> For the complete documentation index, see [llms.txt](https://heroicsolo.gitbook.io/heroic-engine/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://heroicsolo.gitbook.io/heroic-engine/basics/engine-utilities/meshutils.md).
# MeshUtils
This class provides useful helper methods for 3D meshes. For example, you can easily slice your mesh into 2 parts!
### Available methods
```csharp
public static GameObject[] Slice(GameObject origin, Vector3 cutOrigin, Vector3 cutNormal)
```
*This method slices given mesh into 2 parts, saving all physical characteristics and collider (if was presented on original gameobject).*
***cutOrigin** is point where slice plane should pass (in local object's space, so Vector3.zero will be the center of object).*
*Example:*
```csharp
//Slice myself into 2 equal parts, vertically
MeshUtils.Slice(gameObject, Vector3.zero, Vector3.right);
```
Mesh was sliced into 2 parts
***
```csharp
public static GameObject[] Fracture(GameObject origin, int fragmentsCount, FractureMode fractureMode)
```
*This method fractures given object into certain count of fragments, with certain fracture mode.*
*Example:*
```csharp
//Fracture gameobject into 6 fragments with different angles of slicing
MeshUtils.Fracture(gameObject, 6, FractureMode.RandomAngles);
```
Mesh was fractured into 6 fragments
***
```csharp
public static bool GetPlaneIntersectionPoint(Vector3 from, Vector3 to, Vector3 planeOrigin, Vector3 normal, out Vector3 result)
```
*This method finds intersection point between given vector (set by **from** and **to** positions) and plane.*
*Example:*
if (MeshUtils.GetPlaneIntersectionPoint(startPoint,
endPoint, planePos, planeNormal, out var foundPoint))
{
Debug.Log($"Intersection found: {foundPoint}");
}
