public void Update()
{
var newPosition = Camera.main.transform.position;
if (!_once)
{
var msw = new MyStopWatch();
msw.StartSegment("Starting segment.");
_once = true;
_vegetationRuntimeManagementProxy.Start(newPosition);
_vegetationRuntimeManagementProxy.StartThreading();
//_globalInstancingContainer.StartThread();
_debugGrassGroupsGrowerUnderTest.FinalizeStart();
Debug.Log("L8: segment " + msw.CollectResults());
}
else
{
//_globalInstancingContainer.DrawFrame();
_vegetationRuntimeManagementProxy.AddUpdate(newPosition);
const int maxMsPerFrame = 4000;
//_globalInstancingContainer.FinishUpdateBatch();
}
_debugGrassGroupsGrowerUnderTest.Update();
}
public void Start()
{
var sw = new MyStopWatch();
sw.StartSegment("TamIdGeneration");
TaskUtils.SetGlobalMultithreading(false);
var tonesCount = 3;
var levelsCount = 3;
var layersCount = 1;
var tamTones = TAMTone.CreateList(tonesCount, new Dictionary <int, TAMStrokeOrientation>()
{
{ 0, TAMStrokeOrientation.Horizontal },
{ 3, TAMStrokeOrientation.Vertical },
{ 5, TAMStrokeOrientation.Both }
});
var tamMipmapLevels = TAMMipmapLevel.CreateList(levelsCount);
var configuration = TamIdPackGenerationConfiguration
.GetDefaultTamIdConfiguration(tamTones, tamMipmapLevels, 1f, layersCount, StrokeImagePath, BlankImagePath, false);
configuration.SmallestLevelSoleImageResolution = new IntVector2(256, 256);
var packGenerator = new TamIdPackGenerator();
var pack = packGenerator.GenerateTamPack(configuration, false, FindObjectOfType <ComputeShaderContainerGameObject>());
TamIdGeneratorGO.DrawDebugPlates(pack);
var fileManager = new TamIdPackFileManager();
Debug.Log("Sw: " + sw.CollectResults());
var tamIdPath = TemporaryImagesPath + TamName + @"\";
Directory.CreateDirectory(tamIdPath);
fileManager.Save(tamIdPath, tamTones, tamMipmapLevels, layersCount, pack);
}
public void Update()
{
_updaterUntilException.Execute(() => { _ultraUpdatableContainer.Update(new EncapsulatedCameraForUpdate(ActiveCamera)); });
if (msw != null)
{
Debug.Log("T65: game initialization took: " + msw.CollectResults());
msw = null;
}
}
public void Start()
{
var msw = new MyStopWatch();
msw.StartSegment("Loading");
var loader = new HabitatMapOsmLoader();
var fields = loader.Load(@"C:\inz\osm\map.osm");
msw.StartSegment("Translating");
var translator = new HabitatFieldPositionTranslator(GeoCoordsToUnityTranslator.DefaultTranslator);
fields = fields.Select(c => translator.Translate(c)).ToList();
msw.StartSegment("MapCreating");
var map = HabitatMap.Create(
new MyRectangle(62 * 720, 67 * 720, 8 * 720, 8 * 720),
new Vector2(90 * 8, 90 * 8),
fields,
HabitatType.NotSpecified,
HabitatTypePriorityResolver.Default);
GeoCoordsToUnityTranslator translator2 = GeoCoordsToUnityTranslator.DefaultTranslator;
var geoPos1 = new GeoCoordinate(49.600f, 19.543f);
var lifePos1 = translator2.TranslateToUnity(geoPos1);
var geoPos2 = new GeoCoordinate(49.610f, 19.552f);
var lifePos2 = translator2.TranslateToUnity(geoPos2);
MyRectangle territoryUsedToCreateStainTexture =
new MyRectangle(lifePos1.x, lifePos1.y, lifePos2.x - lifePos1.x, lifePos2.y - lifePos1.y);
territoryUsedToCreateStainTexture = RectangleUtils.CalculateSubPosition(territoryUsedToCreateStainTexture,
new MyRectangle(0.65f, 0.65f, 0.1f, 0.1f));
var treeX = map.QueryMap(territoryUsedToCreateStainTexture);
var parentObjectX = new GameObject($"MAGA");
treeX.QueryAll()
.ForEach(c => HabitatMapOsmLoaderDebugObject.CreateDebugHabitatField(c.Field, 0.01f, parentObjectX));
msw.StartSegment("MapQuerying");
for (int x = 0; x < 8; x++)
{
for (int y = 0; y < 8; y++)
{
var tree = map.QueryMap(
new MyRectangle(62 * 720 + x * 720, 67 * 720 + y * 720, 720, 720));
var parentObject = new GameObject($"x:{x} y:{y}");
tree.QueryAll()
.ForEach(c => HabitatMapOsmLoaderDebugObject.CreateDebugHabitatField(c.Field, 0.01f,
parentObject));
}
}
Debug.Log("T64: " + msw.CollectResults());
}
public void TakeMeasurements(int frameNo, MeasurementScreenshotsSet screenshotsSet)
{
Debug.Log("R827 RESOLUTION: " + screenshotsSet.HatchMainTexture.Height + " " + screenshotsSet.HatchMainTexture.Width);
var msw = new MyStopWatch();
foreach (var gauge in _gauges)
{
msw.StartSegment(gauge.ToString());
var result = gauge.TakeMeasurement(screenshotsSet);
WriteResultsToFile(frameNo, result);
}
Debug.Log(msw.CollectResults());
}
public float [] Generate(Mesh inputMesh, int radius = 5, bool useKring = true)
{
var unaliasedGenerator = new UnaliasedMeshGenerator();
var unaliasedMesh = unaliasedGenerator.GenerateUnaliasedMesh(inputMesh);
var verticesFlatArray = unaliasedMesh.Vertices.SelectMany(c => c.ToArray()).ToArray();
var unaliasedVerticesCount = unaliasedMesh.Vertices.Length;
var unaliasedTrianglesCount = unaliasedMesh.Triangles.Length / 3;
var outDirection1 = new float[3 * unaliasedVerticesCount];
var outDirection2 = new float[3 * unaliasedVerticesCount];
var outValues1 = new float[unaliasedVerticesCount];
var outValues2 = new float[unaliasedVerticesCount];
var sw = new MyStopWatch();
sw.StartSegment("pc");
PrincipalCurvatureDll.EnableLogging();
int callStatus = PrincipalCurvatureDll.compute_principal_curvature(verticesFlatArray, unaliasedVerticesCount, unaliasedMesh.Triangles, unaliasedTrianglesCount, outDirection1, outDirection2,
outValues1, outValues2, radius, useKring);
sw.StartSegment("pc2");
Preconditions.Assert(callStatus == 0, "Calling compute_principal_curvature failed, as returned status " + callStatus);
//RemapCurvatureData(outDirection1, outDirection2, outValues1, outValues2);
var inputVerticesCount = inputMesh.vertices.Length;
var outArray = new float[inputVerticesCount * 8];
for (int i = 0; i < unaliasedVerticesCount; i++)
{
foreach (var inputVerticleIndex in unaliasedMesh.VerticlesToOriginalVerticles[unaliasedMesh.Vertices[i]])
{
var outArrayIdx = inputVerticleIndex * 8;
var inArrayIdx = i * 3;
outArray[outArrayIdx + 0] = outDirection1[inArrayIdx + 0];
outArray[outArrayIdx + 1] = outDirection1[inArrayIdx + 1];
outArray[outArrayIdx + 2] = outDirection1[inArrayIdx + 2];
outArray[outArrayIdx + 3] = outValues1[i];
outArray[outArrayIdx + 4] = outDirection2[inArrayIdx + 0];
outArray[outArrayIdx + 5] = outDirection2[inArrayIdx + 1];
outArray[outArrayIdx + 6] = outDirection2[inArrayIdx + 2];
outArray[outArrayIdx + 7] = outValues2[i];
}
}
Debug.Log("A22: " + sw.CollectResults());
return(outArray);
}
public void Start()
{
var sw = new MyStopWatch();
sw.StartSegment("TamIdGeneration");
TaskUtils.SetGlobalMultithreading(false);
var tonesCount = 5;
var levelsCount = 5;
var layersCount = 1;
var tamTones = TAMTone.CreateList(tonesCount, new Dictionary <int, TAMStrokeOrientation>()
{
{ 0, TAMStrokeOrientation.Horizontal },
{ 3, TAMStrokeOrientation.Vertical },
{ 5, TAMStrokeOrientation.Both }
});
var tamMipmapLevels = TAMMipmapLevel.CreateList(levelsCount);
var configuration = TamIdPackGenerationConfiguration
.GetDefaultTamIdConfiguration(tamTones, tamMipmapLevels, ExclusionZoneMultiplier, layersCount, StrokeImagePath, BlankImagePath);
ScaleStrokesGenerationConfiguration(configuration);
configuration.UseSmoothAlpha = SmoothAlpha;
var packGenerator = new TamIdPackGenerator();
var pack = packGenerator.GenerateTamPack(configuration, false, FindObjectOfType <ComputeShaderContainerGameObject>());
DrawDebugPlates(pack);
var fileManager = new TamIdPackFileManager();
Debug.Log("Sw: " + sw.CollectResults());
if (SaveToFile)
{
fileManager.Save(TemporaryImagesPath, tamTones, tamMipmapLevels, layersCount, pack);
var generator = new TamIdArrayGenerator();
var tex2DArray = generator.Generate(pack, tamTones, tamMipmapLevels, layersCount);
tex2DArray.wrapMode = TextureWrapMode.Repeat;
if (SmoothAlpha)
{
tex2DArray.filterMode = FilterMode.Trilinear;
}
MyAssetDatabase.CreateAndSaveAsset(tex2DArray, $"Assets/Generated/{AssetName}.asset");
}
}
public void Start()
{
var msw = new MyStopWatch();
msw.StartSegment("Start");
TaskUtils.ExecuteActionWithOverridenMultithreading(true, () =>
{
_feConfiguration = new FEConfiguration(new FilePathsConfiguration())
{
Multithreading = Multithreading
};
_feConfiguration.EngraveTerrainFeatures = true;
_feConfiguration.EngraveRoadsInTerrain = true;
_feConfiguration.TerrainShapeDbConfiguration.UseTextureLoadingFromDisk = true;
_feConfiguration.TerrainShapeDbConfiguration.UseTextureSavingToDisk = false;
_feConfiguration.TerrainShapeDbConfiguration.MergeTerrainDetail = true;
var containerGameObject = GameObject.FindObjectOfType <ComputeShaderContainerGameObject>();
VegetationConfiguration.FeConfiguration = _feConfiguration;
_heightmapListenersContainer = new HeightmapSegmentFillingListenersContainer();
_gameInitializationFields = new GameInitializationFields();
_updaterUntilException = new UpdaterUntilException();
_movementCustodian = new TravellerMovementCustodian(Traveller);
_gameInitializationFields.SetField(_movementCustodian);
_ultraUpdatableContainer = ETerrainTestUtils.InitializeFinalElements(_feConfiguration, containerGameObject, _gameInitializationFields, initializeLegacyDesignBodySpotUpdater: false);
var startConfiguration = ETerrainHeightPyramidFacadeStartConfiguration.DefaultConfiguration;
var initializingHelper = InitializeETerrain(startConfiguration);
initializingHelper.InitializeUTService(new UnityThreadComputeShaderExecutorObject());
InitializeUI(startConfiguration);
Traveller.transform.position = new Vector3(startConfiguration.InitialTravellerPosition.x, Traveller.transform.position.y, startConfiguration.InitialTravellerPosition.y);
});
Debug.Log("Init time " + msw.CollectResults());
_initializationWasSuccessfull = true;
}
public void Start()
{
_once = new RunOnceBox(() =>
{
var sw = new MyStopWatch();
sw.StartSegment("TamIdGeneration");
TaskUtils.SetGlobalMultithreading(false);
var tonesCount = 2;
var levelsCount = 4;
var layersCount = 2;
var tamTones = TAMTone.CreateList(tonesCount, new Dictionary <int, TAMStrokeOrientation>()
{
{ 0, TAMStrokeOrientation.Horizontal },
{ 3, TAMStrokeOrientation.Vertical },
{ 5, TAMStrokeOrientation.Both }
});
var tamMipmapLevels = TAMMipmapLevel.CreateList(levelsCount);
var configuration = TamIdPackGenerationConfiguration
.GetDefaultTamIdConfiguration(tamTones, tamMipmapLevels, 1f, layersCount, StrokeImagePath, BlankImagePath);
var packGenerator = new TamIdPackGenerator();
var pack = packGenerator.GenerateTamPack(configuration, false, FindObjectOfType <ComputeShaderContainerGameObject>());
var fileManager = new TamIdPackFileManager();
Debug.Log("Sw: " + sw.CollectResults());
fileManager.Save(@"C:\mgr\tmp\tamid1\", tamTones, tamMipmapLevels, layersCount, pack);
var generator = new TamIdArrayGenerator();
var tex2DArray = generator.Generate(pack, tamTones, tamMipmapLevels, layersCount);
TamIdArray = tex2DArray;
var tamIdPostProcessingDirectorOc = FindObjectOfType <TamIdPostProcessingDirectorOC>();
var mat = GetComponent <MeshRenderer>().material;
TamIdArray.filterMode = FilterMode.Point;
mat.SetTexture("_TamIdTexArray", TamIdArray);
mat.SetBuffer("_AppendBuffer", tamIdPostProcessingDirectorOc.TamidFragmentBuffer);
mat.SetInt("_FragmentTexWidth", tamIdPostProcessingDirectorOc.FragmentTexWidth);
});
}
public void StartDiagram()
{
var tonesCount = 4;
var levelsCount = 4;
TaskUtils.SetGlobalMultithreading(false);
var tones = TAMTone.GenerateList(tonesCount, 3, 4);
var levels = TAMMipmapLevel.CreateList(levelsCount);
var tamPackGenerator = new TAMPackGenerator();
var msw = new MyStopWatch();
msw.StartSegment("Gen");
var pack = tamPackGenerator.GenerateTamPack(GenerateDiagramConfiguration(tones, levels, 0.7f), true, Object.FindObjectOfType <ComputeShaderContainerGameObject>());
Debug.Log(msw.CollectResults());
var fileManager = new TAMPackFileManager();
fileManager.Save(@"C:\mgr\tmp\tam2\", tones, levels, pack);
}
public List <HeightmapArray> GenerateErodedArrays(HeightmapArray baseArray,
List <MeiHydraulicEroderConfiguration> configurations)
{
var msw = new MyStopWatch();
List <HeightmapArray> outArray = new List <HeightmapArray>();
int i = 0;
foreach (var aConfiguration in configurations)
{
var copyArray = MyArrayUtils.DeepClone(baseArray.HeightmapAsArray);
var currentHeightArray = new SimpleHeightArray(copyArray);
msw.StartSegment("eroding-" + i);
var eroder = new MeiHydraulicEroder();
eroder.Erode(currentHeightArray, aConfiguration);
msw.StopSegment();
outArray.Add(SimpleHeightArray.ToHeightmap(currentHeightArray));
i++;
}
Debug.Log("T22: " + msw.CollectResults());
return(outArray);
}
public float [] Generate(Mesh inputMesh, int radius = 5, bool useKring = true)
{
var unaliasedGenerator = new UnaliasedMeshGenerator();
var unaliasedMesh = unaliasedGenerator.GenerateUnaliasedMesh(inputMesh);
var verticesFlatArray = unaliasedMesh.Vertices.SelectMany(c => VectorUtils.ToArray((Vector3)c)).ToArray();
var unaliasedVerticesCount = unaliasedMesh.Vertices.Length;
var unaliasedTrianglesCount = unaliasedMesh.Triangles.Length / 3;
var floatsPerVertex = (3 + 1 + 3 + 1 + 4);
var unaliasedOutArray = new float[unaliasedVerticesCount * floatsPerVertex];
var sw = new MyStopWatch();
sw.StartSegment("trimesh2_compute_principal_curvature - computing");
PrincipalCurvatureDll.EnableLogging();
int callStatus = PrincipalCurvatureDll.trimesh2_compute_principal_curvature(verticesFlatArray, unaliasedVerticesCount, unaliasedMesh.Triangles,
unaliasedTrianglesCount, unaliasedOutArray);
sw.StartSegment("trimesh2_compute_principal_curvature - aliasing");
Preconditions.Assert(callStatus == 0, "Calling trimesh2_compute_principal_curvature failed, as returned status " + callStatus);
//RemapCurvatureData(outDirection1, outDirection2, outValues1, outValues2);
var inputVerticesCount = inputMesh.vertices.Length;
var outArray = new float[inputVerticesCount * floatsPerVertex];
for (int i = 0; i < unaliasedVerticesCount; i++)
{
foreach (var inputVerticleIndex in unaliasedMesh.VerticlesToOriginalVerticles[unaliasedMesh.Vertices[i]])
{
for (int j = 0; j < floatsPerVertex; j++)
{
outArray[inputVerticleIndex * floatsPerVertex + j] = unaliasedOutArray[i * floatsPerVertex + j];
}
}
}
Debug.Log("A22: " + sw.CollectResults());
return(outArray);
}
public void Start()
{
_once = new RunOnceBox(() =>
{
FindObjectOfType <LineMeasuringPpDirectorOc>().RequireScreenshotsSet((screenshotsSet) =>
{
var gauge = new StrokesPixelCountGauge();
var sw = new MyStopWatch();
sw.StartSegment("PixelCountTime");
var result = gauge.TakeMeasurement(screenshotsSet);
var debIllustration = result.GenerateIllustration();
var poco = result.GeneratePoco();
Debug.Log(sw.CollectResults());
Debug.Log(JsonUtility.ToJson(poco));
File.WriteAllText(@"C:\mgr\tmp\pixelCount.json", JsonUtility.ToJson(poco));
var ppDirector = FindObjectOfType <DebugIllustrationPPDirectorOC>();
ppDirector.ShowIllustrations(screenshotsSet.HatchMainTexture.ToTexture2D(), debIllustration);
});
}, 4);
}
private void MakeMeasurement()
{
if (!_gauges.Any())
{
return;
}
var msw = new MyStopWatch();
var lastTestFrame = OneTestConfiguration.TestFramesCount + OneTestConfiguration.FirstTestFrame;
msw.StartSegment($"Test {OneTestConfiguration.TestName} frame {_requestedTestFrame} = {_requestedTestFrame-OneTestConfiguration.FirstTestFrame}/{lastTestFrame}");
MeasurementScreenshotsSet set = _lineMeasuringModule.OnRenderImageGenerateScreenshots();
var measurementResults = new List <IMeasurementResult>();
foreach (var aGauge in _gauges)
{
var measurementResult = aGauge.TakeMeasurement(set);
measurementResults.Add(measurementResult);
}
_runnerSupports.ForEach(c => c.MyOnMeasurementsMade(measurementResults, set));
Debug.Log(msw.CollectResults());
}
public void Start()
{
TaskUtils.SetGlobalMultithreading(false);
var generationArea = new MyRectangle(0, 0, 100, 100);
var generationCount = 7;
var exRadius = 2;
var msw = new MyStopWatch();
var randomFigureGenerator = new RandomFieldFigureGeneratorUTProxy(
new Ring2RandomFieldFigureGenerator(new TextureRenderer(),
new Ring2RandomFieldFigureGeneratorConfiguration()
{
PixelsPerUnit = new Vector2(1, 1)
}));
var randomFigure = randomFigureGenerator.GenerateRandomFieldFigureAsync(
RandomFieldNature.FractalSimpleValueNoise3, 312,
new MyRectangle(0, 0, 30, 30)).Result;
//var intensityFigureProvider = new IntensityFromRandomFigureProvider(randomFigure);
//var intensityFigureProvider = new IntensityFromRandomFigureProvider(CreateDebugRandomFieldFigure());
var intensityFigureProvider = new IntensityFromRandomFiguresCompositionProvider(
CreateDebugRandomFieldFigure(),
randomFigure, 0.3f);
msw.StartSegment("StartGeneration");
var sampler = new MultiIntensityPoissonDiskSampler();
var generatedPoints = sampler.Generate(generationArea, generationCount, new MyRange(0.5f, 3),
new IntensityFromRandomFigureProvider(new IntensityFieldFigureWithUv()
{
FieldFigure = randomFigure,
Uv = new MyRectangle(0, 0, 1, 1)
}), 100000);
//var noCollision = new NoCollisionMultiIntensityPoissonDiskSampler();
//var generatedPoints = noCollision.Generate(generationArea, generationCount, 2,80000, 6, intensityFigureProvider);
//var classicPoisson = new PoissonDiskSampler();
//var generatedPoints = classicPoisson.Generate(generationArea, generationCount, exRadius);
//var simpleCollidable = new SimpleRandomSampler();
//var generatedPoints = simpleCollidable.Generate(generationArea, 15000, 40000, 0.1f, false, intensityFigureProvider);
Debug.Log($"T{generatedPoints.Count} generation took: " + msw.CollectResults());
var root = new GameObject("RootPoints");
foreach (var point in generatedPoints)
{
var cap = GameObject.CreatePrimitive(PrimitiveType.Capsule);
cap.transform.position = new Vector3(point.x, 0, point.y);
cap.transform.localScale = new Vector3(0.1f, 0.1f, 0.1f);
cap.transform.SetParent(root.transform);
}
var newMaterial = new Material(Shader.Find("Standard"));
newMaterial.SetTexture("_MainTex", Ring2RandomFieldFigureGenerator.DebugLastGeneratedTexture);
DebugTextureObject.GetComponent <MeshRenderer>().material = newMaterial;
}
public void Start()
{
var meshGenerator = new GrassMeshGenerator();
var mesh = meshGenerator.GetGrassBladeMesh(1);
var material = new Material(Shader.Find("Custom/Vegetation/Grass"));
material.SetFloat("_BendingStrength", 0.2f);
material.SetFloat("_InitialBendingValue", 0.4f);
material.SetFloat("_PlantBendingStiffness", 0.3f);
material.SetVector("_WindDirection", Vector4.one);
material.SetVector("_PlantDirection", Vector4.one);
material.SetColor("_Color", Color.green);
material.SetFloat("_RandSeed", 44.4f);
var go = GameObject.CreatePrimitive(PrimitiveType.Capsule);
go.GetComponent <MeshFilter>().mesh = mesh;
go.GetComponent <MeshRenderer>().material = material;
var instancingMaterial = new Material(Shader.Find("Custom/Vegetation/Grass.Instanced"));
instancingMaterial.enableInstancing = true;
_globalGpuInstancingContainer = new GlobalGpuInstancingContainer();
var commonUniforms = new UniformsPack();
commonUniforms.SetUniform("_BendingStrength", 0.8f);
commonUniforms.SetUniform("_WindDirection", Vector4.one);
var instancingContainer = new GpuInstancingVegetationSubjectContainer(
new GpuInstancerCommonData(mesh, instancingMaterial, commonUniforms),
new GpuInstancingUniformsArrayTemplate(new List <GpuInstancingUniformTemplate>()
{
new GpuInstancingUniformTemplate("_Color", GpuInstancingUniformType.Vector4),
new GpuInstancingUniformTemplate("_InitialBendingValue", GpuInstancingUniformType.Float),
new GpuInstancingUniformTemplate("_PlantBendingStiffness", GpuInstancingUniformType.Float),
new GpuInstancingUniformTemplate("_PlantDirection", GpuInstancingUniformType.Vector4),
new GpuInstancingUniformTemplate("_RandSeed", GpuInstancingUniformType.Float),
})
);
var bucketId = _globalGpuInstancingContainer.CreateBucket(instancingContainer);
var uniforms = new UniformsPack();
uniforms.SetUniform("_InitialBendingValue", 0.4f);
uniforms.SetUniform("_PlantBendingStiffness", 0.3f);
uniforms.SetUniform("_PlantDirection", Vector4.one);
uniforms.SetUniform("_Color", Color.green);
uniforms.SetUniform("_RandSeed", 44.4f);
var msw = new MyStopWatch();
msw.StartSegment("AddingClassic");
for (int x = 0; x < 300; x++)
{
for (int y = 0; y < 300; y++)
{
var myTriplet = new MyTransformTriplet(new Vector3(x, 0, y), Vector3.zero, Vector3.one);
_globalGpuInstancingContainer.AddInstance(bucketId, myTriplet.ToLocalToWorldMatrix(), uniforms);
}
}
_globalGpuInstancingContainer.StartThread();
_globalGpuInstancingContainer.FinishUpdateBatch();
Debug.Log("It took: " + msw.CollectResults());
}