;========================================
;========================================
;THIS FILE MUST BE PLACED IN WINDOWS DIRECTORY
;This file is used by file, "M201_SP.DLL"  but
; may also be used by  any  application  file. 
;The DLL uses the contents of this file only if 
; and after a call has been made to the DLL 
; function  EX_SetDevToIniSetup().
;If you use it for your own  application avoid
; removing any of the following  entries since
; doing so may create  erroneous  behaviour of
; the the DLL.  Feel  free to add some of your 
; own entries or modify the values of the ones
; shown below to fit your needs.
;========================================
;========================================



[MAIN]
TXQUEUESIZE=16
RXQUEUESIZE=32000
;serial buffer sizes. Best to leave these
;as they are. (TX=16 RX=32000)


BAUD=0
;0 = 9600
;1 = 4800
;2 = 2400
;3 = 1200
;4 = 600
;5 = 300


comPort=0
;0 = COM1
;1 = COM2
;2 = COM3
;3 = COM4
;add 1 to value entered to get COM port number


remoteAvg=1
;remote averaging, in powers of 2
;valid entries limited to: 1, 2, 4, 8, 16, 32, 64, or 128


tScan=1
;type of scan 0 = single channel, 1 = normal, 2 = normal with calibration


singleChanScanMainChan=0
;main channel to use when in single-channel scan mode

singleChanScanSubChan=0
;sub channel to use when in single-channel scan mode


Rate=60
;internal data rate

ScanInterval=0
;Interval between scans.
;A value of zero will cause scanInterval to be set
; to minimum value by the DLL next time a scan is run.


channel=0
;Polled mode main channel  (0,1,2,3,4,5)

subChan=0
;Polled mode subChannel


wordCnt=3
;3 for 24 bit resolution, 2 for 16 bits


biPolar=1
;1= bipolar or 0= unipolar


filter=2
; =0 for 4 Hz filter
; =1 for 40 Hz filter
; =2 for 400 Hz filter, recommended for faster operation


gain=1
;gain factor (power of 2)
;valid entries limited to: 1, 2, 4, 8, 16, 32, 64, or 128


LogScans=1
;1 = Log scan data to disk only
;2 = Log scan data to memory only
;3 = Log scan data to memory and disk
;NOTE: the log file can become awkwardly large depending on scan rate & duration.


[SubChannels]
; Sub-Channels to scan are defined for each A/D channel.
; The sub channel values are 8-bit codes, also known as "external control codes".
; The upper nibble names the starting subchannel and the lower nibble names
;  the ending subchannel. An entry of 16 causes the channel to be skipped.
; For example, to scan sub-channels 2 through 4 first you set the low
;  channel 2 by multiplying it by 16 which causes it to shift over and
;  become the upper nibble of the channel code. Next you add on the high
;  channel 4 which sets it into the low nibble. The result of that process
;  would then be 24 HEX (note the "2 and 4"), 36 DECIMAL (hard to tell which
;  channels are set when shown in decimal format), or in binary  "0010 0100"
;  (note the "2" bit set in the upper nibble and "4" bit set in low nibble).
;  The process is the same for any channel combination - first you multiply 
;  the low channel by 16 and then add the high to it.

0 = 21	    ;equals 15 HEX so scan sub channels 1-5	
1 = 55      ;equals 37 HEX so scan sub channels 3-7
2 = 34      ;equals 22 HEX so scan sub channels 2-2  (ONLY 2 in other words)
3 = 16      ;equals 10 HEX code indicating this channel is inactive
4 = 16      ;equals 10 HEX code indicating this channel is inactive
5 = 16      ;equals 10 HEX code indicating this channel is inactive


[MISC]
IsEMF=1		; The channel labeling for the M201 is for programmers, and is 0 based
		; The labeling for the EMF16 is for users, so the first channel is #1
		; set to 0 for 0-based labeling.