Types (mostly) mirroring the ANSI/NIST-ITL Type 9 Extended Feature Set. More...

Classes
struct	Core
	Singular point of focus of innermost recurving ridge. More...

struct	CorrespondenceRelationship
	Relationship between probe and reference features. More...

class	Crease
	Friction ridge linear flexion creases. More...

struct	Delta
	Singular point of ridge divergence. More...

struct	Features
	Collection of ANSI/NIST-ITL 1-2011 (Update: 2015) Extended Feature Set fields understood by FRIF. More...

struct	Minutia
	Friction ridge feature details. More...

struct	Orientation
	Deviation of an image from upright. More...

class	PatternClassification
	Classification of friction ridge structure. More...

class	QualityMeasure
	Measurement on the biometric sample. More...

struct	RidgeQualityRegion
	Region defined in a map of ridge quality/confidence. More...

Typedefs
using	IMP = Impression
	Convenience Impression type using ANSI/NIST-ITL mnemonic.

using	FCT = FrictionRidgeCaptureTechnology
	Convenience FrictionRidgeCaptureTechnology type using ANSI/NIST-ITL mnemonic.

using	FGP = FrictionRidgeGeneralizedPosition
	Convenience FrictionRidgeGeneralizedPosition type using ANSI/NIST-ITL mnemonic.

using	LPM = ProcessingMethod
	Convenience LatentProcessingMethod type using ANSI/NIST-ITL mnemonic.

using	GCF = PatternGeneralClassification
	Convenience PatternGeneralClassification type using ANSI/NIST-ITL mnemonic.

using	PatternSubclassification
	Subclassification of PatternClassification.

using	SUB = PatternSubclassification
	Convenience PatternSubclassification type using ANSI/NIST-ITL mnemonic.

using	WDR = WhorlDeltaRelationship
	Convenience WhorlDeltaRelationship type using ANSI/NIST-ITL mnemonic.

using	EAA = ValueAssessment
	Convenience ExaminerValueAssessment type using ANSI/NIST-ITL mnemonic.

using	TOC = CorrespondenceType

using	CreaseClassification
	Collection of crease types.

using	QualityMeasureMap
	Convenience type for storing QualityMeasure.

Enumerations
enum class	Impression { PlainContact = 0 , RolledContact = 1 , Latent = 4 , LiveScanSwipe = 8 , PlainContactlessStationary = 24 , RolledContactlessStationary = 25 , Other = 28 , Unknown = 29 , Contactless = 43 }
	Friction ridge impression types from ANSI/NIST-ITL 1-202X. More...

enum class	FrictionRidgeCaptureTechnology { Unknown = 0 , ScannedInkOnPaper = 2 , OpticalTIRBright = 3 , OpticalDirect = 5 , Capacitive = 9 , Electroluminescent = 11 , LatentImpression = 18 , LatentLift = 22 }
	Capture device codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	FrictionRidgeGeneralizedPosition { UnknownFinger = 0 , RightThumb = 1 , RightIndex = 2 , RightMiddle = 3 , RightRing = 4 , RightLittle = 5 , LeftThumb = 6 , LeftIndex = 7 , LeftMiddle = 8 , LeftRing = 9 , LeftLittle = 10 , RightExtraDigit = 16 , LeftExtraDigit = 17 , RightFour = 13 , LeftFour = 14 , RightAndLeftThumbs = 15 , UnknownPalm = 20 , RightFullPalm = 21 , RightWritersPalm = 22 , LeftFullPalm = 23 , LeftWritersPalm = 24 , RightLowerPalm = 25 , RightUpperPalm = 26 , LeftLowerPalm = 27 , LeftUpperPalm = 28 , RightPalmOther = 29 , LeftPalmOther = 30 , RightInterdigital = 31 , RightThenar = 32 , RightHypothenar = 33 , LeftInterdigital = 34 , LeftThenar = 35 , LeftHypothenar = 36 , RightGrasp = 37 , LeftGrasp = 38 , RightCarpalDeltaArea = 81 , LeftCarpalDeltaArea = 82 , RightFullPalmAndWritersPalm = 83 , LeftFullPalmAndWritersPalm = 84 , RightWristBracelet = 85 , LeftWristBracelet = 86 , UnknownFrictionRidge = 18 , EJIOrTip = 19 }
	Friction positions codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	ProcessingMethod { Indanedione , BlackPowder , Other , Cyanoacrylate , Laser , RUVIS , StickysidePowder , Visual , WhitePowder }
	Processing method codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	PatternGeneralClassification { Arch , Whorl , RightLoop , LeftLoop , Amputation , UnableToPrint , Unclassifiable , Scar , DissociatedRidges }
	General classification of friction ridge structure. More...

enum class	ArchPatternSubclassification { PlainArch , TentedArch }
	Subclassification when PatternClassification is Arch. More...

enum class	WhorlPatternSubclassification { PlainWhorl , CentralPocketLoop , DoubleLoop , AccidentalWhorl }
	Subclassification when PatternClassification is Whorl. More...

enum class	WhorlDeltaRelationship { Inner , Outer , Meeting }
	Whorl-Delta relationship. More...

enum class	ValueAssessment { Value , Limited , NoValue , NonPrint }
	Value assessment codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	Substrate { Paper , PorousOther , Plastic , Glass , MetalPainted , MetalUnpainted , TapeAdhesiveSide , NonporousOther , PaperGlossy , SemiporousOther , Other , Unknown }
	Substrate codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	MinutiaType { RidgeEnding , Bifurcation , Other , Unknown }
	Types of minutiae. More...

enum class	CorrespondenceType { Definite , Possible , DoesNotExist , OutOfRegion , UnclearArea }
	Types of correspondence. More...

enum class	RidgeQuality { Background = 0 , DebatableRidgeFlow = 1 , DebatableMinutiae = 2 , DefinitiveMinutiae = 3 , DefinitiveRidgeEdges = 4 , DefinitivePores = 5 }
	Local ridge quality codes from ANSI/NIST-ITL 1-2011 (2015). More...

enum class	FingerCrease { DistalInterphalangeal , ProximalInterphalangeal , ProximalDigital }
	Permanent flexion creases on fingers. More...

enum class	PalmCrease { DistalTransverse , Top = DistalTransverse , ProximalTransverse , Middle = ProximalTransverse , RadialLongitudinal , Bottom = RadialLongitudinal , Wrist , WristBracelet = Wrist }
	Permanent flexion creases on palms. More...

enum class	LinearDiscontinuity { MinorCrease , Crack , Cut , NonPermanentScar , Other }
	Linear discontinuities that are not named permanent creases. More...

Functions
Impression	toImpression (const std::underlying_type_t< Impression > i)
	Convert integer to enumerated type.

FrictionRidgeCaptureTechnology	toFrictionRidgeCaptureTechnology (const std::underlying_type_t< FrictionRidgeCaptureTechnology > i)
	Convert integer to enumerated type.

FrictionRidgeGeneralizedPosition	toFrictionRidgeGeneralizedPosition (const std::underlying_type_t< FrictionRidgeGeneralizedPosition > i)
	Convert integer to enumerated type.

ProcessingMethod	toProcessingMethod (const std::underlying_type_t< ProcessingMethod > i)
	Convert integer to enumerated type.

PatternGeneralClassification	toPatternGeneralClassification (const std::underlying_type_t< PatternGeneralClassification > i)
	Convert integer to enumerated type.

ArchPatternSubclassification	toArchPatternSubclassification (const std::underlying_type_t< ArchPatternSubclassification > i)
	Convert integer to enumerated type.

WhorlPatternSubclassification	toWhorlPatternSubclassification (const std::underlying_type_t< WhorlPatternSubclassification > i)
	Convert integer to enumerated type.

WhorlDeltaRelationship	toWhorlDeltaRelationship (const std::underlying_type_t< WhorlDeltaRelationship > i)
	Convert integer to enumerated type.

ValueAssessment	toValueAssessment (const std::underlying_type_t< ValueAssessment > i)
	Convert integer to enumerated type.

Substrate	toSubstrate (const std::underlying_type_t< Substrate > i)
	Convert integer to enumerated type.

MinutiaType	toMinutiaType (const std::underlying_type_t< MinutiaType > i)
	Convert integer to enumerated type.

CorrespondenceType	toCorrespondenceType (const std::underlying_type_t< CorrespondenceType > i)
	Convert integer to enumerated type.

RidgeQuality	toRidgeQuality (const std::underlying_type_t< RidgeQuality > i)
	Convert integer to enumerated type.

FingerCrease	toFingerCrease (const std::underlying_type_t< FingerCrease > i)
	Convert integer to enumerated type.

PalmCrease	toPalmCrease (const std::underlying_type_t< PalmCrease > i)
	Convert integer to enumerated type.

LinearDiscontinuity	toLinearDiscontinuity (const std::underlying_type_t< LinearDiscontinuity > i)
	Convert integer to enumerated type.

Detailed Description

Types (mostly) mirroring the ANSI/NIST-ITL Type 9 Extended Feature Set.

Typedef Documentation

◆ IMP

using FRIF::EFS::IMP = Impression

Convenience Impression type using ANSI/NIST-ITL mnemonic.

Definition at line 36 of file efs.h.

◆ FCT

using FRIF::EFS::FCT = FrictionRidgeCaptureTechnology

Convenience FrictionRidgeCaptureTechnology type using ANSI/NIST-ITL mnemonic.

Definition at line 72 of file efs.h.

◆ FGP

using FRIF::EFS::FGP = FrictionRidgeGeneralizedPosition

Convenience FrictionRidgeGeneralizedPosition type using ANSI/NIST-ITL mnemonic.

Definition at line 145 of file efs.h.

◆ LPM

using FRIF::EFS::LPM = ProcessingMethod

Convenience LatentProcessingMethod type using ANSI/NIST-ITL mnemonic.

Definition at line 181 of file efs.h.

◆ GCF

using FRIF::EFS::GCF = PatternGeneralClassification

Convenience PatternGeneralClassification type using ANSI/NIST-ITL mnemonic.

Definition at line 223 of file efs.h.

◆ PatternSubclassification

using FRIF::EFS::PatternSubclassification

Initial value:

std::variant<

ArchPatternSubclassification, WhorlPatternSubclassification>

FRIF::EFS::WhorlPatternSubclassification

WhorlPatternSubclassification

Subclassification when PatternClassification is Whorl.

Definition efs.h:280

FRIF::EFS::ArchPatternSubclassification

ArchPatternSubclassification

Subclassification when PatternClassification is Arch.

Definition efs.h:250

Subclassification of PatternClassification.

Note: These enumerations map to ANSI/NIST-ITL 1-2011 Update:2015's PCT "General Class" codes from Table 44.

Definition at line 311 of file efs.h.

◆ SUB

using FRIF::EFS::SUB = PatternSubclassification

Convenience PatternSubclassification type using ANSI/NIST-ITL mnemonic.

Definition at line 318 of file efs.h.

◆ WDR

using FRIF::EFS::WDR = WhorlDeltaRelationship

Convenience WhorlDeltaRelationship type using ANSI/NIST-ITL mnemonic.

Definition at line 355 of file efs.h.

◆ EAA

using FRIF::EFS::EAA = ValueAssessment

Convenience ExaminerValueAssessment type using ANSI/NIST-ITL mnemonic.

Definition at line 448 of file efs.h.

◆ TOC

using FRIF::EFS::TOC = CorrespondenceType

Definition at line 723 of file efs.h.

◆ CreaseClassification

using FRIF::EFS::CreaseClassification

Initial value:

std::variant<FingerCrease, PalmCrease,

LinearDiscontinuity>

FRIF::EFS::FingerCrease

FingerCrease

Permanent flexion creases on fingers.

Definition efs.h:893

FRIF::EFS::LinearDiscontinuity

LinearDiscontinuity

Linear discontinuities that are not named permanent creases.

Definition efs.h:962

FRIF::EFS::PalmCrease

PalmCrease

Permanent flexion creases on palms.

Definition efs.h:921

Collection of crease types.

Note: These enumerations mostly map to ANSI/NIST-ITL 1-2011 Update:2015's TPD "Permanent Flexion Creases" codes from Table 58.

Definition at line 999 of file efs.h.

◆ QualityMeasureMap

using FRIF::EFS::QualityMeasureMap

Initial value:

 std::unordered_map<
            QualityMeasure::Description, QualityMeasure,
            QualityMeasure::DescriptionHash>

Convenience type for storing QualityMeasure.

Definition at line 1259 of file efs.h.

Enumeration Type Documentation

◆ Impression

enum class FRIF::EFS::Impression

strong

Friction ridge impression types from ANSI/NIST-ITL 1-202X.

Enumerator
PlainContact
RolledContact
Latent
LiveScanSwipe
PlainContactlessStationary
RolledContactlessStationary
Other
Unknown
Contactless

Definition at line 23 of file efs.h.

◆ FrictionRidgeCaptureTechnology

enum class FRIF::EFS::FrictionRidgeCaptureTechnology

strong

Capture device codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
Unknown
ScannedInkOnPaper
OpticalTIRBright
OpticalDirect
Capacitive
Electroluminescent
LatentImpression
LatentLift

Definition at line 56 of file efs.h.

◆ FrictionRidgeGeneralizedPosition

enum class FRIF::EFS::FrictionRidgeGeneralizedPosition

strong

Friction positions codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
UnknownFinger
RightThumb
RightIndex
RightMiddle
RightRing
RightLittle
LeftThumb
LeftIndex
LeftMiddle
LeftRing
LeftLittle
RightExtraDigit
LeftExtraDigit
RightFour
LeftFour
RightAndLeftThumbs
UnknownPalm
RightFullPalm
RightWritersPalm
LeftFullPalm
LeftWritersPalm
RightLowerPalm
RightUpperPalm
LeftLowerPalm
LeftUpperPalm
RightPalmOther
LeftPalmOther
RightInterdigital
RightThenar
RightHypothenar
LeftInterdigital
LeftThenar
LeftHypothenar
RightGrasp
LeftGrasp
RightCarpalDeltaArea
LeftCarpalDeltaArea
RightFullPalmAndWritersPalm
LeftFullPalmAndWritersPalm
RightWristBracelet
LeftWristBracelet
UnknownFrictionRidge
EJIOrTip

Definition at line 92 of file efs.h.

◆ ProcessingMethod

enum class FRIF::EFS::ProcessingMethod

strong

Processing method codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
Indanedione
BlackPowder
Other
Cyanoacrylate
Laser
RUVIS
StickysidePowder
Visual
WhitePowder

Definition at line 165 of file efs.h.

◆ PatternGeneralClassification

enum class FRIF::EFS::PatternGeneralClassification

strong

General classification of friction ridge structure.

Note: These enumerations map to ANSI/NIST-ITL 1-2011 Update:2015's PCT "General Class" codes from Table 44.

Enumerator
Arch
Whorl
RightLoop
LeftLoop
Amputation
UnableToPrint
Unclassifiable
Scar
DissociatedRidges

Definition at line 207 of file efs.h.

◆ ArchPatternSubclassification

enum class FRIF::EFS::ArchPatternSubclassification

strong

Subclassification when PatternClassification is Arch.

Note: These enumerations map to ANSI/NIST-ITL 1-2011 Update:2015's PCT "General Class" codes from Table 44.

Enumerator
PlainArch
TentedArch

Definition at line 249 of file efs.h.

◆ WhorlPatternSubclassification

enum class FRIF::EFS::WhorlPatternSubclassification

strong

Subclassification when PatternClassification is Whorl.

Note: These enumerations map to ANSI/NIST-ITL 1-2011 Update:2015's PCT "General Class" codes from Table 44.

Enumerator
PlainWhorl
CentralPocketLoop
DoubleLoop
AccidentalWhorl

Definition at line 279 of file efs.h.

◆ WhorlDeltaRelationship

enum class FRIF::EFS::WhorlDeltaRelationship

strong

Whorl-Delta relationship.

Note: These enumerations are described in ANSI/NIST-ITL 1-2011 Update:2015, Section 8.9.7.5.

Enumerator
Inner
Outer
Meeting

Definition at line 327 of file efs.h.

◆ ValueAssessment

enum class FRIF::EFS::ValueAssessment

strong

Value assessment codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
Value
Limited
NoValue
NonPrint

Definition at line 437 of file efs.h.

◆ Substrate

enum class FRIF::EFS::Substrate

strong

Substrate codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
Paper
PorousOther
Plastic
Glass
MetalPainted
MetalUnpainted
TapeAdhesiveSide
NonporousOther
PaperGlossy
SemiporousOther
Other
Unknown

Definition at line 468 of file efs.h.

◆ MinutiaType

enum class FRIF::EFS::MinutiaType

strong

Types of minutiae.

Enumerator
RidgeEnding
Bifurcation
Other
Unknown

Definition at line 505 of file efs.h.

◆ CorrespondenceType

enum class FRIF::EFS::CorrespondenceType

strong

Types of correspondence.

Following ANSI/NIST-ITL 1-2011 (2015) Field 9.361, "types of correspondence (TOC)"

Enumerator
Definite	Probe feature definitely corresponds.
Possible	Probe feature possibly/debatably corresponds.
DoesNotExist	Probe feature definitely does not exist. Note Correspondence::referenceMinutia will be ignored.
OutOfRegion	Probe feature lies outside the reference. Note Correspondence::referenceMinutia will be ignored.
UnclearArea	Probe feature lies in an area experiencing quality issues in the reference. Note Correspondence::referenceMinutia will be ignored.

Definition at line 694 of file efs.h.

◆ RidgeQuality

enum class FRIF::EFS::RidgeQuality

strong

Local ridge quality codes from ANSI/NIST-ITL 1-2011 (2015).

Enumerator
Background	No ridge information.
DebatableRidgeFlow	Continuity of ridge flow is uncertain.
DebatableMinutiae	Continuity of ridge flow is certain; minutiae are debatable.
DefinitiveMinutiae	Minutiae and ridge flow are obvious and unambiguous; ridge edges are debatable.
DefinitiveRidgeEdges	Ridge edges, minutiae, and ridge flow are obvious and unambiguous; pores are either debatable or not present.
DefinitivePores	Pores and ridge edges are obvious and unambiguous.

Definition at line 831 of file efs.h.

◆ FingerCrease

enum class FRIF::EFS::FingerCrease

strong

Permanent flexion creases on fingers.

Enumerator
DistalInterphalangeal	Below distal phalanx.
ProximalInterphalangeal	Below medial phalanx.
ProximalDigital	Between proximal phalanx and palm.

Definition at line 892 of file efs.h.

◆ PalmCrease

enum class FRIF::EFS::PalmCrease

strong

Permanent flexion creases on palms.

Enumerator
DistalTransverse	Bottom of the interdigital area.
Top	Colloquial definition for DistalTransverse.
ProximalTransverse	Diagonal across palm.
Middle	Colloquial definition for ProximalTransverse.
RadialLongitudinal	Around the base of thenar.
Bottom	Colloquial definition for RadialLongitudinal.
Wrist	Bottom of the palm at the wrist.
WristBracelet	Colloquial definition for Wrist.

Definition at line 920 of file efs.h.

◆ LinearDiscontinuity

enum class FRIF::EFS::LinearDiscontinuity

strong

Linear discontinuities that are not named permanent creases.

Enumerator
MinorCrease
Crack
Cut
NonPermanentScar
Other

Definition at line 961 of file efs.h.

Function Documentation

◆ toImpression()

FRIF::EFS::Impression FRIF::EFS::toImpression ( const std::underlying_type_t< Impression > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 329 of file libfrifte_efs.cpp.

◆ toFrictionRidgeCaptureTechnology()

FRIF::EFS::FrictionRidgeCaptureTechnology FRIF::EFS::toFrictionRidgeCaptureTechnology ( const std::underlying_type_t< FrictionRidgeCaptureTechnology > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 358 of file libfrifte_efs.cpp.

◆ toFrictionRidgeGeneralizedPosition()

FRIF::EFS::FrictionRidgeGeneralizedPosition FRIF::EFS::toFrictionRidgeGeneralizedPosition ( const std::underlying_type_t< FrictionRidgeGeneralizedPosition > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 385 of file libfrifte_efs.cpp.

◆ toProcessingMethod()

FRIF::EFS::ProcessingMethod FRIF::EFS::toProcessingMethod ( const std::underlying_type_t< ProcessingMethod > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 491 of file libfrifte_efs.cpp.

◆ toPatternGeneralClassification()

FRIF::EFS::PatternGeneralClassification FRIF::EFS::toPatternGeneralClassification ( const std::underlying_type_t< PatternGeneralClassification > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 520 of file libfrifte_efs.cpp.

◆ toArchPatternSubclassification()

FRIF::EFS::ArchPatternSubclassification FRIF::EFS::toArchPatternSubclassification ( const std::underlying_type_t< ArchPatternSubclassification > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 549 of file libfrifte_efs.cpp.

◆ toWhorlPatternSubclassification()

FRIF::EFS::WhorlPatternSubclassification FRIF::EFS::toWhorlPatternSubclassification ( const std::underlying_type_t< WhorlPatternSubclassification > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 564 of file libfrifte_efs.cpp.

◆ toWhorlDeltaRelationship()

FRIF::EFS::WhorlDeltaRelationship FRIF::EFS::toWhorlDeltaRelationship ( const std::underlying_type_t< WhorlDeltaRelationship > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 583 of file libfrifte_efs.cpp.

◆ toValueAssessment()

FRIF::EFS::ValueAssessment FRIF::EFS::toValueAssessment ( const std::underlying_type_t< ValueAssessment > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 600 of file libfrifte_efs.cpp.

◆ toSubstrate()

FRIF::EFS::Substrate FRIF::EFS::toSubstrate ( const std::underlying_type_t< Substrate > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 619 of file libfrifte_efs.cpp.

◆ toMinutiaType()

FRIF::EFS::MinutiaType FRIF::EFS::toMinutiaType ( const std::underlying_type_t< MinutiaType > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 654 of file libfrifte_efs.cpp.

◆ toCorrespondenceType()

FRIF::EFS::CorrespondenceType FRIF::EFS::toCorrespondenceType ( const std::underlying_type_t< CorrespondenceType > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 673 of file libfrifte_efs.cpp.

◆ toRidgeQuality()

FRIF::EFS::RidgeQuality FRIF::EFS::toRidgeQuality ( const std::underlying_type_t< RidgeQuality > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 694 of file libfrifte_efs.cpp.

◆ toFingerCrease()

FRIF::EFS::FingerCrease FRIF::EFS::toFingerCrease ( const std::underlying_type_t< FingerCrease > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 717 of file libfrifte_efs.cpp.

◆ toPalmCrease()

FRIF::EFS::PalmCrease FRIF::EFS::toPalmCrease ( const std::underlying_type_t< PalmCrease > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 734 of file libfrifte_efs.cpp.

◆ toLinearDiscontinuity()

FRIF::EFS::LinearDiscontinuity FRIF::EFS::toLinearDiscontinuity ( const std::underlying_type_t< LinearDiscontinuity > i )

Convert integer to enumerated type.

Parameters

i	Integer version of enumerated type.

Returns: Enumerated value of i.

Exceptions

Cannot map i to valid enumerated value.

Definition at line 753 of file libfrifte_efs.cpp.

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ IMP

◆ FCT

◆ FGP

◆ LPM

◆ GCF

◆ PatternSubclassification

◆ SUB

◆ WDR

◆ EAA

◆ TOC

◆ CreaseClassification

◆ QualityMeasureMap

Enumeration Type Documentation

◆ Impression

◆ FrictionRidgeCaptureTechnology

◆ FrictionRidgeGeneralizedPosition

◆ ProcessingMethod

◆ PatternGeneralClassification

◆ ArchPatternSubclassification

◆ WhorlPatternSubclassification

◆ WhorlDeltaRelationship

◆ ValueAssessment

◆ Substrate

◆ MinutiaType

◆ CorrespondenceType

◆ RidgeQuality

◆ FingerCrease

◆ PalmCrease

◆ LinearDiscontinuity

Function Documentation

◆ toImpression()

◆ toFrictionRidgeCaptureTechnology()

◆ toFrictionRidgeGeneralizedPosition()

◆ toProcessingMethod()

◆ toPatternGeneralClassification()

◆ toArchPatternSubclassification()

◆ toWhorlPatternSubclassification()

◆ toWhorlDeltaRelationship()

◆ toValueAssessment()

◆ toSubstrate()

◆ toMinutiaType()

◆ toCorrespondenceType()

◆ toRidgeQuality()

◆ toFingerCrease()

◆ toPalmCrease()

◆ toLinearDiscontinuity()