void QgsMapToolIdentify::closestVertexAttributes( const QgsAbstractGeometry& geometry, QgsVertexId vId, QgsMapLayer *layer, QMap< QString, QString >& derivedAttributes )
{
QString str = QLocale::system().toString( vId.vertex + 1 );
derivedAttributes.insert( tr( "Closest vertex number" ), str );
QgsPointV2 closestPoint = geometry.vertexAt( vId );
QgsPoint closestPointMapCoords = mCanvas->mapSettings().layerToMapCoordinates( layer, QgsPoint( closestPoint.x(), closestPoint.y() ) );
derivedAttributes.insert( "Closest vertex X", formatXCoordinate( closestPointMapCoords ) );
derivedAttributes.insert( "Closest vertex Y", formatYCoordinate( closestPointMapCoords ) );
if ( closestPoint.is3D() )
{
str = QLocale::system().toString( closestPoint.z(), 'g', 10 );
derivedAttributes.insert( "Closest vertex Z", str );
}
if ( closestPoint.isMeasure() )
{
str = QLocale::system().toString( closestPoint.m(), 'g', 10 );
derivedAttributes.insert( "Closest vertex M", str );
}
if ( vId.type == QgsVertexId::CurveVertex )
{
double radius, centerX, centerY;
QgsVertexId vIdBefore = vId;
--vIdBefore.vertex;
QgsVertexId vIdAfter = vId;
++vIdAfter.vertex;
QgsGeometryUtils::circleCenterRadius( geometry.vertexAt( vIdBefore ), geometry.vertexAt( vId ),
geometry.vertexAt( vIdAfter ), radius, centerX, centerY );
derivedAttributes.insert( "Closest vertex radius", QLocale::system().toString( radius ) );
}
}
bool QgsLineStringV2::moveVertex( const QgsVertexId& position, const QgsPointV2& newPos )
{
if ( position.vertex < 0 || position.vertex >= mX.size() )
{
return false;
}
mX[position.vertex] = newPos.x();
mY[position.vertex] = newPos.y();
if ( is3D() && newPos.is3D() )
{
mZ[position.vertex] = newPos.z();
}
if ( isMeasure() && newPos.isMeasure() )
{
mM[position.vertex] = newPos.m();
}
mBoundingBox = QgsRectangle(); //set bounding box invalid
return true;
}
bool QgsCircularString::moveVertex( QgsVertexId position, const QgsPointV2 &newPos )
{
if ( position.vertex < 0 || position.vertex >= mX.size() )
{
return false;
}
mX[position.vertex] = newPos.x();
mY[position.vertex] = newPos.y();
if ( is3D() && newPos.is3D() )
{
mZ[position.vertex] = newPos.z();
}
if ( isMeasure() && newPos.isMeasure() )
{
mM[position.vertex] = newPos.m();
}
clearCache(); //set bounding box invalid
return true;
}
void QgsMapToolIdentify::closestVertexAttributes( const QgsAbstractGeometryV2& geometry, QgsVertexId vId, QgsMapLayer *layer, QMap< QString, QString >& derivedAttributes )
{
QString str = QLocale::system().toString( vId.vertex + 1 );
derivedAttributes.insert( tr( "Closest vertex number" ), str );
QgsPointV2 closestPoint = geometry.vertexAt( vId );
QgsPoint closestPointMapCoords = mCanvas->mapSettings().layerToMapCoordinates( layer, QgsPoint( closestPoint.x(), closestPoint.y() ) );
str = QLocale::system().toString( closestPointMapCoords.x(), 'g', 10 );
derivedAttributes.insert( "Closest vertex X", str );
str = QLocale::system().toString( closestPointMapCoords.y(), 'g', 10 );
derivedAttributes.insert( "Closest vertex Y", str );
if ( closestPoint.is3D() )
{
str = QLocale::system().toString( closestPoint.z(), 'g', 10 );
derivedAttributes.insert( "Closest vertex Z", str );
}
if ( closestPoint.isMeasure() )
{
str = QLocale::system().toString( closestPoint.m(), 'g', 10 );
derivedAttributes.insert( "Closest vertex M", str );
}
}