{
renderablePositions[i] = l2wTransform.MultiplyPoint3x4(renderablePositions[i]);
}
}
}
// Trigger fluid update:
TriggerFluidUpdateEvents();
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, null);
}
CheckVisibility();
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
}
public void EndFrame(float stepTime)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
if (OnBeforePositionInterpolation != null)
{
OnBeforePositionInterpolation(this, null);
}
Oni.ApplyPositionInterpolation(oniSolver, stepTime);
// if we need to get renderable positions back from the solver:
if (renderablePositionsClients > 0)
{
// get renderable particle anisotropies:
Oni.GetParticleAnisotropies(oniSolver, anisotropies, anisotropies.Length, 0);
// get renderable particle positions:
Oni.GetRenderableParticlePositions(oniSolver, renderablePositions, renderablePositions.Length, 0);
}
// Trigger fluid update:
TriggerFluidUpdateEvents();
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, null);
}
UpdateVisibility();
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
}
public void EndFrame(float stepTime)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
if (OnBeforePositionInterpolation != null)
{
OnBeforePositionInterpolation(this, EventArgs.Empty);
}
// Note: using interpolation together with animator-driven colliders will cause sinking, as particle positions go 1-frame behind.
Oni.UpdateSkeletalAnimation(oniSolver);
Oni.ApplyPositionInterpolation(oniSolver, substeps, stepTime / (float)substeps);
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, EventArgs.Empty);
}
UpdateVisibility();
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
if (OnFrameEnd != null)
{
OnFrameEnd(this, EventArgs.Empty);
}
// Reset frame started flag for the next frame:
frameBegan = false;
}
public void EndFrame(float frameDelta)
{
foreach (ObiActor actor in actors)
{
actor.OnSolverPreInterpolation();
}
Oni.ApplyPositionInterpolation(oniSolver, frameDelta);
Oni.GetBounds(oniSolver, boundsHandle.AddrOfPinnedObject());
bounds = (Oni.Bounds)boundsHandle.Target; //TODO: why is this needed, if memory is shared?
CheckVisibility();
if (OnBeforeActorsFrameEnd != null)
{
OnBeforeActorsFrameEnd(this, null);
}
foreach (ObiActor actor in actors)
{
actor.OnSolverFrameEnd();
}
}
public void ApplyInterpolation(ObiNativeVector4List startPositions, ObiNativeQuaternionList startOrientations, float stepTime, float unsimulatedTime)
{
Oni.ApplyPositionInterpolation(oniSolver, startPositions.GetIntPtr(), startOrientations.GetIntPtr(), stepTime, unsimulatedTime);
}