/*!
Projects a point in a space defined by its x, y, and z coordinates
into a point onto a plane, given two rotation angles around the x
resp. y axis.
*/
const QPointF LineDiagram::LineDiagramType::project(
QPointF point, QPointF maxLimits,
double z, const QModelIndex& index ) const
{
Q_UNUSED( maxLimits );
ThreeDLineAttributes td = diagram()->threeDLineAttributes( index );
//Pending Michel FIXME - the rotation does not work as expected atm
double xrad = DEGTORAD( td.lineXRotation() );
double yrad = DEGTORAD( td.lineYRotation() );
QPointF ret = QPointF(point.x()*cos( yrad ) + z * sin( yrad ) , point.y()*cos( xrad ) - z * sin( xrad ) );
return ret;
}
bool ThreeDLineAttributes::operator==( const ThreeDLineAttributes& r ) const
{
return ( lineXRotation() == r.lineXRotation() &&
lineYRotation() == r.lineYRotation() &&
AbstractThreeDAttributes::operator==(r));
}
