public void TestInitShutdownLibrary()
{
Flex.Library lib = Flex.Init(Flex.FLEX_VERSION, ErrorCallback);
int flexVersion = Flex.GetVersion();
Assert.AreEqual(Flex.FLEX_VERSION, flexVersion);
Flex.Shutdown(lib);
}
public void TestGetLibraryVersion()
{
Flex.Library lib = Flex.Init();
int flexVersion = Flex.GetVersion();
Assert.AreEqual(Flex.FLEX_VERSION, flexVersion);
Flex.Shutdown(lib);
}
void Start()
{
if (m_cntr == null)
{
m_cntr = GetComponent <FlexContainer>();
}
if (m_diffuseParticles == null)
{
m_diffuseParticles = GetComponent <FlexDiffuseParticles>();
}
if (m_parameters == null)
{
m_parameters = GetComponent <FlexParameters>();
}
if (m_colliders == null)
{
m_colliders = GetComponent <FlexColliders>();
}
m_errorCallback = new Flex.ErrorCallback(this.ErrorCallback);
m_timers = new Flex.Timers();
Flex.Error flexErr = Flex.Init(100, m_errorCallback, -1);
Debug.Log("NVidia FleX v" + Flex.GetVersion());
if (flexErr != Flex.Error.eFlexErrorNone)
{
Debug.LogError("FlexInit: " + flexErr);
}
if (m_diffuseParticles)
{
m_solverPtr = Flex.CreateSolver(m_cntr.m_maxParticlesCount, m_diffuseParticles.m_maxDiffuseParticlesCount, m_maxNeighboursCount);
}
else
{
m_solverPtr = Flex.CreateSolver(m_cntr.m_maxParticlesCount, 0, m_maxNeighboursCount);
}
m_parameters.GetParams(ref m_params);
Flex.SetParams(m_solverPtr, ref m_params);
m_cntr.UpdateContainer();
m_processors = FindObjectsOfType <FlexProcessor>();
foreach (FlexProcessor fp in m_processors)
{
fp.FlexStart(this, m_cntr, m_parameters);
}
PushParticlesToGPU(m_solverPtr, m_cntr, Flex.Memory.eFlexMemoryHost);
PushConstraintsToGPU(m_solverPtr, m_cntr, Flex.Memory.eFlexMemoryHost);
if (m_colliders)
{
m_colliders.ProcessColliders(m_solverPtr, Flex.Memory.eFlexMemoryHost);
}
//Flex.SetShapes(m_solverPtr, m_cnt.shapeGeometry, shapeGeometry.Length, shapeAabbMin, shapeAabbMax, shapeStarts, shapePositions, shapeRotations,
// shapePrevPositions, shapePrevRotations, shapeFlags, shapeStarts.Length, Flex.Memory.eFlexMemoryHost);
}