#ifndef __WidgetTestingMacros_h #define __WidgetTestingMacros_h #include "vtkDebugLeaks.h" #include "vtkSmartPointer.h" #include "vtkMath.h" #include "vtkRenderWindow.h" #include "vtkRenderWindowInteractor.h" #include "vtkRenderer.h" #include "vtkCamera.h" #include #include #include #include #include #include #include #include #include #include #include #include // to instantiate some variables for testing #include #include /// tests basic vtkObject methods #define EXERCISE_BASIC_OBJECT_METHODS( object ) \ { \ if ( object == NULL ) \ { \ std::cerr << "EXERCISE_BASIC_OBJECT_METHODS( with NULL object )" << std::endl; \ return EXIT_FAILURE; \ } \ object->Print( std::cout ); \ std::cout << "Name of Class = " << object->GetClassName() << std::endl; \ std::cout << "Name of Superclass = " << object->Superclass::GetClassName() << std::endl; \ } /// test object by calling Set on the variable with false, true, 0, 1, On, Off #define TEST_SET_GET_BOOLEAN( object, variable ) \ object->Set##variable( false ); \ object->Set##variable( true ); \ if( object->Get##variable() != 1 ) \ { \ std::cerr << "Error in Set/Get"#variable << ", Get"#variable << " is " << object->Get##variable() << " instead of 1" << std::endl; \ return EXIT_FAILURE; \ } \ object->Set##variable( false ); \ if( object->Get##variable() != 0 ) \ { \ std::cerr << "Error in Set/Get"#variable << ", Get"#variable << " is " << object->Get##variable() << " instead of 0" << std::endl; \ return EXIT_FAILURE; \ } \ object->variable##On(); \ if( object->Get##variable() != 1 ) \ { \ std::cerr << "Error in On/Get"#variable << ", Get"#variable << " is " << object->Get##variable() << " instead of 1" << std::endl; \ return EXIT_FAILURE; \ } \ object->variable##Off(); \ if( object->Get##variable() != 0 ) \ { \ std::cerr << "Error in Off/Get"#variable << ", Get"#variable << " is " << object->Get##variable() << " instead of 0" << std::endl; \ return EXIT_FAILURE; \ } /// test an integer variable on the object by setting it to input value using Set, and /// testing it via the Get #define TEST_SET_GET_INT( object, variable, value ) \ { \ object->Set##variable( value ); \ if( object->Get##variable() != value ) \ { \ std::cerr << "Error in Set/Get"#variable << " using value " << value << std::endl; \ return EXIT_FAILURE; \ } \ } /// Test an integer variable on object over the range, calls test set get in /// with min - epsilon, min, min + epsilon, (min+max)/2, max - epsilon, max, /// max + epsilon, where first and last test should report errors /// epsilon defined as 1 #define TEST_SET_GET_INT_RANGE( object, variable, min, max ) \ { \ int epsilon = 1; \ int val = min - epsilon; \ TEST_SET_GET_INT( object, variable, val); \ val = min; \ TEST_SET_GET_INT( object, variable, val); \ val = min + epsilon; \ TEST_SET_GET_INT( object, variable, val); \ val = (min + max) / 2; \ TEST_SET_GET_INT( object, variable, val); \ val = max - epsilon; \ TEST_SET_GET_INT( object, variable, val); \ val = max; \ TEST_SET_GET_INT( object, variable, val); \ val = max + epsilon; \ TEST_SET_GET_INT( object, variable, val); \ } /// test a double variable on the object by setting it to input value using Set, and /// testing it via the Get #define TEST_SET_GET_DOUBLE( object, variable, value ) \ { \ object->Set##variable( value ); \ if( object->Get##variable() != value ) \ { \ std::cerr << "Error in Set/Get"#variable << " using value '" << value << "', got '" << object->Get##variable() << "'" << std::endl; \ return EXIT_FAILURE; \ } \ } /// Test a double variable on object over the range, calls test set get in /// with min - epsilon, min, min + epsilon, (min+max)/2, max - epsilon, max, /// max + epsilon, where first and last test should report errors /// epsilon set to 1.0 #define TEST_SET_GET_DOUBLE_RANGE( object, variable, min, max ) \ { \ double epsilon = 1.0; \ double val = min - epsilon; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = min; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = min + epsilon; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = (min + max) / 2.0; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = max - epsilon; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = max; \ TEST_SET_GET_DOUBLE( object, variable, val); \ val = max + epsilon; \ TEST_SET_GET_DOUBLE( object, variable, val); \ } /// test a vector variable on the object by setting it to a the values x, y, z /// passed in using Set, and testing it via the Get #define TEST_SET_GET_VECTOR3_DOUBLE( object, variable, x, y, z ) \ { \ object->Set##variable( x, y, z ); \ double *val = object->Get##variable(); \ if( val == NULL || val[0] != x || val[1] != y || val[2] != z ) \ { \ std::cerr << "Error in Set/Get"#variable << std::endl; \ return EXIT_FAILURE; \ } \ } /// test a vector variable on the object by setting it to a the values x, y /// passed in using Set, and testing it via the Get #define TEST_SET_GET_VECTOR2( object, variable, x, y ) \ { \ object->Set##variable( x, y ); \ int *val = object->Get##variable(); \ if( val == NULL || val[0] != x || val[1] != y ) \ { \ std::cerr << "Error in Set/Get"#variable << std::endl; \ return EXIT_FAILURE; \ } \ } /// test an integer vector2 variable on the object over the range, calls test set get in /// with min - epsilon, min, min + epsilon, (min+max)/2, max - epsilon, max, /// max + epsilon, where first and last test should report errors. For now all /// three elements are set to the same thing each time. /// epsilon set to 1 #define TEST_SET_GET_VECTOR2_INT_RANGE( object, variable, min, max ) \ { \ int epsilon = 1; \ TEST_SET_GET_VECTOR2(object, variable, min - epsilon, min - epsilon); \ TEST_SET_GET_VECTOR2(object, variable, min, min); \ TEST_SET_GET_VECTOR2(object, variable, min + epsilon, min + epsilon); \ int half = (min+max/2); \ TEST_SET_GET_VECTOR2(object, variable, half, half); \ TEST_SET_GET_VECTOR2(object, variable, max - epsilon, max - epsilon); \ TEST_SET_GET_VECTOR2(object, variable, max, max); \ TEST_SET_GET_VECTOR2(object, variable, max + epsilon, max + epsilon); \ } /// test an double vector2 variable on the object over the range, calls test set get in /// with min - epsilon, min, min + epsilon, (min+max)/2, max - epsilon, max, /// max + epsilon, where first and last test should report errors. For now all /// three elements are set to the same thing each time. /// epsilon set to 1.0 #define TEST_SET_GET_VECTOR2_DOUBLE_RANGE( object, variable, min, max ) \ { \ double epsilon = 1.0; \ TEST_SET_GET_VECTOR2(object, variable, min - epsilon, min - epsilon); \ TEST_SET_GET_VECTOR2(object, variable, min, min); \ TEST_SET_GET_VECTOR2(object, variable, min + epsilon, min + epsilon); \ double half = (min+max/2.0); \ TEST_SET_GET_VECTOR2(object, variable, half, half); \ TEST_SET_GET_VECTOR2(object, variable, max - epsilon, max - epsilon); \ TEST_SET_GET_VECTOR2(object, variable, max, max); \ TEST_SET_GET_VECTOR2(object, variable, max + epsilon, max + epsilon); \ } /// Test a double vector variable on object over the range, calls test set get in /// with min - epsilon, min, min + epsilon, (min+max)/2, max - epsilon, max, /// max + epsilon, where first and last test should report errors. For now all /// three elements are set to the same thing each time. /// epsilon set to 1.0 #define TEST_SET_GET_VECTOR3_DOUBLE_RANGE( object, variable, min, max ) \ { \ double epsilon = 1.0; \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, min - epsilon, min - epsilon, min - epsilon); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, min, min, min); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, min + epsilon, min + epsilon, min + epsilon); \ double half = (min+max/2.0); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, half, half, half); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, max - epsilon, max - epsilon, max - epsilon); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, max, max, max); \ TEST_SET_GET_VECTOR3_DOUBLE(object, variable, max + epsilon, max + epsilon, max + epsilon); \ } /// test a string variable on the object by calling Set/Get #define TEST_SET_GET_STRING( object, variable ) \ { \ const char * originalStringPointer = object->Get##variable(); \ std::string originalString; \ if( originalStringPointer != NULL ) \ { \ originalString = originalStringPointer; \ } \ object->Set##variable( "testing with a const char"); \ if( strcmp(object->Get##variable(), "testing with a const char") != 0) \ { \ std::cerr << "Error in Set/Get"#variable << " with a string literal" << std::endl; \ return EXIT_FAILURE; \ } \ std::string string1 = "testingIsGood"; \ object->Set##variable( string1.c_str() ); \ if( object->Get##variable() != string1 ) \ { \ std::cerr << "Error in Set/Get"#variable << std::endl; \ return EXIT_FAILURE; \ } \ std::string string2 = "moreTestingIsBetter"; \ object->Set##variable( string2.c_str() ); \ if( object->Get##variable() != string2 ) \ { \ std::cerr << "Error in Set/Get"#variable << std::endl; \ return EXIT_FAILURE; \ } \ if( originalStringPointer != NULL ) \ { \ object->Set##variable( originalString.c_str() ); \ } \ else \ { \ object->Set##variable( NULL ); \ } \ } /// test a char variable on the object by calling Set/Get #define TEST_SET_GET_CHAR( object, variable ) \ { \ const char originalChar = object->Get##variable(); \ object->Set##variable( 't'); \ if( object->Get##variable() != 't') \ { \ std::cerr << "Error in Set/Get"#variable << " with a literal 't'" << std::endl; \ return EXIT_FAILURE; \ } \ object->Set##variable( '3'); \ if( object->Get##variable() != '3') \ { \ std::cerr << "Error in Set/Get"#variable << " with a literal '3'" << std::endl; \ return EXIT_FAILURE; \ } \ object->Set##variable( originalChar ); \ } /// test vtkInteractorObserver methods #define EXERCISE_BASIC_INTERACTOR_OBSERVER_METHODS(object) \ { \ EXERCISE_BASIC_OBJECT_METHODS(object); \ vtkSmartPointer ren1 = vtkSmartPointer< vtkRenderer >::New(); \ vtkSmartPointer< vtkCamera > cam1 = vtkSmartPointer< vtkCamera >::New(); \ ren1->SetActiveCamera(cam1); \ vtkSmartPointer< vtkRenderWindow > renWin = vtkSmartPointer< vtkRenderWindow >::New(); \ renWin->SetMultiSamples(0); \ renWin->AddRenderer(ren1); \ if (object->GetInteractor() != NULL) \ { \ std::cout << "Object has an interactor already defined." << std::endl; \ } \ vtkSmartPointer iren = vtkSmartPointer::New(); \ iren->SetRenderWindow(renWin); \ object->SetInteractor(iren); \ if (object->GetInteractor() != iren) \ { \ std::cerr << "Error in Set/GetInteractor" << std::endl; \ return EXIT_FAILURE; \ } \ if (object->GetDefaultRenderer() != NULL) \ { \ std::cout << "Object has default renderer already defined." << std::endl; \ } \ \ vtkSmartPointer ren = vtkSmartPointer::New(); \ renWin->AddRenderer(ren); \ object->SetDefaultRenderer(ren); \ if (object->GetDefaultRenderer() != ren) \ { \ std::cerr << "Error in Set/GetDefaultRenderer, default renderer is " << (object->GetDefaultRenderer() == NULL ? "NULL" : "not null") << std::endl; \ return EXIT_FAILURE; \ } \ object->SetCurrentRenderer(ren); \ if (object->GetCurrentRenderer() != ren) \ { \ std::cerr << "Get current renderer failed." << std::endl; \ } \ \ iren->Initialize(); \ renWin->Render(); \ if (0) \ { \ object->CreateDefaultRepresentation(); \ TEST_SET_GET_BOOLEAN( object, Enabled); \ object->On(); \ if (!object->GetEnabled()) \ { \ std::cerr << "Error in On" << std::endl; \ return EXIT_FAILURE; \ } \ object->Off(); \ if (object->GetEnabled()) \ { \ std::cerr << "Error in Off" << std::endl; \ return EXIT_FAILURE; \ } \ } \ TEST_SET_GET_DOUBLE( object, Priority, 0.0); \ float min = object->GetPriorityMinValue(); \ float max = object->GetPriorityMaxValue(); \ std::cout << "Priority min = " << min << ", max = " << max << std::endl; \ TEST_SET_GET_DOUBLE( object, Priority, 0.1f); \ TEST_SET_GET_DOUBLE( object, Priority, 0.5f); \ TEST_SET_GET_DOUBLE( object, Priority, 0.9f); \ TEST_SET_GET_DOUBLE( object, Priority, 1.0f); \ \ TEST_SET_GET_BOOLEAN( object, KeyPressActivation); \ TEST_SET_GET_CHAR( object, KeyPressActivationValue); \ \ object->OnChar(); \ if (0) \ { \ double worldPt[4]; \ double x = 1.0, y = 1.0, z = 1.0; \ object->ComputeDisplayToWorld(ren, x, y, z, worldPt); \ std::cout << "Display " << x << "," << y << "," << z << " to world = " << worldPt[0] << "," << worldPt[1] << "," << worldPt[2] << "," << worldPt[3] << std::endl; \ double displayPt[3]; \ object->ComputeWorldToDisplay(ren, x, y, z, displayPt); \ std::cout << "World " << x << "," << y << "," << z << " to display = " << displayPt[0] << "," << displayPt[1] << "," << displayPt[2] << std::endl; \ } \ \ object->GrabFocus(NULL, NULL); \ object->ReleaseFocus(); \ } /// test vtkAbstractWidget methods #define EXERCISE_BASIC_ABSTRACT_METHODS(object) \ { \ EXERCISE_BASIC_INTERACTOR_OBSERVER_METHODS(object); \ TEST_SET_GET_BOOLEAN( object, ProcessEvents); \ if (object->GetEventTranslator() == NULL) \ { \ std::cerr << "Error getting event translator, is null." << std::endl; \ return EXIT_FAILURE; \ } \ object->CreateDefaultRepresentation(); \ object->Render(); \ if (object->GetParent() != NULL) \ { \ std::cerr << "Error, parent is not null." << std::endl; \ return EXIT_FAILURE; \ } \ } /// test vtkBorderWidget methods #define EXERCISE_BASIC_BORDER_METHODS(object) \ { \ EXERCISE_BASIC_ABSTRACT_METHODS(object); \ TEST_SET_GET_BOOLEAN( object, Selectable); \ TEST_SET_GET_BOOLEAN( object, Resizable); \ } /// test vtkHoverWidget methods, timer duration is clamped so range macro will fail #define EXERCISE_BASIC_HOVER_METHODS(object) \ { \ EXERCISE_BASIC_ABSTRACT_METHODS (object); \ TEST_SET_GET_INT( object, TimerDuration, 1); \ TEST_SET_GET_INT( object, TimerDuration, 2); \ TEST_SET_GET_INT( object, TimerDuration, 50000); \ TEST_SET_GET_INT( object, TimerDuration, 99999); \ TEST_SET_GET_INT( object, TimerDuration, 100000); \ } /// test vtkProp methods #define EXERCISE_BASIC_PROP_METHODS(className, object) \ { \ EXERCISE_BASIC_OBJECT_METHODS(object); \ vtkSmartPointer propCollection = vtkSmartPointer::New(); \ object->GetActors(propCollection); \ object->GetActors2D(propCollection); \ object->GetVolumes(propCollection); \ \ TEST_SET_GET_BOOLEAN( object, Visibility); \ TEST_SET_GET_BOOLEAN( object, Pickable); \ TEST_SET_GET_BOOLEAN( object, Dragable); \ TEST_SET_GET_BOOLEAN( object, UseBounds); \ object->UseBoundsOff(); \ \ object->Pick(); \ \ unsigned long redrawMTime = object->GetRedrawMTime(); \ std::cout << "Redraw Modified Time = " << redrawMTime << std::endl; \ \ vtkSmartPointer< className > copyProp = vtkSmartPointer< className >::New(); \ object->ShallowCopy(copyProp); \ \ object->InitPathTraversal(); \ \ vtkSmartPointer assemblyPath = vtkSmartPointer::New(); \ assemblyPath = object->GetNextPath(); \ std::cout << "Number of paths = " << object->GetNumberOfPaths() << std::endl; \ \ vtkSmartPointer mat = vtkSmartPointer::New(); \ object->PokeMatrix(mat); \ mat = object->GetMatrix(); \ if (mat == NULL) \ { \ std::cout << "No matrix." << std::endl; \ } \ \ vtkSmartPointer info = vtkSmartPointer::New(); \ info = object->GetPropertyKeys(); \ if (info != NULL) \ { \ info->Print(std::cout); \ } \ else \ { \ std::cout << "No property keys" << std::endl; \ } \ object->SetPropertyKeys(info); \ std::cout << "Has null required keys? " << object->HasKeys(NULL) << std::endl; \ \ std::cout << "Skipping the internal render calls, requires vtkViewPort. Testing get macros." << std::endl; \ std::cout << "HasTranslucentPolygonalGeometry = " << object->HasTranslucentPolygonalGeometry() << std::endl; \ std::cout << "AllocatedRenderTime = " << object->GetAllocatedRenderTime() << std::endl; \ std::cout << "RenderTimeMultiplier = " << object->GetRenderTimeMultiplier() << std::endl; \ std::cout << "SupportsSelection = " << object->GetSupportsSelection() << std::endl; \ std::cout << "NumberOfConsumers = " << object->GetNumberOfConsumers() << std::endl; \ \ } #define NOT_DEFINED_CONSUMERS_FAIL() \ { \ vtkSmartPointer actor = vtkSmartPointer::New(); \ object->AddConsumer(actor); \ if (object->IsConsumer(actor) != 1) \ { \ std::cerr << "Failed IsConsumer check for a valid consumer." << std::endl;\ return EXIT_FAILURE; \ } \ if (object->IsConsumer(NULL) != 0) \ { \ std::cerr << "Failed IsConsumer check for a null consumer." << std::endl; \ return EXIT_FAILURE; \ } \ vtkSmartPointer actor2 = object->GetConsumer(0); \ if (actor2 != actor) \ { \ std::cerr << "Failed get consumer check for a valid consumer." << std::endl; \ return EXIT_FAILURE; \ } \ object->RemoveConsumer(actor); \ actor2 = object->GetConsumer(0); \ if (actor2 != NULL) \ { \ std::cerr << "Failed get consumer check for an invalid consumer number 0." << std::endl; \ return EXIT_FAILURE; \ } \ } /// test vtkWidgetRepresentation methods #define EXERCISE_BASIC_REPRESENTATION_METHODS(className, object) \ EXERCISE_BASIC_PROP_METHODS(className, object); \ std::cout << "Creating a renderer and a default widget..." << std::endl; \ vtkSmartPointer< vtkCamera > cam1 = vtkSmartPointer< vtkCamera >::New(); \ vtkSmartPointer< vtkRenderer > ren1 = vtkSmartPointer< vtkRenderer >::New(); \ ren1->SetActiveCamera(cam1); \ vtkSmartPointer< vtkRenderWindow > renWin = vtkSmartPointer< vtkRenderWindow >::New(); \ renWin->SetMultiSamples(0); \ renWin->AddRenderer(ren1); \ vtkSmartPointer iren = vtkSmartPointer::New(); \ iren->SetRenderWindow(renWin); \ \ \ object->SetRenderer(ren1); \ vtkSmartPointer ren2 = object->GetRenderer(); \ if (ren2 != ren1) \ { \ std::cerr << "Failure in GetRenderer." << std::endl; \ return EXIT_FAILURE; \ } \ \ object->BuildRepresentation(); \ \ double bounds[6] = {-1.0, 0.0, -10.0, 10.0, -5.0, 2.0}; \ object->PlaceWidget(bounds); \ double *bounds2 = object->GetBounds(); \ if (bounds2 == NULL) \ { \ std::cout << "GetBounds is null." << std::endl; \ } \ else \ { \ std::cout << "Bounds = " << bounds[0] << "," << bounds[1] << "," << bounds[2] << "," << bounds[3] << "," << bounds[4] << "," << bounds[5] << std::endl; \ } \ \ double eventPos[2] = {10.0, 10.0}; \ object->StartWidgetInteraction(eventPos); \ object->WidgetInteraction(eventPos); \ object->EndWidgetInteraction(eventPos); \ std::cout << "InteractionState computed to be = " << object->ComputeInteractionState(10, 10, 0) << std::endl; \ std::cout << "GetInteractionState = " << object->GetInteractionState() << std::endl; \ object->Highlight(0); \ object->Highlight(1); \ \ TEST_SET_GET_DOUBLE_RANGE(object, PlaceFactor, 1.01, 1000.0); \ TEST_SET_GET_DOUBLE_RANGE(object, HandleSize, 1.002, 999.0); \ TEST_SET_GET_BOOLEAN(object, NeedToRender); \ \ std::cout << "Trying to get back to init state for further testing." << std::endl; \ object->SetPlaceFactor(0.5); \ object->SetHandleSize(0.05); \ std::cout << "Done basic rep methods" << std::endl; /// test vtkAngleRepresentation methods #define EXERCISE_BASIC_ANGLE_REPRESENTATION_METHODS(className, object) \ { \ EXERCISE_BASIC_REPRESENTATION_METHODS(className, object); \ \ vtkSmartPointer phandle0 = vtkSmartPointer::New(); \ object->SetHandleRepresentation(phandle0); \ object->InstantiateHandleRepresentation(); \ \ std::cout << "GetAngle = " << object->GetAngle() << std::endl; \ \ double pos[3]; \ object->GetPoint1WorldPosition(pos); \ std::cout << "GetPoint1WorldPosition = " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ object->GetCenterWorldPosition(pos); \ std::cout << "GetCenterWorldPosition = " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ object->GetPoint2WorldPosition(pos); \ std::cout << "GetPoint2WorldPosition = " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ \ double pos2[3]; \ pos2[0] = -99.0; \ pos2[1] = 99.0; \ pos2[2] = 55.0; \ object->SetCenterDisplayPosition(pos2); \ object->GetCenterDisplayPosition(pos); \ if (pos[0] != pos2[0] || \ pos[0] != pos2[0] || \ pos[0] != pos2[0]) \ { \ std::cerr << "Failed to SetCenterDisplayPosition to " << pos2[0] << ", " << pos2[1] << ", " << pos2[2] << ", instead got " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ return EXIT_FAILURE; \ } \ \ pos[0] = -100.0; \ object->SetPoint1DisplayPosition(pos2); \ object->GetPoint1DisplayPosition(pos); \ if (pos[0] != pos2[0] || \ pos[0] != pos2[0] || \ pos[0] != pos2[0]) \ { \ std::cerr << "Failed to SetPoint1DisplayPosition to " << pos2[0] << ", " << pos2[1] << ", " << pos2[2] << ", instead got " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ return EXIT_FAILURE; \ } \ \ pos[0] = 101.0; \ object->SetPoint2DisplayPosition(pos2); \ object->GetPoint2DisplayPosition(pos); \ if (pos[0] != pos2[0] || \ pos[0] != pos2[0] || \ pos[0] != pos2[0]) \ { \ std::cerr << "Failed to SetPoint2DisplayPosition to " << pos2[0] << ", " << pos2[1] << ", " << pos2[2] << ", instead got " << pos[0] << ", " << pos[1] << ", " << pos[2] << std::endl; \ return EXIT_FAILURE; \ } \ \ vtkSmartPointer phandle = vtkSmartPointer::New(); \ object->SetHandleRepresentation(phandle); \ object->InstantiateHandleRepresentation(); \ \ vtkSmartPointer handleRep = NULL; \ handleRep = object->GetPoint1Representation(); \ handleRep = object->GetPoint2Representation(); \ handleRep = object->GetCenterRepresentation(); \ \ TEST_SET_GET_INT_RANGE(object, Tolerance, 2, 99); \ TEST_SET_GET_STRING( object, LabelFormat); \ TEST_SET_GET_BOOLEAN( object, Ray1Visibility); \ TEST_SET_GET_BOOLEAN( object, Ray2Visibility); \ TEST_SET_GET_BOOLEAN( object, ArcVisibility); \ \ double e[2] = {5.0, 1.0}; \ object->CenterWidgetInteraction(e); \ } /// test vtkBorderRepresentation methods #define EXERCISE_BASIC_BORDER_REPRESENTATION_METHODS(className, object) \ { \ EXERCISE_BASIC_REPRESENTATION_METHODS(className, object); \ \ double pos[2] = {10.0, 11.0}; \ double *pos2 = NULL; \ object->SetPosition(pos); \ pos2 = object->GetPosition(); \ if (pos2 == NULL) \ { \ std::cerr << "Failure in Get/Set Position pos, got null position back." << std::endl; \ return EXIT_FAILURE; \ } \ else if (pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/Set Position pos, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ else \ { \ std::cout << "Set Position to " << pos2[0] << ", " << pos2[1] << std::endl; \ }\ \ pos[0] = 12.0; \ object->SetPosition(pos[0], pos[1]); \ pos2 = object->GetPosition(); \ if (pos2 == NULL || \ pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/Set Position x,y, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ vtkSmartPointer coord = object->GetPositionCoordinate(); \ pos2 = coord->GetValue(); \ if (pos2 == NULL || \ pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/ Coordinate, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ \ pos[0] = 44.0; \ object->SetPosition2(pos); \ pos2 = object->GetPosition2(); \ if (pos2 == NULL || \ pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/Set Position2 pos, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ pos[0] = 12.0; \ object->SetPosition2(pos[0], pos[1]); \ pos2 = object->GetPosition2(); \ if (pos2 == NULL || \ pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/Set Position2 x,y, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ coord = object->GetPosition2Coordinate(); \ pos2 = coord->GetValue(); \ if (pos2 == NULL || \ pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get/ Coordinate 2, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ \ TEST_SET_GET_INT(object, ShowBorder, 0); \ TEST_SET_GET_INT(object, ShowBorder, 1); \ TEST_SET_GET_INT(object, ShowBorder, 2); \ object->SetShowBorderToOff(); \ object->SetShowBorderToOn(); \ object->SetShowBorderToActive(); \ \ vtkSmartPointer borderProperty = object->GetBorderProperty(); \ \ TEST_SET_GET_BOOLEAN( object, ProportionalResize); \ \ TEST_SET_GET_VECTOR2_INT_RANGE(object, MinimumSize, 0, 100); \ TEST_SET_GET_VECTOR2_INT_RANGE(object, MaximumSize, 0, 100); \ TEST_SET_GET_INT_RANGE(object, Tolerance, 2, 9); \ \ double *selPoint = object->GetSelectionPoint(); \ if (selPoint) \ { \ std::cout << "Selection Point = " << selPoint[0] << ", " << selPoint[1] << std::endl; \ } \ \ TEST_SET_GET_BOOLEAN( object,Moving); \ \ double size[2]; \ object->GetSize(size); \ std::cout << "Size = " << size[0] << ", " << size[1] << std::endl; \ \ int interactionState = object->ComputeInteractionState(10, 10); \ std::cout << "Interaction state = " << interactionState << std::endl; \ } /// test vtkAngleRepresentation methods #define EXERCISE_BASIC_IMPLICIT_PLANE_REPRESENTATION_METHODS(className, object) \ { \ EXERCISE_BASIC_REPRESENTATION_METHODS(className, object); \ \ TEST_SET_GET_VECTOR3_DOUBLE_RANGE(node1, Origin, -100, 100); \ TEST_SET_GET_VECTOR3_DOUBLE_RANGE(node1, Normal, -1, 1); \ TEST_SET_GET_BOOLEAN( node1, NormalToXAxis); \ TEST_SET_GET_BOOLEAN( node1, NormalToYAxis); \ TEST_SET_GET_BOOLEAN( node1, NormalToZAxis); \ TEST_SET_GET_BOOLEAN( node1, Tubing); \ TEST_SET_GET_BOOLEAN( node1, DrawPlane); \ TEST_SET_GET_BOOLEAN( node1, OutlineTranslation); \ TEST_SET_GET_BOOLEAN( node1, OutsideBounds); \ TEST_SET_GET_BOOLEAN( node1, ScaleEnabled); \ } /// test objects that have Property and SelectedProperty set/get, with vtkProperty #define TEST_SET_GET_PROPERTY(object, variable)\ { \ vtkSmartPointer prop1 = vtkSmartPointer::New(); \ double colour[3] = {0.2, 0.3, 0.4}; \ prop1->SetColor(colour); \ node1->Set##variable(prop1); \ vtkSmartPointer prop = node1->Get##variable(); \ if (!prop) \ { \ std::cerr << "Got null variable property back after setting it!" << std::endl; \ return EXIT_FAILURE; \ } \ double *col = prop->GetColor(); \ if (!col) \ { \ std::cerr << "Got null colour back!" << std::endl; \ return EXIT_FAILURE; \ } \ if (col[0] != colour[0] || \ col[1] != colour[1] || \ col[2] != colour[2]) \ { \ std::cerr << "Got wrong colour back after setting it! Expected " << colour[0] << ", " << colour[1] << ", " << colour[2] << ", but got " << col[0] << ", " << col[1] << ", " << col[2] << std::endl; \ return EXIT_FAILURE; \ } \ \ \ } \ /// test vtkHandleRepresentation methods /// these don't work well in isolation, seg faults when try to get/set display /// and world positions. #define EXERCISE_BASIC_HANDLE_REPRESENTATION_METHODS(className, object) \ { \ EXERCISE_BASIC_REPRESENTATION_METHODS(className, object); \ \ double pos[3]; \ pos[0] = 0.1; \ pos[1] = -1.0; \ pos[2] = 3.6; \ double pos2[3]; \ double *pos3; \ \ \ std::cout << "Testing SetWorldPosition" << std::endl; \ \ object->SetWorldPosition(pos); \ std::cout << "Testing GetWorldPosition" << std::endl; \ object->GetWorldPosition(pos2); \ if (pos2[0] != pos[0] || \ pos2[1] != pos[1] || \ pos2[2] != pos[2]) \ { \ std::cerr << "Failure in Get WorldPosition pos2, expected " << pos[0] << ", " << pos[1] << ", " << pos[2] << ", instead got " << pos2[0] << ", " << pos2[1] << ", " << pos2[2] << std::endl; \ return EXIT_FAILURE; \ } \ pos3 = object->GetWorldPosition(); \ if (!pos3) \ { \ std::cerr << "Failure in double * GetWorldPosition , expected " << pos[0] << ", " << pos[1] << ", " << pos[2] << ", instead got a null pointer." << std::endl; \ return EXIT_FAILURE; \ } \ if (pos3[0] != pos[0] || \ pos3[1] != pos[1] || \ pos3[2] != pos[2]) \ { \ std::cerr << "Failure in double * GetWorldyPosition , expected " << pos[0] << ", " << pos[1] << ", " << pos[2] << ", instead got " << pos3[0] << ", " << pos3[1] << ", " << pos3[2] << std::endl; \ return EXIT_FAILURE; \ } \ std::cout << "Done testing world position." << std::endl; \ \ std::cout << "Testing Set/Get Display Position" << std::endl; \ \ \ object->GetDisplayPosition(pos2); \ std::cout << "After GetDisplayPosition." << std::endl; \ object->SetDisplayPosition(pos); \ std::cout << "After SetDisplayPosition" << std::endl; \ object->GetDisplayPosition(pos2); \ std::cout << "After GetDisplayPosition second time." << std::endl; \ if (pos2[0] != pos[0] || \ pos2[1] != pos[1]) \ { \ std::cerr << "Failure in Get DisplayPosition pos2, expected " << pos[0] << ", " << pos[1] << ", instead got " << pos2[0] << ", " << pos2[1] << std::endl; \ return EXIT_FAILURE; \ } \ pos3 = object->GetDisplayPosition(); \ if (!pos3) \ { \ std::cerr << "Failure in double * GetDisplayPosition , expected " << pos[0] << ", " << pos[1] << ", instead got a null pointer." << std::endl; \ return EXIT_FAILURE; \ } \ if (pos3[0] != pos[0] || \ pos3[1] != pos[1]) \ { \ std::cerr << "Failure in double * GetDisplayPosition , expected " << pos[0] << ", " << pos[1] << ", instead got " << pos3[0] << ", " << pos3[1] << std::endl; \ return EXIT_FAILURE; \ } \ TEST_SET_GET_INT_RANGE(object, Tolerance, 2, 99); \ TEST_SET_GET_BOOLEAN( object, ActiveRepresentation); \ TEST_SET_GET_BOOLEAN( object, Constrained); \ \ vtkSmartPointer ren2 = object->GetRenderer(); \ double posToCheck[3] = {0.0, 0.0, 0.0}; \ int flag = object->CheckConstraint(ren2, posToCheck); \ std::cout << "Check Constraint = " << flag << std::endl; \ \ std::cout << "MTime = " << object->GetMTime() << std::endl; \ \ vtkSmartPointer pplacer = vtkSmartPointer::New(); \ object->SetPointPlacer(pplacer); \ vtkSmartPointer pplacer2 = object->GetPointPlacer(); \ if (pplacer2 != pplacer) \ { \ std::cerr << "Error in Set/Get point placer." << std::endl; \ return EXIT_FAILURE; \ } \ flag = object->CheckConstraint(ren2, posToCheck); \ std::cout << "Check Constraint after setting point placer = " << flag << std::endl; \ } /// test vtkAbstractPolygonalHandleRepresentation3D methods #define EXERCISE_BASIC_ABSTRACT_POLYGONAL_HANDLE_REPRESENTATION3D_METHODS(className, object) \ { \ EXERCISE_BASIC_HANDLE_REPRESENTATION_METHODS(className, object); \ \ vtkSmartPointer pd = vtkSmartPointer::New(); \ object->SetHandle(pd); \ vtkSmartPointer pd2 = object->GetHandle(); \ if (pd2 == NULL) \ { \ std::cerr << "Error getting handle, null pointer." << std::endl; \ return EXIT_FAILURE; \ } \ if (pd2 != pd) \ { \ std::cerr << "Error getting handle, not the same as set." << std::endl; \ return EXIT_FAILURE; \ } \ TEST_SET_GET_PROPERTY(object, Property); \ TEST_SET_GET_PROPERTY(object, SelectedProperty); \ \ vtkSmartPointer at = object->GetTransform(); \ \ TEST_SET_GET_BOOLEAN(object, LabelVisibility); \ TEST_SET_GET_STRING(object, LabelText); \ TEST_SET_GET_VECTOR3_DOUBLE_RANGE(object, LabelTextScale, 0.0, 10.0); \ \ vtkSmartPointer follower = object->GetLabelTextActor(); \ if (follower == NULL) \ { \ std::cout << "Follower is null." << std::endl; \ } \ \ object->SetUniformScale(-1.0); \ object->SetUniformScale(0.0); \ object->SetUniformScale(1.0); \ object->SetUniformScale(35.44); \ \ TEST_SET_GET_BOOLEAN(object, HandleVisibility); \ } #endif