public void AddNewEntry(SimResourceManager resources, float totalAgentBiomass)
{
nutrients.AddNewEntry(resources.curGlobalNutrients);
waste.AddNewEntry(resources.curGlobalDetritus);
decomposers.AddNewEntry(resources.curGlobalDecomposers);
algae.AddNewEntry(resources.curGlobalAlgaeReservoir);
plants.AddNewEntry(resources.curGlobalPlantParticles);
zooplankton.AddNewEntry(resources.curGlobalAnimalParticles);
vertebrates.AddNewEntry(totalAgentBiomass);
}
public StatsHistory(SimResourceManager resources)
{
this.resources = resources;
}
public ZooplanktonManager(SimResourceManager resourcesRef)
{
resourceManagerRef = resourcesRef;
}
/*public void ReviveSelectAnimalParticles(int[] indicesArray, float radius, Vector4 spawnCoords, SimulationStateData simStateDataRef) { // Not used????
*
* ComputeBuffer selectRespawnAnimalParticleIndicesCBuffer = new ComputeBuffer(indicesArray.Length, sizeof(int));
* selectRespawnAnimalParticleIndicesCBuffer.SetData(indicesArray); // manually revive specified indices
*
* int kernelCSReviveSelectAnimalParticles = computeShaderAnimalParticles.FindKernel("CSReviveSelectAnimalParticles");
* computeShaderAnimalParticles.SetBuffer(kernelCSReviveSelectAnimalParticles, "critterSimDataCBuffer", simStateDataRef.critterSimDataCBuffer);
* computeShaderAnimalParticles.SetBuffer(kernelCSReviveSelectAnimalParticles, "selectRespawnAnimalParticleIndicesCBuffer", selectRespawnAnimalParticleIndicesCBuffer);
*
* computeShaderAnimalParticles.SetFloat("_MapSize", SimulationManager._MapSize);
* computeShaderAnimalParticles.SetFloat("_Time", Time.realtimeSinceStartup);
* //computeShaderAnimalParticles.SetVector("_AnimalSprinklePos", spawnCoords);
* //computeShaderAnimalParticles.SetFloat("_AnimalSprinkleRadius", radius);
* computeShaderAnimalParticles.SetBuffer(kernelCSReviveSelectAnimalParticles, "animalParticlesWrite", animalParticlesCBufferSwap);
* computeShaderAnimalParticles.Dispatch(kernelCSReviveSelectAnimalParticles, indicesArray.Length, 1, 1);
*
* selectRespawnAnimalParticleIndicesCBuffer.Release();
* }*/
// Go through animalParticleData and check for inactive
// determined by current total animal -- done!
// if flag on shader for Respawn is on, set to active and initialize
public void SimulateAnimalParticles(SimulationStateData simStateDataRef, SimResourceManager resourcesManager)
{
int kernelCSSimulateAnimalParticles = computeShaderAnimalParticles.FindKernel("CSSimulateAnimalParticles");
computeShaderAnimalParticles.SetBuffer(kernelCSSimulateAnimalParticles, "critterSimDataCBuffer", simStateDataRef.critterSimDataCBuffer);
computeShaderAnimalParticles.SetBuffer(kernelCSSimulateAnimalParticles, "animalParticlesRead", animalParticlesCBuffer);
computeShaderAnimalParticles.SetBuffer(kernelCSSimulateAnimalParticles, "animalParticlesWrite", animalParticlesCBufferSwap);
computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "velocityRead", fluidManager._VelocityPressureDivergenceMain);
computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "altitudeRead", renderKing.baronVonTerrain.terrainHeightDataRT);
computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "_SpawnDensityMap", renderKing.spiritBrushRT);
computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "_ResourceGridRead", simManager.vegetationManager.resourceGridRT1);
//computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "_SpawnDensityMap", algaeGridRT1);
computeShaderAnimalParticles.SetFloat("_GlobalOxygenLevel", resourcesManager.curGlobalOxygen); // needed?
computeShaderAnimalParticles.SetFloat("_GlobalAlgaeLevel", resourceManagerRef.curGlobalPlantParticles);
computeShaderAnimalParticles.SetFloat("_SpiritBrushPosNeg", renderKing.spiritBrushPosNeg);
computeShaderAnimalParticles.SetFloat("_GlobalWaterLevel", SimulationManager._GlobalWaterLevel);
// Movement Params:
computeShaderAnimalParticles.SetFloat("_MasterSwimSpeed", settingsRef.zooplanktonSettings._MasterSwimSpeed * Mathf.Lerp(0.01f, 5f, zooplanktonSlotGenomeCurrent.swimSpeed01)); // = 0.35;
computeShaderAnimalParticles.SetFloat("_AlignMaskRange", settingsRef.zooplanktonSettings._AlignMaskRange); // = 0.025;
computeShaderAnimalParticles.SetFloat("_AlignMaskOffset", settingsRef.zooplanktonSettings._AlignMaskOffset); // = 0.0833;
computeShaderAnimalParticles.SetFloat("_AlignSpeedMult", settingsRef.zooplanktonSettings._AlignSpeedMult); // = 0.00015;
computeShaderAnimalParticles.SetFloat("_AttractMag", settingsRef.zooplanktonSettings._AttractMag * Mathf.Lerp(0.1f, 10f, zooplanktonSlotGenomeCurrent.attractForce01)); // = 0.0000137;
computeShaderAnimalParticles.SetFloat("_AttractMaskMaxDistance", settingsRef.zooplanktonSettings._AttractMaskMaxDistance * Mathf.Lerp(0.1f, 10f, zooplanktonSlotGenomeCurrent.attractForce01)); // = 0.0036;
computeShaderAnimalParticles.SetFloat("_AttractMaskOffset", settingsRef.zooplanktonSettings._AttractMaskOffset); // = 0.5;
computeShaderAnimalParticles.SetFloat("_SwimNoiseMag", settingsRef.zooplanktonSettings._SwimNoiseMag); // = 0.000086;
computeShaderAnimalParticles.SetFloat("_SwimNoiseFreqMin", settingsRef.zooplanktonSettings._SwimNoiseFreqMin); // = 0.00002
computeShaderAnimalParticles.SetFloat("_SwimNoiseFreqRange", settingsRef.zooplanktonSettings._SwimNoiseFreqRange); // = 0.0002
computeShaderAnimalParticles.SetFloat("_SwimNoiseOnOffFreq", settingsRef.zooplanktonSettings._SwimNoiseOnOffFreq); // = 0.0001
computeShaderAnimalParticles.SetFloat("_ShoreCollisionMag", settingsRef.zooplanktonSettings._ShoreCollisionMag); // = 0.0065;
computeShaderAnimalParticles.SetFloat("_ShoreCollisionDistOffset", settingsRef.zooplanktonSettings._ShoreCollisionDistOffset); // = 0.15;
computeShaderAnimalParticles.SetFloat("_ShoreCollisionDistSlope", settingsRef.zooplanktonSettings._ShoreCollisionDistSlope); // = 3.5;
computeShaderAnimalParticles.SetFloat("_AgingMult", Mathf.Lerp(0.1f, 10f, zooplanktonSlotGenomeCurrent.agingRate01));
//computeShaderAnimalParticles.SetTexture(kernelCSSimulateAnimalParticles, "animalParticlesNearestCrittersRT", animalParticlesNearestCritters1);
computeShaderAnimalParticles.SetFloat("_MapSize", SimulationManager._MapSize);
computeShaderAnimalParticles.SetFloat("_Time", Time.realtimeSinceStartup);
//float randRoll = UnityEngine.Random.Range(0f, 1f);
computeShaderAnimalParticles.SetFloat("_RespawnAnimalParticles", 1f);
computeShaderAnimalParticles.SetFloat("_IsBrushing", 1f); // brushF);
// Need to compute when they should be allowed to spawn, how to keep track of resources used/transferred??
computeShaderAnimalParticles.SetFloat("_SpawnPosX", Random.Range(0.1f, 0.9f)); // UPDATE THIS!!! ****
computeShaderAnimalParticles.SetFloat("_SpawnPosY", Random.Range(0.1f, 0.9f));
float spawnLerp = simManager.trophicLayersManager.GetLayerLerp(KnowledgeMapId.Microbes, simManager.simAgeTimeSteps); // no need to still do this??? ****
float spawnRadius = Mathf.Lerp(1f, SimulationManager._MapSize, spawnLerp);
Vector4 spawnPos = new Vector4(simManager.trophicLayersManager.zooplanktonOriginPos.x, simManager.trophicLayersManager.zooplanktonOriginPos.y, 0f, 0f);
computeShaderAnimalParticles.SetFloat("_SpawnRadius", spawnRadius);
computeShaderAnimalParticles.SetVector("_SpawnPos", spawnPos);
float minParticleSize = 0.1f; // settingsRef.avgAnimalParticleRadius / settingsRef.animalParticleRadiusVariance;
float maxParticleSize = 0.2f; // settingsRef.avgAnimalParticleRadius * settingsRef.animalParticleRadiusVariance;
computeShaderAnimalParticles.SetFloat("_MinParticleSize", minParticleSize);
computeShaderAnimalParticles.SetFloat("_MaxParticleSize", maxParticleSize);
// Revisit::::
computeShaderAnimalParticles.SetFloat("_ParticleNutrientDensity", 10f); // settingsRef.animalParticleNutrientDensity);
computeShaderAnimalParticles.SetFloat("_AnimalParticleRegrowthRate", 0.01f); // settingsRef.animalParticleRegrowthRate); // ************ HARD-CODED!!!!
computeShaderAnimalParticles.SetBuffer(kernelCSSimulateAnimalParticles, "_RepresentativeGenomeCBuffer", zooplanktonRepresentativeGenomeCBuffer);
computeShaderAnimalParticles.Dispatch(kernelCSSimulateAnimalParticles, 1, 1, 1);
// Copy/Swap Animal Particle Buffer:
int kernelCSCopyAnimalParticlesBuffer = computeShaderAnimalParticles.FindKernel("CSCopyAnimalParticlesBuffer");
computeShaderAnimalParticles.SetBuffer(kernelCSCopyAnimalParticlesBuffer, "animalParticlesRead", animalParticlesCBufferSwap);
computeShaderAnimalParticles.SetBuffer(kernelCSCopyAnimalParticlesBuffer, "animalParticlesWrite", animalParticlesCBuffer);
computeShaderAnimalParticles.Dispatch(kernelCSCopyAnimalParticlesBuffer, 1, 1, 1);
}
