public void NotifyMidTransition(SimulationMethod method)
{
if (method == currentSimulationMethod && OnEcosystemMidTransition != null)
{
OnEcosystemMidTransition();
}
}
public int GetRecommendedMaxParticles(SimulationMethod simMethod)
{
switch (simMethod)
{
case SimulationMethod.Texture:
return(4096);
case SimulationMethod.InteractionEngine:
default:
return(24);
}
}
private void restartSimulator(SimulationMethod method,
EcosystemDescription ecosystemDescription,
ResetBehavior resetBehavior)
{
switch (method)
{
case SimulationMethod.InteractionEngine:
_ieSimulator.RestartSimulation(ecosystemDescription, resetBehavior);
break;
case SimulationMethod.Texture:
_textureSimulator.RestartSimulation(ecosystemDescription, resetBehavior);
break;
default:
throw new System.InvalidOperationException();
}
}
public void NotifyEndedTransition(SimulationMethod method)
{
isPerformingTransition = false;
if (method == _currentSimulationMethod)
{
switch (method)
{
case SimulationMethod.Texture:
_currentDescription = _textureSimulator.currentDescription;
break;
case SimulationMethod.InteractionEngine:
_currentDescription = _ieSimulator.currentDescription;
break;
}
if (OnEcosystemEndedTransition != null)
{
OnEcosystemEndedTransition();
}
}
}
public void RestartSimulation(EcosystemDescription ecosystemDescription,
ResetBehavior resetBehavior)
{
var oldMethod = _currentSimulationMethod;
var newMethod = _simulationMethod;
_currentSimulationMethod = newMethod;
isPerformingTransition = true;
if (OnEcosystemBeginTransition != null)
{
OnEcosystemBeginTransition();
}
if (oldMethod != newMethod)
{
restartSimulator(oldMethod, EcosystemDescription.empty, resetBehavior);
restartSimulator(newMethod, ecosystemDescription, resetBehavior);
}
else
{
restartSimulator(_currentSimulationMethod, ecosystemDescription, resetBehavior);
}
}
private void handleUserInput()
{
if (buttonOrKey("Restart", _resetParticlePositionsKey))
{
RestartSimulation(ResetBehavior.ResetPositions);
}
if (buttonOrKey("Load Preset", _loadPresetEcosystemKey))
{
RestartSimulation(_presetToLoad, ResetBehavior.ResetPositions);
}
if (buttonOrKey("Randomize Ecosystem", _randomizeEcosystemKey))
{
RandomizeSimulation(ResetBehavior.ResetPositions);
}
if (buttonOrKey("Randomize Colors", _ranzomizeColorsKey))
{
RandomizeSimulationColors();
}
beginHorizontal();
if (buttonOrKey("Zoom In", _zoomInKey))
{
_displayAnchor.localScale *= (1.0f + _zoomFactor);
}
if (buttonOrKey("Zoom Out", _zoomOutKey))
{
_displayAnchor.localScale /= (1.0f + _zoomFactor);
}
endHorizontal();
beginHorizontal();
if (buttonOrKey("GPU", KeyCode.Alpha1) && _simulationMethod != SimulationMethod.Texture)
{
_simulationMethod = SimulationMethod.Texture;
RestartSimulation(ResetBehavior.ResetPositions);
}
if (buttonOrKey("IE", KeyCode.Alpha2) && _simulationMethod != SimulationMethod.InteractionEngine)
{
_simulationMethod = SimulationMethod.InteractionEngine;
RestartSimulation(ResetBehavior.ResetPositions);
}
endHorizontal();
if (_meshLods != null && _meshLods.Length > 0)
{
beginHorizontal();
for (int i = 0; i < _meshLods.Length; i++)
{
if (buttonOrKey("LOD" + i, KeyCode.F1 + i))
{
particleMesh = _meshLods[i];
}
}
endHorizontal();
}
beginHorizontal();
if (buttonOrKey("Save Ecosystem", _saveEcosystemKey))
{
SaveEcosystem();
}
if (buttonOrKey("Load Prev", _loadPrevEcosystem))
{
loadAtOffset(-1);
}
if (buttonOrKey("Load Next", _loadNextEcosystem))
{
loadAtOffset(1);
}
endHorizontal();
}
