// postprocessormode(mode = {"point", "surface", "volume"})
void pythonPostprocessorMode(char *str)
{
logMessage("pythonPostprocessorMode()");
if (Util::scene()->sceneSolution()->isSolved())
sceneView()->actSceneModePostprocessor->trigger();
else
throw invalid_argument(QObject::tr("Problem is not solved.").toStdString());
if (QString(str) == "point")
sceneView()->actPostprocessorModeLocalPointValue->trigger();
else if (QString(str) == "surface")
sceneView()->actPostprocessorModeSurfaceIntegral->trigger();
else if (QString(str) == "volume")
sceneView()->actPostprocessorModeVolumeIntegral->trigger();
else
throw invalid_argument(QObject::tr("Postprocessor mode '%1' is not implemented.").arg(QString(str)).toStdString());
sceneView()->doInvalidated();
}
// mode(mode = {"node", "edge", "label", "postprocessor"})
void pythonMode(char *str)
{
logMessage("pythonMode()");
if (QString(str) == "node")
sceneView()->actSceneModeNode->trigger();
else if (QString(str) == "edge")
sceneView()->actSceneModeEdge->trigger();
else if (QString(str) == "label")
sceneView()->actSceneModeLabel->trigger();
else if (QString(str) == "postprocessor")
if (Util::scene()->sceneSolution()->isSolved())
sceneView()->actSceneModePostprocessor->trigger();
else
throw invalid_argument(QObject::tr("Problem is not solved.").toStdString());
else
throw invalid_argument(QObject::tr("Mode '%1' is not implemented.").arg(QString(str)).toStdString());
sceneView()->doInvalidated();
}
int main(int argc, char **argv)
{
QApplication app(argc, argv);
QWidget window;
QTextEdit editor;
QFile mainFile("./main.rb");
mainFile.open(QIODevice::ReadOnly | QIODevice::Text);
editor.setPlainText(mainFile.readAll());
Runner runner;
MyPushButton helloButton(runner, "Run", editor);
helloButton.resize(100, 30);
MyPushButton::connect(&helloButton, SIGNAL (clicked()), &helloButton, SLOT (handleClicked()));
QPushButton stopButton("Stop");
stopButton.resize(100, 30);
QPushButton::connect(&stopButton, SIGNAL (clicked()), &runner, SLOT (Stop()));
QHBoxLayout mainLayout;
QVBoxLayout editorLayout;
editorLayout.addWidget(&editor);
editorLayout.addWidget(&helloButton);
editorLayout.addWidget(&stopButton);
QGraphicsScene scene(0, 0, 600, 600);
Drawing::Init(&scene);
QGraphicsView sceneView(&scene);
sceneView.setMinimumSize(610, 610);
mainLayout.addLayout(&editorLayout);
mainLayout.addWidget(&sceneView);
window.setLayout(&mainLayout);
window.show();
return app.exec();
}
// zoombestfit()
void pythonZoomBestFit()
{
logMessage("pythonZoomBestFit()");
sceneView()->doZoomBestFit();
}
// newdocument(name, type, physicfield, numberofrefinements, polynomialorder, adaptivitytype, adaptivitysteps, adaptivitytolerance, frequency, analysistype, timestep, totaltime, initialcondition)
void pythonNewDocument(char *name, char *type, char *physicfield,
int numberofrefinements, int polynomialorder, char *adaptivitytype,
double adaptivitysteps, double adaptivitytolerance,
double frequency,
char *analysistype, double timestep, double totaltime, double initialcondition)
{
logMessage("pythonNewDocument()");
Util::scene()->clear();
Util::scene()->problemInfo()->name = QString(name);
// type
Util::scene()->problemInfo()->problemType = problemTypeFromStringKey(QString(type));
if (Util::scene()->problemInfo()->problemType == ProblemType_Undefined)
throw invalid_argument(QObject::tr("Problem type '%1' is not implemented.").arg(QString(type)).toStdString());
// physicfield
PhysicField physicField = physicFieldFromStringKey(QString(physicfield));
if (physicField != PhysicField_Undefined)
Util::scene()->problemInfo()->setHermes(hermesFieldFactory(physicField));
else
throw invalid_argument(QObject::tr("Physic field '%1' is not implemented.").arg(QString(physicfield)).toStdString());
// numberofrefinements
if (numberofrefinements >= 0)
Util::scene()->problemInfo()->numberOfRefinements = numberofrefinements;
else
throw out_of_range(QObject::tr("Number of refinements '%1' is out of range.").arg(numberofrefinements).toStdString());
// polynomialorder
if (polynomialorder >= 1 && polynomialorder <= 10)
Util::scene()->problemInfo()->polynomialOrder = polynomialorder;
else
throw out_of_range(QObject::tr("Polynomial order '%1' is out of range.").arg(polynomialorder).toStdString());
// adaptivitytype
Util::scene()->problemInfo()->adaptivityType = adaptivityTypeFromStringKey(QString(adaptivitytype));
if (Util::scene()->problemInfo()->adaptivityType == AdaptivityType_Undefined)
throw invalid_argument(QObject::tr("Adaptivity type '%1' is not implemented.").arg(QString(adaptivitytype)).toStdString());
// adaptivitysteps
if (adaptivitysteps >= 0)
Util::scene()->problemInfo()->adaptivitySteps = adaptivitysteps;
else
throw out_of_range(QObject::tr("Adaptivity step '%1' is out of range.").arg(adaptivitysteps).toStdString());
// adaptivitytolerance
if (adaptivitytolerance >= 0)
Util::scene()->problemInfo()->adaptivityTolerance = adaptivitytolerance;
else
throw out_of_range(QObject::tr("Adaptivity tolerance '%1' is out of range.").arg(adaptivitytolerance).toStdString());
// frequency
if (Util::scene()->problemInfo()->hermes()->hasHarmonic())
{
if (frequency >= 0)
Util::scene()->problemInfo()->frequency = frequency;
else
throw invalid_argument(QObject::tr("The frequency can not be used for this problem.").toStdString());
}
// analysis type
Util::scene()->problemInfo()->analysisType = analysisTypeFromStringKey(QString(analysistype));
if (Util::scene()->problemInfo()->analysisType == AnalysisType_Undefined)
throw invalid_argument(QObject::tr("Analysis type '%1' is not implemented").arg(QString(adaptivitytype)).toStdString());
// analysis type
Util::scene()->problemInfo()->analysisType = analysisTypeFromStringKey(QString(analysistype));
if (Util::scene()->problemInfo()->analysisType == AnalysisType_Undefined)
throw invalid_argument(QObject::tr("Analysis type '%1' is not implemented").arg(QString(adaptivitytype)).toStdString());
// transient timestep
if (timestep > 0)
Util::scene()->problemInfo()->timeStep = Value(QString::number(timestep));
else if (Util::scene()->problemInfo()->analysisType == AnalysisType_Transient)
throw out_of_range(QObject::tr("Time step must be positive.").toStdString());
// transient timetotal
if (totaltime > 0)
Util::scene()->problemInfo()->timeTotal = Value(QString::number(totaltime));
else if (Util::scene()->problemInfo()->analysisType == AnalysisType_Transient)
throw out_of_range(QObject::tr("Total time must be positive.").toStdString());
// transient initial condition
Util::scene()->problemInfo()->initialCondition = Value(QString::number(initialcondition));
// invalidate
sceneView()->doDefaultValues();
Util::scene()->refresh();
}
// zoomregion(x1, y1, x2, y2)
void pythonZoomRegion(double x1, double y1, double x2, double y2)
{
logMessage("pythonZoomRegion()");
sceneView()->doZoomRegion(Point(x1, y1), Point(x2, y2));
}
// zoomin()
void pythonZoomIn()
{
logMessage("pythonZoomIn()");
sceneView()->doZoomIn();
}
void ViewSceneScreen::LoadResources()
{
BaseScreen::LoadResources();
ScopedPtr<Scene> scene(new Scene());
Entity *entity = scene->GetRootNode(GameCore::Instance()->GetScenePath());
scene->AddNode(entity);
scene->ReleaseRootNode(GameCore::Instance()->GetScenePath());
DVASSERT(camera == NULL);
camera = new Camera();
Core* core = DAVA::Core::Instance();
float32 aspect = core->GetVirtualScreenHeight() / core->GetVirtualScreenWidth();
camera->SetupPerspective(70.f, aspect, 0.5f, 2500.f);
camera->SetLeft(Vector3(1, 0, 0));
camera->SetUp(Vector3(0, 0, 1.f));
camera->SetTarget(Vector3(0, 0, 0));
camera->SetPosition(Vector3(0, 0, 100));
//TODO: debug
camera->SetPosition(Vector3(18.7855f, 111.0697f, 57.0635f));
camera->SetDirection(Vector3(-1.2904f, 9.0496f, -4.0545f));
//ENDOFTODO
scene->AddCamera(camera);
scene->SetCurrentCamera(camera);
const Rect screenRect = GetRect();
ScopedPtr<UI3DView> sceneView(new UI3DView(screenRect));
sceneView->SetScene(scene);
sceneView->SetInputEnabled(false);
AddControl(sceneView);
ScopedPtr<UIButton> backButton(CreateButton(Rect(0, 0, 90, 30), L"Back"));
backButton->AddEvent(UIControl::EVENT_TOUCH_UP_INSIDE, Message(this, &ViewSceneScreen::OnBack));
backButton->SetDebugDraw(true);
AddControl(backButton);
const float32 joyPADSize = 100.f;
moveJoyPAD = new UIJoypad(Rect(0, screenRect.dy - joyPADSize, joyPADSize, joyPADSize));
moveJoyPAD->GetBackground()->SetSprite("~res:/Gfx/Joypad/joypad", 0);
moveJoyPAD->SetStickSprite("~res:/Gfx/Joypad/joypad", 1);
AddControl(moveJoyPAD);
viewJoyPAD = new UIJoypad(Rect(screenRect.dx - joyPADSize, screenRect.dy - joyPADSize, joyPADSize, joyPADSize));
viewJoyPAD->GetBackground()->SetSprite("~res:/Gfx/Joypad/joypad", 0);
viewJoyPAD->SetStickSprite("~res:/Gfx/Joypad/joypad", 1);
AddControl(viewJoyPAD);
viewXAngle = 0;
viewYAngle = 0;
DVASSERT(info == NULL);
info = new UIStaticText(Rect(0, 0, screenRect.dx, 30.f));
info->SetFont(font);
info->SetTextColor(Color::White);
info->SetTextAlign(ALIGN_VCENTER | ALIGN_RIGHT);
AddControl(info);
}