ezfit:5x:sysdoc:enumerated_types [Audina Documentation]

Enumerated Types

TAutofitType

Name	Code	Value	Description
Normal WDRC	autofit_NormalWDRC	0	Normal using Wide Dynamic Range Compression (WDRC).
AGC-o	autofit_AGCo	1	Automatic Gain Control - Output.
Linear	autofit_Linear	2	Linear.
Restaurant / Party	autofit_RestaurantParty	3	Restaurant, or Party.
Telephone / Acoustic Telephone / Induction Loop	autofit_TelephoneInductionLoop	4	Telephone (Telecoil), Acoustic Telephone (No Telecoil), or Induction Loop (FM Loops, etc.).
Music	autofit_Music	5	Music or other pure tones.
Home / Office / TV	autofit_HomeOfficeTV	6	Home, Office, or TV.
Theatre / Worship Hall	autofit_TheatreWorshipHall	7	Theatre, or Worship Hall.
Intense Noise	autofit_IntenseNoise	8	Intense Noise.
AutoAdapt	autofit_AutoAdapt	9	Auto adapt with Adaptive Directionality technology.
AutoSceneDetection	autofit_AutoSceneDetect	10	Auto scene detection using iSceneDetect or similar technology.
Background Noise / Car / Machines	autofit_BackgroundNoiseCarMachines	11	Background Noise, car/traffic, machines.

Example in C#:

public enum TAutofitType 
{
  Unassigned,
  NormalWDRC,
  AGCo,
  Linear,
  RestaurantParty,
  TelephoneInductionLoop,
  Music,
  HomeOfficeTV,
  TheatreWorshipHall,
  IntenseNoise,
  AutoAdapt,
  AutoSceneDetection,
  BackgroundNoiseCarMachines
};

TPrescriptionType

Name	Code	Value	Type	Description
Unassigned	presc_Unassigned	0		Unassigned prescription.
FIG6 Audina v.1 2001	presc_FIG6AudinaV1	1	Non-linear amplification	Audina Prescription version 1 (2001), based on FIG6.
FIG6 Audina v.2 2006	presc_FIG6AudinaV2	2	Non-linear amplification	Audina Prescription version 2 (2006), based on FIG6.
FIG6 Audina v.3 2009	presc_FIG6AudinaV3	3	Non-linear amplification	Audina Prescription version 3 (2009), based on FIG6 and Steve Armstrong's algorithms.
NAL	presc_NAL	4	Linear amplification	National Acoustic Laboratories (AU) Prescription. (Byrne & Tonisson, 1976)
NAL-RP	presc_NALRP	5	Linear amplification	National Acoustic Laboratories (AU) Revised for Profound Loss Prescription.
NAL-NL1	presc_NALNL1	6	Non-linear amplification	National Acoustic Laboratories (AU) Non-linear version 1 Prescription. (Dillon, 1999)
NAL-NL2	presc_NALNL2	7	Non-linear amplification	National Acoustic Laboratories (AU) Non-linear version 2 Prescription.
FIG6	presc_FIG6	8	Non-linear amplification	Figure 6 Fitting Procedure prescription. (Killion & Fikret-Pasa,1993)
POGO	presc_POGO	9	Linear amplification	“Prescription of Gain and Output” prescription. (McCandless & Lyregaard, 1983)
POGO II	presc_POGOII	10	Linear amplification	“Prescription of Gain and Output” version 2 prescription.
Berger	presc_Berger	11		Berger prescription.
1/3 Gain	presc_ThirdGain	12		1/3 Gain rule prescription.
1/2 Gain	presc_HalfGain	13		1/2 Gain rule prescription.
2/3 Gain	presc_TwoThirdsGain	14		2/3 Gain rule prescription.
DSL	presc_DSL	15	Linear amplification	Desired Sensation Level prescription.
DSL [i/o]	presc_DSLio	16	Non-linear amplification	Desired Sensation Level Input-Output for Compression Amplification prescription. (Cornelisse, Seewald, & Jamieson, 1995)
DSL m[i/o]	presc_DSLmio	17	Non-linear amplification	Desired Sensation Level Multi-stage Input-Output for Compression Amplification prescription. National Center for Audiology, University of Western Ontario, Canada. (Scollie et al, 2005)
IHAFF	presc_IHAFF	18	Non-linear amplification	Independent Hearing Aid Fitting Forum Loudness Scaling prescription. (Cox, 1995; Valente & VanVliet, 1997)
LGOB	presc_LGOB	19	Non-linear amplification	Loudness Growth of Half-Octave Bands. (Allen, Hall, & Jeng, 1990)

Other possibilities:

FIG6
NAL-RP
POGO
Berger
1/3 Gain
1/2 Gain
2/3 Gain
DSL LIN
DSL WDRC

Other aliases for Prescription Type:

Fitting Rule
Fitting Type
Target Curve Type

Example in C#:

public enum TPrescriptionType 
{
  Unassigned,
  FIG6AudinaV1,
  FIG6AudinaV2,
  FIG6AudinaV3,
  NALNL1
};

TInstrumentStyle

Name	Code	Value	Description
Unassigned	style_Unassigned	0	Completely-in-Canal.
Mini CIC	style_MiniCIC	1	Completely-in-Canal.
CIC	style_CIC	2	Completely-in-Canal.
Mini Canal	style_MiniCanal	3	Mini Canal.
Canal	style_Canal	4	Canal.
Half-Shell	style_HalfShell	5	Half-shell.
Full-Shell	style_FullShell	6	Full-shell.
Super60	style_Super60	7	Behind-the-Ear.
BTE	style_BTE	8	Behind-the-Ear.
Arc	style_Arc	9	Arc shape open fit.
RIC	style_RIC	10	Receiver-in-Canal open fit.
RIC Custom Mold	style_RIC_Custom_Mold	11	Receiver-in-Canal close with custom mold.
Stock	style_Stock	12	Stock CIC products such as ezHear.
OTE Open	style_OTE_Open	13	Over-the-Ear (open fit).
OTE Closed 2-cc Coupler	style_OTE_Closed2ccCoupler	14	Over-the-Ear (closed fit).
OTE Closed Real Ear Simuluted	style_OTE_ClosedRealEarSimulated	15	Over-the-Ear (closed fit).
OTE Closed BTE Ear Hook	style_OTE_ClosedBTEEarHook	16	Over-the-Ear (closed fit).
OTE Open Real Ear Simulated	style_OTE_OpenRealEarSimulated	17	Over-the-Ear (open fit).

Example in C#:

public enum TInstrumentStyle
{
    Undefined,
    MiniCIC,
    CIC,
    MiniCanal,
    Canal,
    HalfShell,
    FullShell,
    Super60,
    BTE,
    Arc,
    RIC,
    RIC_Custom_Mold,
    Stock,
    OTE_Open,
    OTE_Closed2ccCoupler,
    OTE_ClosedRealEarSimulated,
    OTE_ClosedBTEEarHook,
    OTE_OpenRealEarSimulated
}

TInstrumentType

Name	Code	Value	Description
None	None	0	No device.
Hearing Instrument	HearingInstrument	1	Hearing instrument.
Assistive Learning Device	AssistiveLearningDevice	2	Assistive learning device.
Musician Monitor	MusicianMonitor	3	Musician monitor.
Hearing Protection Device	HearingProtectionDevice	4	Hearing protection device (shooter protection, etc.).

Example in C#:

public enum TInstrumentType
{
    None,
    HearingInstrument,
    AssistiveLearningDevice,
    MusicianMonitor,
    HearingProtectionDevice
}

TFittingSolutionType

Name	Code	Value	Description
None	fitsolution_None	0	None.
Loudness	fitsolution_Loudness	1	Loundness emphasis fitting solution.
Sound Quality	fitsolution_SoundQuality	2	Sound Quality emphasis fitting solution.
Speech Intelligibility	fitsolution_SpeechIntelligibility	3	Speech Intelligibility emphasis fitting solution.
Own Voice	fitsolution_OwnVoice	4	Own Voice emphasis fitting solution.
Other	fitsolution_Other	5	Other fitting solution.

Example in C#:

public enum TFittingSolutionType {
  None,
  Loudness,
  SoundQuality,
  SpeechIntelligibility,
  OwnVoice,
  Other
}

TFittingChartType

Name	Code	Value	Description
Audiogram	chart_Audiogram	0	Audiogram chart.
2-cc Coupler	chart_TwoCCCoupler	1	2-cc Coupler chart.
Open Ear Coupler	chart_OpenEarCoupler	2	Open Ear Coupler chart.
I/O Curves	chart_IOCurves	3	I/O Curves chart.

Example in C#:

enum TFittingChartType {
 chart_Audiogram,
 chart_TwoCCCoupler,
 chart_OpenEarCoupler,
 chart_IOCurves
};

TProgIntfType

Name	Code	Value	Description
Simulation	progintf_Simulation	0	Simulation mode.
HiPro	progintf_HiPro	1	HiPro (GNOtometrics) programming interface.
MicroCard	progintf_MicroCard	2	MicroCard (MicroConnect card) programming interface.
Gennum DSP	progintf_GennumDSP	3	Gennum DSP (Sound Design) programming interface.
NOAHlink	progintf_NOAHlink	4	NOAHlink (GNOtometrics for HIMSA) programming interface.
CF2	progintf_CF2	5	CF2 (Intricon) programming interface.
EMiniTec	progintf_EMiniTec	6	EMiniTec programming interface.
iLink Wireless	progintf_iLinkWireless	7	iLink Wireless (Intricon) programming interface.

Example in C#:

enum TProgIntfType {
 progintf_Simulation,
 progintf_HiPro,
 progintf_MicroCard,
 progintf_GennumDSP,
 progintf_NOAHlink,
 progintf_CF2,
 progintf_EMiniTec,
 progintf_iLinkWireless
};

TCircuitManufType

Name	Code	Value	Description
Unknown	manuf_Unknown	0	Manufacturer unknown.
Sound Design	manuf_SoundDesign	1	Manufacturer Sound Design Technologies (former Gennum).
Intricon	manuf_Intricon	2	Manufacturer Intricon (former RTI).
Sonic	manuf_Sonic	3	Manufacturer Sonic.
Dynamic Hearing	manuf_DynamicHearing	4	Manufacturer Dynamic Hearing.

Example in C#:

enum TCircuitManufType {
 manuf_Unknown,
 manuf_SoundDesign,
 manuf_Intricon,
 manuf_Sonic,
 manuf_DynamicHearing
};

TAppExecMode

Name	Code	Value	Description
Stand-alone	Standalone	0	Stand-alone application execution mode.
Noah Fitting Module	NoahFittingModule	1	Noah fitting module application execution mode.

Example in C#:

public enum TAppExecMode
{
  Standalone,
  NoahFittingModule
}

THIWearRecurrence

Name	Code	Value	Description
Never	wearrecurrence_Never	0	No hearing instrument wearing.
Partial Day	wearrecurrence_PartialDay	1	Partial day hearing instrument wearing.
All Day	wearrecurrence_AllDay	2	All day hearing instrument wearing.

Example in C#:

enum THIWearRecurrence {
 wearrecurrence_Never,
 wearrecurrence_PartialDay,
 wearrecurrence_AllDay
};

TNoiseEnvironment

Name	Code	Value	Description
Quiet	noiseenv_Quiet	0	Quiet environment.
Moderate	noiseenv_Moderate	1	Moderate noise environment.
Noisy	noiseenv_Noisy	2	Noisy environment.

Example in C#:

enum TNoiseEnvironment {
 noiseenv_Quiet,
 noiseenv_Moderate,
 noiseenv_Noisy
};

TMicrophoneInput

Name	Code	Value	Description
Omni-directional Mic	micinput_MicOmnidirectional	0	For Quiet environment.
Telecoil	micinput_Telecoil	1	For Telephone.
Cardiod Directional Mic	micinput_MicDirectionalCardioid	2	For Moderate noise environment.
Super-cardioid Directional Mic	micinput_MicDirectionalSuperCardioid	3	For Noisy environment.
Hyper-cardioid Directional Mic	micinput_MicDirectionalHyperCardioid	4	For Noisy environment.
DAI	micinput_DAI	5	For Direct Audio Input.
Inductive Loop System	micinput_LoopSystem	6	For Inductive Loop System.
Omni-directional Mic + Telecoil	micinput_MicOmniPlusTelecoil	7	For Omni-directional Mic + Telecoil.
Omni-directional Mic + Loop System	micinput_MicDirectionalPlusLoopSystem	8	For Omni-directional Mic + Loop System.

Example in C#:

enum TMicrophoneInput {
 micinput_MicOmnidirectional,
 micinput_Telecoil,
 micinput_MicDirectionalCardioid,
 micinput_MicDirectionalSuperCardioid,
 micinput_MicDirectionalHyperCardioid,
 micinput_DAI,
 micinput_LoopSystem,
 micinput_MicOmniPlusTelecoil,
 micinput_MicDirectionalPlusLoopSystem
};