void Start()
{
#if DW
if (RealisticWaterPhysics.currentUseDW == true)
{
DynamicWaterSystemWater = GameObject.FindGameObjectWithTag("DynamicWater");
if (DynamicWaterSystemWater != null)
{
if (DynamicWaterSystemWater.GetComponent <DynamicWater>() == true && DynamicWaterSystemWater.GetComponent <DynamicWater>().enabled == true)
{
//Its limited to 10,000 by them, not me :P
DynamicWaterSystemWater.GetComponent <DynamicWater>().Density = PhysicsMaterialsList.getLiquidsMaterialValue(selectedOceanLiquidsMaterial);
}
}
}
#endif
float CalculatedWaterDensity = PhysicsMaterialsList.getLiquidsMaterialValue(selectedOceanLiquidsMaterial);
RealisticWaterPhysics.Setup(CalculatedWaterDensity, waterLevel, useExternalWaterLevel, useCeto, useDW, useAquas, usePW, selectedGasesMaterial, maxAirLevel, 4, 4);
if (RealisticWaterPhysics.currentDebugEnabled) // Just skip this if debug info is disabled.
{
Debug.Log("Calculated Water Density:" + CalculatedWaterDensity);
}
}
void calculateResults()
{
//Make sure a gameobject is selected!
if (SelectedObject != null)
{
bool Failed = false;
//First calculate the density of the object.
if (SelectedObject.GetComponent <MeshFilter>() && SelectedObject.GetComponent <MeshFilter>().sharedMesh != null)
{ // Use meshfilter based bounds
CalculatedVolume = MeshVolume.getVolume(SelectedObject as GameObject);
}
else if (SelectedObject.GetComponent <Collider>())
{ // Use collider based bounds
CalculatedVolume = MeshVolume.getVolumeByColliderBounds(SelectedObject.GetComponent <Collider>());
}
else
{
Debug.Log("[Realistic Water Physics] Object is missing a mesh filter or collider.");
Failed = true;
}
if (!Failed) // a small fix!
{
//Now the percentage thats solit and the remaining is air.
float percentageSolidMass = CalculatedVolume * ((selectedMaterialValue / 100) * percentageSolid);
float percentageAir = CalculatedVolume * ((RealisticWaterPhysics.currentAirDensity / 100) * (100 - percentageSolid));
//The totaal mass of the object is the amount of solit material + the remaining amount of air.
CalculatedMass = percentageSolidMass + percentageAir;
//the density of the intire object is its calculated mass / its volume.
CalculatedDensity = CalculatedMass / CalculatedVolume;
CalculatedWaterDensity = PhysicsMaterialsList.getLiquidsMaterialValue(selectedOceanLiquidsMaterial);
CalculatedAirDensity = airDensity;
if (CalculatedDensity > CalculatedWaterDensity) // if denser then water density it will sink.
{
CalculatedWillFloatInWater = false;
}
else
{
CalculatedWillFloatInWater = true;
}
if (CalculatedDensity > CalculatedAirDensity) // if denser then air density it will sink
{
CalculatedWillFloatInAir = false;
}
else
{
CalculatedWillFloatInAir = true;
}
DidTest = true;
}
}
}
void NoneGUIElementsUpdate()
{
selectionGameObjects = new List <GameObject>(Selection.gameObjects);
//Its not so nice but will shot the window search blocking Light window search.
if (OldtoolbarInt != toolbarInt)
{
//User pressed as button!
OldtoolbarInt = toolbarInt;
//To keep the OnGUI() cleaner!
if (toolbarInt == 0)
{
showSetupOptions = true;
showGameobjectSetupOptions = false;
existingObjectsManager = false;
searchFilterResetDone = false;
resetSearchFilter();
}
else if (toolbarInt == 1)
{
showGameobjectSetupOptions = true;
showSetupOptions = false;
existingObjectsManager = false;
searchFilterResetDone = false;
resetSearchFilter();
}
else if (toolbarInt == 2)
{
showGameobjectSetupOptions = true;
showSetupOptions = false;
existingObjectsManager = true;
searchFilterResetDone = false;
resetSearchFilter();
RealisticComponentSearch.SetSearchFilter("RealisticBuoyancy", 2);
}
}
if (SelectedMaterialType == MaterialTypes.Solid)
{
selectedMaterialValue = PhysicsMaterialsList.getSolidMaterialValue(selectedSolidsMaterial);
}
else if (SelectedMaterialType == MaterialTypes.Liquids)
{
selectedMaterialValue = PhysicsMaterialsList.getLiquidsMaterialValue(selectedLiquidsMaterial);
}
else
{
selectedMaterialValue = PhysicsMaterialsList.getGasesMaterialValue(selectedGasesMaterial);
}
checkForChanges(); //Check to see if user changed anything, exept the gameobject thats a check of its own type.
RememberOlds(); // Remember the options for now!
createOrUpdateManager(); //Create or update the manager.
CalculatedWaterDensity = PhysicsMaterialsList.getLiquidsMaterialValue(selectedOceanLiquidsMaterial);
//CalculatedAirDensity = CalculateStuff(airTempeture, airDensity);
CalculatedAirDensity = airDensity; // Work in progress!
}
private float getSelectedMaterialValue()
{
if (SelectedMaterialType == MaterialTypes.Solid)
{
return(PhysicsMaterialsList.getSolidMaterialValue(selectedSolidsMaterial));
}
else if (SelectedMaterialType == MaterialTypes.Liquids)
{
return(PhysicsMaterialsList.getLiquidsMaterialValue(selectedLiquidsMaterial));
}
else
{
return(PhysicsMaterialsList.getGasesMaterialValue(selectedGasesMaterial));
}
return(0.0f);
}
