#include <welltrack.h>

Inheritance diagram for Well::Track:

Public Member Functions
	Track (const char *nm=nullptr)

	Track (const Track &)

	~Track ()

void	addPoint (const Coord &, float z, float dah=mUdf(float))
	Point must be further down track. No checks.

void	addPoint (const Coord3 &, float dah=mUdf(float))

bool	alwaysDownward () const

Coord3	coordAfterIdx (float d_ah, int) const
	Beware: no bounds check on index.

bool	extendIfNecessary (const Interval< float > &dahrg)
	return if changed

const TypeSet< Coord3 > &	getAllPos () const

void	getAllTVD (int sz, const float md, const UnitOfMeasure in, float tvd, const UnitOfMeasure out, Info::DepthType dtype=Info::TVDSS) const

float	getDahForTVD (double, float prevdah=mUdf(float)) const

float	getDahForTVD (float, float prevdah=mUdf(float)) const

float	getKbElev () const

Coord3	getPos (float d_ah) const

Interval< float >	getTVDRange (const Interval< float > &dahrg, const UnitOfMeasure in, const UnitOfMeasure out, Info::DepthType dtype=Info::TVDSS) const

void	insertAfterIdx (int, const Coord3 &)
	Know what you're doing - not used normally.

bool	insertAtDah (float dah, float zpos) override
	will interpolate x,y coords

int	insertPoint (const Coord &, float z)

int	insertPoint (const Coord3 &)

bool	isEmpty () const

float	nearestDah (const Coord3 &) const

Track &	operator= (const Track &)

const Coord3 &	pos (int idx) const

void	removePoint (int)
	Will correct all dahs below point.

void	setPoint (int, const Coord &, float z)
	Will correct all dahs below point.

void	setPoint (int, const Coord3 &)

int	size () const

float	td () const

void	toTime (const Data &)

float	value (int idx) const override

bool	zIsTime () const

const Interval< float >	zRange () const
	returns (0, 0) for empty track

const Interval< double >	zRangeD () const

Public Member Functions inherited from Well::DahObj
virtual	~DahObj ()

void	addToDahFrom (int fromidx, float extradah)

float	dah (int idx) const

float *	dahArr ()

const float *	dahArr () const

Interval< float > &	dahRange ()

Interval< float >	dahRange () const
	returns Udf for empty dah_

float	dahStep (bool min_else_average) const

void	deInterpolate ()
	Remove unnecessary points.

int	indexOf (float dah) const

bool	isEmpty () const

virtual void	remove (int idx)

void	removeFromDahFrom (int fromidx, float extradah)

virtual void	setEmpty ()

int	size () const

void	updateDahRange ()

Public Member Functions inherited from NamedCallBacker
	NamedCallBacker (const char *nm=nullptr)

	NamedCallBacker (const NamedCallBacker &)=delete

	~NamedCallBacker ()

virtual Notifier< NamedCallBacker > &	objectToBeDeleted () const

NamedCallBacker &	operator= (const NamedCallBacker &)=delete

bool	operator== (const NamedCallBacker &oth) const

bool	operator== (const NamedObject &oth) const

Public Member Functions inherited from CallBacker
	CallBacker ()

	CallBacker (const CallBacker &)

virtual	~CallBacker ()

bool	attachCB (const NotifierAccess &, const CallBack &, bool onlyifnew=false) const

bool	attachCB (const NotifierAccess *notif, const CallBack &cb, bool onlyifnew=false) const

void	detachAllNotifiers () const
	Call from the destructor of your inherited object.

void	detachCB (const NotifierAccess &, const CallBack &) const

void	detachCB (const NotifierAccess *notif, const CallBack &cb) const

virtual bool	isCapsule () const

bool	isNotifierAttached (const NotifierAccess *) const
	Only for debugging purposes, don't use.

CallBacker &	operator= (const CallBacker &)=delete

void	stopReceivingNotifications () const

virtual CallBacker *	trueCaller ()

Public Member Functions inherited from NamedObject
	NamedObject (const char *nm=nullptr)

	NamedObject (const NamedObject &oth)

virtual	~NamedObject ()

virtual BufferString	getName () const

bool	getNameFromPar (const IOPar &)

const name_type &	name () const override

NamedObject &	operator= (const NamedObject &)

bool	operator== (const NamedObject &oth) const

virtual void	setName (const char *nm)

Public Member Functions inherited from ObjectWithName
virtual	~ObjectWithName ()

bool	hasName (const char *nm) const

bool	hasName (const name_type &nm) const

void	putNameInPar (IOPar &) const

Static Public Member Functions
static float	getDepth (const Data &, float d_ah, Info::DepthType dtype=Info::TVDSS)

Static Public Member Functions inherited from Well::DahObj
static Notifier< DahObj > &	instanceCreated ()

Static Public Member Functions inherited from CallBacker
static void	createReceiverForCurrentThread ()

static void	removeReceiverForCurrentThread ()

Protected Member Functions
void	eraseAux () override

void	removeAux (int idx) override

Protected Member Functions inherited from Well::DahObj
	DahObj (const char *nm=nullptr)

	DahObj (const DahObj &)

DahObj &	operator= (const DahObj &)

Protected Member Functions inherited from NamedCallBacker
void	sendDelNotif () const

Protected Attributes
TypeSet< Coord3 >	pos_

bool	zistime_ = false

TypeSet< Coord3 > *	zpos_ = nullptr

Protected Attributes inherited from Well::DahObj
TypeSet< float >	dah_

Interval< float >	dahrange_

Protected Attributes inherited from NamedCallBacker
Threads::Atomic< bool >	delalreadytriggered_

Notifier< NamedCallBacker >	delnotif_

Protected Attributes inherited from NamedObject
BufferString	name_

Additional Inherited Members
Public Types inherited from ObjectWithName
typedef OD::String	name_type

Detailed Description

Well track.

<>

Constructor & Destructor Documentation

◆ Track() [1/2]

Well::Track::Track ( const char * nm = nullptr )

◆ Track() [2/2]

Well::Track::Track ( const Track & )

◆ ~Track()

Well::Track::~Track ( )

Member Function Documentation

◆ addPoint() [1/2]

void Well::Track::addPoint	(	const Coord &	,
		float	z,
		float	dah = mUdf(float) )

Point must be further down track. No checks.

◆ addPoint() [2/2]

void Well::Track::addPoint	(	const Coord3 &	,
		float	dah = mUdf(float) )

◆ alwaysDownward()

bool Well::Track::alwaysDownward ( ) const

◆ coordAfterIdx()

Coord3 Well::Track::coordAfterIdx	(	float	d_ah,
		int	) const

Beware: no bounds check on index.

◆ eraseAux()

void Well::Track::eraseAux ( )

overrideprotectedvirtual

Implements Well::DahObj.

◆ extendIfNecessary()

bool Well::Track::extendIfNecessary ( const Interval< float > & dahrg )

return if changed

◆ getAllPos()

const TypeSet< Coord3 > & Well::Track::getAllPos ( ) const

inline

◆ getAllTVD()

void Well::Track::getAllTVD	(	int	sz,
		const float *	md,
		const UnitOfMeasure *	in,
		float *	tvd,
		const UnitOfMeasure *	out,
		Info::DepthType	dtype = Info::TVDSS ) const

◆ getDahForTVD() [1/2]

float Well::Track::getDahForTVD	(	double	,
		float	prevdah = mUdf(float) ) const

◆ getDahForTVD() [2/2]

float Well::Track::getDahForTVD	(	float	,
		float	prevdah = mUdf(float) ) const

Non-unique. previous DAH may be helpful Don't use if track is in time

◆ getDepth()

static float Well::Track::getDepth	(	const Data &	,
		float	d_ah,
		Info::DepthType	dtype = Info::TVDSS )

static

◆ getKbElev()

float Well::Track::getKbElev ( ) const

◆ getPos()

Coord3 Well::Track::getPos ( float d_ah ) const

◆ getTVDRange()

Interval< float > Well::Track::getTVDRange	(	const Interval< float > &	dahrg,
		const UnitOfMeasure *	in,
		const UnitOfMeasure *	out,
		Info::DepthType	dtype = Info::TVDSS ) const

◆ insertAfterIdx()

void Well::Track::insertAfterIdx	(	int	,
		const Coord3 &	)

Know what you're doing - not used normally.

◆ insertAtDah()

bool Well::Track::insertAtDah	(	float	dah,
		float	zpos )

overridevirtual

will interpolate x,y coords

Implements Well::DahObj.

◆ insertPoint() [1/2]

int Well::Track::insertPoint	(	const Coord &	,
		float	z )

a 'good' place will be found If inserted at top, z will be used as first dah returns position index of the new point

◆ insertPoint() [2/2]

int Well::Track::insertPoint ( const Coord3 & )

◆ isEmpty()

bool Well::Track::isEmpty ( ) const

◆ nearestDah()

float Well::Track::nearestDah ( const Coord3 & ) const

◆ operator=()

Track & Well::Track::operator= ( const Track & )

◆ pos()

const Coord3 & Well::Track::pos ( int idx ) const

inline

◆ removeAux()

void Well::Track::removeAux ( int idx )

overrideprotectedvirtual

Implements Well::DahObj.

◆ removePoint()

void Well::Track::removePoint ( int )

Will correct all dahs below point.

◆ setPoint() [1/2]

void Well::Track::setPoint	(	int	,
		const Coord &	,
		float	z )

Will correct all dahs below point.

◆ setPoint() [2/2]

void Well::Track::setPoint	(	int	,
		const Coord3 &	)

◆ size()

int Well::Track::size ( ) const

inline

◆ td()

float Well::Track::td ( ) const

inline

◆ toTime()

void Well::Track::toTime ( const Data & )

◆ value()

float Well::Track::value ( int idx ) const

inlineoverridevirtual

Implements Well::DahObj.

◆ zIsTime()

bool Well::Track::zIsTime ( ) const

inline

◆ zRange()

const Interval< float > Well::Track::zRange ( ) const

returns (0, 0) for empty track

◆ zRangeD()

const Interval< double > Well::Track::zRangeD ( ) const

Member Data Documentation

◆ pos_

TypeSet<Coord3> Well::Track::pos_

protected

◆ zistime_

bool Well::Track::zistime_ = false

protected

◆ zpos_

TypeSet<Coord3>* Well::Track::zpos_ = nullptr

protected

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Track() [1/2]

◆ Track() [2/2]

◆ ~Track()

Member Function Documentation

◆ addPoint() [1/2]

◆ addPoint() [2/2]

◆ alwaysDownward()

◆ coordAfterIdx()

◆ eraseAux()

◆ extendIfNecessary()

◆ getAllPos()

◆ getAllTVD()

◆ getDahForTVD() [1/2]

◆ getDahForTVD() [2/2]

◆ getDepth()

◆ getKbElev()

◆ getPos()

◆ getTVDRange()

◆ insertAfterIdx()

◆ insertAtDah()

◆ insertPoint() [1/2]

◆ insertPoint() [2/2]

◆ isEmpty()

◆ nearestDah()

◆ operator=()

◆ pos()

◆ removeAux()

◆ removePoint()

◆ setPoint() [1/2]

◆ setPoint() [2/2]

◆ size()

◆ td()

◆ toTime()

◆ value()

◆ zIsTime()

◆ zRange()

◆ zRangeD()

Member Data Documentation

◆ pos_

◆ zistime_

◆ zpos_