public object ExportGLTFExtension <T1, T2>(T1 babylonObject, ref T2 gltfObject, ref GLTF gltf, GLTFExporter exporter, ExtensionInfo extInfo)
{
var babylonMesh = babylonObject as BabylonMesh;
if (babylonMesh != null)
{
GLTFExtensionAsoboFade fade = new GLTFExtensionAsoboFade();
List <GLTFExtensionFade> fadeObjects = new List <GLTFExtensionFade>();
fade.fades = fadeObjects;
Guid guid = Guid.Empty;
Guid.TryParse(babylonMesh.id, out guid);
IINode maxNode = Tools.GetINodeByGuid(guid);
foreach (IINode node in maxNode.DirectChildren())
{
IObject obj = node.ObjectRef;
if (new MaterialUtilities.ClassIDWrapper(obj.ClassID).Equals(SphereFadeClassID))
{
GLTFExtensionFade fadeSphere = new GLTFExtensionFade();
GLTFExtensionAsoboFadeSphereParams sphereParams = new GLTFExtensionAsoboFadeSphereParams();
float radius = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "SphereGizmo", "radius");
fadeSphere.Translation = FlightSimExtensionUtility.GetTranslation(node, maxNode);
sphereParams.radius = radius;
fadeSphere.Type = "sphere";
fadeSphere.Params = sphereParams;
fadeObjects.Add(fadeSphere);
}
}
if (fadeObjects.Count > 0)
{
return(fade);
}
}
return(null);
}
public object ExportGLTFExtension <T>(T babylonObject, ExportParameters parameters, ref GLTF gltf, ILoggingProvider logger)
{
var babylonMesh = babylonObject as BabylonMesh;
if (babylonMesh != null)
{
GLTFExtensionAsoboGizmo gltfExtensionAsoboGizmo = new GLTFExtensionAsoboGizmo();
List <GLTFExtensionGizmo> collisions = new List <GLTFExtensionGizmo>();
gltfExtensionAsoboGizmo.gizmos = collisions;
Guid guid = Guid.Empty;
Guid.TryParse(babylonMesh.id, out guid);
IINode maxNode = Tools.GetINodeByGuid(guid);
foreach (IINode node in maxNode.DirectChildren())
{
IObject obj = node.ObjectRef;
List <AsoboTag> tags = new List <AsoboTag>();
GLTFExtensionGizmo gizmo = new GLTFExtensionGizmo();;
if (new MaterialUtilities.ClassIDWrapper(obj.ClassID).Equals(BoxColliderClassID))
{
GLTFExtensionAsoboBoxParams boxParams = new GLTFExtensionAsoboBoxParams();
float height = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "BoxGizmo", "height");
float width = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "BoxGizmo", "width");
float length = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "BoxGizmo", "length");
gizmo.Translation = FlightSimExtensionUtility.GetTranslation(node, maxNode);
float[] rotation = FlightSimExtensionUtility.GetRotation(node, maxNode);
if (!FlightSimExtensionUtility.IsDefaultRotation(rotation))
{
gizmo.Rotation = rotation;
}
boxParams.width = width;
boxParams.height = height;
boxParams.length = length;
gizmo.Params = boxParams;
gizmo.Type = "box";
bool isRoad = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "BoxCollider", "IsRoad", IsSubClass: false);
bool isCollision = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "BoxCollider", "IsCollision", IsSubClass: false);
if (isCollision)
{
tags.Add(AsoboTag.Collision);
}
if (isRoad)
{
tags.Add(AsoboTag.Road);
}
ParseTags(ref gizmo, ref gltf, ref tags);
collisions.Add(gizmo);
}
else if (new MaterialUtilities.ClassIDWrapper(obj.ClassID).Equals(CylinderColliderClassID))
{
GLTFExtensionAsoboCylinderParams cylinderParams = new GLTFExtensionAsoboCylinderParams();
float radius = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "CylGizmo", "radius");
float height = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "CylGizmo", "height");
gizmo.Translation = FlightSimExtensionUtility.GetTranslation(node, maxNode);
float[] rotation = FlightSimExtensionUtility.GetRotation(node, maxNode);
if (!FlightSimExtensionUtility.IsDefaultRotation(rotation))
{
gizmo.Rotation = rotation;
}
cylinderParams.height = height;
cylinderParams.radius = radius;
gizmo.Params = cylinderParams;
gizmo.Type = "cylinder";
bool isRoad = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "CylCollider", "IsRoad", IsSubClass: false);
bool isCollision = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "CylCollider", "IsCollision", IsSubClass: false);
if (isCollision)
{
tags.Add(AsoboTag.Collision);
}
if (isRoad)
{
tags.Add(AsoboTag.Road);
}
ParseTags(ref gizmo, ref gltf, ref tags);
collisions.Add(gizmo);
}
else if (new MaterialUtilities.ClassIDWrapper(obj.ClassID).Equals(SphereColliderClassID))
{
GLTFExtensionAsoboSphereParams sphereParams = new GLTFExtensionAsoboSphereParams();
float radius = FlightSimExtensionUtility.GetGizmoParameterFloat(node, "SphereGizmo", "radius");
gizmo.Translation = FlightSimExtensionUtility.GetTranslation(node, maxNode);
sphereParams.radius = radius;
gizmo.Type = "sphere";
gizmo.Params = sphereParams;
bool isRoad = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "SphereCollider", "IsRoad", IsSubClass: false);
bool isCollision = FlightSimExtensionUtility.GetGizmoParameterBoolean(node, "SphereCollider", "IsCollision", IsSubClass: false);
if (isCollision)
{
tags.Add(AsoboTag.Collision);
}
if (isRoad)
{
tags.Add(AsoboTag.Road);
}
ParseTags(ref gizmo, ref gltf, ref tags);
collisions.Add(gizmo);
}
}
if (collisions.Count > 0)
{
return(gltfExtensionAsoboGizmo);
}
}
return(null);
}