[Setup]
; The SpectrometerType entry defines the type of spectrometer
;	Allowable entries are:
;	S1000 - S1000 series of spectrometers (includes PC1000)
;	S2000BT - S2000 spectrometers with serial numbers beginning with S2BT
;	S2000 - All other S2000 spectrometers (includes PC2000)

SpectrometerType=S2000

; The ADCType entry defines the type of A/D card 
;	Allowable entries are:
;	ADC500 - Ocean Optics ADC500 (includes PC1000)
;	DAQ700 - National Instruments DAQCard-700
;	ADC1000 - Ocean Optics ADC1000 (includes PC2000)
;	SAD500 - Ocean Optics SAD500
;	ADC1000PCI - Unreleased ADC1000-PCI
;	NIDAQ - National Instruments NI-DAQ-supported A/D card
;	NIDAQE - National Instruments NI-DAQ-supported E-series A/D card
;	NONE - No A/d -- driver return dummy data

ADCType=SAD500

; The IRQ entry defines the interrupt request (IRQ) of the A/D card
; This entry is not used for A/D types SAD500, ADC1000PCI, NONE

IRQ=7

; The BaseAddress entry defines the base address (I/O Range) of the A/D 
;	card.  The base address is expressed in decimal (base 10).
; This entry is not used for A/D types SAD500, ADC1000PCI, NONE

BaseAddress=768

; The FirstPixel entry defines the first active pixel for an S2000BT

FirstPixel=950

; The Initialized entry indicates whether the driver has been 
;     initialized
;	Allowable entries are:
;	0 - The driver has not been initialized
;	1 - The driver has been initialized

Initialized=0

; The SerialPort entri indicates the COM port the SAD500 is using
;	Allowable entries are 1-16 for COM1 - COM16

SerialPort=1

; The NIDAQCardID entry defines the NI-DAQ

NIDAQCardID=0

; The ExtrigProcessYield yields processor time during external software triggers
;	Allowable entries are:
;	0 - do not yield to other applications
;	1 - yield processor time to other applications

ExtrigProcessYield=0

; The DoScanProcessYield yields processor time during a call to OOI_DoScan
;	Allowable entries are:
;	0 - do not yield to other applications
;	1 - yield processor time to other applications

DoScanProcessYield=0

; The SerialPortBaudIndex entry defines the communication rate of a 
;	SAD500 A/D
;	Allowable entries are
;	0 - 2400 baud
;	1 - 4800 baud
;	2 - 9600 baud
;	3 - 19200 baud
;	4 - 38400 baud
;	5 - 57600 baud
;	6 - 115200 baud  ((((CURRENTLY UNSUPPORTED))))

SerialPortBaudIndex=5

; the SADPixelResolution entry determines how many pixels will be 
;	transferred from a SAD500.  For example, an entry of 5 will
;	cause the SAD500 to transfer every 5th pixel. The OOIDRV device
;	driver interpolates values for the missing pixels

SAD500PixelResolution=1

; Each spectrometer channel (Master=0, Slave7=7) has entries below for the
;	non-linearity correction constants and the stray light correction
;	constants.  Also, NLEnabled=1 enables non-lineary correction, and 
;	SLEnabled=1 enables stray light correction.

[Channel0]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel1]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel2]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel3]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel4]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel5]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel6]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000

[Channel7]
NLEnabled=0
NLIntercept=0.000000e+000
NLFirstCoef=0.000000e+000
NLSecondCoef=0.000000e+000
NLThirdCoef=0.000000e+000
NLFourthCoef=0.000000e+000
NLFifthCoef=0.000000e+000
NLSixthCoef=0.000000e+000
NLSeventhCoef=0.000000e+000
SLEnabled=0
SLConstant=0.000000