LibrePCB Developers Documentation

The Path class represents a list of vertices connected by straight lines or circular arc segments. More...
#include <path.h>
Public Member Functions  
Path () noexcept  
Path (const Path &other) noexcept  
Path (const QVector< Vertex > &vertices) noexcept  
Path (const SExpression &node)  
~Path () noexcept  
bool  isClosed () const noexcept 
bool  isCurved () const noexcept 
QVector< Vertex > &  getVertices () noexcept 
const QVector< Vertex > &  getVertices () const noexcept 
UnsignedLength  getTotalStraightLength () const noexcept 
Point  calcNearestPointBetweenVertices (const Point &p) const noexcept 
Path  toClosedPath () const noexcept 
QVector< Path >  toOutlineStrokes (const PositiveLength &width) const noexcept 
const QPainterPath &  toQPainterPathPx () const noexcept 
Path &  translate (const Point &offset) noexcept 
Path  translated (const Point &offset) const noexcept 
Path &  mapToGrid (const PositiveLength &gridInterval) noexcept 
Path  mappedToGrid (const PositiveLength &gridInterval) const noexcept 
Path &  rotate (const Angle &angle, const Point ¢er=Point(0, 0)) noexcept 
Path  rotated (const Angle &angle, const Point ¢er=Point(0, 0)) const noexcept 
Path &  mirror (Qt::Orientation orientation, const Point ¢er=Point(0, 0)) noexcept 
Path  mirrored (Qt::Orientation orientation, const Point ¢er=Point(0, 0)) const noexcept 
Path &  reverse () noexcept 
Path  reversed () const noexcept 
void  addVertex (const Vertex &vertex) noexcept 
void  addVertex (const Point &pos, const Angle &angle=Angle::deg0()) noexcept 
void  insertVertex (int index, const Vertex &vertex) noexcept 
void  insertVertex (int index, const Point &pos, const Angle &angle=Angle::deg0()) noexcept 
bool  close () noexcept 
void  serialize (SExpression &root) const 
Serialize into librepcb::SExpression node. More...  
Path &  operator= (const Path &rhs) noexcept 
bool  operator== (const Path &rhs) const noexcept 
bool  operator!= (const Path &rhs) const noexcept 
bool  operator< (const Path &rhs) const noexcept 
The "<" operator to compare two librepcb::Path objects. More...  
Static Public Member Functions  
static Path  line (const Point &p1, const Point &p2, const Angle &angle=Angle::deg0()) noexcept 
static Path  circle (const PositiveLength &diameter) noexcept 
static Path  obround (const PositiveLength &width, const PositiveLength &height) noexcept 
static Path  obround (const Point &p1, const Point &p2, const PositiveLength &width) noexcept 
static Path  arcObround (const Point &p1, const Point &p2, const Angle &angle, const PositiveLength &width) noexcept 
static Path  rect (const Point &p1, const Point &p2) noexcept 
static Path  centeredRect (const PositiveLength &width, const PositiveLength &height, const UnsignedLength &cornerRadius=UnsignedLength(0)) noexcept 
static Path  octagon (const PositiveLength &width, const PositiveLength &height, const UnsignedLength &cornerRadius=UnsignedLength(0)) noexcept 
static Path  flatArc (const Point &p1, const Point &p2, const Angle &angle, const PositiveLength &maxTolerance) noexcept 
static QPainterPath  toQPainterPathPx (const QVector< Path > &paths, bool area) noexcept 
Convert multiple librepcb::Path objects to a QPainterPath. More...  
Private Member Functions  
void  invalidatePainterPath () const noexcept 
Private Attributes  
QVector< Vertex >  mVertices 
QPainterPath  mPainterPathPx 
The Path class represents a list of vertices connected by straight lines or circular arc segments.
This class is similar to a polygon or polyline, but it doesn't have properties like width or layer. It's only a list of coordinates which are connected together by straight lines or circular arc segments.
A path may be closed (first point == last point) or open (first point != last point).
For a valid path, minimum two vertices are required. Paths with less than two vertices are useless and thus considered as invalid.

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void serialize  (  SExpression &  root  )  const 
Serialize into librepcb::SExpression node.
root  Root node to serialize into. 

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The "<" operator to compare two librepcb::Path objects.
Useful for sorting path lists/sets (e.g. to for canonical order in files), or to store them in a QMap.
rhs  The right hand side object. 

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Convert multiple librepcb::Path objects to a QPainterPath.
The paths are united, so you get the union of all the passed paths.
paths  The paths to convert. 
area  Whether the passed paths should be interpreted as areas (true) or strokes (false). 

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