protected static ColliderSliceResult PrepareSliceCollider(Vector3 locPos, Collider collider, Mesh mesh, Plane plane)
{
var result = new ColliderSliceResult();
IBzSliceAdapter adapter = new BzSliceColliderAdapter(mesh.vertices, collider.gameObject);
BzMeshDataDissector meshDissector = new BzMeshDataDissector(mesh, plane, null, adapter, null);
result.SliceResult = SliceResult.Sliced;
result.OriginalCollider = collider;
result.meshDissector = meshDissector;
return(result);
}
private ColliderSliceResult TrySliceCollider(Vector3 locPos, Collider collider, Mesh mesh, Plane plane)
{
IBzSliceAddapter adapter = new BzSliceColliderAddapter(mesh.vertices, collider.gameObject);
BzMeshDataDissector meshDissector = new BzMeshDataDissector(mesh, plane, null, adapter, null);
ColliderSliceResult result = new ColliderSliceResult();
result.OriginalCollider = collider;
result.MeshDissector = meshDissector;
result.SliceResult = meshDissector.Slice();
return(result);
}
protected static ColliderSliceResult PrepareSliceCollider(Collider collider, Mesh mesh, Plane plane)
{
var result = new ColliderSliceResult();
IBzSliceAdapter adapter = new BzSliceColliderAdapter(mesh.vertices, collider.gameObject);
SliceConfigurationDto conf = BzSliceConfiguration.GetDefault();
BzMeshDataDissector meshDissector = new BzMeshDataDissector(mesh, plane, null, adapter, conf);
result.SliceResult = SliceResult.Sliced;
result.OriginalCollider = collider;
result.meshDissector = meshDissector;
return(result);
}
public bool Slice(Plane plane)
{
if (SectionViewMaterial == null)
{
throw new InvalidOperationException("SectionViewMaterial == null");
}
if (!CheckBounds(plane)) // AABB check for optimisation
{
return(false);
}
var colliders = SliceColliders(plane);
if (colliders == null)
{
return(false);
}
var renderer = GetComponent <MeshRenderer>();
MeshFilter meshFilter = GetComponent <MeshFilter>();
var mesh = meshFilter.sharedMesh;
IBzSliceAddapter adapter = new BzSliceMeshFilterAddapter(mesh.vertices, gameObject);
BzMeshDataDissector meshDissector = new BzMeshDataDissector(mesh, plane, renderer.sharedMaterials, adapter, null);
meshDissector.DefaultSliceMaterial = SectionViewMaterial;
if (meshDissector.Slice() != SliceResult.Sliced)
{
return(false);
}
// duplicate object
var duplicate = Instantiate(this.gameObject, this.gameObject.transform.parent);
ReplaceColliders(colliders, duplicate);
var duplRenderer = duplicate.GetComponent <MeshRenderer>();
meshDissector.RebuildNegMesh(renderer);
meshDissector.RebuildPosMesh(duplRenderer);
InvokeEvents(this.gameObject, duplicate);
OutObjectsNegative = new GameObject[] { this.gameObject };
OutObjectsPositive = new GameObject[] { duplicate };
return(true);
}
/// <summary>
/// Start slicing process
/// </summary>
/// <param name="addData">You can pass any object. You will </param>
/// <returns>Returns true if pre-slice conditions was succeeded and task was added to the queue</returns>
private void StartSlice(BzSliceTryData sliceTryData, IBzSliceAdapter[] adapters, Action <BzSliceTryResult> callBack)
{
Renderer[] renderers = GetRenderers(gameObject);
SliceTryItem[] items = new SliceTryItem[renderers.Length];
for (int i = 0; i < renderers.Length; i++)
{
var renderer = renderers[i];
var adapterAndMesh = GetAdapterAndMesh(renderer);
if (adapterAndMesh == null)
{
continue;
}
Mesh mesh = adapterAndMesh.mesh;
IBzSliceAdapter adapter = adapters == null ? adapterAndMesh.adapter : adapters[i];
var configuration = renderer.gameObject.GetComponent <BzSliceConfiguration>();
var confDto = configuration == null?BzSliceConfiguration.GetDefault() : configuration.GetDto();
var meshDissector = new BzMeshDataDissector(mesh, sliceTryData.plane, renderer.sharedMaterials, adapter, confDto);
meshDissector.DefaultSliceMaterial = defaultSliceMaterial;
SliceTryItem sliceTryItem = new SliceTryItem();
sliceTryItem.meshRenderer = renderer;
sliceTryItem.meshDissector = meshDissector;
items[i] = sliceTryItem;
}
SliceTry sliceTry = new SliceTry();
sliceTry.items = items;
sliceTry.callBack = callBack;
sliceTry.sliceData = sliceTryData;
sliceTry.position = transform.position;
sliceTry.rotation = transform.rotation;
if (asynchronously)
{
StartWorker(WorkForWorker, sliceTry);
_sliceTrys.Enqueue(sliceTry);
}
else
{
Work(sliceTry);
SliceTryFinished(sliceTry);
}
}
