public ComboGestureCompilerInternal(
ComboGestureIntegrator integrator)
{
_animatorController = (AnimatorController)integrator.animatorController;
_conflictPrevention = ConflictPrevention.OfIntegrator(integrator.writeDefaults);
// FIXME: Incorrect pattern in use here, none of those are necessary
_comboLayers = new List <GestureComboStageMapper>();
_parameterGeneration = ParameterGeneration.Unique;
_gesturePlayableLayerController = null;
_customEmptyClip = null;
_analogBlinkingUpperThreshold = 0f;
_featuresToggles = 0;
_conflictPreventionTempGestureLayer = ConflictPrevention.OfFxLayer(WriteDefaultsRecommendationMode.UseUnsupportedWriteDefaultsOn);
_compilerConflictFxLayerMode = ConflictFxLayerMode.KeepBoth;
_compilerIgnoreParamList = new AnimationClip();
_compilerFallbackParamList = new AnimationClip();
_avatarDescriptor = null;
_expressionsAvatarMask = null;
_logicalAvatarMask = null;
_weightCorrectionAvatarMask = null;
_gesturePlayableLayerExpressionsAvatarMask = null;
_gesturePlayableLayerTechnicalAvatarMask = null;
_integrateLimitedLipsync = false;
_limitedLipsync = null;
_assetContainer = null;
_useGestureWeightCorrection = false;
_useSmoothing = _useGestureWeightCorrection;
}
public CgeActivityEditorLipsync(ComboGestureLimitedLipsync limitedLipsync, Action onClipRenderedFn, CgeEditorEffector editorEffector, EeRenderingCommands renderingCommands)
{
_limitedLipsync = limitedLipsync;
_onClipRenderedFn = onClipRenderedFn;
_editorEffector = editorEffector;
_renderingCommands = renderingCommands;
_visemePreviews = Enumerable.Range(0, 15)
.Select(i => new EeRenderingSample(
new AnimationClip(),
CgeMemoryQuery.NewPreviewTexture2D(LipsyncPreviewWidth, LipsyncPreviewHeight),
OnClipRendered)
)
.ToList();
}
public ComboGestureCompilerInternal(
ComboGestureCompiler compiler,
AssetContainer assetContainer)
{
_comboLayers = compiler.comboLayers;
_parameterGeneration = _comboLayers.Count <= 1 ? ParameterGeneration.Unique : (compiler.parameterMode == ParameterMode.SingleInt ? ParameterGeneration.UserDefinedActivity : ParameterGeneration.VirtualActivity);
switch (_parameterGeneration)
{
case ParameterGeneration.Unique:
_activityStageName = null;
break;
case ParameterGeneration.UserDefinedActivity:
_activityStageName = compiler.activityStageName;
break;
case ParameterGeneration.VirtualActivity:
_activityStageName = SharedLayerUtils.HaiVirtualActivity;
break;
default:
throw new ArgumentOutOfRangeException();
}
_animatorController = (AnimatorController)compiler.animatorController;
_gesturePlayableLayerController = compiler.gesturePlayableLayerController as AnimatorController;
_customEmptyClip = compiler.customEmptyClip;
_analogBlinkingUpperThreshold = compiler.analogBlinkingUpperThreshold;
_featuresToggles = (compiler.doNotGenerateBlinkingOverrideLayer ? FeatureToggles.DoNotGenerateBlinkingOverrideLayer : 0)
| (compiler.doNotGenerateLipsyncOverrideLayer ? FeatureToggles.DoNotGenerateLipsyncOverrideLayer : 0)
| (compiler.doNotGenerateWeightCorrectionLayer ? FeatureToggles.DoNotGenerateWeightCorrectionLayer : 0)
| (compiler.doNotFixSingleKeyframes ? FeatureToggles.DoNotFixSingleKeyframes : 0);
_conflictPrevention = ConflictPrevention.OfFxLayer(compiler.writeDefaultsRecommendationMode);
_conflictPreventionTempGestureLayer = ConflictPrevention.OfGestureLayer(compiler.writeDefaultsRecommendationModeGesture, compiler.gestureLayerTransformCapture);
_compilerConflictFxLayerMode = compiler.conflictFxLayerMode;
_compilerIgnoreParamList = compiler.ignoreParamList;
_compilerFallbackParamList = compiler.fallbackParamList;
_avatarDescriptor = compiler.avatarDescriptor;
_expressionsAvatarMask = compiler.expressionsAvatarMask ? compiler.expressionsAvatarMask : AssetDatabase.LoadAssetAtPath <AvatarMask>(SharedLayerUtils.FxPlayableLayerAvatarMaskPath);
_logicalAvatarMask = compiler.logicalAvatarMask ? compiler.logicalAvatarMask : AssetDatabase.LoadAssetAtPath <AvatarMask>(SharedLayerUtils.FxPlayableLayerAvatarMaskPath);
_weightCorrectionAvatarMask = compiler.weightCorrectionAvatarMask ? compiler.weightCorrectionAvatarMask : AssetDatabase.LoadAssetAtPath <AvatarMask>(SharedLayerUtils.FxPlayableLayerAvatarMaskPath);
_gesturePlayableLayerExpressionsAvatarMask = compiler.gesturePlayableLayerExpressionsAvatarMask ? compiler.gesturePlayableLayerExpressionsAvatarMask : AssetDatabase.LoadAssetAtPath <AvatarMask>(GesturePlayableLayerAvatarMaskPath);
_gesturePlayableLayerTechnicalAvatarMask = compiler.gesturePlayableLayerTechnicalAvatarMask ? compiler.gesturePlayableLayerTechnicalAvatarMask : AssetDatabase.LoadAssetAtPath <AvatarMask>(GesturePlayableLayerAvatarMaskPath);
_integrateLimitedLipsync = false; // For now, Limited Lipsync is disabled regardless of the compiler value
_limitedLipsync = compiler.lipsyncForWideOpenMouth;
_assetContainer = assetContainer;
_useGestureWeightCorrection = compiler.WillUseGestureWeightCorrection();
_useSmoothing = _useGestureWeightCorrection;
}
public LayerForLipsyncOverrideView(float analogBlinkingUpperThreshold,
AvatarMask logicalAvatarMask,
AnimatorGenerator animatorGenerator,
VRCAvatarDescriptor avatarDescriptor,
ComboGestureLimitedLipsync limitedLipsync,
AssetContainer assetContainer,
AnimationClip emptyClip,
List <ManifestBinding> manifestBindings,
bool writeDefaults)
{
_analogBlinkingUpperThreshold = analogBlinkingUpperThreshold;
_logicalAvatarMask = logicalAvatarMask;
_animatorGenerator = animatorGenerator;
_avatarDescriptor = avatarDescriptor;
_limitedLipsync = limitedLipsync;
_assetContainer = assetContainer;
_emptyClip = emptyClip;
_manifestBindings = manifestBindings;
_writeDefaultsForLipsyncBlendshapes = writeDefaults;
}
public bool IsLimitedLipsyncSameAs(ComboGestureLimitedLipsync selectedLimitedLipsync)
{
return(_lipsyncState.LimitedLipsync == selectedLimitedLipsync);
}
public void SetLipsync(ComboGestureLimitedLipsync limitedLipsync, Action repaintCallback)
{
_lipsyncState.LimitedLipsync = limitedLipsync;
_lipsyncState.SerializedLimitedLipsync = new SerializedObject(limitedLipsync);
_lipsyncState.Lipsync = new CgeActivityEditorLipsync(limitedLipsync, repaintCallback, _editorEffector, _renderingCommands);
}
