Velocity. More...

Classes
class	DixConversion
	Rms velocity to interval velocity conversion using the Dix formula. More...

class	Function

class	FunctionAscIO

class	FunctionSource

class	GriddedFunction

class	GriddedSource

class	IntervalFunction

class	IntervalSource

class	Pick

class	PickAddEvent
	Undo event for added velocity pick. More...

class	PickRemoveEvent
	Undo event for removed velocity pick. More...

class	Picks

class	PickSetEvent
	Undo event for changed velocity pick. More...

class	PicksMgr

class	StoredFunction

class	StoredFunctionSource

class	uiAddFunction

class	uiBatchVolumeConversion

class	uiEditFunction

class	uiFunctionSel
	uiGroup to select a velocity function type More...

class	uiFunctionSettings
	Base class for velocity function settings. More...

class	uiImportVelFunc

class	uiLinearVelTransform

class	uiStoredFunction

class	uiVolumeFunction

class	VolumeConverter

class	VolumeConverterNew

class	VolumeFunction

class	VolumeFunctionSource

class	Vrms2Vint
	Rms velocity to interval velocity conversion. More...

class	Worker
	Class that should be used for applying functions of the Vel namespace. More...

Functions
bool	calcDepthsFromLinearV0k (double v0, double k, const ZValueSeries &times, ValueSeries< double > &depths)

bool	calcDepthsFromVavg (const ValueSeries< double > &Vavg, const ZValueSeries &times, ValueSeries< double > &depths)

bool	calcDepthsFromVint (const ValueSeries< double > &Vint, const ZValueSeries &times, ValueSeries< double > &depths)

bool	calcDepthsFromVrms (const ValueSeries< double > &Vrms, const ZValueSeries &times, ValueSeries< double > &depths, double t0=0.)

bool	calcTimesFromLinearV0k (double v0, double k, const ZValueSeries &depths, ValueSeries< double > &times)

bool	calcTimesFromVavg (const ValueSeries< double > &Vavg, const ZValueSeries &depths, ValueSeries< double > &times)

bool	calcTimesFromVint (const ValueSeries< double > &Vint, const ZValueSeries &depths, ValueSeries< double > &times)

bool	computeDix (const ValueSeries< double > &Vrms, const ZValueSeries &, ValueSeries< double > &Vint, double t0=0.)

void	computeResidualMoveouts (double z0, double rmo, double refoffset, int nroffsets, bool outputdepth, const double offsets, double output)

bool	computeVavg (const ValueSeries< double > &Vint, const ZValueSeries &, ValueSeries< double > &Vavg)

bool	computeVint (const ValueSeries< double > &Vavg, const ZValueSeries &, ValueSeries< double > &Vint)
	Converts a number of layers with Vavg to Vint velocities. More...

bool	computeVrms (const ValueSeries< double > &Vint, const ZValueSeries &, ValueSeries< double > &Vrms, double t0=0.)

bool	fitLinearVelocity (const ValueSeries< double > &Vint, const ZValueSeries &, const ::Interval< double > &zlayer, double reference_z, double &V_0, double &gradient, double &error)

float	getGUIDefaultVelocity ()

bool	getSampledZ (const ValueSeries< double > &vels, const ZValueSeries &zvals_in, OD::VelocityType, const ZValueSeries &zvals_out, ValueSeries< double > &Zout, double t0=0.)

void	sampleEffectiveThomsenPars (const ValueSeries< double > &inparr, const ZValueSeries &z_in, const ZValueSeries &z_out, ValueSeries< double > &res)

void	sampleIntvThomsenPars (const ValueSeries< double > &inparr, const ZValueSeries &z_in, const ZValueSeries &z_out, ValueSeries< double > &res)

bool	sampleVavg (const ValueSeries< double > &Vin, const ZValueSeries &z_in, const ZValueSeries &z_out, ValueSeries< double > &Vout)

bool	sampleVint (const ValueSeries< double > &Vin, const ZValueSeries &z_in, const ZValueSeries &z_out, ValueSeries< double > &Vout)

bool	sampleVrms (const ValueSeries< double > &Vin, const ZValueSeries &z_in, const ZValueSeries &z_out, ValueSeries< double > &Vout, double t0_in=0.)

PicksMgr &	VPM ()

Detailed Description

Velocity.

Function Documentation

◆ calcDepthsFromLinearV0k()

bool Vel::calcDepthsFromLinearV0k	(	double	v0,
		double	k,
		const ZValueSeries &	times,
		ValueSeries< double > &	depths
	)

Compute depth values for the times array using a V0/K function v0 is velocity at surface datum, in SI units (m/s) k is the velocity gradient with depth (always in s-1 thus)

◆ calcDepthsFromVavg()

bool Vel::calcDepthsFromVavg	(	const ValueSeries< double > &	Vavg,
		const ZValueSeries &	times,
		ValueSeries< double > &	depths
	)

Given an array of average velocities and corresponding times, compute the associated depth values. Velocities must be average velocities in m/s, times must be as TWT in seconds. depths output values as TVDSD in meters

◆ calcDepthsFromVint()

bool Vel::calcDepthsFromVint	(	const ValueSeries< double > &	Vint,
		const ZValueSeries &	times,
		ValueSeries< double > &	depths
	)

Given an array of interval velocities and corresponding times, compute the associated depth values. Velocities must be interval velocities in m/s, times must be as TWT in seconds. depths output values as TVDSD in meters

◆ calcDepthsFromVrms()

bool Vel::calcDepthsFromVrms	(	const ValueSeries< double > &	Vrms,
		const ZValueSeries &	times,
		ValueSeries< double > &	depths,
		double	t0 = `0.`
	)

Given an array of RMS velocities and corresponding times, compute the associated depth values. Velocities must be RMS velocities in m/s, times must be as TWT in seconds. depths output values as TVDSD in meters

◆ calcTimesFromLinearV0k()

bool Vel::calcTimesFromLinearV0k	(	double	v0,
		double	k,
		const ZValueSeries &	depths,
		ValueSeries< double > &	times
	)

Compute time values for the depths array using a V0/K function v0 is velocity at surface datum, in SI units (m/s) k is the velocity gradient with depth (always in s-1 thus)

◆ calcTimesFromVavg()

bool Vel::calcTimesFromVavg	(	const ValueSeries< double > &	Vavg,
		const ZValueSeries &	depths,
		ValueSeries< double > &	times
	)

Given an array of average velocities and corresponding depths, compute the associated time values. Velocities must be average velocities in m/s, depths values must be as TVDSD in meters times out values as TWT in seconds.

◆ calcTimesFromVint()

bool Vel::calcTimesFromVint	(	const ValueSeries< double > &	Vint,
		const ZValueSeries &	depths,
		ValueSeries< double > &	times
	)

Given an array of interval velocities and corresponding depths, compute the associated time values. Velocities must be interval velocities in m/s, depths values must be as TVDSD in meters times out values as TWT in seconds.

◆ computeDix()

bool Vel::computeDix	(	const ValueSeries< double > &	Vrms,
		const ZValueSeries &	,
		ValueSeries< double > &	Vint,
		double	t0 = `0.`
	)

Converts a number of layers with Vrms to interval velocities. Note that the times in t refers to the bottom of each layer, and t0 has the start time of the top layer.

◆ computeResidualMoveouts()

void Vel::computeResidualMoveouts	(	double	z0,
		double	rmo,
		double	refoffset,
		int	nroffsets,
		bool	outputdepth,
		const double *	offsets,
		double *	output
	)

Given a residual moveout at a reference offset, comput the residual moveout at other offsets

◆ computeVavg()

bool Vel::computeVavg	(	const ValueSeries< double > &	Vint,
		const ZValueSeries &	,
		ValueSeries< double > &	Vavg
	)

◆ computeVint()

bool Vel::computeVint	(	const ValueSeries< double > &	Vavg,
		const ZValueSeries &	,
		ValueSeries< double > &	Vint
	)

Converts a number of layers with Vavg to Vint velocities.

◆ computeVrms()

bool Vel::computeVrms	(	const ValueSeries< double > &	Vint,
		const ZValueSeries &	,
		ValueSeries< double > &	Vrms,
		double	t0 = `0.`
	)

Converts a number of layers with Vint to rms velocities. Note that the times in t refers to the bottom of each layer, and t0 has the start time of the top layer.

◆ fitLinearVelocity()

bool Vel::fitLinearVelocity	(	const ValueSeries< double > &	Vint,
		const ZValueSeries &	,
		const ::Interval< double > &	zlayer,
		double	reference_z,
		double &	V_0,
		double &	gradient,
		double &	error
	)

Given a layered V_int model (in time or depth), compute the best fit for a V_int = V_0 + gradient * (z-reference_z). The fit is such that the time/depth pairs at the layer's boundary will be preserved.

◆ getGUIDefaultVelocity()

float Vel::getGUIDefaultVelocity ( )

If survey display unit is feet, it returns 8000 otherwise 2000. Its purpose is to get nice values of velocity when initializing velocity fields

◆ getSampledZ()

bool Vel::getSampledZ	(	const ValueSeries< double > &	vels,
		const ZValueSeries &	zvals_in,
		OD::VelocityType	,
		const ZValueSeries &	zvals_out,
		ValueSeries< double > &	Zout,
		double	t0 = `0.`
	)

Given an array of velocities and the corresponding times or depths, calculate a regularly sampled array of times or depth Velocities must be in m/s, input/output times values as TWT in seconds. input/output depths values as TVDSD in meters.

◆ sampleEffectiveThomsenPars()

void Vel::sampleEffectiveThomsenPars	(	const ValueSeries< double > &	inparr,
		const ZValueSeries &	z_in,
		const ZValueSeries &	z_out,
		ValueSeries< double > &	res
	)

Given an irregularly sampled effective Thomsen parameter array, create a regularly sampled one. The function assumes constant value of the parameter before and after the input interval.

◆ sampleIntvThomsenPars()

void Vel::sampleIntvThomsenPars	(	const ValueSeries< double > &	inparr,
		const ZValueSeries &	z_in,
		const ZValueSeries &	z_out,
		ValueSeries< double > &	res
	)

Given an irregularly sampled interval Thomsen parameter array, create a regularly sampled one. The function assumes constant value of the parameter before and after the input interval.

◆ sampleVavg()

bool Vel::sampleVavg	(	const ValueSeries< double > &	Vin,
		const ZValueSeries &	z_in,
		const ZValueSeries &	z_out,
		ValueSeries< double > &	Vout
	)

Given an irregularly sampled Vavg, create a regularly sampled one. The function assumes constant average velocity before and after the input interval.

◆ sampleVint()

bool Vel::sampleVint	(	const ValueSeries< double > &	Vin,
		const ZValueSeries &	z_in,
		const ZValueSeries &	z_out,
		ValueSeries< double > &	Vout
	)

Given an irregularly sampled Vint, create a regularly sampled one. The function assumes constant interval velocity before and after the input interval.

◆ sampleVrms()

bool Vel::sampleVrms	(	const ValueSeries< double > &	Vin,
		const ZValueSeries &	z_in,
		const ZValueSeries &	z_out,
		ValueSeries< double > &	Vout,
		double	t0_in = `0.`
	)

Given an irregularly sampled Vrms, create a regularly sampled one. The function assumes constant interval velocity before and after the input interval.

◆ VPM()

PicksMgr& Vel::VPM ( )

Classes

Functions