// * WPP: if possible, store RenderTextures in KnowledgeMapData fields
RenderTexture GetRenderTexture(KnowledgeMapId id)
{
switch (id)
{
case KnowledgeMapId.Decomposers: return(simulationManager.vegetationManager.resourceGridRT1);
case KnowledgeMapId.Algae: return(simulationManager.vegetationManager.resourceGridRT1);
case KnowledgeMapId.Plants: return(fluidManager._SourceColorRT);
case KnowledgeMapId.Microbes: return(fluidManager._SourceColorRT);
case KnowledgeMapId.Animals: return(fluidManager._SourceColorRT);
case KnowledgeMapId.World: return(theRenderKing.baronVonTerrain.terrainHeightDataRT);
case KnowledgeMapId.Stone: return(theRenderKing.baronVonTerrain.terrainHeightDataRT);
case KnowledgeMapId.Pebbles: return(theRenderKing.baronVonTerrain.terrainHeightDataRT);
case KnowledgeMapId.Sand: return(theRenderKing.baronVonTerrain.terrainHeightDataRT);
case KnowledgeMapId.Nutrients: return(simulationManager.vegetationManager.resourceGridRT1);
case KnowledgeMapId.Water: return(theRenderKing.baronVonWater.waterSurfaceDataRT0);
case KnowledgeMapId.Wind: return(theRenderKing.baronVonWater.waterSurfaceDataRT0);
case KnowledgeMapId.Detritus: return(simulationManager.vegetationManager.resourceGridRT1);
default: return(null);
}
}
// TBD: cache specific elements for faster lookup
public TrophicLayerSO GetTrophicSlotData(KnowledgeMapId id)
{
foreach (var map in knowledgeMaps)
{
if (map.id == id)
{
return(map);
}
}
Debug.LogError("Invalid map state " + id);
return(knowledgeMaps[0]);
}
public TrophicSlot GetSlot(KnowledgeMapId id)
{
foreach (var slot in allTrophicSlots)
{
if (slot.data.id == id)
{
return(slot);
}
}
Debug.LogError("Invalid slot " + id);
return(null);
}
int TimeStepLayerOn(KnowledgeMapId layer)
{
switch (layer)
{
case KnowledgeMapId.Microbes: return(timeStepZooplanktonOn);
case KnowledgeMapId.Plants: return(timeStepPlantsOn);
case KnowledgeMapId.Algae: return(timeStepAlgaeOn);
case KnowledgeMapId.Decomposers: return(timeStepDecomposersOn);
default: return(0);
}
}
public bool IsLayerOn(KnowledgeMapId layer)
{
switch (layer)
{
case KnowledgeMapId.Decomposers: return(decomposersOn);
case KnowledgeMapId.Algae: return(algaeOn);
case KnowledgeMapId.Plants: return(plantsOn);
case KnowledgeMapId.Microbes: return(zooplanktonOn);
case KnowledgeMapId.Animals: return(agentsOn);
default: return(false);
}
}
public void SetFollowing(KnowledgeMapId id)
{
isFollowingAgent = id == KnowledgeMapId.Animals;
isFollowingPlantParticle = id == KnowledgeMapId.Plants;
isFollowingAnimalParticle = id == KnowledgeMapId.Microbes;
}
public void SetSlot(KnowledgeMapId id)
{
SetSlot(lookup.GetTrophicSlotData(id));
}
public float GetLayerLerp(KnowledgeMapId layer, int timeStep)
{
return(IsLayerOn(layer) ?
Mathf.Clamp01((float)(timeStep - TimeStepLayerOn(layer)) / (float)timeStepsLayerGrowthDuration) :
0f);
}
public void SetSlotStatus(KnowledgeMapId id, TrophicSlotStatus value)
{
GetSlot(id).status = value;
}