void UpdateSolver()
{
m_particleData.container = this;
m_particleData.particleData = FlexExt.MapParticleData(m_containerHandle);
UpdateBuffer(m_particleData.particleData);
#if UNITY_EDITOR
if (m_showTimers)
{
Flex.GetTimers(m_solverHandle, ref m_timers);
}
#endif
FlexExt.UpdateInstances(m_containerHandle);
UpdateDrawFluid(m_particleData);
UpdateDetectShapes(m_particleData);
m_fluidIndexCount = 0;
if (onFlexUpdate != null)
{
onFlexUpdate(m_particleData);
}
FlexExt.UnmapParticleData(m_containerHandle);
#if UNITY_EDITOR
FlexExt.TickContainer(m_containerHandle, Time.fixedDeltaTime, m_substepCount, m_showTimers);
#else
FlexExt.TickContainer(m_containerHandle, Time.fixedDeltaTime, m_substepCount);
#endif
}
public void TestCreateDestroyInstance()
{
Flex.Library lib = Flex.Init(Flex.FLEX_VERSION, ErrorCallback);
Flex.SolverDesc slvDsc = default(Flex.SolverDesc);
Flex.SetSolverDescDefaults(ref slvDsc);
slvDsc.maxParticles = 1000;
Flex.Solver solver = Flex.CreateSolver(lib, ref slvDsc);
FlexExt.Container container = FlexExt.CreateContainer(lib, solver, 1000);
FlexExt.Asset.Handle asset = CreateTestClothAsset();
FlexExt.ParticleData data = FlexExt.MapParticleData(container);
Matrix4x4 transform = Matrix4x4.identity;
FlexExt.Instance.Handle instance = FlexExt.CreateInstance(container, ref data, asset, ref transform, 1.0f, 1.0f, 1.0f, Flex.MakePhase(1, Flex.Phase.Default), 1.0f);
Assert.AreEqual(asset.asset.numParticles, instance.instance.numParticles);
FlexExt.DestroyInstance(container, instance);
FlexExt.UnmapParticleData(container);
FlexExt.DestroyAsset(asset);
FlexExt.DestroyContainer(container);
Flex.DestroySolver(solver);
Flex.Shutdown(lib);
}
public FlexExt.Instance.Handle CreateInstance(FlexExt.Asset.Handle _assetHandle, Matrix4x4 _location, Vector3 _velocity, int _phase, float _massScale)
{
FlexExt.ParticleData particleData = FlexExt.MapParticleData(m_containerHandle);
FlexExt.Instance.Handle instanceHandle = FlexExt.CreateInstance(m_containerHandle, ref particleData, _assetHandle, ref _location, _velocity.x, _velocity.y, _velocity.z, _phase, 1.0f / _massScale);
UpdateBuffer(particleData);
FlexExt.UnmapParticleData(m_containerHandle);
return(instanceHandle);
}
void UpdateSolverEditor()
{
FlexExt.TickContainer(m_containerHandle, Time.fixedDeltaTime, 0);
ParticleData particleData = new ParticleData();
particleData.container = this;
particleData.particleData = FlexExt.MapParticleData(m_containerHandle);
UpdateBuffer(particleData.particleData);
m_fluidIndexCount = 0;
if (onFlexUpdate != null)
{
onFlexUpdate(particleData);
}
UpdateDrawFluid(particleData);
FlexExt.UnmapParticleData(m_containerHandle);
}
public void TestLockUnlockParticleData()
{
Flex.Library lib = Flex.Init(Flex.FLEX_VERSION, ErrorCallback);
Flex.SolverDesc slvDsc = default(Flex.SolverDesc);
Flex.SetSolverDescDefaults(ref slvDsc);
slvDsc.maxParticles = 1000;
Flex.Solver solver = Flex.CreateSolver(lib, ref slvDsc);
FlexExt.Container container = FlexExt.CreateContainer(lib, solver, 1000);
FlexExt.ParticleData data = FlexExt.MapParticleData(container);
Assert.AreNotEqual(IntPtr.Zero, data.particles);
FlexExt.UnmapParticleData(container);
FlexExt.DestroyContainer(container);
Flex.DestroySolver(solver);
Flex.Shutdown(lib);
}