bool ValueTrackerAttributes::operator==( const ValueTrackerAttributes& r ) const
{
return ( pen() == r.pen() &&
areaBrush() == r.areaBrush() &&
markerSize() == r.markerSize() &&
isEnabled() == r.isEnabled() );
}
void LineDiagram::LineDiagramType::paintValueTracker( PaintContext* ctx, const ValueTrackerAttributes& vt, const QPointF& at )
{
CartesianCoordinatePlane* plane = qobject_cast<CartesianCoordinatePlane*>( ctx->coordinatePlane() );
if( !plane )
return;
DataDimensionsList gridDimensions = ctx->coordinatePlane()->gridDimensionsList();
const QPointF bottomLeft( ctx->coordinatePlane()->translate(
QPointF( plane->isHorizontalRangeReversed() ?
gridDimensions.at( 0 ).end :
gridDimensions.at( 0 ).start,
plane->isVerticalRangeReversed() ?
gridDimensions.at( 1 ).end :
gridDimensions.at( 1 ).start ) ) );
const QPointF markerPoint = at;
const QPointF ordinatePoint( bottomLeft.x(), at.y() );
const QPointF abscissaPoint( at.x(), bottomLeft.y() );
const QSizeF markerSize = vt.markerSize();
const QRectF ellipseMarker = QRectF( at.x() - markerSize.width() / 2,
at.y() - markerSize.height() / 2,
markerSize.width(), markerSize.height() );
const QPointF ordinateMarker[3] = {
QPointF( ordinatePoint.x(), at.y() + markerSize.height() / 2 ),
QPointF( ordinatePoint.x() + markerSize.width() / 2, at.y() ),
QPointF( ordinatePoint.x(), at.y() - markerSize.height() / 2 )
};
const QPointF abscissaMarker[3] = {
QPointF( at.x() + markerSize.width() / 2, abscissaPoint.y() ),
QPointF( at.x(), abscissaPoint.y() - markerSize.height() / 2 ),
QPointF( at.x() - markerSize.width() / 2, abscissaPoint.y() )
};
QPointF topLeft = ordinatePoint;
QPointF bottomRightOffset = abscissaPoint - topLeft;
QSizeF size( bottomRightOffset.x(), bottomRightOffset.y() );
QRectF area( topLeft, size );
PainterSaver painterSaver( ctx->painter() );
ctx->painter()->setPen( PrintingParameters::scalePen( vt.pen() ) );
ctx->painter()->setBrush( QBrush() );
ctx->painter()->drawLine( markerPoint, ordinatePoint );
ctx->painter()->drawLine( markerPoint, abscissaPoint );
ctx->painter()->fillRect( area, vt.areaBrush() );
ctx->painter()->drawEllipse( ellipseMarker );
ctx->painter()->setBrush( vt.pen().color() );
ctx->painter()->drawPolygon( ordinateMarker, 3 );
ctx->painter()->drawPolygon( abscissaMarker, 3 );
}
void paintValueTracker( PaintContext* ctx, const ValueTrackerAttributes& vt, const QPointF& at )
{
CartesianCoordinatePlane* plane = qobject_cast<CartesianCoordinatePlane*>( ctx->coordinatePlane() );
if ( !plane )
return;
DataDimensionsList gridDimensions = ctx->coordinatePlane()->gridDimensionsList();
const QPointF bottomLeft( ctx->coordinatePlane()->translate(
QPointF( plane->isHorizontalRangeReversed() ?
gridDimensions.at( 0 ).end :
gridDimensions.at( 0 ).start,
plane->isVerticalRangeReversed() ?
gridDimensions.at( 1 ).end :
gridDimensions.at( 1 ).start ) ) );
const QPointF topRight( ctx->coordinatePlane()->translate(
QPointF( plane->isHorizontalRangeReversed() ?
gridDimensions.at( 0 ).start :
gridDimensions.at( 0 ).end,
plane->isVerticalRangeReversed() ?
gridDimensions.at( 1 ).start :
gridDimensions.at( 1 ).end ) ) );
const QPointF markerPoint = at;
QPointF startPoint;
if ( vt.orientations() & Qt::Horizontal ) {
startPoint = QPointF( bottomLeft.x(), at.y() );
} else {
startPoint = QPointF( at.x(), topRight.y() );
}
QPointF endPoint;
if ( vt.orientations() & Qt::Vertical ) {
endPoint = QPointF( at.x(), bottomLeft.y() );
} else {
endPoint = QPointF( topRight.x(), at.y() );
}
const QSizeF markerSize = vt.markerSize();
const QRectF ellipseMarker = QRectF( at.x() - markerSize.width() / 2,
at.y() - markerSize.height() / 2,
markerSize.width(), markerSize.height() );
QPointF startMarker[3];
if ( vt.orientations() & Qt::Horizontal ) {
startMarker[0] = startPoint + QPointF( 0, markerSize.height() / 2 );
startMarker[1] = startPoint + QPointF( markerSize.width() / 2, 0 );
startMarker[2] = startPoint - QPointF( 0, markerSize.height() / 2 );
} else {
startMarker[0] = startPoint + QPointF( 0, markerSize.height() / 2 );
startMarker[1] = startPoint + QPointF( markerSize.width() / 2, 0 );
startMarker[2] = startPoint - QPointF( markerSize.width() / 2, 0 );
}
QPointF endMarker[3];
if ( vt.orientations() & Qt::Vertical ) {
endMarker[0] = endPoint + QPointF( markerSize.width() / 2, 0 );
endMarker[1] = endPoint - QPointF( 0, markerSize.height() / 2 );
endMarker[2] = endPoint - QPointF( markerSize.width() / 2, 0 );
} else {
endMarker[0] = endPoint + QPointF( 0, markerSize.width() / 2 );
endMarker[1] = endPoint - QPointF( 0, markerSize.height() / 2 );
endMarker[2] = endPoint - QPointF( markerSize.width() / 2, 0 );
}
QPointF topLeft = startPoint;
QPointF bottomRightOffset = endPoint - topLeft;
QSizeF size( bottomRightOffset.x(), bottomRightOffset.y() );
QRectF area( topLeft, size );
PainterSaver painterSaver( ctx->painter() );
ctx->painter()->setPen( PrintingParameters::scalePen( vt.linePen() ) );
ctx->painter()->setBrush( QBrush() );
ctx->painter()->drawLine( markerPoint, startPoint );
ctx->painter()->drawLine( markerPoint, endPoint );
ctx->painter()->fillRect( area, vt.areaBrush() );
ctx->painter()->setPen( PrintingParameters::scalePen( vt.markerPen() ) );
ctx->painter()->setBrush( vt.markerBrush() );
ctx->painter()->drawEllipse( ellipseMarker );
ctx->painter()->setPen( PrintingParameters::scalePen( vt.arrowBrush().color() ) );
ctx->painter()->setBrush( vt.arrowBrush() );
ctx->painter()->drawPolygon( startMarker, 3 );
ctx->painter()->drawPolygon( endMarker, 3 );
}