START_RDM_SETUP
' Rain Gage
'
' GUIDELINES FOR USE
' Comments begin with a semicolon.  Extra spaces, tabs, and blank lines are ignored.
' Note that this file must correspond to the transmission protocol
' used in thd Device Under Test (DUT)

START_NOTES
SW011
Lens
Bd
END_NOTES


' COM_PROTOCOL
' SINGLE FRAME means that each frame starts with a character s,
' followed by registers values (0-255) each transmitted as two bytes of
' ascii-hex.  (e.g. decimal 42 would hex 3E, so this is transmitted as ascii 3, then E.
' The frame terminates when all the registers have been transmitted.
COM_PROTOCOL SINGLE_FRAME

' SAMPLE_PER = Sample Period.  Time between frames, in seconds.
SAMPLE_PER 0.20

' Weight nominally 100.  Adjust this in saved RDM data files to weight the data more or
' less heavily in an optimization.
WEIGHT 100


EMCAL 		' A board parameter.  Emitter Level when the board under test is placed in a new lens.
LENS_WEAR 	' 1 = Out of box new, 10 = as scuffed as we can live with	


BAUD 1200

' AWAKE	AwakeRegIndex   AwakeThreshold    AwakeFrames DefaultLogInterval.
' When logging data files, skips frames if there is inactivity.  
' Other acquisition modes are not affected.
' If the value of the register given by RegIndex is over Threshold, it will stay away for for WakeFrames.
' If this keyword is absent, it will not go to sleep.
' If any of the USB data acquisition bits change state, it will also wake up.
' It will always log one frame every DefaultLogInterval frames, even if nothing wakes it up.
. This will make it wake up to log if PeakRS exceeds 12.  It will log for 1 minute.
' Absent anything to wake it up, it will log one data point each 10 minutes.
AWAKE 0 12 300 3000

' The RDM_DISP_REG values select what is displayed.  The RDM program itself will overright
' this list of indexes as the user selects to store the display selections.
RDM_DISP_REG  0 1 2 3 4

' TRANSMITTED REGISTERS
'	REG_NAME MyRegName OptionalLowerLim   OptionalUpperLim
' A list of the transmitted registers, in the order in which they are transmitted.
' The first of these is condidered index 0, the second index 1, and so on.
' Add register names using either of these keywords: REG_NAME or retlw
'
' NAMED BITS must immediately follow the register they correpond to:
' 	NAMED_BIT  MyBitName BitPosition  (0 = LSB)

		REG_NAME 	PeakRS  	0	5		' 0
		REG_NAME	SPeakRS		0	5		' 1
		REG_NAME	RainAD8		64	192		' 2	
		REG_NAME	LRA					' 3
		REG_NAME	TransRat	60	170		' 4
		REG_NAME	AmbLNoise				' 5

		REG_NAME	RGBits					' 6
		NAMED_BIT	PkOverThr	0
		NAMED_BIT	Raining		1
		NAMED_BIT	Out1On		2
		NAMED_BIT	HtrOn		3
		NAMED_BIT	IsDark		4
		NAMED_BIT	Cndnstn		5
		NAMED_BIT	Freeze		6
		NAMED_BIT	Storm		7
		

' SLOWLY TRANSMITTED REGISTERS, IF THEY EXIST
' The DUT may also transmit register values slowly, for registers that do not
' change frequently.  If this feature is used, put keyword here 
' SLOW_REG_INDEX and SLOW_REG_VALUE in the transmission order they correspond to.
' The SLOW_REG_INDEX will cyle through 0,1, 2... up to the highset index of 
' SLOW_REG_NAME transmitted.  The SLOW_REG_VALUE transmits the value.
		SLOW_REG_INDEX			' 7
		SLOW_REG_VALUE			' 8

		SLOW_REG_NAME	RevLevel	12	12	' 0
		SLOW_REG_NAME	EmLevel		30	80	' 1
		SLOW_REG_NAME	RecEmStr	60	66	' 2
		SLOW_REG_NAME	ABLevel		10	10	' 3
		SLOW_REG_NAME	TmprtrF		70	100	' 4
		SLOW_REG_NAME	PUGain		34	39	' 5
		
		
		SLOW_REG_NAME	ClearTR		60	170	' 6
		SLOW_REG_NAME	AmbLight			' 7
		SLOW_REG_NAME	Bucket				' 8
		SLOW_REG_NAME	Barrel				' 9
		SLOW_REG_NAME	RGConfig			' 10
		SLOW_REG_NAME	DwellT				' 11
		SLOW_REG_NAME	SinceRn				' 12
		SLOW_REG_NAME	MonoStb				' 13
		SLOW_REG_NAME	LightAD		120	136	' 14
		SLOW_REG_NAME	RainThr				' 15
		

' USB DATA ACQUISITION
' Based on USB adapter by DLP Designs.  Model DLP-IO8-G
' If one or more of these keywords is present, then the RDM will know USB data acquisition exits.
' MON_DIG_CH  ChannelNumber
' Reead the digial channal value each time it reads the serial buffer.  ' Values:
' 0 = Port was not open /  15 = Was low at any time during frame / 241 = Was high entire time during frame
		MON_DIG_CH	1

END_RDM_SETUP