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HiSPARCIII_expert.ini
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HiSPARCIII_expert.ini
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###############################################################################################
#
# The HiSPARC initialization file.
# Last update: 24 april 2012, 09:46:01
#
# The columns are:
# 1. "Identifier" Identifier of control parameter, used by electronics.
# 2. "Length" The number of bytes.
# 3. "Default value" Default byte value.
# 4. "dReal/dByte" Used for transforming byte value <-> real value.
# 5. "minReal" Used for transforming byte value <-> real value.
# 6. "maxReal" Used for setting scale at control.
# 7. "master?" If parameter belongs to Master, Slave or is a general parameter.
# 8. "Label.text" Label.text of the control associated with the control parameter.
# 9. "Description" Short description of the control parameter.
#
###############################################################################################
#
# Settings master device.
#
02 1 BF +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; MAS Max_PMT_Voltage Maximum PMT voltage
0A 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS Ch1_ADC_Gain Channel 1 Gain for ADC values
0B 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS Ch2_ADC_Gain Channel 2 Gain for ADC values
0C 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS Ch1_ADC_Offset Channel 1 Offset for ADC values
0D 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS Ch2_ADC_Offset Channel 2 Offset for ADC values
10 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch1_Offset_Pos Channel 1 Offset adjust positive
11 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch1_Offset_Neg Channel 1 Offset adjust negative
12 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch2_Offset_Pos Channel 2 Offset adjust positive
13 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch2_Offset_Neg Channel 2 Offset adjust negative
14 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch1_Gain_Pos Channel 1 Gain adjust positive
15 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch1_Gain_Neg Channel 1 Gain adjust negative
16 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch2_Gain_Pos Channel 2 Gain adjust positive
17 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Ch2_Gain_Neg Channel 2 Gain adjust negative
18 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Common_Offset Common offset adjust
19 1 00 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Full_Scale Full scale adjust
1A 1 FF -1.000000000000E-2; +0.000000000000E+0; +1.000000000000E+2; MAS Ch1_Integ_Time Channel 1 Integrator time
1B 1 FF -1.000000000000E-2; +0.000000000000E+0; +1.000000000000E+2; MAS Ch2_Integ_Time Channel 2 Integrator time
1C 1 12 -1.000000000000E+0; -1.000000000000E+1; +0.000000000000E+0; MAS Comp_Thres_Low Comparator threshold low
1D 1 1D -1.000000000000E+0; -1.000000000000E+1; +0.000000000000E+0; MAS Comp_Thres_High Comparator threshold high
1E 1 00 +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; MAS Ch1_PMT_Voltage Channel 1 PMT high voltage
1F 1 00 +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; MAS Ch2_PMT_Voltage Channel 2 PMT high voltage
20 2 FD -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; MAS Ch1_Thres_Low Channel 1 Threshold low
21 2 143 -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; MAS Ch1_Thres_High Channel 1 Threshold high
22 2 FD -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; MAS Ch2_Thres_Low Channel 2 Threshold low
23 2 143 -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; MAS Ch2_Thres_High Channel 2 Threshold high
34 1 05 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; MAS Device_Status Status electronics
40 1 01 +9.803921568627E-2; +0.000000000000E+0; +2.500000000000E+1; MAS Ch1_PMT_Current Channel 1 PMT supply current
41 1 00 +9.803921568627E-2; +0.000000000000E+0; +2.500000000000E+1; MAS Ch2_PMT_Current Channel 2 PMT supply current
46 4 4203B908 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS Temperature Temperature electronics
70 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS low_Comparator_Gain Gain for low Comparator values
71 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS high_Comparator_Gain Gain for high Comparator values
72 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS low_Comparator_Offset Offset forlow Comparator values
73 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; MAS high_Comparator_Offset Offset for high Comparator values
#
# Settings slave device.
#
02 1 BF +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; SLV Max_PMT_Voltage Maximum PMT voltage
0A 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV Ch1_ADC_Gain Channel 1 Gain for ADC values
0B 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV Ch2_ADC_Gain Channel 2 Gain for ADC values
0C 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV Ch1_ADC_Offset Channel 1 Offset for ADC values
0D 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV Ch2_ADC_Offset Channel 2 Offset for ADC values
10 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch1_Offset_Pos Channel 1 Offset adjust positive
11 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch1_Offset_Neg Channel 1 Offset adjust negative
12 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch2_Offset_Pos Channel 2 Offset adjust positive
13 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch2_Offset_Neg Channel 2 Offset adjust negative
14 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch1_Gain_Pos Channel 1 Gain adjust positive
15 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch1_Gain_Neg Channel 1 Gain adjust negative
16 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch2_Gain_Pos Channel 2 Gain adjust positive
17 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Ch2_Gain_Neg Channel 2 Gain adjust negative
18 1 80 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Common_Offset Common offset adjust
19 1 00 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Full_Scale Full scale adjust
1A 1 FF -1.000000000000E-2; +0.000000000000E+0; +1.000000000000E+2; SLV Ch1_Integ_Time Channel 1 Integrator time
1B 1 FF -1.000000000000E-2; +0.000000000000E+0; +1.000000000000E+2; SLV Ch2_Integ_Time Channel 2 Integrator time
1C 1 12 -1.000000000000E+0; -1.000000000000E+1; +0.000000000000E+0; SLV Comp_Thres_Low Comparator threshold low
1D 1 1D -1.000000000000E+0; -1.000000000000E+1; +0.000000000000E+0; SLV Comp_Thres_High Comparator threshold high
1E 1 00 +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; SLV Ch1_PMT_Voltage Channel 1 PMT high voltage
1F 1 00 +4.705882352941E+0; +3.000000000000E+2; +1.500000000000E+3; SLV Ch2_PMT_Voltage Channel 2 PMT high voltage
20 2 FD -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; SLV Ch1_Thres_Low Channel 1 Threshold low
21 2 143 -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; SLV Ch1_Thres_High Channel 1 Threshold high
22 2 FD -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; SLV Ch2_Thres_Low Channel 2 Threshold low
23 2 143 -1.000000000000E+0; -2.500000000000E+3; +0.000000000000E+0; SLV Ch2_Thres_High Channel 2 Threshold high
34 1 00 +1.000000000000E+0; +0.000000000000E+0; +2.550000000000E+2; SLV Device_Status Status electronics
40 1 00 +9.803921568627E-2; +0.000000000000E+0; +2.500000000000E+1; SLV Ch1_PMT_Current Channel 1 PMT supply current
41 1 00 +9.803921568627E-2; +0.000000000000E+0; +2.500000000000E+1; SLV Ch2_PMT_Current Channel 2 PMT supply current
46 4 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV Temperature Temperature electronics
70 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV low_Comparator_Gain Gain for low Comparator values
71 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV high_Comparator_Gain Gain for high Comparator values
72 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV low_Comparator_Offset Offset forlow Comparator values
73 1 00 +0.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; SLV high_Comparator_Offset Offset for high Comparator values
#
# General settings.
#
00 1 05 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Num_Mess_DBase Number of messages to send to database
00 2 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Det_Numb Detector number
00 2 2710 +1.000000000000E+2; +0.000000000000E+0; +6.553600000000E+6; GEN Max_Bytes_Read Maximum number of bytes to read
00 4 14 +1.000000000000E+0; +0.000000000000E+0; +4.294967295000E+9; GEN Delta_Time Maximum difference in master and slave time
01 1 00 +1.000000000000E+0; +0.000000000000E+0; +1.000000000000E+0; GEN Start_Mode Start directly into DAQ mode?
03 2 00 +1.000000000000E+0; +0.000000000000E+0; +6.553500000000E+4; GEN Detector_Number Detector number
04 1 03 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Hardware HiSPARC hardware version
05 4 0A +1.000000000000E-1; +0.000000000000E+0; +4.294967295000E+7; GEN Delay_Screen Time between screen updates
06 4 3C +1.000000000000E+0; +0.000000000000E+0; +4.294967295000E+6; GEN Delay_Check Time between device checks
07 4 0A +1.000000000000E+0; +0.000000000000E+0; +7.158200000000E+4; GEN Delay_Error Time between pc clock error updates
08 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Password pw:
09 1 07 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Data_Filter Filter settings
0E 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN ODBC_Name db: buffer
30 1 01 +1.000000000000E+0; +1.000000000000E+0; +9.600000000000E+1; GEN GEN_Page_Trig Trigger condition
31 2 C8 +5.000000000000E-3; +0.000000000000E+0; +2.000000000000E+0; GEN Pre_Coinc_Time Pre coincidence time
32 2 12C +5.000000000000E-3; +0.000000000000E+0; +5.000000000000E+0; GEN Coinc_Time Coincidence time
33 2 2BC +5.000000000000E-3; +0.000000000000E+0; +8.000000000000E+0; GEN Post_Coinc_Time Post coincidence time
35 4 07 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Spare_Bytes Spare bytes
42 7 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN GPS_Timestamp GPS timestamp
43 8 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN MAS_GPS_Long Master GPS position longitude
44 8 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN MAS_GPS_Lat Master GPS position latitude
45 8 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN MAS_GPS_Alt Master GPS position altitude
47 3 120166 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN MAS_Vers_Numb Version numbers of hardware and FPGA
47 3 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN SLV_Vers_Numb Version numbers of hardware and FPGA
50 0 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Set_Param_List Set control parameter list
55 0 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Get_Param_List Get control parameter list
88 1 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Communic_Error Communication error
FF 0 00 +1.000000000000E+0; +0.000000000000E+0; +0.000000000000E+0; GEN Reset_Device Reset electronics