private void _AddInstances(IVisualNodeContainer dst, Schema2SceneBuilder context)
{
if (_Children.Count < _GpuMinCount)
{
foreach (var srcChild in _Children)
{
if (srcChild.Content is SCHEMA2NODE srcOperator)
{
var dstNode = dst.CreateNode();
dstNode.Name = srcChild.Name;
dstNode.Extras = srcChild.Extras.DeepClone();
dstNode.LocalTransform = srcChild.ChildTransform;
srcOperator.ApplyTo(dstNode, context);
System.Diagnostics.Debug.Assert(dstNode.WorldMatrix == srcChild.GetPoseWorldMatrix(), "Transform mismatch!");
}
}
}
else
{
if (_Children[0].Content is SCHEMA2NODE srcOperator)
{
var xforms = _Children
.Select(item => item.ChildTransform)
.ToList();
if (!(dst is Node dstNode))
{
dstNode = dst.CreateNode();
}
System.Diagnostics.Debug.Assert(dstNode.Mesh == null);
System.Diagnostics.Debug.Assert(dstNode.Skin == null);
System.Diagnostics.Debug.Assert(dstNode.GetGpuInstancing() == null);
srcOperator.ApplyTo(dstNode, context);
dstNode
.UseGpuInstancing()
.WithInstanceAccessors(xforms);
#if DEBUG
var dstInstances = dstNode.GetGpuInstancing();
for (int i = 0; i < _Children.Count; ++i)
{
var srcXform = _Children[i].GetPoseWorldMatrix();
var dstXform = dstInstances.GetWorldMatrix(i);
System.Diagnostics.Debug.Assert(srcXform == dstXform, "Transform mismatch!");
}
#endif
}
}
}
void SCHEMA2NODE.Setup(Node dstNode, Schema2SceneBuilder context)
{
if (!(_Target is SCHEMA2NODE schema2Target))
{
return;
}
schema2Target.Setup(dstNode, context);
// setup morphs here!
}
void SCHEMA2NODE.ApplyTo(Node dstNode, Schema2SceneBuilder context)
{
// we try to assign our mesh to the target node.
// but if the target node already has a mesh, we need to create
// a child node that will contain our mesh.
if (dstNode.Mesh != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.Mesh = context.GetMesh(_Mesh);
}
void SCHEMA2SCENE.ApplyTo(Scene dstScene, Schema2SceneBuilder context)
{
if (!(Content is SCHEMA2NODE schema2Target))
{
return;
}
// a skinned mesh is controlled indirectly by its bones,
// so we need to create a dummy container for it:
var skinnedMeshNode = dstScene.CreateNode();
skinnedMeshNode.Name = _NodeName;
skinnedMeshNode.Extras = _NodeExtras;
if (_MeshPoseWorldTransform.HasValue)
{
var dstNodes = new Node[_Joints.Count];
for (int i = 0; i < dstNodes.Length; ++i)
{
var(joints, inverseBindMatrix) = _Joints[i];
System.Diagnostics.Debug.Assert(!inverseBindMatrix.HasValue);
dstNodes[i] = context.GetNode(joints);
}
#if DEBUG
for (int i = 0; i < dstNodes.Length; ++i)
{
var(joints, inverseBindMatrix) = _Joints[i];
System.Diagnostics.Debug.Assert(dstNodes[i].WorldMatrix == joints.WorldMatrix);
}
#endif
skinnedMeshNode.WithSkinBinding(_MeshPoseWorldTransform.Value.Matrix, dstNodes);
}
else
{
var skinnedJoints = _Joints
.Select(j => (context.GetNode(j.Joint), j.InverseBindMatrix.Value))
.ToArray();
skinnedMeshNode.WithSkinBinding(skinnedJoints);
}
// set skeleton
// var root = _Joints[0].Joint.Root;
// skinnedMeshNode.Skin.Skeleton = context.GetNode(root);
schema2Target.ApplyTo(skinnedMeshNode, context);
Schema2SceneBuilder.SetMorphAnimation(skinnedMeshNode, this.Morphings);
}
void SCHEMA2SCENE.ApplyTo(Scene dstScene, Schema2SceneBuilder context)
{
if (Content is SCHEMA2NODE schema2Target)
{
var dstNode = context.GetNode(_Node);
schema2Target.ApplyTo(dstNode, context);
Schema2SceneBuilder.SetMorphAnimation(dstNode, this.Morphings);
System.Diagnostics.Debug.Assert(dstNode.WorldMatrix == this.GetPoseWorldMatrix(), "Transform mismatch!");
}
}
void SCHEMA2SCENE.Setup(Scene dstScene, Schema2SceneBuilder context)
{
if (!(Content is SCHEMA2NODE schema2Target))
{
return;
}
var dstNode = context.GetNode(_Node);
schema2Target.Setup(dstNode, context);
context.SetMorphAnimation(dstNode, this.Morphings);
}
void SCHEMA2SCENE.Setup(Scene dstScene, Schema2SceneBuilder context)
{
if (!(Content is SCHEMA2NODE schema2Target))
{
return;
}
var dstNode = dstScene.CreateNode();
dstNode.LocalMatrix = _WorldTransform;
schema2Target.Setup(dstNode, context);
}
void SCHEMA2SCENE.Setup(Scene dstScene, Schema2SceneBuilder context)
{
if (!(Content is SCHEMA2NODE schema2Target))
{
return;
}
var skinnedMeshNode = dstScene.CreateNode();
skinnedMeshNode.Name = _NodeName;
if (_TargetBindMatrix.HasValue)
{
var dstNodes = new Node[_Joints.Count];
for (int i = 0; i < dstNodes.Length; ++i)
{
var(joints, inverseBindMatrix) = _Joints[i];
System.Diagnostics.Debug.Assert(!inverseBindMatrix.HasValue);
dstNodes[i] = context.GetNode(joints);
}
#if DEBUG
for (int i = 0; i < dstNodes.Length; ++i)
{
var(joints, inverseBindMatrix) = _Joints[i];
System.Diagnostics.Debug.Assert(dstNodes[i].WorldMatrix == joints.WorldMatrix);
}
#endif
skinnedMeshNode.WithSkinBinding(_TargetBindMatrix.Value, dstNodes);
}
else
{
var skinnedJoints = _Joints
.Select(j => (context.GetNode(j.Joints), j.InverseBindMatrix.Value))
.ToArray();
skinnedMeshNode.WithSkinBinding(skinnedJoints);
}
// set skeleton
// var root = _Joints[0].Joint.Root;
// skinnedMeshNode.Skin.Skeleton = context.GetNode(root);
schema2Target.Setup(skinnedMeshNode, context);
context.SetMorphAnimation(skinnedMeshNode, this.Morphings);
}
void SCHEMA2SCENE.Setup(Scene dstScene, Schema2SceneBuilder context)
{
if (!(Content is SCHEMA2NODE schema2Target))
{
return;
}
var dstNode = dstScene.CreateNode();
dstNode.Name = _NodeName;
dstNode.LocalMatrix = _WorldTransform;
schema2Target.Setup(dstNode, context);
context.SetMorphAnimation(dstNode, this.Morphings);
}
/// <summary>
/// Converts this <see cref="SceneBuilder"/> instance into a <see cref="ModelRoot"/> instance.
/// </summary>
/// <param name="useStridedBuffers">True to generate strided vertex buffers whenever possible.</param>
/// <returns>A new <see cref="ModelRoot"/> instance.</returns>
public ModelRoot ToSchema2(bool useStridedBuffers = true)
{
var context = new Schema2SceneBuilder();
var dstModel = ModelRoot.CreateModel();
context.AddGeometryResources(dstModel, new[] { this }, useStridedBuffers);
var dstScene = dstModel.UseScene(0);
dstScene.Name = this.Name;
context.AddScene(dstScene, this);
return(dstModel);
}
/// <summary>
/// Converts this <see cref="SceneBuilder"/> instance into a <see cref="ModelRoot"/> instance.
/// </summary>
/// <param name="useStridedBuffers">True to generate strided vertex buffers whenever possible.</param>
/// <returns>A new <see cref="ModelRoot"/> instance.</returns>
public ModelRoot ToGltf2(SceneBuilderSchema2Settings settings)
{
var context = new Schema2SceneBuilder();
var dstModel = ModelRoot.CreateModel();
context.AddGeometryResources(dstModel, new[] { this }, settings);
var dstScene = dstModel.UseScene(0);
dstScene.Name = this.Name;
context.AddScene(dstScene, this);
dstModel.DefaultScene = dstScene;
return(dstModel);
}
public void ApplyTo(Node dstNode, Schema2SceneBuilder context)
{
if (_Camera is CameraBuilder.Orthographic ortho)
{
if (dstNode.Camera != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.WithOrthographicCamera(ortho.XMag, ortho.YMag, ortho.ZNear, ortho.ZFar);
}
if (_Camera is CameraBuilder.Perspective persp)
{
if (dstNode.Camera != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.WithPerspectiveCamera(persp.AspectRatio, persp.VerticalFOV, persp.ZNear, persp.ZFar);
}
}
/// <summary>
/// Convertes a collection of <see cref="SceneBuilder"/> instances to a single <see cref="ModelRoot"/> instance.
/// </summary>
/// <param name="srcScenes">A collection of scenes</param>
/// <param name="useStridedBuffers">True to generate strided vertex buffers whenever possible.</param>
/// <returns>A new <see cref="ModelRoot"/> instance.</returns>
public static ModelRoot ToSchema2(IEnumerable <SceneBuilder> srcScenes, SceneBuilderSchema2Settings settings)
{
Guard.NotNull(srcScenes, nameof(srcScenes));
var context = new Schema2SceneBuilder();
var dstModel = ModelRoot.CreateModel();
context.AddGeometryResources(dstModel, srcScenes, settings);
foreach (var srcScene in srcScenes)
{
var dstScene = dstModel.UseScene(dstModel.LogicalScenes.Count);
dstScene.Name = srcScene.Name;
context.AddScene(dstScene, srcScene);
}
return(dstModel);
}
public void ApplyTo(Scene dstScene, Schema2SceneBuilder context)
{
System.Diagnostics.Debug.Assert(_Children.Count > 0);
if (_ParentNode == null)
{
_AddInstances(dstScene, context);
return;
}
else
{
var dstNode = context.GetNode(_ParentNode);
if (Schema2SceneBuilder.HasContent(dstNode))
{
dstNode = dstNode.CreateNode();
}
_AddInstances(dstNode, context);
return;
}
}
/// <summary>
/// Converts a collection of <see cref="SceneBuilder"/> instances to a single <see cref="ModelRoot"/> instance.
/// </summary>
/// <param name="srcScenes">A collection of scenes</param>
/// <param name="settings">Conversion settings.</param>
/// <returns>A new <see cref="ModelRoot"/> instance.</returns>
public static ModelRoot ToGltf2(IEnumerable <SceneBuilder> srcScenes, SceneBuilderSchema2Settings settings)
{
Guard.NotNull(srcScenes, nameof(srcScenes));
var context = new Schema2SceneBuilder();
var dstModel = ModelRoot.CreateModel();
context.AddGeometryResources(dstModel, srcScenes, settings);
foreach (var srcScene in srcScenes)
{
var dstScene = dstModel.UseScene(dstModel.LogicalScenes.Count);
srcScene.TryCopyNameAndExtrasTo(dstScene);
context.AddScene(dstScene, srcScene);
}
dstModel.DefaultScene = dstModel.LogicalScenes[0];
return(dstModel);
}
public void ApplyTo(Node dstNode, Schema2SceneBuilder context)
{
if (_Light is LightBuilder.Directional directional)
{
if (dstNode.Camera != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.PunctualLight = dstNode.LogicalParent.CreatePunctualLight(PunctualLightType.Directional);
dstNode.PunctualLight.Color = directional.Color;
dstNode.PunctualLight.Intensity = directional.Intensity;
}
if (_Light is LightBuilder.Point point)
{
if (dstNode.Camera != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.PunctualLight = dstNode.LogicalParent.CreatePunctualLight(PunctualLightType.Point);
dstNode.PunctualLight.Color = point.Color;
dstNode.PunctualLight.Intensity = point.Intensity;
dstNode.PunctualLight.Range = point.Range;
}
if (_Light is LightBuilder.Spot spot)
{
if (dstNode.Camera != null)
{
dstNode = dstNode.CreateNode();
}
dstNode.PunctualLight = dstNode.LogicalParent.CreatePunctualLight(PunctualLightType.Spot);
dstNode.PunctualLight.Color = spot.Color;
dstNode.PunctualLight.Intensity = spot.Intensity;
dstNode.PunctualLight.Range = spot.Range;
dstNode.PunctualLight.SetSpotCone(spot.InnerConeAngle, spot.OuterConeAngle);
}
}
void SCHEMA2NODE.Setup(Node dstNode, Schema2SceneBuilder context)
{
dstNode.WithPerspectiveCamera(_AspectRatio, _FovY, _ZNear, _ZFar);
}
void SCHEMA2NODE.Setup(Node dstNode, Schema2SceneBuilder context)
{
dstNode.Mesh = context.GetMesh(_Mesh);
}
void SCHEMA2NODE.Setup(Node dstNode, Schema2SceneBuilder context)
{
dstNode.WithOrthographicCamera(_XMag, _YMag, _ZNear, _ZFar);
}