forked from npshub/mantid
-
Notifications
You must be signed in to change notification settings - Fork 0
/
D11B_Parameters.xml
135 lines (133 loc) · 7.22 KB
/
D11B_Parameters.xml
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
<?xml version="1.0" encoding="UTF-8"?>
<parameter-file instrument = "D11B">
<component-link name="D11B">
<!-- The name of the panels for separate I(Q) calculations, the names are from the IDF -->
<parameter name="detector_panels" type="string" visible="false">
<value val="detector_center,detector_left,detector_right"/>
</parameter>
<!-- Tau coefficient for DeadTimeCorrection, to be applied tube by tube -->
<parameter name="tau" type="number">
<value val="0.0000015" />
</parameter>
<!-- Logs to sum when merging the runs -->
<parameter name="sample_logs_sum" type="string" visible="false">
<value val="duration" />
</parameter>
<!-- Logs to list when conjoining the runs -->
<parameter name="conjoin_sample_logs_list" type="string" visible="false">
<value val="sample.thickness, sample_description, run_number" />
</parameter>
<!-- The pixel sizes [mm] used by SolidAngle, resolution and default Q binning calculations.
Note that for the panels, often pixels have transposed shape, but the surface is the same.
Q binning is based on the maximum of the 2 dimensions, so it is also invariant. -->
<parameter name="x-pixel-size" type="number">
<value val="4"/>
</parameter>
<parameter name="y-pixel-size" type="number">
<value val="8"/>
</parameter>
<!-- These parameters are used to define headers and entries for GenerateLogbook algorithm -->
<parameter name="logbook_default_parameters" type="string" visible="false">
<value val="SampleDescription:/entry0/sample_description:s,
TotalTime:/entry0/duration:d,
RateMonitor1:/entry0/monitor1/monrate:f,
TotalCountsDetMain:/entry0/D11/Detector 1/detsum:d,
RateCountsDetMain:/entry0/D11/Detector 1/detrate:d,
StartTime:/entry0/start_time:s,
Wavelength:/entry0/D11/selector/wavelength:f,
Attenuator:/entry0/D11/attenuator/attenuation_value:f,
Collimation:/entry0/D11/collimation/actual_position:f,
SD:/entry0/D11/Detector 1/det_actual:f,
BeamStopY:/entry0/D11/beamstop/by_actual:f" />
</parameter>
<parameter name="logbook_optional_parameters" type="string" visible="false">
<value val="AcquisitionMode:/entry0/acquisition_mode:d,
TotalCountsDetAll:/entry0/D11/Detector 1/detsum+/entry0/D11/Detector 2/detsum+/entry0/D11/Detector 3/detsum:d,
Beamstop:/entry0/D11/beamstop/actual_beamstop_number:f,
VelocitySelectorSpeed:/entry0/D11/selector/rotation_speed:f,
VelocitySelectorTilt:/entry0/D11/selector/selrot_actual:f,
AttenuationFactor:/entry0/D11/attenuator/attenuation_coefficient:f,
Diaphragm1:/entry0/D11/collimation/diaphragm1_position:f,
Diaphragm2:/entry0/D11/collimation/diaphragm2_position:f,
Diaphragm3:/entry0/D11/collimation/diaphragm3_position:f,
Diaphragm4:/entry0/D11/collimation/diaphragm4_position:f,
Diaphragm5:/entry0/D11/collimation/diaphragm5_position:f,
Diaphragm6:/entry0/D11/collimation/diaphragm6_position:f,
Guide1:/entry0/D11/collimation/col1_actual_state:f,
Guide2:/entry0/D11/collimation/col2_actual_state:f,
Guide3:/entry0/D11/collimation/col3_actual_state:f,
Guide4:/entry0/D11/collimation/col4_actual_state:f,
Guide5:/entry0/D11/collimation/col5_actual_state:f,
Guide6:/entry0/D11/collimation/col6_actual_state:f,
Guide7:/entry0/D11/collimation/col7_actual_state:f,
Guide8:/entry0/D11/collimation/col8_actual_state:f,
Guide9:/entry0/D11/collimation/col9_actual_state:f,
Guide10:/entry0/D11/collimation/col10_actual_state:f,
Guide11:/entry0/D11/collimation/col11_actual_state:f,
Guide12:/entry0/D11/collimation/col12_actual_state:f,
Guide13:/entry0/D11/collimation/col13_actual_state:f,
TotalCountsMonitor1:/entry0/monitor1/monsum:d,
ReactorPower:/entry0/reactor_power:f,
BeamstopX:/entry0/D11/beamstop/bx_actual:f,
BeamstopX2:/entry0/D11/beamstop/bx2_actual:f,
TotalCountsDetLeft:/entry0/D11/Detector 2/detsum:d,
TotalCountsDetRight:/entry0/D11/Detector 3/detsum:d,
RateCountsDetLeft:/entry0/D11/Detector 2/detrate:f,
RateCountsDetRight:/entry0/D11/Detector 3/detrate:f,
san:/entry0/sample/san_actual:f,
omega:/entry0/sample/omega_actual:f,
phi:/entry0/sample/phi_actual:f,
sdi:/entry0/sample/sdi_actual:f,
sht:/entry0/sample/sht_actual:f,
str:/entry0/sample/str_actual:f,
trs:/entry0/sample/trs_actual:f,
SampleTemperature:/entry0/sample/temperature:f,
AirTemperature:/entry0/sample/air_temperature:f,
RackTemperature:/entry0/sample/rack_temperature:f,
Bath1Temperature:/entry0/sample/bath1_regulation_temperature:f,
Bath2Temperature:/entry0/sample/bath2_regulation_temperature:f,
BathSelector:/entry0/sample/Actual bath:s,
Thermocouple1:/entry0/sample/thermo_temperature1:f,
Thermocouple2:/entry0/sample/thermo_temperature2:f,
SampleChanger:/entry0/sample/sample_changer_nickname:s,
Position:/entry0/sample/sample_changer_slot_value:s,
SampleThickness:/entry0/sample/thickness:f,
MeasurementType:/entry0/D11/MeasurementType/typeOfMeasure:s,
SampleType:/entry0/D11/MeasurementType/typeOfSample:s,
SampleSubType:/entry0/D11/MeasurementType/subType:s,
SampleApertureWidth:/entry0/D11/Beam/sample_ap_x_or_diam:f,
SampleApertureHeight:/entry0/D11/Beam/sample_ap_y:f" />
</parameter>
<parameter name="log_list_to_save" type="string" visible="false">
<value val="facility,instrument_name,experiment_identifier,
experiment_title,start_time,end_time,numor_list,
processedAs,wavelength,sample_transmission_numors,
collimation.actual_position,L2"/>
</parameter>
</component-link>
<!-- These parameters are used in ParallaxCorrection algorithm -->
<component-link name="detector_center">
<parameter name="parallax" type="string">
<value val="(t < 26*3.14/180) ? 1/cos(t) : 1.113+0.007726 * (t-26*3.14/180)"/>
</parameter>
<parameter name="direction" type="string">
<value val="x"/>
</parameter>
</component-link>
<component-link name="detector_left">
<parameter name="parallax" type="string">
<value val="(t < 26*3.14/180) ? 1/cos(t) : 1.113+0.007726 * (t-26*3.14/180)"/>
</parameter>
<parameter name="direction" type="string">
<value val="y"/>
</parameter>
</component-link>
<component-link name="detector_right">
<parameter name="parallax" type="string">
<value val="(t < 26*3.14/180) ? 1/cos(t) : 1.113+0.007726 * (t-26*3.14/180)"/>
</parameter>
<parameter name="direction" type="string">
<value val="y"/>
</parameter>
</component-link>
</parameter-file>