public void CutTool_CutUsing3NewVerticesNoLoop_TestInsertionTypes_TestCreates2Faces()
{
CutTool tool = ScriptableObject.CreateInstance <CutTool>();
ToolManager.SetActiveTool(tool);
int originalFaceCount = m_PBMesh.faces.Count;
Face face = m_PBMesh.faces[0];
Assume.That(face, Is.Not.Null);
Vertex[] vertices = m_PBMesh.GetVertices();
var faceIndexes = face.distinctIndexes;
Assume.That(faceIndexes.Count, Is.EqualTo(4));
Vector3 pos_a = Math.Average(new Vector3[] { vertices[faceIndexes[0]].position, vertices[faceIndexes[1]].position, vertices[faceIndexes[2]].position });
Vector3 pos_b = Math.Average(new Vector3[] { vertices[faceIndexes[1]].position, vertices[faceIndexes[2]].position, vertices[faceIndexes[3]].position });
Vector3 pos_c = Math.Average(new Vector3[] { vertices[faceIndexes[0]].position, vertices[faceIndexes[1]].position, vertices[faceIndexes[3]].position });
//Creating a first new vertex
tool.UpdateCurrentPosition(face, pos_a, Vector3.up);
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.NewVertex));
//Insert first vertex to the path
tool.AddCurrentPositionToPath();
Assert.That(tool.m_CutPath.Count, Is.EqualTo(1));
//No connection is created yet
Assert.That(tool.m_MeshConnections.Count, Is.EqualTo(0));
//Creating a second new vertex
tool.UpdateCurrentPosition(face, pos_b, Vector3.up);
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.NewVertex));
//Insert 2nd point to the path
tool.AddCurrentPositionToPath();
Assert.That(tool.m_CutPath.Count, Is.EqualTo(2));
//Check that the created path is connected twice to the containing face
Assert.That(tool.m_MeshConnections.Count, Is.EqualTo(2));
//Creating a third new vertex
tool.UpdateCurrentPosition(face, pos_c, Vector3.up);
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.NewVertex));
//Insert 3rd point to the path
tool.AddCurrentPositionToPath();
Assert.That(tool.m_CutPath.Count, Is.EqualTo(3));
//Check that the created path is connected twice to the containing face
Assert.That(tool.m_MeshConnections.Count, Is.EqualTo(2));
ActionResult result = tool.DoCut();
Assert.That(result.status, Is.EqualTo(ActionResult.Success.status));
Assert.That(m_PBMesh.faces.Count, Is.EqualTo(originalFaceCount - 1 /*removed face*/ + 2 /*added faces*/));
Object.DestroyImmediate(tool);
}
public DrawTools(MainWin window, PictureBox pic)
{
this.mainWindow = window;
this.mainPicture = pic;
this.pointerTool = new PointerTool(mainWindow, mainPicture);
this.lineTool = new LineTool(mainWindow, mainPicture);
this.rectTool = new RectTool(mainWindow, mainPicture);
this.polyTool = new PolyTool(mainWindow, mainPicture);
this.circleTool = new CircleTool(mainWindow, mainPicture);
this.curveTool = new CurveTool(mainWindow, mainPicture);
this.fillTool = new FillTool(mainWindow, mainPicture);
this.resizeTool = new ResizeTool(mainWindow, mainPicture);
this.cutTool = new CutTool(mainWindow, mainPicture);
}
public void CutTool_EdgeToEdgeCut_TestInsertOnEdge_TestCreatesTwoFaces()
{
CutTool tool = ScriptableObject.CreateInstance <CutTool>();
ToolManager.SetActiveTool(tool);
int originalFaceCount = m_PBMesh.faces.Count;
Face face = m_PBMesh.faces[0];
Assert.That(face, Is.Not.Null);
Vertex[] vertices = m_PBMesh.GetVertices();
var faceIndexes = face.distinctIndexes;
Assert.That(faceIndexes.Count, Is.EqualTo(4));
Vector3 pos_a = Math.Average(new Vector3[] { vertices[faceIndexes[0]].position, vertices[faceIndexes[1]].position });
Vector3 pos_b = Math.Average(new Vector3[] { vertices[faceIndexes[2]].position, vertices[faceIndexes[3]].position });
tool.UpdateCurrentPosition(face, pos_a, Vector3.up);
Assert.That(tool.m_TargetFace, Is.Null);
Assert.That(tool.m_CurrentFace, Is.EqualTo(face));
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.AddedOnEdge));
tool.AddCurrentPositionToPath();
Assert.That(tool.m_CutPath.Count, Is.EqualTo(1));
Assert.That(tool.m_TargetFace, Is.EqualTo(face));
Assert.That(tool.m_MeshConnections.Count, Is.EqualTo(0));
tool.UpdateCurrentPosition(face, pos_b, Vector3.up);
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.NewVertex));
tool.m_SnappingPoint = true;
tool.UpdateCurrentPosition(face, pos_b, Vector3.up);
Assert.That(tool.m_CurrentVertexTypes, Is.EqualTo(CutTool.VertexTypes.AddedOnEdge));
tool.AddCurrentPositionToPath();
Assert.That(tool.m_CutPath.Count, Is.EqualTo(2));
ActionResult result = tool.DoCut();
Assert.That(result.status, Is.EqualTo(ActionResult.Success.status));
Assert.That(m_PBMesh.faces.Count, Is.EqualTo(originalFaceCount - 1 /*removed face*/ + 2 /*added faces*/));
Object.DestroyImmediate(tool);
}
public static List <WordPair> cut(string str, CutTool tool = CutTool.jieba)
{
try
{
str = ChineseStringUtility.ToSimplified(str);
str = removeBlanks(str);
List <WordPair> res = new List <WordPair>();
List <Pair> tmp = new List <Pair>();
switch (tool)
{
case CutTool.jieba:
//jieba分词
PosSegmenter p = new PosSegmenter();
tmp = p.Cut(str).ToList();
break;
case CutTool.nlpir:
//NLPIR-ICTCLAS分词
tmp = cutByICTCLAS(str);
break;
default:
break;
}
foreach (var p in tmp)
{
res.Add(new WordPair(p));
}
return(res);
}
catch
{
return(new List <WordPair>());
}
}
public void Init()
{
HeadCut = new CutTool();
HeadCut.Init(mValue);
}