internal void ChangeEdgeStyle(ElementMode mode, GrLineStyle style) { edgeRealizers[(int)mode] = GetEdgeRealizer( edgeRealizers[(int)mode].Color, edgeRealizers[(int)mode].TextColor, edgeRealizers[(int)mode].LineWidth, style); }
internal void ChangeEdgeTextColor(ElementMode mode, GrColor textColor) { edgeRealizers[(int)mode] = GetEdgeRealizer( edgeRealizers[(int)mode].Color, textColor, edgeRealizers[(int)mode].LineWidth, edgeRealizers[(int)mode].LineStyle); }
internal void ChangeEdgeThickness(ElementMode mode, int thickness) { edgeRealizers[(int)mode] = GetEdgeRealizer( edgeRealizers[(int)mode].Color, edgeRealizers[(int)mode].TextColor, thickness, edgeRealizers[(int)mode].LineStyle); }
internal void ChangeNodeShape(ElementMode mode, GrNodeShape shape) { nodeRealizers[(int)mode] = GetNodeRealizer( nodeRealizers[(int)mode].Color, nodeRealizers[(int)mode].BorderColor, nodeRealizers[(int)mode].TextColor, shape); }
internal void ChangeNodeTextColor(ElementMode mode, GrColor textColor) { nodeRealizers[(int)mode] = GetNodeRealizer( nodeRealizers[(int)mode].Color, nodeRealizers[(int)mode].BorderColor, textColor, nodeRealizers[(int)mode].Shape); }
public PathElements(IElement element, IGeometry elementGeometry, ElementMode elementMode, double height) { if (elementGeometry.GeometryType == esriGeometryType.esriGeometryPolyline) { if (elementMode == ElementMode.Element2D) { _element = Get2DElementTemporaryPath(element, elementGeometry); } else { _element = Get3DElementTemporaryPath(element, elementGeometry); _elementProperties = Get3DElementProperties(height); } } }
void SetElementMode(ElementMode mode) { elementMode = mode; if (selection.mesh.handlesRenderer.material != null) { DestroyImmediate(selection.mesh.handlesRenderer.material); } selection.mesh.handlesRenderer.material = new Material(Shader.Find(mode == ElementMode.Vertex ? "Hidden/QuickEdit/VertexShader" : "Hidden/QuickEdit/FaceShader")); if (elementMode == ElementMode.Vertex) { selection.mesh.handlesRenderer.material.SetFloat("_Scale", 2f); } selection.mesh.handlesRenderer.material.hideFlags = HideFlags.HideAndDontSave; CacheIndicesForGraphics(); UpdateGraphics(); }
void DrawWindow(int id) { EditorGUI.BeginChangeCheck(); elementMode = (ElementMode)GUI.Toolbar(toolbarRect, (int)elementMode, SelectionIcons, "Command"); if (EditorGUI.EndChangeCheck()) { SetElementMode(elementMode); } GUILayout.Space(24); GUILayout.BeginHorizontal(); if (GUILayout.Button(gc_RebuildNormals, EditorStyles.miniButtonLeft)) { qeUtil.RecordMeshUndo(selection.mesh, "Rebuild Normals"); qe_Mesh_Utility.RebuildNormals(selection.mesh); } if (GUILayout.Button(gc_RebuildUV2, EditorStyles.miniButtonRight)) { qeUtil.RecordMeshUndo(selection.mesh, "Rebuild UV2"); qe_Mesh_Utility.RebuildUV2(selection.mesh); } GUILayout.EndHorizontal(); GUILayout.BeginHorizontal(); if (GUILayout.Button(gc_Facetize, EditorStyles.miniButtonLeft)) { qeUtil.RecordMeshUndo(selection.mesh, "Facetize"); qe_Mesh_Utility.Facetize(selection.mesh); selection.CacheMeshValues(); } if (GUILayout.Button(gc_RebuildColliders, EditorStyles.miniButtonRight)) { qeUtil.RecordMeshUndo(selection.mesh, "Rebuild Collision Mesh"); qe_Mesh_Utility.RebuildColliders(selection.mesh); } GUILayout.EndHorizontal(); if (GUILayout.Button(gc_CenterPivot, EditorStyles.miniButton)) { qeUtil.RecordMeshUndo(selection.mesh, "Center Pivot"); Vector3 offset = qe_Mesh_Utility.CenterPivot(selection.mesh.cloneMesh); Undo.RecordObject(selection.transform, "Center Pivot"); selection.transform.position += offset; selection.CacheMeshValues(); } if (GUILayout.Button(gc_DeleteFaces, EditorStyles.miniButton) && selection.faces.Count > 0) { qeUtil.RecordMeshUndo(selection.mesh, "Delete Faces"); if (qe_Mesh_Utility.DeleteTriangles(selection.mesh, selection.faces)) { selection.Clear(); selection.CacheMeshValues(); CacheIndicesForGraphics(); UpdateGraphics(); } } if (GUILayout.Button("Cancel", EditorStyles.miniButton)) { Finish(ExitStatus.DoNotSave); } if (GUILayout.Button("Save", EditorStyles.miniButton)) { Finish(ExitStatus.Save); } GUI.DragWindow(QE_WINDOW_DRAG_RECT); #if DO_THE_DEBUG_DANCE scroll = GUILayout.BeginScrollView(scroll); if (selection.mesh != null) { GUILayout.Label("Source: " + selection.mesh.source); GUILayout.Label("GUID: " + selection.mesh.originalMeshGUID); GUILayout.Label("Clone: " + selection.mesh.cloneMesh.name); GUILayout.Label("Original: " + selection.mesh.originalMesh.name); GUILayout.Label("Vertex Count: " + selection.mesh.cloneMesh.vertexCount); GUILayout.Label("Triangle Count: " + selection.mesh.cloneMesh.triangles.Length); } else { GUILayout.Label("Source: NULL"); } GUILayout.EndScrollView(); #endif }
public AirplaneElements(IElement element, IGeometry elementGeometry, ICurve curvePath, ElementMode elementMode, double markerSize, double height) { this.fileName2DElement = @"C:\Users\mgh\Desktop\AirPlane2\Graphics\1.png"; this.fileName3DElement = @"C:\Users\mgh\Desktop\AirPlane2\Graphics\11_2\13.3ds"; if (elementGeometry.GeometryType == esriGeometryType.esriGeometryPoint) { if (elementMode == ElementMode.Element2D) { _element = Get2DElementAirplane(element, elementGeometry, curvePath, markerSize); } else { _element = Get3DElementAirplane(element, elementGeometry, curvePath, markerSize); _elementProperties = Get3DElementProperties(height); } } }
public ElementDefinitionAttribute(ElementMode mode, int locator, params string[] path) { this.path = path; this.locator = locator; this.mode = mode; }