public void ReadMemMap()
{
long size = AcessDLL.GetSize(memMapName.text);
float[] f = new float[size];
AcessDLL.ReadMemoryShare(memMapName.text, f);
dataGridContent.PopulateData(f);
}
public void OpenSharedMemory()
{
Debug.Log("Open!");
memMapName = memMapNameInputField.text;
particleCount = int.Parse(memMapSizeInputField.text);
bufSize = particleCount * 3; // for x, y and z coordinates.
int r = AcessDLL.OpenMemoryShare(memMapName, bufSize);
fluidContainer.StartFluidSimulation(particleCount);
}
// Update is called once per frame
void Update()
{
if (isSimulating)
{
ParticleSystem.Particle[] fluidParticles = new ParticleSystem.Particle[particleCount];
bool r = AcessDLL.ReadMemoryShare(memMapName, dataStream);
psFluid.GetParticles(fluidParticles);
//Debug.Log(fluidParticles.Length);
//Debug.Log(dataStream.Length);
int particleIndex = 0;
for (int i = 0; i < dataStream.Length; i += 3)
{
Vector3 newPos = new Vector3(dataStream[i], dataStream[i + 1], dataStream[i + 2]);
//fluidParticles[particleIndex].color = colors[ii];
fluidParticles[particleIndex].position = newPos;
//Debug.DrawLine(newPos, new Vector3(newPos.x + 0.1f, newPos.y, newPos.z));
particleIndex++;
}
psFluid.SetParticles(fluidParticles, fluidParticles.Length);
}
}
public void CloseSharedMemory()
{
Debug.Log("Close");
fluidContainer.StopFluidSimulation();
AcessDLL.CloseAllMemoryShare();
}
public void CloseMemMap()
{
AcessDLL.CloseAllMemoryShare();
}
public void WriteMemMap()
{
AcessDLL.WriteMemoryShare(memMapName.text, dataGridContent.fList);
}
public void OpenMemMap()
{
AcessDLL.OpenMemoryShare(memMapName.text, long.Parse(memMapSize.text));
}
