public void Dispose()
{
if (WaterSediment != null)
{
WaterSediment.Dispose();
}
WaterSediment = null;
if (Velocity != null)
{
Velocity.Dispose();
}
Velocity = null;
if (VelocityBackBuffer != null)
{
VelocityBackBuffer.Dispose();
}
VelocityBackBuffer = null;
if (WaterSedimentBackBuffer != null)
{
WaterSedimentBackBuffer.Dispose();
}
WaterSedimentBackBuffer = null;
if (OutflowFlux != null)
{
OutflowFlux.Dispose();
}
OutflowFlux = null;
if (OutflowFluxBackBuffer != null)
{
OutflowFluxBackBuffer.Dispose();
}
OutflowFluxBackBuffer = null;
}
void Awake()
{
//
// Init simulated variables
// -------------------------------------------
for (int i = 0; i < N + 2; ++i)
{
_height[i] = new float[N + 2];
_flux[i] = new OutflowFlux[N + 2];
_source[i] = new float[N + 2];
_velocity[i] = new Velocity[N + 2];
_pigment[i] = new Color32[N + 2];
_sediment[i] = new float[N + 2];
_erosionDeposition[i] = new float[N + 2];
// temporary
_tempLowerLayersHeight[i] = new float[N + 2];
_tempHeight[i] = new float[N + 2];
_tempSource[i] = new float[N + 2];
_tempFlux[i] = new OutflowFlux[N + 2];
_tempVelocity[i] = new Velocity[N + 2];
_tempPigment[i] = new Color32[N + 2];
_tempSediment[i] = new float[N + 2];
_tempErosionDeposition[i] = new float[N + 2];
}
}
