Vector2 LandscapeTestData::TranslatePoint(const Vector2& point, const DAVA::Rect& destPlane) const
{
DVASSERT(landscapeRect.dx != 0 && landscapeRect.dy !=0);
Vector2 origPlaneSize = landscapeRect.GetSize();
Vector2 destPlaneSize = destPlane.GetSize();
Vector2 scale(destPlaneSize.x / origPlaneSize.x,
destPlaneSize.y / origPlaneSize.y);
Vector2 relPos = point - landscapeRect.GetPosition();
Vector2 newRelPos(relPos.x * scale.x,
relPos.y * scale.y);
Vector2 newPos = newRelPos + destPlane.GetPosition();
return newPos;
}
void HintManager::ShowHint(const WideString &hintMessage, const DAVA::Rect &controlRectAbsolute)
{
if(0 != hintMessage.length())
{
//Add control
HintControl *hintControl = new HintControl();
hintControl->SetText(hintMessage);
Rect screenRect = UIScreenManager::Instance()->GetScreen()->GetRect(true);
Vector2 requestedSize = hintControl->GetSize();
if(requestedSize.dx < controlRectAbsolute.GetSize().dx)
{
Vector2 pos(controlRectAbsolute.x - screenRect.x, controlRectAbsolute.y - screenRect.y + controlRectAbsolute.dy);
hintControl->SetPosition(pos);
}
else if(controlRectAbsolute.x - screenRect.x < requestedSize.dx)
{
Vector2 pos(controlRectAbsolute.x - screenRect.x, controlRectAbsolute.y - screenRect.y + controlRectAbsolute.dy);
hintControl->SetPosition(pos);
}
else
{
Vector2 pos(controlRectAbsolute.x - screenRect.x + controlRectAbsolute.dx - requestedSize.dx, controlRectAbsolute.y - screenRect.y + controlRectAbsolute.dy);
hintControl->SetPosition(pos);
}
ControlsFactory::AddBorder(hintControl);
UIScreenManager::Instance()->GetScreen()->AddControl(hintControl);
Animation *hintAlphaAnimation = hintControl->ColorAnimation( Color::Transparent(), NOTIFICATION_TIME,
Interpolation::EASY_IN, 2);
hintAlphaAnimation->AddEvent(Animation::EVENT_ANIMATION_END,
Message(this, &HintManager::OnAlphaAnimationDone, hintControl));
hints.push_back(hintControl);
}
}