##############################################################################
#
# Zygo LCDMI Configuration File
#
# Blank lines or lines containing only whitespace (blanks and tabs) are ignored.
# Lines with '#' as the first non-whitespace character are ignored.
# Other lines are one of these configuration statements
#   Version
#   Channel
#   DiagOpts
# formatted as described below.
#
##############################################################################
#
# A Version statement is required.
# This consists of the word Version followed by the file version number.
# Example:
#   Version 3
#
##############################################################################
#
# A Channel statement is required for each measurement channel to be used.
# This consists of the word Channel followed by nine (9) values as follows:
#
# Channel  CID  DIS  OUT  POL  RES  FIL  NDR  SCF  LBL
#
# CID is an integer in the range [1,3]
#   identifying one of the three channels:
#   1 = Channel 1
#   2 = Channel 2
#   3 = Channel 3
#
# DIS is an integer in the range [0,1] to disable or enable the channel:
#   0 = Enable
#   1 = Disable
#
# OUT is an integer in the range [0,1] specifying the output type:
#   0 = Step-Direction
#   1 = A-Quad-B
#
# POL is an integer in the range [0,1] specifying the polarity of the outputs:
#   0 = Normal
#   1 = Inverted
#
# RES is an integer in the range [0,3] specifying the resolution of the outputs.
#   This does NOT affect the resolution of positions read by software.
#   (default filter cutoff frequencies are in parentheses):
#   0 = Lambda / 64    (97.4 KHz)
#   1 = Lambda / 32    (46.7 KHz)
#   2 = Lambda / 16    (23.0 KHz)
#   3 = Lambda /  8    (11.3 KHz)
#
# FIL is an integer in the range [0,7] specifying
#   the digital filter cutoff frequency in KHz:
#   0 = default
#   1 =  46.7
#   2 = 213.5
#   3 =  11.3
#   4 = default
#   5 =  23.0
#   6 =  97.4
#   7 =   5.5
#
# NDR is an integer in the range [0,3] specifying the nominal data rate in MHz:
#   0 = 14.60
#   1 =  7.30
#   2 =  3.65
#   3 =  1.83
#
# SCF is a floating point number in the range [-99.0,+99.0] specifying 
#   a scale factor that is applied to the positions read by software.
#   Normally use 1.0 for single-pass systems, 2.0 for double-pass systems.
#
# LBL is a string up to 10 characters in length specifying a label.
#
# Example:
#   Channel  1  0  0  0  0  0  0  2.0  Z
#
##############################################################################
#
# A DiagOpts statement is optional.
# This consists of the word DiagOpts followed by zero or more integers.
# The useful values are:
#   1   Log configuration info at initialization time
#   2   Log read position errors
#
# Example:
#   DiagOpts 1 2
#
##############################################################################
#
# An AvgChannels statement is optional. 
# It averages input from enabled channels.
# This consists of the word AvgChannels followed by the enabled channel 
# IDs to average.
# 
# Example:
#   AvgChannels 1 2
#
##############################################################################

Version  3

#       CID DIS OUT POL RES FIL NDR SCF LBL
Channel  1   0   0   0   0   0   0   2   Z
Channel  2   1   0   0   0   0   0   1   U
Channel  3   1   0   0   0   0   0   1   U

DiagOpts 1