public void Update()
{
if (!_initializationWasSuccessfull)
{
return;
}
_movementCustodian.Update();
if (_movementCustodian.IsMovementPossible())
{
RunOnceBox.RunOnce(ref _movementStartBox, () =>
{
Debug.Log("time to moving " + Time.realtimeSinceStartup);
}, 3);
}
Traveller.SetActive(_movementCustodian.IsMovementPossible());
Overlay.SetMovementPossibilityDetails(_movementCustodian.ThisFrameBlockingProcesses);
_updaterUntilException.Execute(() => { _ultraUpdatableContainer.Update(new MockedFromGameObjectCameraForUpdate(Traveller)); });
var position3D = Traveller.transform.position;
var travellerFlatPosition = new Vector2(position3D.x, position3D.z);
_eTerrainHeightPyramidFacade.Update(travellerFlatPosition);
if (_gameInitializationFields.HasField <MultipleLevelsHeightPyramidExplorerGO>())
{
var explorer = _gameInitializationFields.Retrive <MultipleLevelsHeightPyramidExplorerGO>();
explorer.UpdateTravellingUniforms(travellerFlatPosition, _eTerrainHeightPyramidFacade.PyramidCenterWorldSpacePerLevel);
explorer.UpdateHeightmapSegmentFillingState(_heightmapListenersContainer.ListenersDict.ToDictionary(c => c.Key, c => c.Value.TokensDict));
}
}
public void Start()
{
_once = new RunOnceBox(() =>
{
var screenSize = new IntVector2(Screen.width, Screen.height);
var blockSize = new IntVector2(16, 16);
var blockCount = new IntVector2(Mathf.CeilToInt(screenSize.X / (float)blockSize.X), Mathf.CeilToInt(screenSize.Y / (float)blockSize.Y));
var divisionSettings = new GridDivisionSettings()
{
BlockCount = blockCount,
BlockSize = blockSize,
ScreenSize = screenSize
};
FindObjectOfType <LineMeasuringPpDirectorOc>().RequireScreenshotsSet((screenshotsSet) =>
{
var gauge = new BlockSpecificationGauge(divisionSettings);
var result = gauge.TakeMeasurement(screenshotsSet);
var ppDirector = FindObjectOfType <DebugIllustrationPPDirectorOC>();
ppDirector.ShowIllustrations(screenshotsSet.HatchMainTexture.ToTexture2D(), result.GenerateIllustration());
File.WriteAllText(@"C:\mgr\tmp\blockFilling.json", JsonUtility.ToJson(result.GeneratePoco()));
});
}, 4);
}
public void Start()
{
_collectAlignableMaterialsBox = new RunOnceBox(() =>
{
var materialsFromMMProcessor =
FindObjectOfType <MyMethodPostProcessingDirectorOC>().RenderingMaterials;
_materialsToAlign.AddRange(materialsFromMMProcessor);
}, 3);
}
public void Start()
{
_runOnce = new RunOnceBox(() =>
{
var mat = GetComponent <MeshRenderer>().material;
var mmPostProcessingDirector = FindObjectOfType <MyMethodPostProcessingDirectorOC>();
AlignUniforms();
//AddUniformCycleData(mat);
AddUniformCycleData3D(mat, mmPostProcessingDirector.SeedPositionTexture3D);
UpdateMaterialKeywords();
}, 4);
}
public void Start()
{
_once = new RunOnceBox(() =>
{
var tamIdPostProcessingDirectorOc = FindObjectOfType <TamIdPostProcessingDirectorOC>();
var tamTex = GenerateMockTexture(tamIdPostProcessingDirectorOc.FragmentTexWidth);
var mat = GetComponent <MeshRenderer>().material;
mat.SetTexture("_TamIdTex", tamTex);
mat.SetBuffer("_AppendBuffer", tamIdPostProcessingDirectorOc.TamidFragmentBuffer);
mat.SetInt("_FragmentTexWidth", tamIdPostProcessingDirectorOc.FragmentTexWidth);
});
}
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 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);
}
public void Start(
Dictionary <HeightPyramidLevel, HeightPyramidLevelTemplate> templates,
Dictionary <EGroundTextureType, OneGroundTypeLevelTextureEntitiesGenerator> groundEntitiesGenerators
)
{
var heightLevels = _startConfiguration.HeightPyramidLevels.OrderBy(c => c.GetIndex()).ToList();
var heightPyramidMapConfiguration = _startConfiguration.CommonConfiguration;
var perLevelConfigurations = _startConfiguration.PerLevelConfigurations;
_pyramidRootGo = new GameObject("HeightPyramidRoot");
var floorTextureArrays = groundEntitiesGenerators.SelectMany(c => c.Value.FloorTextureArrayGenerator()).ToList();
_perLevelEntites = new Dictionary <HeightPyramidLevel, HeightPyramidLevelEntities>();
foreach (var level in heightLevels)
{
var perLevelConfiguration = perLevelConfigurations[level];
var perGroundTypesEntities = groundEntitiesGenerators.Select(c =>
{
var generator = c.Value;
var fillingListener = generator.SegmentFillingListenerGeneratorFunc(level, floorTextureArrays);
var segmentFiller = new SegmentFiller(heightPyramidMapConfiguration.SlotMapSize, perLevelConfiguration.SegmentFillerStandByMarginsSize,
perLevelConfiguration.BiggestShapeObjectInGroupLength, fillingListener);
return(new PerGroundTypeEntities()
{
Filler = segmentFiller
});
}).ToList();
var perLevelTemplate = templates[level];
IPyramidShapeInstancer shapeInstancer = null;
if (heightPyramidMapConfiguration.MergeShapesOfRings)
{
shapeInstancer = new MergedMeshesPyramidShapeInstancer(_meshGeneratorUtProxy, heightPyramidMapConfiguration, perLevelConfiguration);
}
else
{
shapeInstancer = new SeparateMeshPerTemplateShapeInstancer(_meshGeneratorUtProxy, heightPyramidMapConfiguration, perLevelConfiguration);
}
var group = shapeInstancer.CreateGroup(perLevelTemplate, level, _pyramidRootGo);
var heightPyramidLocationParametersUpdaterConfiguration = new HeightPyramidLocationParametersUpdaterConfiguration()
{
TransitionSingleStep = perLevelConfiguration.BiggestShapeObjectInGroupLength * perLevelConfiguration.TransitionSingleStepPercent
};
var updater = new HeightPyramidLocationUniformsGenerator(heightPyramidLocationParametersUpdaterConfiguration);
var transitionResolver = new HeightPyramidGroupTransitionResolver(group, heightPyramidLocationParametersUpdaterConfiguration);
_perLevelEntites[level] = new HeightPyramidLevelEntities()
{
PerGroundEntities = perGroundTypesEntities,
ShapeGroup = group,
LocationUniformsGenerator = updater,
TransitionResolver = transitionResolver,
LevelTemplate = perLevelTemplate,
PerLevelConfiguration = perLevelConfiguration,
};
}
var heightmapUniformsSetter = new HeightPyramidSegmentsUniformsSetter();
var groupMover = new HeightPyramidGroupMover();
ComputeBuffer configurationBuffer = _buffersManager.EPyramidConfigurationBuffer;
var bufferReloaderRootGo = Object.FindObjectOfType <BufferReloaderRootGO>();
var ePyramidPerFrameParametersBuffer = _buffersManager.PyramidPerFrameParametersBuffer;
foreach (var pair in _perLevelEntites)
{
var shapeGroup = pair.Value.ShapeGroup;
var heightPyramidLevel = pair.Key;
var ringsPerLevelCount = _startConfiguration.CommonConfiguration.MaxRingsPerLevelCount; //TODO
heightmapUniformsSetter.InitializePyramidUniforms(shapeGroup, heightPyramidLevel, floorTextureArrays, heightLevels.Count, ringsPerLevelCount);
heightmapUniformsSetter.PassPyramidBuffers(shapeGroup, configurationBuffer, bufferReloaderRootGo, ePyramidPerFrameParametersBuffer);
}
_fillingInitializationBox = new RunOnceBox(() =>
{
foreach (var pair in _perLevelEntites)
{
foreach (var perGroundEntities in pair.Value.PerGroundEntities)
{
perGroundEntities.Filler.InitializeField(_startConfiguration.InitialTravellerPosition);
}
}
});
if (_startConfiguration.GenerateInitialSegmentsDuringStart)
{
_fillingInitializationBox.Update();
}
_pyramidCommonEntites = new HeightPyramidCommonEntites()
{
HeightPyramidMapConfiguration = heightPyramidMapConfiguration,
HeightmapUniformsSetter = heightmapUniformsSetter,
GroupMover = groupMover,
FloorTextureArrays = floorTextureArrays
};
}
public void Start()
{
_defineTestRunOnce = new RunOnceBox(DefineTest);
_botsToWaitForCompletion = 0;
}
