Functions
int	oevislib_net.Profile.GetSize ()
	Returns the size of the profile.
Array< ProfileSection >	oevislib_net.Profile.DivideInSections (Optional< Range > inRange, Optional< float > inMinValue, Optional< float > inMaxValue, float inMinSectionWidth, Optional< float > inMaxSectionWidth, float inMinGapWidth, Optional< float > inMaxGapWidth, Optional< float > inMaxInnerGapWidth, Optional< Conditional< ProfileSection > > outBoundingSection)
	Divides the profile into sections where the values fall into the specified range.
static Array< ProfileEdge >	oevislib_net.Profile.FindProfileEdges (Profile inProfile, bool inCyclic, Optional< Range > inRange, EdgeScanParams inEdgeScanParams, float inMinDistance, Optional< float > inMaxDistance, Optional< LocalBlindness > inLocalBlindness, Optional< Array< float > > outDistances, Optional< Profile > outResponseProfile)
	Finds the positions where profile values change rapidly.
static Array< ProfileRidge >	oevislib_net.Profile.FindProfileRidges (Profile inProfile, bool inCyclic, Optional< Range > inRange, RidgeScanParams inRidgeScanParams, float inMinDistance, Optional< float > inMaxDistance, Optional< LocalBlindness > inLocalBlindness, Optional< Array< float > > outDistances, Optional< Profile > outFirstDerivativeProfile, Optional< Profile > outSecondDerivativeProfile)
	Finds the local minima or maxima in the profile.
static Array< ProfileStripe >	oevislib_net.Profile.FindProfileStripes (Profile inProfile, bool inCyclic, Optional< Range > inRange, StripeScanParams inStripeScanParams, float inMinGapWidth, Optional< float > inMaxGapWidth, Optional< LocalBlindness > inLocalBlindness, Optional< Array< float > > outDistances, Optional< Profile > outResponseProfile)
	Finds segments included between two edges of opposite transition.
float	oevislib_net.Profile.GetAverage (Optional< Range > inRange=null)
	Computes the average value of the profile.
Array< Extremum1D >	oevislib_net.Profile.GetLocalExtrema (bool inCyclic, ExtremumType inExtremumType, bool inConsiderPlateaus, InterpolationMethod1D inInterpolationMethod, Optional< float > inMinValue, Optional< float > inMaxValue, Optional< Range > inRange, Optional< LocalBlindness > inLocalBlindness)
	Finds the local extrema positions (where the profile's values are locally minimum or maximum).
float	oevislib_net.Profile.GetMaxValue (InterpolationMethod1D inInterpolationMethod, Optional< Range > inRange, Optional< int > outMaxIndex, Optional< float > outMaxCoordinate)
	Finds the maximum value of the profile.
float	oevislib_net.Profile.GetMinValue (InterpolationMethod1D inInterpolationMethod, Optional< Range > inRange, Optional< int > outMinIndex, Optional< float > outMinCoordinate)
	Finds the minimum value of the profile.
float	oevislib_net.Profile.GetSum (Optional< Range > inRange=null)
	Computes the sum of all profile values.
Array< float >	oevislib_net.Profile.FindZeroCrossings (Optional< Range > inRange=null)
	Finds the X coordinates where the profile intersects the X axis.

Detailed Description

Function Documentation

◆ DivideInSections()

Array< ProfileSection > oevislib_net.Profile.DivideInSections	(	Optional< Range >	inRange,
		Optional< float >	inMinValue,
		Optional< float >	inMaxValue,
		float	inMinSectionWidth,
		Optional< float >	inMaxSectionWidth,
		float	inMinGapWidth,
		Optional< float >	inMaxGapWidth,
		Optional< float >	inMaxInnerGapWidth,
		Optional< Conditional< ProfileSection > >	outBoundingSection )

inline

Divides the profile into sections where the values fall into the specified range.

The values must be part of the range [inMinValue, inMaxValue] and the obtained sections must respect the width range specified. All sections have to be at a certain distance or can be merged if the distance is less than inMaxInnerGapWidth.

Parameters

inRange	Range of indices to consider.
inMinValue	Value's lower bound.
inMaxValue	Value's upper bound.
inMinSectionWidth	Minimal width of the section. Range: [0, +inf).
inMaxSectionWidth	Maximal width of the section. Range: [0, +inf).
inMinGapWidth	Minimal distance between consecutive sections. Range: [0, +inf).
inMaxGapWidth	Maximal distance between consecutive sections. Range: [0, +inf).
inMaxInnerGapWidth	Maximal possible gap width between two consecutive sections to join them into one.
outBoundingSection	The smallest section that contains all output sections.

Returns: Profile sections.

◆ FindProfileEdges()

Array< ProfileEdge > oevislib_net.Profile.FindProfileEdges	(	Profile	inProfile,
		bool	inCyclic,
		Optional< Range >	inRange,
		EdgeScanParams	inEdgeScanParams,
		float	inMinDistance,
		Optional< float >	inMaxDistance,
		Optional< LocalBlindness >	inLocalBlindness,
		Optional< Array< float > >	outDistances,
		Optional< Profile >	outResponseProfile )

inlinestatic

Finds the positions where profile values change rapidly.

Parameters

inProfile	Input profile.
inCyclic	Whether to consider the profile cyclic.
inRange	Range of indices to consider.
inEdgeScanParams	Parameters controlling the edge extraction process.
inMinDistance	Minimal distance between consecutive edges. Range: [0, +inf).
inMaxDistance	Maximal distance between consecutive edges. Range: [0, +inf).
inLocalBlindness	Parameters used to prevent the detection of weak edges near strong edges.
outDistances	Distances between consecutive edges.
outResponseProfile	Response profile.

Returns: Found edges.

◆ FindProfileRidges()

Array< ProfileRidge > oevislib_net.Profile.FindProfileRidges	(	Profile	inProfile,
		bool	inCyclic,
		Optional< Range >	inRange,
		RidgeScanParams	inRidgeScanParams,
		float	inMinDistance,
		Optional< float >	inMaxDistance,
		Optional< LocalBlindness >	inLocalBlindness,
		Optional< Array< float > >	outDistances,
		Optional< Profile >	outFirstDerivativeProfile,
		Optional< Profile >	outSecondDerivativeProfile )

inlinestatic

Finds the local minima or maxima in the profile.

Parameters

inProfile	Input profile.
inCyclic	Whether to consider the profile cyclic.
inRange	Range of indices to consider.
inRidgeScanParams	Parameters controlling the ridge extraction process.
inMinDistance	Minimal distance between consecutive ridges. Range: [0, +inf).
inMaxDistance	Maximal distance between consecutive ridges. Range: [0, +inf).
inLocalBlindness	Parameters used to prevent the detection of weak ridges near strong edges.
outDistances	Distances between consecutive edges.
outFirstDerivativeProfile	First derivative of the profile.
outSecondDerivativeProfile	Second derivative of the profile.

Returns: Found ridges.

◆ FindProfileStripes()

Array< ProfileStripe > oevislib_net.Profile.FindProfileStripes	(	Profile	inProfile,
		bool	inCyclic,
		Optional< Range >	inRange,
		StripeScanParams	inStripeScanParams,
		float	inMinGapWidth,
		Optional< float >	inMaxGapWidth,
		Optional< LocalBlindness >	inLocalBlindness,
		Optional< Array< float > >	outDistances,
		Optional< Profile >	outResponseProfile )

inlinestatic

Finds segments included between two edges of opposite transition.

Parameters

inProfile	Input profile.
inCyclic	Whether to consider the profile cyclic.
inRange	Range of indices to consider.
inStripeScanParams	Parameters controlling the stripe extraction process.
inMinGapWidth	Minimal distance between consecutive stripes. Range: [0, +inf).
inMaxGapWidth	Maximal distance between consecutive stripes. Range: [0, +inf).
inLocalBlindness	Parameters used to prevent the detection of weak stripes near strong edges.
outDistances	Distances between consecutive stripes.
outResponseProfile	Response profile.

Returns: Found stripes.

◆ FindZeroCrossings()

Array< float > oevislib_net.Profile.FindZeroCrossings ( Optional< Range > inRange = null )

inline

Finds the X coordinates where the profile intersects the X axis.

Parameters

inRange Range of indices to consider.

Returns: X coordinates.

◆ GetAverage()

float oevislib_net.Profile.GetAverage ( Optional< Range > inRange = null )

inline

Computes the average value of the profile.

Parameters

inRange Range of indices to consider.

Returns: Average value.

◆ GetLocalExtrema()

Array< Extremum1D > oevislib_net.Profile.GetLocalExtrema	(	bool	inCyclic,
		ExtremumType	inExtremumType,
		bool	inConsiderPlateaus,
		InterpolationMethod1D	inInterpolationMethod,
		Optional< float >	inMinValue,
		Optional< float >	inMaxValue,
		Optional< Range >	inRange,
		Optional< LocalBlindness >	inLocalBlindness )

inline

Finds the local extrema positions (where the profile's values are locally minimum or maximum).

Parameters

inCyclic	Whether to consider the profile cyclic.
inExtremumType	Type of extremum to find (minimum, maximum or both).
inConsiderPlateaus	Whether the result should include centers of plateau extrema ("groups" of minima/maxima composed by consecutive equal values).
inInterpolationMethod	Interpolation method.
inMinValue	Minimum value to consider.
inMaxValue	Maximum value to consider.
inRange	Range of indices to consider.
inLocalBlindness	When to consider weaker local extrema near stronger ones.

Returns: Local extrema.

◆ GetMaxValue()

float oevislib_net.Profile.GetMaxValue	(	InterpolationMethod1D	inInterpolationMethod,
		Optional< Range >	inRange,
		Optional< int >	outMaxIndex,
		Optional< float >	outMaxCoordinate )

inline

Finds the maximum value of the profile.

Parameters

inInterpolationMethod	Interpolation method.
inRange	Range of indices to consider.
outMaxIndex	Index of the maximum value found.
outMaxCoordinate	X coordinate where the maximum value is found.

Returns: Maximum value.

◆ GetMinValue()

float oevislib_net.Profile.GetMinValue	(	InterpolationMethod1D	inInterpolationMethod,
		Optional< Range >	inRange,
		Optional< int >	outMinIndex,
		Optional< float >	outMinCoordinate )

inline

Finds the minimum value of the profile.

Parameters

inInterpolationMethod	Interpolation method.
inRange	Range of indices to consider.
outMinIndex	Index of the minimum value found.
outMinCoordinate	X coordinate where the minimum value is found.

Returns: minimum value.

◆ GetSize()

int oevislib_net.Profile.GetSize ( )

inline

Returns the size of the profile.

Returns: Size.

◆ GetSum()

float oevislib_net.Profile.GetSum ( Optional< Range > inRange = null )

inline

Computes the sum of all profile values.

Parameters

inRange Range of indices to consider.

Returns: Sum.

Functions

Detailed Description

Function Documentation

◆ DivideInSections()

◆ FindProfileEdges()

◆ FindProfileRidges()

◆ FindProfileStripes()

◆ FindZeroCrossings()

◆ GetAverage()

◆ GetLocalExtrema()

◆ GetMaxValue()

◆ GetMinValue()

◆ GetSize()

◆ GetSum()