TANGO
Device Server


Monochromator Device For The Cristal BeamLine.
Device Attributes Description

MonochromatorCristal Class

Revision: release_1_1_1 - Author: langlois

Scalar Attributes
Attribute name
Data Type
R/W Type
Expert
energy: Display the current Energy value.
DEV_DOUBLE
READ_WRITE
No
lambda: Display the value of the wavelength associated to the Energy.
DEV_DOUBLE
READ_WRITE
No
thetaBragg: The Theta Bragg angle which is the angle between the incident beam light and the first crystal.
DEV_DOUBLE
READ
No
theoricalThetaBragg: The theorical theta bragg value (low energy corrected)
DEV_DOUBLE
READ
No
mechanicalThetaBragg: The mechanical theta bragg value (motor error corrected)
DEV_DOUBLE
READ_WRITE
Yes
deltaTheta2: The delta theta 2 value
DEV_DOUBLE
READ
No
rs1: The Rs1 motor value
DEV_DOUBLE
READ_WRITE
Yes
rz2: The Rz2 motor value
DEV_DOUBLE
READ_WRITE
Yes
rx2_1: Fine piezo pusher.
DEV_DOUBLE
READ_WRITE
Yes
rx2_2: Coarse piezo pusher.
DEV_DOUBLE
READ_WRITE
Yes
tz2: Elevation translation of the second crystal.
DEV_DOUBLE
READ_WRITE
Yes
tx: The Tx motor value
DEV_DOUBLE
READ_WRITE
Yes
beamExitHeight: The wanted beam exit height value
DEV_DOUBLE
READ_WRITE
No
realBeamExitHeight: The real beam exit height value computed from the encoder value.
DEV_DOUBLE
READ
No
exitAngle: The exit angle value
DEV_DOUBLE
READ
No
currentFunctioningMode: String describing the current functioning mode.
DEV_STRING
READ
No
currentSlot: String describing the current logical slot.
DEV_STRING
READ
No
currentMechanicalSlot: String describing the current mechanical slot (from the encoder position value).
DEV_STRING
READ
No
crystalName: Name of the Crystal.
DEV_STRING
READ
No
crystal1Temperature: Temperature of the first crystal.
DEV_DOUBLE
READ
No
crystalInterReticularDistance: Inter Reticular distance of the crystal.
DEV_DOUBLE
READ
No
crystal2Temperature: Temperature of the second crystal.
DEV_DOUBLE
READ
No
crystal2InterReticularDistance: Temperature of the second crystal.
DEV_DOUBLE
READ
No
simEnergy: Defines the simulated value of the energy.
DEV_DOUBLE
READ_WRITE
No
simLambda: Gives the value of the lambda.
DEV_DOUBLE
READ_WRITE
No
simThetaBragg: Defines the simulated value of the theta bragg.
DEV_DOUBLE
READ
No
simTheoricalThetaBragg: Defines the simulated value of the theorical theta bragg (low energy corrected).
DEV_DOUBLE
READ
No
simMechanicalThetaBragg: Defines the simulated value of the mechanical theta bragg (motor error corrected).
DEV_DOUBLE
READ_WRITE
No
theoricalCurvatureRadius: The theorical curvature radius computed according the current values of the device.
DEV_DOUBLE
READ_WRITE
No
qDistance: The q distance is the focalisation distance (distance between crystal and sample)
DEV_DOUBLE
WRITE
No






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