BoardPlaneFragmentsBuilder Class Reference

Plane fragments builder working on a librepcb::Board. More...

#include <boardplanefragmentsbuilder.h>

Inherits QObject.

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Classes
struct	JobData
struct	KeepoutZoneData
struct	LayerJobResult
struct	PadData
struct	PlaneData
struct	PolygonData
struct	Result
struct	TraceData
struct	ViaData

Signals
void	started ()
void	finished (Result result)

Public Member Functions
	BoardPlaneFragmentsBuilder (QObject *parent=nullptr) noexcept
	BoardPlaneFragmentsBuilder (const BoardPlaneFragmentsBuilder &other)=delete
	~BoardPlaneFragmentsBuilder () noexcept
QHash< Uuid, QVector< Path > >	runAndApply (Board &board, const QSet< const Layer * > *layers=nullptr)
	Build and apply plane fragments (blocking) More...
bool	start (Board &board, const QSet< const Layer * > *layers=nullptr) noexcept
	Start building plane fragments asynchronously. More...
Result	waitForFinished () const noexcept
	Wait until the asynchronous operation is finished. More...
bool	isBusy () const noexcept
	Check if there is currently a build in progress. More...
void	cancel () noexcept
	Cancel the current asynchronous job. More...
BoardPlaneFragmentsBuilder &	operator= (const BoardPlaneFragmentsBuilder &rhs)=delete

Private Member Functions
std::shared_ptr< JobData >	createJob (Board &board, const QSet< const Layer * > *filter) noexcept
Result	run (QPointer< Board > board, std::shared_ptr< JobData > data) noexcept
LayerJobResult	runLayer (std::shared_ptr< const JobData > data, const Layer *layer) noexcept

Static Private Member Functions
static QVector< std::pair< Point, Angle > >	determineThermalSpokes (const PadGeometry &geometry) noexcept
static PositiveLength	maxArcTolerance () noexcept

Private Attributes
QFuture< Result >	mFuture
bool	mAbort

Detailed Description

Plane fragments builder working on a librepcb::Board.

Constructor & Destructor Documentation

BoardPlaneFragmentsBuilder() [1/2]

BoardPlaneFragmentsBuilder ( QObject *  parent = nullptr )

explicitnoexcept

BoardPlaneFragmentsBuilder() [2/2]

BoardPlaneFragmentsBuilder ( const BoardPlaneFragmentsBuilder &  other )

delete

~BoardPlaneFragmentsBuilder()

~BoardPlaneFragmentsBuilder ( )

noexcept

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Member Function Documentation

runAndApply()

QHash< Uuid, QVector< Path > > runAndApply	(	Board &	board,
		const QSet< const Layer * > *	layers = nullptr
	)

Build and apply plane fragments (blocking)

Parameters

board	The board to rebuild the planes of.
layers	If not nullptr, rebuild only planes which are scheduled to rebuild and located on the given layers (quick rebuild). If nullptr (default), rebuild all planes (more reliable, but slower).

Returns

All calculated plane fragments

Exceptions

Exception

if any error occurred.

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start()

bool start ( Board &  board, const QSet< const Layer * > *  layers = nullptr  )

noexcept

Start building plane fragments asynchronously.

The calculated fragments will automatically be applied to the board once the rebuild is finished.

Parameters

board	The board to rebuild the planes of.
layers	If not nullptr, rebuild only planes which are scheduled to rebuild and located on the given layers (quick rebuild). If nullptr (default), rebuild all planes (more reliable, but slower).

Return values

true	If the build started.
false	If none of the planes need a rebuild, thus did not start a rebuild.

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waitForFinished()

BoardPlaneFragmentsBuilder::Result waitForFinished ( ) const

noexcept

Wait until the asynchronous operation is finished.

Returns

See librepcb::BoardPlaneFragmentsBuilder::Result

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isBusy()

bool isBusy ( ) const

noexcept

Check if there is currently a build in progress.

Return values

true	if a build is in progress.
false	if idle.

cancel()

void cancel ( )

noexcept

Cancel the current asynchronous job.

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operator=()

BoardPlaneFragmentsBuilder & operator= ( const BoardPlaneFragmentsBuilder &  rhs )

delete

started

void started ( )

signal

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finished

void finished ( Result  result )

signal

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createJob()

std::shared_ptr< BoardPlaneFragmentsBuilder::JobData > createJob ( Board &  board, const QSet< const Layer * > *  filter  )

privatenoexcept

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run()

BoardPlaneFragmentsBuilder::Result run ( QPointer< Board >  board, std::shared_ptr< JobData >  data  )

privatenoexcept

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runLayer()

BoardPlaneFragmentsBuilder::LayerJobResult runLayer ( std::shared_ptr< const JobData >  data, const Layer *  layer  )

privatenoexcept

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determineThermalSpokes()

QVector< std::pair< Point, Angle > > determineThermalSpokes ( const PadGeometry &  geometry )

staticprivatenoexcept

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maxArcTolerance()

static PositiveLength maxArcTolerance ( )

inlinestaticprivatenoexcept

Returns the maximum allowed arc tolerance when flattening arcs. Do not change this if you don't know exactly what you're doing (it affects all planes in all existing boards)!

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Member Data Documentation

mFuture

QFuture<Result> mFuture

private

mAbort

bool mAbort

private

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The documentation for this class was generated from the following files:

• /__w/1/s/libs/librepcb/core/project/board/boardplanefragmentsbuilder.h
• /__w/1/s/libs/librepcb/core/project/board/boardplanefragmentsbuilder.cpp