public void UpdateFilter() { if (isRoot) { return; } //Update this filter filter.UpdateInput(); //UpdateChildren if (hasChildren) { foreach (VTKNode child in children) { child.UpdateFilter(); } } //Update gameobject VtkToUnity vtu; VTKRoot root = filter.gameObject.GetComponent <VTKRoot>(); string gameObjectName = VTK.GetGameObjectName(this); if (root.gameObjects.TryGetValue(gameObjectName, out vtu)) { /* * vtu.triangleFilter.SetInputConnection(filter.vtkFilter.GetOutputPort()); * vtu.Update(); */ UpdateProperties(); } }
public void Read() { VTKRoot root = gameObject.GetComponent <VTKRoot> (); VTK.DataType dataType = root.dataType; vtkXMLPolyDataReader polyDataReader; vtkXMLUnstructuredGridReader unstructuredGridReader; if (dataType == VTK.DataType.PolyData) { polyDataReader = root.polyDataReader; dataArrays = new string[polyDataReader.GetNumberOfPointArrays() + polyDataReader.GetNumberOfCellArrays()]; //Cell data for (int i = 0; i < polyDataReader.GetNumberOfCellArrays(); i++) { dataArrays[i] = polyDataReader.GetCellArrayName(i) + " [C]"; } //Point data for (int i = 0; i < polyDataReader.GetNumberOfPointArrays(); i++) { dataArrays[polyDataReader.GetNumberOfCellArrays() + i] = polyDataReader.GetPointArrayName(i) + " [P]"; } } if (dataType == VTK.DataType.UnstructuredGrid) { unstructuredGridReader = root.unstructuredGridReader; dataArrays = new string[unstructuredGridReader.GetNumberOfPointArrays() + unstructuredGridReader.GetNumberOfCellArrays()]; //Cell data for (int i = 0; i < unstructuredGridReader.GetNumberOfCellArrays(); i++) { dataArrays[i] = unstructuredGridReader.GetCellArrayName(i) + " [C]"; } //Point data for (int i = 0; i < unstructuredGridReader.GetNumberOfPointArrays(); i++) { dataArrays[unstructuredGridReader.GetNumberOfCellArrays() + i] = unstructuredGridReader.GetPointArrayName(i) + " [P]"; } } }
public void Initialize() { this.flyStick = GameObject.Find("FlyStick"); this.root = gameObject.transform.parent.gameObject.GetComponent <VTKRoot> (); this.filter = node.filter; this.properties = node.properties; activeMode = mode.None; activeMenu = menu.None; activeParameter = 0; activeIndex = 0; playmodeParameter = null; }
public override void OnInspectorGUI() { treeNodeStyle = new GUIStyle(EditorStyles.label); script = (VTKRoot)target; DrawDefaultInspector(); SelectFileMenu(); EditorGUILayout.Separator(); if (script.selectedFileIsValid) { FilterMenu(); } EditorUtility.SetDirty(target); }
public override void OnInspectorGUI() { treeNodeStyle = new GUIStyle(EditorStyles.label); script = (VTKRoot)target; DrawDefaultInspector (); SelectFileMenu (); EditorGUILayout.Separator (); if (script.selectedFileIsValid) { FilterMenu(); } EditorUtility.SetDirty (target); }
public void UpdateProperties() { Debug.Log("Update properties: " + VTK.GetGameObjectName(this)); VtkToUnity vtkToUnity; VTKRoot root = filter.gameObject.GetComponent <VTKRoot>(); root.gameObjects.TryGetValue(VTK.GetGameObjectName(this), out vtkToUnity); vtkToUnity.triangleFilter.SetInputConnection(filter.vtkFilter.GetOutputPort()); //Properties if (properties.selectedColorType == 0) //solid color { vtkToUnity.ColorBy(Color.magenta); } else { if (properties.selectedColorType == 1) //data { string data = properties.dataArrays[properties.selectedDataArray]; string dataName = data.Remove(data.IndexOf("[") - 1); if (data.EndsWith("[C]")) { vtkToUnity.ColorBy(dataName, VtkToUnity.VtkColorType.CELL_DATA); } if (data.EndsWith("[P]")) { vtkToUnity.ColorBy(dataName, VtkToUnity.VtkColorType.POINT_DATA); } } vtkToUnity.SetLut((VtkToUnity.LutPreset)properties.selectedLut); } vtkToUnity.Update(); }
public void Initialize() { this.flyStick = GameObject.Find ("FlyStick"); this.root = gameObject.transform.parent.gameObject.GetComponent<VTKRoot> (); this.filter = node.filter; this.properties = node.properties; activeMode = mode.None; activeMenu = menu.None; activeParameter = 0; activeIndex = 0; playmodeParameter = null; }