Z-transform that flattens a horizon. Everything else will also be flattened accordingly. In case of reverse faulting, the area between the two patches will not be included. More...

Inheritance diagram for EM::HorizonZTransform:

[legend]

Public Member Functions
	HorizonZTransform ()

bool	canTransformSurv (OD::GeomSystem) const override

NotifierAccess *	changeNotifier () override

void	fillPar (IOPar &) const override

Interval< float >	getDepthRange () const

Interval< float >	getZInterval (bool from) const override

ZSampling	getZInterval (bool from, bool makenice) const

mDeprecatedDef float	getZIntervalCenter (bool from) const override

bool	isReferenceHorizon (const MultiID &horid, float &refz) const override

bool	needsVolumeOfInterest () const override

void	setFlatZValue (float)

void	setHorizon (const Horizon &)

void	transformTrc (const TrcKey &, const SamplingData< float > &, int sz, float *res) const override

void	transformTrcBack (const TrcKey &, const SamplingData< float > &, int sz, float *res) const override

bool	usePar (const IOPar &) override

Public Member Functions inherited from ZAxisTransform
virtual int	addVolumeOfInterest (const TrcKeyZSampling &, bool zistrans=false)

virtual uiString	errMsg () const

ZDomain::Info &	fromZDomainInfo ()

const ZDomain::Info &	fromZDomainInfo () const

const char *	fromZDomainKey () const

virtual float	getGoodZStep () const

mDeprecatedDef const Scaler *	getVelUnitOfMeasure () const

virtual bool	isOK () const

virtual bool	loadDataIfMissing (int volid, TaskRunner *=0)

virtual void	removeVolumeOfInterest (int volid)

mDeprecatedDef void	setVelUnitOfMeasure (const Scaler *)

virtual void	setVolumeOfInterest (int volid, const TrcKeyZSampling &, bool zistrans=false)

ZDomain::Info &	toZDomainInfo ()

const ZDomain::Info &	toZDomainInfo () const

const char *	toZDomainKey () const

virtual float	toZScale () const

virtual void	transform (const BinID &, const SamplingData< float > &, int sz, float *res) const

float	transform (const BinIDValue &) const

float	transform (const Coord3 &) const

virtual void	transform2D (const char linenm, int trcnr, const SamplingData< float > &, int sz, float res) const

float	transform2D (const char *linenm, int trcnr, float z) const

virtual void	transformBack (const BinID &, const SamplingData< float > &, int sz, float *res) const

float	transformBack (const BinIDValue &) const

float	transformBack (const Coord3 &) const

virtual void	transformBack2D (const char linenm, int trcnr, const SamplingData< float > &, int sz, float res) const

float	transformBack2D (const char *linenm, int trcnr, float z) const

float	transformTrc (const TrcKey &, float z) const

float	transformTrcBack (const TrcKey &, float z) const

virtual float	zScale () const

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

	SharedObject (const SharedObject &)

Public Member Functions inherited from NamedCallBacker
	NamedCallBacker (const char *nm=0)

	NamedCallBacker (const NamedCallBacker &)

virtual Notifier< NamedCallBacker > &	objectToBeDeleted () const

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. More...

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. More...

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

Public Member Functions inherited from RefCount::Referenced
void	addObserver (WeakPtrBase *obs)
	Not for normal use. May become private. More...

int	nrRefs () const
	Only for expert use. More...

void	ref () const

bool	refIfReffed () const
	Don't use in production, for debugging. More...

void	removeObserver (WeakPtrBase *obs)
	Not for normal use. May become private. More...

bool	tryRef () const
	Not for normal use. May become private. More...

void	unRef () const

void	unRefNoDelete () const

Static Public Member Functions
static const char *	sKeyHorizonID ()

static const char *	sKeyReferenceZ ()

Static Public Member Functions inherited from ZAxisTransform
static ZAxisTransform *	create (const IOPar &)

Static Public Member Functions inherited from SharedObject
static Notifier< SharedObject > &	instanceCreated ()

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

static void	removeReceiverForCurrentThread ()

Static Public Member Functions inherited from RefCount::Referenced
static bool	isSane (const Referenced *)

Protected Member Functions
	~HorizonZTransform ()

void	calculateHorizonRange ()

void	doTransform (const TrcKey &, const SamplingData< float > &, const ZDomain::Info &sdzinfo, int sz, float *res) const

bool	getTopBottom (const TrcKey &, float &top, float &bot) const

ZSampling	getWorkZSampling (const ZSampling &, const ZDomain::Info &from, const ZDomain::Info &to) const

ZSampling	getZInterval (const ZSampling &, const ZDomain::Info &from, const ZDomain::Info &to, bool makenice=true) const

void	horChangeCB (CallBacker *)

Protected Member Functions inherited from ZAxisTransform
	ZAxisTransform (const ZDomain::Def &from, const ZDomain::Def &to)

virtual	~ZAxisTransform ()

Protected Member Functions inherited from SharedObject
virtual	~SharedObject ()

Protected Member Functions inherited from NamedCallBacker
void	sendDelNotif () const

Protected Member Functions inherited from RefCount::Referenced
	Referenced ()

	Referenced (const Referenced &)

virtual	~Referenced ()

Referenced &	operator= (const Referenced &)

Protected Attributes
Notifier< HorizonZTransform >	change_

Interval< float >	depthrange_

float	flatzval_ = 0.f

bool	horchanged_ = false

const Horizon *	horizon_

Protected Attributes inherited from ZAxisTransform
uiString	errmsg_

ZDomain::Info &	fromzdomaininfo_

ZDomain::Info &	tozdomaininfo_

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

Z-transform that flattens a horizon. Everything else will also be flattened accordingly. In case of reverse faulting, the area between the two patches will not be included.

<>

Constructor & Destructor Documentation

◆ HorizonZTransform()

EM::HorizonZTransform::HorizonZTransform ( )

◆ ~HorizonZTransform()

EM::HorizonZTransform::~HorizonZTransform ( )

protected

Member Function Documentation

◆ calculateHorizonRange()

void EM::HorizonZTransform::calculateHorizonRange ( )

protected

◆ canTransformSurv()

bool EM::HorizonZTransform::canTransformSurv ( OD::GeomSystem ) const

inlineoverridevirtual

Implements ZAxisTransform.

◆ changeNotifier()

NotifierAccess* EM::HorizonZTransform::changeNotifier ( )

inlineoverridevirtual

Reimplemented from ZAxisTransform.

◆ doTransform()

void EM::HorizonZTransform::doTransform	(	const TrcKey &	,
		const SamplingData< float > &	,
		const ZDomain::Info &	sdzinfo,
		int	sz,
		float *	res
	)		const

protected

◆ fillPar()

void EM::HorizonZTransform::fillPar ( IOPar & ) const

overridevirtual

Reimplemented from ZAxisTransform.

◆ getDepthRange()

Interval<float> EM::HorizonZTransform::getDepthRange ( ) const

inline

◆ getTopBottom()

bool EM::HorizonZTransform::getTopBottom	(	const TrcKey &	,
		float &	top,
		float &	bot
	)		const

protected

◆ getWorkZSampling()

ZSampling EM::HorizonZTransform::getWorkZSampling	(	const ZSampling &	,
		const ZDomain::Info &	from,
		const ZDomain::Info &	to
	)		const

protected

◆ getZInterval() [1/3]

Interval<float> EM::HorizonZTransform::getZInterval ( bool from ) const

overridevirtual

Implements ZAxisTransform.

◆ getZInterval() [2/3]

ZSampling EM::HorizonZTransform::getZInterval	(	bool	from,
		bool	makenice
	)		const

◆ getZInterval() [3/3]

ZSampling EM::HorizonZTransform::getZInterval	(	const ZSampling &	,
		const ZDomain::Info &	from,
		const ZDomain::Info &	to,
		bool	makenice = `true`
	)		const

protected

◆ getZIntervalCenter()

mDeprecatedDef float EM::HorizonZTransform::getZIntervalCenter ( bool from ) const

overridevirtual

Returns: the z interval in either to or from domain.

Reimplemented from ZAxisTransform.

◆ horChangeCB()

void EM::HorizonZTransform::horChangeCB ( CallBacker * )

protected

◆ isReferenceHorizon()

bool EM::HorizonZTransform::isReferenceHorizon	(	const MultiID &	horid,
		float &	refz
	)		const

overridevirtual

\refz is in 'to' domain

Reimplemented from ZAxisTransform.

◆ needsVolumeOfInterest()

bool EM::HorizonZTransform::needsVolumeOfInterest ( ) const

inlineoverridevirtual

Reimplemented from ZAxisTransform.

◆ setFlatZValue()

void EM::HorizonZTransform::setFlatZValue ( float )

◆ setHorizon()

void EM::HorizonZTransform::setHorizon ( const Horizon & )

◆ sKeyHorizonID()

static const char* EM::HorizonZTransform::sKeyHorizonID ( )

inlinestatic

◆ sKeyReferenceZ()

static const char* EM::HorizonZTransform::sKeyReferenceZ ( )

inlinestatic

◆ transformTrc()

void EM::HorizonZTransform::transformTrc	(	const TrcKey &	,
		const SamplingData< float > &	,
		int	sz,
		float *	res
	)		const

overridevirtual

Implements ZAxisTransform.

◆ transformTrcBack()

void EM::HorizonZTransform::transformTrcBack	(	const TrcKey &	,
		const SamplingData< float > &	,
		int	sz,
		float *	res
	)		const

overridevirtual

Implements ZAxisTransform.

◆ usePar()

bool EM::HorizonZTransform::usePar ( const IOPar & )

overridevirtual

Reimplemented from ZAxisTransform.

Member Data Documentation

◆ change_

Notifier<HorizonZTransform> EM::HorizonZTransform::change_

protected

◆ depthrange_

Interval<float> EM::HorizonZTransform::depthrange_

protected

◆ flatzval_

float EM::HorizonZTransform::flatzval_ = 0.f

protected

◆ horchanged_

bool EM::HorizonZTransform::horchanged_ = false

protected

◆ horizon_

const Horizon* EM::HorizonZTransform::horizon_

protected

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ HorizonZTransform()

◆ ~HorizonZTransform()

Member Function Documentation

◆ calculateHorizonRange()

◆ canTransformSurv()

◆ changeNotifier()

◆ doTransform()

◆ fillPar()

◆ getDepthRange()

◆ getTopBottom()

◆ getWorkZSampling()

◆ getZInterval() [1/3]

◆ getZInterval() [2/3]

◆ getZInterval() [3/3]

◆ getZIntervalCenter()

◆ horChangeCB()

◆ isReferenceHorizon()

◆ needsVolumeOfInterest()

◆ setFlatZValue()

◆ setHorizon()

◆ sKeyHorizonID()

◆ sKeyReferenceZ()

◆ transformTrc()

◆ transformTrcBack()

◆ usePar()

Member Data Documentation

◆ change_

◆ depthrange_

◆ flatzval_

◆ horchanged_

◆ horizon_