public void Operate(
ref TurtleState currentState,
NativeArray <TurtleMeshAllocationCounter> meshSizeCounterPerSubmesh,
int indexInString,
SymbolString <float> sourceString,
NativeArray <TurtleOrganTemplate.Blittable> allOrgans,
NativeList <TurtleOrganInstance> targetOrganInstances,
TurtleVolumetricHandles volumetricHandles,
EntityCommandBuffer spawningEntityBuffer)
{
switch (operationType)
{
case TurtleOperationType.BEND_TOWARDS:
bendTowardsOperation.Operate(ref currentState, indexInString, sourceString);
break;
case TurtleOperationType.ADD_ORGAN:
meshOperation.Operate(ref currentState, meshSizeCounterPerSubmesh, indexInString, sourceString, allOrgans, targetOrganInstances, volumetricHandles.durabilityWriter);
break;
case TurtleOperationType.INSTANTIATE_ENTITY:
instantiateOperator.Operate(ref currentState, indexInString, sourceString, spawningEntityBuffer, volumetricHandles.durabilityWriter.localToWorldTransformation);
break;
case TurtleOperationType.ROTATE:
rotationOperation.Operate(ref currentState, indexInString, sourceString);
break;
case TurtleOperationType.SCALE_TRANSFORM:
scaleOperation.Operate(ref currentState, indexInString, sourceString);
break;
case TurtleOperationType.SCALE_THICCNESS:
thiccnessOperation.Operate(ref currentState, indexInString, sourceString);
break;
case TurtleOperationType.VOLUMETRIC_RESOURCE:
volumetricDiffusionOperation.Operate(ref currentState, indexInString, sourceString, volumetricHandles);
break;
default:
break;
}
return;
}
public TurtleInterpretor(
List <TurtleOperationSet> operationSets,
TurtleState defaultState,
LinkedFileSet linkedFiles,
CustomRuleSymbols customSymbols,
OrganVolumetricWorld volumetricWorld,
VoxelCapReachedTimestampEffect damageCapFlags,
char startChar = '[', char endChar = ']')
{
foreach (var operationSet in operationSets)
{
operationSet.InternalCacheOperations();
}
var totalRequirements = operationSets.Select(x => x.DataReqs).Aggregate(new TurtleDataRequirements(), (agg, req) => agg + req);
var nativeData = new NativeTurtleData(totalRequirements);
var nativeWriter = new TurtleNativeDataWriter();
foreach (var operationSet in operationSets)
{
operationSet.WriteIntoNativeData(nativeData, nativeWriter);
}
submeshMaterials = nativeWriter.materialsInOrder.ToArray();
nativeData.operationsByKey = new NativeHashMap <int, TurtleOperation>(nativeWriter.operators.Count(), Allocator.Persistent);
foreach (var ops in nativeWriter.operators)
{
var realSymbol = linkedFiles.GetSymbolFromRoot(ops.characterInRootFile);
nativeData.operationsByKey[realSymbol] = ops.operation;
}
branchStartChar = linkedFiles.GetSymbolFromRoot(startChar);
branchEndChar = linkedFiles.GetSymbolFromRoot(endChar);
this.customSymbols = customSymbols;
nativeDataTracker = new DependencyTracker <NativeTurtleData>(nativeData);
this.defaultState = defaultState;
this.volumetricWorld = volumetricWorld;
this.damageCapFlags = damageCapFlags;
RefreshVolumetricWriters();
}
public TurtleStringReadingCompletable(
Mesh targetMesh,
int totalSubmeshes,
DependencyTracker <SymbolString <float> > symbols,
DependencyTracker <NativeTurtleData> nativeData,
int branchStartChar,
int branchEndChar,
TurtleState defaultState,
CustomRuleSymbols customSymbols,
TurtleVolumeWorldReferences volumetrics,
Matrix4x4 localToWorldTransform)
{
this.targetMesh = targetMesh;
this.nativeData = nativeData;
UnityEngine.Profiling.Profiler.BeginSample("turtling job");
JobHandleWrapper volumetricJobHandle = currentJobHandle;
var volumetricHandles = new TurtleVolumetricHandles
{
durabilityWriter = volumetrics.durabilityWriter.GetNextNativeWritableHandle(localToWorldTransform, ref volumetricJobHandle),
universalWriter = volumetrics.universalLayerWriter.GetNextNativeWritableHandle(localToWorldTransform),
volumetricData = volumetrics.world.NativeVolumeData.openReadData.AsReadOnly()
};
currentJobHandle = volumetricJobHandle;
UnityEngine.Profiling.Profiler.BeginSample("allocating");
var tmpHelperStack = new TmpNativeStack <TurtleState>(50, Allocator.TempJob);
organInstances = new NativeList <TurtleOrganInstance>(100, Allocator.TempJob);
newMeshSizeBySubmesh = new NativeArray <TurtleMeshAllocationCounter>(totalSubmeshes, Allocator.TempJob);
UnityEngine.Profiling.Profiler.EndSample();
NativeArray <float> destructionCommandTimestamps;
if (volumetrics.damageFlags != null)
{
destructionCommandTimestamps = volumetrics.damageFlags.GetDestructionCommandTimestampsReadOnly();
}
else
{
destructionCommandTimestamps = new NativeArray <float>(0, Allocator.TempJob);
}
var entitySpawningSystem = World.DefaultGameObjectInjectionWorld.GetOrCreateSystem <BeginSimulationEntityCommandBufferSystem>();
var entitySpawnBuffer = entitySpawningSystem.CreateCommandBuffer();
var turtleCompileJob = new TurtleCompilationJob
{
symbols = symbols.Data,
operationsByKey = nativeData.Data.operationsByKey,
organData = nativeData.Data.allOrganData,
organInstances = organInstances,
newMeshSizeBySubmesh = newMeshSizeBySubmesh,
spawnEntityBuffer = entitySpawnBuffer,
nativeTurtleStack = tmpHelperStack,
branchStartChar = branchStartChar,
branchEndChar = branchEndChar,
currentState = defaultState,
customRules = customSymbols,
volumetricHandles = volumetricHandles,
hasVolumetricDestruction = volumetrics.damageFlags != null,
volumetricDestructionTimestamps = destructionCommandTimestamps,
earliestValidDestructionCommand = volumetrics.damageFlags != null ? Time.time - volumetrics.damageFlags.timeCommandStaysActive : -1
};
currentJobHandle = turtleCompileJob.Schedule(currentJobHandle);
volumetrics.world.NativeVolumeData.RegisterReadingDependency(currentJobHandle);
entitySpawningSystem.AddJobHandleForProducer(currentJobHandle);
volumetrics.damageFlags?.RegisterReaderOfDestructionFlags(currentJobHandle);
volumetrics.durabilityWriter.RegisterWriteDependency(currentJobHandle);
volumetrics.universalLayerWriter.RegisterWriteDependency(currentJobHandle);
nativeData.RegisterDependencyOnData(currentJobHandle);
symbols.RegisterDependencyOnData(currentJobHandle);
currentJobHandle = tmpHelperStack.Dispose(currentJobHandle);
if (volumetrics.damageFlags == null)
{
currentJobHandle = destructionCommandTimestamps.Dispose(currentJobHandle);
}
UnityEngine.Profiling.Profiler.EndSample();
}
public void Execute()
{
for (int symbolIndex = 0; symbolIndex < symbols.Length; symbolIndex++)
{
var symbol = symbols[symbolIndex];
if (symbol == branchStartChar)
{
nativeTurtleStack.Push(currentState);
continue;
}
if (symbol == branchEndChar)
{
currentState = nativeTurtleStack.Pop();
continue;
}
if (customRules.hasIdentifiers && customRules.identifier == symbol)
{
currentState.organIdentity = new UIntFloatColor32(symbols.parameters[symbolIndex, 0]);
continue;
}
if (operationsByKey.TryGetValue(symbol, out var operation))
{
operation.Operate(
ref currentState,
newMeshSizeBySubmesh,
symbolIndex,
symbols,
organData,
organInstances,
volumetricHandles,
spawnEntityBuffer);
if (hasVolumetricDestruction && customRules.hasAutophagy && operation.operationType == TurtleOperationType.ADD_ORGAN)
{
// check for an operation which may have changed the position of the turtle
var turtlePosition = currentState.transformation.MultiplyPoint(Vector3.zero); // extract transformation
var voxelIndex = volumetricHandles.durabilityWriter.GetVoxelIndexFromLocalSpace(turtlePosition);
if (voxelIndex.IsValid)
{
var lastDestroyCommandTime = volumetricDestructionTimestamps[voxelIndex.Value];
if (lastDestroyCommandTime >= earliestValidDestructionCommand)
{
symbols[symbolIndex] = customRules.autophagicSymbol;
// TODO: can skipping over this whole branching structure work here? could save some time
}
}
}
}
}
var totalVertexes = 0;
var totalIndexes = 0;
for (int i = 0; i < newMeshSizeBySubmesh.Length; i++)
{
var meshSize = newMeshSizeBySubmesh[i];
meshSize.indexInVertexes = totalVertexes;
meshSize.indexInTriangles = totalIndexes;
totalVertexes += meshSize.totalVertexes;
totalIndexes += meshSize.totalTriangleIndexes;
newMeshSizeBySubmesh[i] = meshSize;
}
}