CLAM::SpectrumInterpolator Class Reference

This calss performs the interpolation of two Spectrum processing data objects. More...

#include <SpectrumInterpolator.hxx>

List of all members.

Public Member Functions
	SpectrumInterpolator (const SpecInterpConfig &c=Config())
	~SpectrumInterpolator ()
const ProcessingConfig &	GetConfig () const
	Configuration getter.
bool	Do (void)
	Supervised mode execution method (using ports).
bool	Do (Spectrum &in1, Spectrum &in2, Spectrum &out)
bool	SetPrototypes (const Spectrum &in1, const Spectrum &in2, const Spectrum &out)
	Change the internal type state.
bool	SetPrototypes ()
bool	UnsetPrototypes ()
bool	MayDisableExecution () const
Public Attributes
FloatInControl	mInterpolationFactorCtl
	Input control for interpolation factor.

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Detailed Description

This calss performs the interpolation of two Spectrum processing data objects.

It Allows any possible attribute configuration in its inputs and in its output, but it performs faster when prototype configuration of the data is specified using SetPrototypes(...), in certain situations:

• When all the inputs and the outputs have a common attirbute (not the BPF), and the same scale.
• When one of the inputs has just a BPF attribute, and both the other input and the output have a common (non-BPF) attribute with the same scale in both objects.
• In other cases, at least a vector conversion will be executed in one of the involved processing data objects. In some bad situations two conversions might be needed.

Todo:

Possible optimisations (which require more states):

• Implement direct sum routines with inputs/outpust in different formats, and Interpolate the corresponding prototype states.
• Expand the state space to avoid checking if the attribute to be used in the computation is instantiated in each of the objects. Right now the same state is used when the three objects have a common attribute, and when a common attribute is to be used, but some of the objects lack it (and need format conversion).

The BPFxBPF sum is being thought. If both BPFs have the same range and point possition, the way to go is obvious, but in other situations it is not so simple. Whe should probably merge both BPFs, into a new BPF.

Definition at line 78 of file SpectrumInterpolator.hxx.

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Constructor & Destructor Documentation

CLAM::SpectrumInterpolator::SpectrumInterpolator

(

const SpecInterpConfig &

c = Config()

)

Definition at line 36 of file SpectrumInterpolator.cxx.

References CLAM::Processing::Configure().

CLAM::SpectrumInterpolator::~SpectrumInterpolator

(

)

[inline]

Definition at line 132 of file SpectrumInterpolator.hxx.

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Member Function Documentation

bool CLAM::SpectrumInterpolator::Do	(	Spectrum &	in1,
		Spectrum &	in2,
		Spectrum &	out
	)

Definition at line 58 of file SpectrumInterpolator.cxx.

References CLAM_ASSERT, CLAM_DEBUG_ASSERT, and CLAM::Processing::IsRunning().

bool CLAM::SpectrumInterpolator::Do

(

void

)

[virtual]

Supervised mode execution method (using ports).

Returns:

A boolean telling whether it has been output

Implements CLAM::Processing.

Definition at line 106 of file SpectrumInterpolator.cxx.

References CLAM_ASSERT.

Referenced by CLAM::FrameInterpolator::Do().

const ProcessingConfig& CLAM::SpectrumInterpolator::GetConfig

(

)

const [inline, virtual]

Configuration getter.

Gets the configuration parameters used to create the object.

Returns:

Const reference to the configuration object. The usual way to perform a configuration change in the processing object is to take a copy of this reference, to change it and to send it with the Configure method. If not overriden, it returns a NullProcessingConfig.

Reimplemented from CLAM::Processing.

Definition at line 133 of file SpectrumInterpolator.hxx.

bool CLAM::SpectrumInterpolator::MayDisableExecution

(

)

const [inline]

Definition at line 153 of file SpectrumInterpolator.hxx.

bool CLAM::SpectrumInterpolator::SetPrototypes

(

)

Definition at line 299 of file SpectrumInterpolator.cxx.

References CLAM_ASSERT.

bool CLAM::SpectrumInterpolator::SetPrototypes	(	const Spectrum &	in1,
		const Spectrum &	in2,
		const Spectrum &	out
	)

Change the internal type state.

Apart from prototype configuration, the Size, Scale and SpectralRange attributes of each Spectrum are also checked.

Definition at line 115 of file SpectrumInterpolator.cxx.

References CLAM::SpecTypeFlags::bComplex, CLAM::SpecTypeFlags::bMagPhase, CLAM::SpecTypeFlags::bMagPhaseBPF, CLAM::SpecTypeFlags::bPolar, CLAM_ASSERT, CLAM::EScale::eLinear, CLAM::EScale::eLog, CLAM::Spectrum::GetSize(), and CLAM::Spectrum::GetType().

bool CLAM::SpectrumInterpolator::UnsetPrototypes

(

)

Definition at line 306 of file SpectrumInterpolator.cxx.

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Member Data Documentation

FloatInControl CLAM::SpectrumInterpolator::mInterpolationFactorCtl

Input control for interpolation factor.

Definition at line 156 of file SpectrumInterpolator.hxx.

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

• SpectrumInterpolator.hxx
• SpectrumInterpolator.cxx