Strat::Layer Class Reference

data for a layer. More...

Public Types
typedef CompoundKey	ID

Public Member Functions
	Layer (const Layer &)
	Layer (const LeafUnitRef &)
	~Layer ()
const Content &	content () const
float	depth () const
Color	dispColor (bool lith_else_upnode) const
const LayerValue *	getLayerValue (int) const
void	getValues (TypeSet< float > &) const
ID	id () const
	unitRef().fullCode() More...
bool	isMath (int) const
const Lithology &	lithology () const
BufferString	name () const
int	nrValues () const
Layer &	operator= (const Layer &)
const RefTree &	refTree () const
void	setContent (const Content &c)
void	setRef (const LeafUnitRef &r)
void	setThickness (float v)
void	setValue (int, const IOPar &, const PropertyRefSelection &)
void	setValue (int, const Math::Formula &, const PropertyRefSelection &, float xpos=0.5f)
void	setValue (int, float)
void	setValue (int, LayerValue *)
	becomes mine More...
void	setXPos (float)
void	setZTop (float v)
float	thickness () const
const LeafUnitRef &	unitRef () const
float	value (int) const
	can be undef More...
float	zBot () const
float	zTop () const

Static Public Member Functions
static const PropertyRef &	thicknessRef ()

Protected Member Functions
void	setLV (int, LayerValue *)

Protected Attributes
const Content *	content_
const LeafUnitRef *	ref_
ObjectSet< LayerValue >	vals_
float	ztop_

Detailed Description

data for a layer.

Layers are atached to a UnitRef. To understand the values, you need access to the governing PropertyRefSet, usually attached to the LayerSequence that the Layer is part of.

<>

Member Typedef Documentation

ID

typedef CompoundKey Strat::Layer::ID

Constructor & Destructor Documentation

Layer() [1/2]

Strat::Layer::Layer

(

const LeafUnitRef &

)

Layer() [2/2]

Strat::Layer::Layer

(

const Layer &

)

~Layer()

Strat::Layer::~Layer

(

)

Member Function Documentation

content()

const Content& Strat::Layer::content

(

)

const

depth()

float Strat::Layer::depth ( ) const

inline

dispColor()

Color Strat::Layer::dispColor

(

bool

lith_else_upnode

)

const

getLayerValue()

const LayerValue* Strat::Layer::getLayerValue

(

int

)

const

getValues()

void Strat::Layer::getValues

(

TypeSet< float > &

)

const

id()

ID Strat::Layer::id

(

)

const

unitRef().fullCode()

isMath()

bool Strat::Layer::isMath

(

int

)

const

lithology()

const Lithology& Strat::Layer::lithology

(

)

const

name()

BufferString Strat::Layer::name

(

)

const

nrValues()

int Strat::Layer::nrValues ( ) const

inline

operator=()

Layer& Strat::Layer::operator=

(

const Layer &

)

refTree()

const RefTree& Strat::Layer::refTree

(

)

const

setContent()

void Strat::Layer::setContent ( const Content &  c )

inline

setLV()

void Strat::Layer::setLV ( int  , LayerValue *    )

protected

setRef()

void Strat::Layer::setRef ( const LeafUnitRef &  r )

inline

setThickness()

void Strat::Layer::setThickness

(

float

v

)

setValue() [1/4]

void Strat::Layer::setValue	(	int	,
		const IOPar &	,
		const PropertyRefSelection &
	)

setValue() [2/4]

void Strat::Layer::setValue	(	int	,
		const Math::Formula &	,
		const PropertyRefSelection &	,
		float	xpos = 0.5f
	)

setValue() [3/4]

void Strat::Layer::setValue	(	int	,
		float
	)

setValue() [4/4]

void Strat::Layer::setValue	(	int	,
		LayerValue *
	)

becomes mine

setXPos()

void Strat::Layer::setXPos

(

float

)

setZTop()

void Strat::Layer::setZTop ( float  v )

inline

thickness()

float Strat::Layer::thickness

(

)

const

thicknessRef()

static const PropertyRef& Strat::Layer::thicknessRef ( )

static

unitRef()

const LeafUnitRef& Strat::Layer::unitRef ( ) const

inline

value()

float Strat::Layer::value

(

int

)

const

can be undef

zBot()

float Strat::Layer::zBot ( ) const

inline

zTop()

float Strat::Layer::zTop ( ) const

inline

Member Data Documentation

content_

const Content* Strat::Layer::content_

protected

ref_

const LeafUnitRef* Strat::Layer::ref_

protected

vals_

ObjectSet<LayerValue> Strat::Layer::vals_

protected

ztop_

float Strat::Layer::ztop_

protected