Using the same methods as before, see below, I've added some Hartmann sensor EPICS channels to the frames.
The channels record the Hartmann sensor Probe (and Secondary) Coefficients of the Seidel aberrations (PSC, SSC) that are specified (PRISM, ALPHA, PHI, etc).
- Created
/cvs/cds/caltech/chans/daq/C4HWS.ini with the attached contents.
- Added a line to
/cvs/cds/caltech/target/fb1/master to load C4HWS.ini
- restarted the frame builder by killing
daqd
[default]
dcuid=4
datarate=16
gain=1.0
acquire=1
ifoid=0
datatype=4
slope=1.0
offset=0
units=NONE
[C4:TCS-HWSX_PSC_PRISM]
[C4:TCS-HWSX_PSC_ALPHA]
[C4:TCS-HWSX_PSC_PHI]
[C4:TCS-HWSX_PSC_CYLINDRICAL_PO]
[C4:TCS-HWSX_PSC_SPHERICAL_POWE]
[C4:TCS-HWSX_PSC_COMA]
[C4:TCS-HWSX_PSC_BETA]
[C4:TCS-HWSX_PSC_SPHERICAL_ABER]
[C4:TCS-HWSX_SSC_PRISM]
[C4:TCS-HWSX_SSC_ALPHA]
[C4:TCS-HWSX_SSC_PHI]
[C4:TCS-HWSX_SSC_CYLINDRICAL_PO]
[C4:TCS-HWSX_SSC_SPHERICAL_POWE]
[C4:TCS-HWSX_SSC_COMA]
[C4:TCS-HWSX_SSC_BETA]
[C4:TCS-HWSX_SSC_SPHERICAL_ABER]
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I've added the digitizer and sensor board temperature readings from the HWS to the frames. This was done in the following way
1. Create a new file /cvs/cds/caltech/chans/daq/C4TCS.ini - with the channels in it - see below
2. open /cvs/cds/caltech/target/fb1/master
3. add a line that includes the C4TCS.ini file when the frame builder starts
4. restart frame-builder by killing the daq daemon - kill <process id for daqd> (this is the only thing that needs to be entered as it will automatically restart)
C4TCS.ini
[default]
dcuid=4
datarate=16
gain=1.0
acquire=1
ifoid=0
datatype=4
slope=1.0
offset=0
units=NONE
[C4:TCS-HWS_TEMP_SENSOR]
[C4:TCS-HWS_TEMP_DIGITIZER]
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