foreach (var g in objectsToCut)
        {
            print(g);
            Vector3 position = transform.position;
            Vector3 originalPos = g.transform.position;
            Vector3 originalScale = g.transform.localScale;
            Quaternion originalRot = g.transform.rotation;
            var mf = g.transform.GetComponent<MeshFilter>();
            var mr = g.transform.GetComponent<MeshRenderer>();
            var mesh = mf.mesh;
            var subMeshCount = mesh.subMeshCount;
            var triangles = new List<int[]>();
            var vertices = mesh.vertices;
            var normals = mesh.normals;
            var uv = mesh.uv;
            var mats = mr.materials;
            for (int i = 0; i < subMeshCount; i++)
            {
                triangles.Add(mesh.GetTriangles(i));
            }
            Plane cutPlane = new(g.transform.InverseTransformDirection(cutNormal), g.transform.InverseTransformPoint(position));
            var t = Task.Run(() => Cutter.AsyncCut(cutPlane,
                originalPos,
                originalRot,
                originalScale,
            mf,
            mr,
                mesh
                , subMeshCount,
                triangles,
                vertices,
                normals,
                uv,
                mats,
                g
            ));
            tasks.Add(t);

        }

foreach (var g in objectsToCut)
        {
            print(g);
            Vector3 position = transform.position;
            Vector3 originalPos = g.transform.position;
            Vector3 originalScale = g.transform.localScale;
            Quaternion originalRot = g.transform.rotation;
            var mf = g.transform.GetComponent<MeshFilter>();
            var mr = g.transform.GetComponent<MeshRenderer>();
            var mesh = mf.mesh;
            var subMeshCount = mesh.subMeshCount;
            var triangles = new List<int[]>();
            var vertices = mesh.vertices;
            var normals = mesh.normals;
            var uv = mesh.uv;
            var mats = mr.materials;
            for (int i = 0; i < subMeshCount; i++)
            {
                triangles.Add(mesh.GetTriangles(i));
            }
            Plane cutPlane = new(g.transform.InverseTransformDirection(cutNormal), g.transform.InverseTransformPoint(position));
            var t = Task.Run(() => Cutter.AsyncCut(cutPlane,
                originalPos,
                originalRot,
                originalScale,
            mf,
            mr,
                mesh
                , subMeshCount,
                triangles,
                vertices,
                normals,
                uv,
                mats,
                g
            ));
            tasks.Add(t);

        }

public static TaskResult AsyncCut(Plane cutPlane,
        Vector3 originalPosition,
        Quaternion originalRotation,
        Vector3 originalScale,
        MeshFilter originalMeshFilter, MeshRenderer originalMeshRenderer,
        Mesh mesh,
        int subMeshCount,
        List<int[]> triangles
        , Vector3[] vertices
        , Vector3[] normals
        , Vector2[] uv,
        Material[] materials
        , GameObject originalObject
        )

public static TaskResult AsyncCut(Plane cutPlane,
        Vector3 originalPosition,
        Quaternion originalRotation,
        Vector3 originalScale,
        MeshFilter originalMeshFilter, MeshRenderer originalMeshRenderer,
        Mesh mesh,
        int subMeshCount,
        List<int[]> triangles
        , Vector3[] vertices
        , Vector3[] normals
        , Vector2[] uv,
        Material[] materials
        , GameObject originalObject
        )

public class TaskResult
    {
        public GeneratedMesh leftMesh;
        public GeneratedMesh rightMesh;
        public Vector3 position;
        public Quaternion rotation;
        public Vector3 scale;
        public Material[] materials;
        public MeshFilter originalMeshFilter;
        public MeshRenderer originalMeshRenderer;
        public GameObject originalObject;
        public TaskResult(GeneratedMesh leftMesh,
            GeneratedMesh rightMesh,
            Vector3 position,
            Quaternion rotation,
            Vector3 scale,
            Material[] materials
            , MeshFilter originalMeshFilter
            , MeshRenderer originalMeshRenderer
            , GameObject originalObject
            )
        {
            this.leftMesh = leftMesh;
            this.rightMesh = rightMesh;
            this.position = position;
            this.rotation = rotation;
            this.scale = scale;
            this.materials = materials;
            this.originalMeshFilter = originalMeshFilter;
            this.originalMeshRenderer = originalMeshRenderer;
            this.originalObject = originalObject;
        }
    }

public class TaskResult
    {
        public GeneratedMesh leftMesh;
        public GeneratedMesh rightMesh;
        public Vector3 position;
        public Quaternion rotation;
        public Vector3 scale;
        public Material[] materials;
        public MeshFilter originalMeshFilter;
        public MeshRenderer originalMeshRenderer;
        public GameObject originalObject;
        public TaskResult(GeneratedMesh leftMesh,
            GeneratedMesh rightMesh,
            Vector3 position,
            Quaternion rotation,
            Vector3 scale,
            Material[] materials
            , MeshFilter originalMeshFilter
            , MeshRenderer originalMeshRenderer
            , GameObject originalObject
            )
        {
            this.leftMesh = leftMesh;
            this.rightMesh = rightMesh;
            this.position = position;
            this.rotation = rotation;
            this.scale = scale;
            this.materials = materials;
            this.originalMeshFilter = originalMeshFilter;
            this.originalMeshRenderer = originalMeshRenderer;
            this.originalObject = originalObject;
        }
    }