#

# Decscriptions to appear in the registry header, 
# along with the assignments are XXXDesc entries
# 
AX0 := "Site1Hz"
AX0Desc := "TRAK Clock, by ST Maser"
#
#
AX1 := "CNS_GPS1"
AX1Desc := "CNS GPS receiver (1pps output) purchased 2014"
#
AX2 := "CNS2018"
AX2Desc := "CNS GPS receiver (1pps output) purchased 2018"

# The second GPS receiver
AX3 := "CNS_GPS2"
AX3Desc := "CNS GPS receiver (1/100pps output) purchased 2014"

# The new MicroSemi Maser, purchased/installed 2018
AX4 := "MicroSemi"
AX4Desc := "MicroSemi Maser"
# 
#
BX0 := "Site1Hz"
BX0Desc := "TRAK Clock, by ST Maser"
#
BX1 := "CNS_GPS1"
BX1Desc := "CNS GPS receiver (1pps output) purchased 2014"
#
BX2 := "CNS2018"
BX2Desc := "CNS GPS receiver (1pps output) purchased 2018"
#
# The second GPS receiver
BX3 := "CNS_GPS2"
BX3Desc := "CNS GPS receiver (1/100pps output) purchased 2014"

# The new maser installed 2018
BX4 := "MicroSemi"
BX4Desc := "MicroSemi Maser"
#
# This is the formatter in use
BY0 := "GBT_VLBA"
BY0Desc := "GBT VLBA formatter"
#
# Added for Radio Astron Sept 2013 
BY1 := "RA"
BY1Desc := "Radio Astron 43m"
#
BY2 := "GBTRtn"
BY2Desc := "Site1Hz returned from GBT"
# Rubidium 1PPS
# BY3 := "Rubidium"
# BY3Desc := "Rubidium standard"
#
#END

# Comparison Limits expressed with naming aaa vs. bbb
# tolerance +/- about the nominal value.
# Note: Only entries listed here will be checked and 
# emit a message. (All inputs are sampled.)

# Site1Hz vs GBTRtn
AX0BY2Nominal   := 29000;
AX0BY2Tolerance := 3000;
# CNS_GPS1 vs GBTRtn
AX1BY2Nominal   := 29000;
AX1BY2Tolerance := 3000;
# Site1Hz vs GBT_VLBA
AX0BY0Nominal   := 0;
AX0BY0Tolerance := 4000;
# CNS_GPS1 vs GBT_VLBA
# AX1BY0Nominal   := 0;
# AX1BY0Tolerance := 4000;
# Site1Hz vs CNS_GPS1
# AX0BX1Nominal   := 0;
# AX0BX1Tolerance := 4000;
# Site1Hz vs CNS_GPS2
AX0BX3Nominal   := 0;
AX0BX3Tolerance := 4000;
# Site1Hz vs CNS2018
AX0BX2Nominal   := 0;
AX0BX2Tolerance := 4000;
# CNS_GPS1 vs CNS2018
AX1BX2Nominal   := 0;
AX1BX2Tolerance := 2000;
# CNS_GPS1 vs CNS_GPS2
# AX1BX3Nominal   := 0;
# AX1BX3Tolerance := 2000;
# Site1Hz vs Radio Astron
AX0BY1Nominal   := 19000;
AX0BY1Tolerance := 3000;
# CNS_GPS1 vs Radio Astron
# AX1BY1Nominal   := 19000;
# AX1BY1Tolerance := 3000;
# CNS_GPS1 vs. CNS_GPS1
# AX1BX1Nominal   := 0;
# AX1BX1Tolerance := 1000;
# site 1Hz vs. site 1Hz
# AX0BX0Nominal   := 0;
# AX0BX0Tolerance := 1000;

# MicroSemi maser vs. CNS_GPS1
AX4BX1Nominal :=0;
AX4BX1Tolerance := 3000;
# MicroSemi maser vs. CNS_GPS2
AX4BX3Nominal :=0;
AX4BX3Tolerance := 3000;
# MicroSemi maser vs. Site 1PPs
AX4BX0Nominal :=0;
AX4BX0Tolerance := 3000;

#x0...x7 correspond to 0...7 on the selector.
#y0...y7 correspond to 8...15 on the selector.
#If you want a signal compared against itself then
#you must hook it up (physically) to an x input.
#Then in this table enter an AXn and BXn entry for it.
#IE: if x0 is the Site 1PPS and you want the time 
#difference between itself then you must put the 
#following into the table:
#AX0 := "Site1Hz"
#BX0 := "Site1Hz"

# Sample rates for samplers options are (case insensitive): 
#         Mr100MS, Mr200MS, Mr500MS, Mr1Sec, Mr2Sec, Mr5Sec,
#         Mr10Sec, Mr30Sec, Mr1Min, Mr2Min, Mr5Min, Mr10Min,
#         Mr30Min, Mr1Hr,
#
voltage_sample_period := "Mr30sec";
onepps_sample_period  := "Mr30sec";

compare_mux_monitor = "true";

# These temps are in F
UnderfloorTempLimit := 75.0
UnderfloorTempLower := 50.0
UnderfloorTempUpper := 100.0

ChillerTempLower := 40.0
# First 'high' limit:
ChillerTempLimit := 70.0
# Second really high limit:
ChillerTempUpper := 85.0