add config, stick and addon files from l_samenv@samenv

tcl/Bernina_cryochamber.config

@@ -0,0 +1,25 @@
+deviceDesc = Bernina cryochamber
+
+makenv tt -driver 336_lsc {
+  lsc_sensor ta A -sensor X71737 -sensorname Cernox
+  lsc_sensor tb B -sensor dt-670 -sensorname Diode
+  lsc_loop set -loop 1 -channel A -maxheater 0.7A -resist 27Ohm -color green
+}
+
+tt set/prop 25
+tt set/integ 20
+tt dblctrl/int2 100
+
+
+#makeCCU4 lollyp he
+#cc hav 1
+#cc hea 1
+
+#nv ctrl/adjust_minpulse 0
+#nv ctrl/openpulse 0
+#nv ctrl/prop_o 0.5
+#nv ctrl/prop_c 0.5
+
+#hupdate /hepump 3
+#hepump calib 1
+#dolater 1 hepump 3

tcl/OOspec.addon

@@ -0,0 +1,12 @@
+addonDesc = Ocean Optics Spectrometer 
+makenv Spec -driver OOspec
+
+GraphAdd Spec.peak1 nm P1 auto
+GraphAdd Spec.peak2 nm P2 auto
+GraphAdd Spec.peak3 nm P3 auto
+GraphAdd Spec.peak4 nm P4 auto
+GraphAdd Spec.peak5 nm P5 auto
+GraphAdd Spec.peak6 nm P6 auto
+GraphAdd Spec.peak7 nm P7 auto
+GraphAdd Spec.peak8 nm P8 auto
+

tcl/be-filter-focus.config

@@ -0,0 +1,20 @@
+deviceDesc = CryoTel be-filter 
+
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor pt-100
+}
+
+ 
+makenv -objname cryo  -driver cryotel 
+
+cryo filter/period 0
+cryo integ 0.01
+cryo prop 30
+
+# -port ldmprep12-ts:3008
+
+GraphAdd cryo K T_cryotel red
+GraphAdd cryo.set K T_set green
+GraphAdd cryo.power W Power red
+
+#ccu4_device none

tcl/calib.stick

@@ -0,0 +1,34 @@
+stickDesc = 50 mm calibration stick (ORI1/ORI2/ILL1), version with standard lsc370 driver
+
+makenv res -driver 370_lsc {
+  lsc_sensor s1 -channel 1 -sensor raw -excitation 200uV
+  lsc_sensor s2 -channel 2 -sensor raw -excitation 200uV
+  lsc_sensor s3 -channel 3 -sensor X75610 -excitation 200uV
+  lsc_sensor s4 -channel 4 -sensor raw -excitation 200uV
+  lsc_sensor s5 -channel 5 -sensor raw -excitation 200uV
+  lsc_sensor s6 -channel 6 -sensor raw -excitation 200uV
+}
+
+GraphAdd res.s1.raw Ohm R1
+GraphAdd res.s2.raw Ohm R2
+GraphAdd res.s3.raw Ohm R3
+GraphAdd res.s4.raw Ohm R4
+GraphAdd res.s5.raw Ohm R5
+GraphAdd res.s6.raw Ohm R6
+
+res autoscan/interval 15
+res autoscan/pause 5
+res autoscan/dwell 5
+
+makenv calib -driver zcalib
+
+# first and last points with smaller step
+# steps are about 3%, 6%, 10% (57x), 5%, 2.5%
+# with ORI2, nv set 1.1 the base T is ~ 1.37 K
+
+calib tlist 1.38 1.42 1.51 logstep0.04 288 302 310
+
+# timing is such that 2 * 24h are not enough
+# try with a little more precision (expecially at hi T)
+
+calib slopelimit 0.002

tcl/coil.stick

@@ -0,0 +1,7 @@
+stickDesc = coil reading
+
+stick_sensors coil undefined
+
+catch {
+  eval "[hgetpropval /lnv switchgraph] 1"
+}

tcl/coldmech.config

@@ -0,0 +1,21 @@
+deviceDesc = lakeshore 340
+
+defineTemperature tt
+
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor X71741 -sensorname schlitten
+  lsc_sensor tk B -sensor pt1000e -sensorname CU1
+  lsc_sensor te C -sensor pt1000e -sensorname Boden
+  lsc_sensor ts D -sensor X68433 -sensorname PT
+  lsc_loop set -loop 1 -channel D -maxheater 25W -resist 40Ohm
+}
+tt set/limit 315
+tt set/prop 15
+tt set/integ 10
+catch {
+  enableTable 0
+}
+
+
+
+

tcl/dil-anna.config

@@ -0,0 +1,71 @@
+deviceDesc = Dilution for myonium (Anna Soter)
+
+makenv tt -driver 372_lsc -port anna-ls372.psi.ch:7777 {
+  lsc_sensor ctrl A -sensor X142466 -excitation 2mV -filter 10
+  lsc_sensor mixtop 1 -sensor ruoxben1k -excitation 20uV -filter 1
+  lsc_sensor mixbot 2 -sensor ruoxben1k -excitation 20uV -filter 1
+  lsc_sensor mixaux 3 -sensor RO1975  -excitation 20uV -filter 1
+  lsc_sensor still 4 -sensor ruoxben1k -excitation 200uV -filter 1
+  lsc_sensor lam 6 -sensor X133322 -excitation 2mV -filter 1
+  lsc_sensor shield 7 -sensor X101105 -excitation 2mV -filter 1
+  lsc_sensor target 8 -sensor X142469 -excitation 2mV -filter 1
+
+  # heater output 0 (=sample heater) for channel 4 (still)
+  lsc_loop set -loop 0 -channel 4 -maxheater 100mA -resist 700
+
+  # heater output 1 for channel A
+  lsc_loop warmup -loop 1 -channel A -maxheater 100mA -resist 60 -loopname warmup
+
+  # still control implemented as soft loop on output 2
+  # see also at the end of this file
+  lsc_analog -maxuser 10 -maxvolt 10
+
+  #GraphAdd tt.ctrl.raw Ohm R_ctrl
+  #GraphAdd tt.mixtop.raw Ohm R_mixtop
+  #GraphAdd tt.mixbot.raw Ohm R_mixbot
+  #GraphAdd tt.mixaux.raw Ohm R_mixaux
+  #GraphAdd tt.still.raw Ohm R_still
+  #GraphAdd tt.lam.raw Ohm R_lam
+  #GraphAdd tt.shield.raw Ohm R_shield
+  #GraphAdd tt.target.raw Ohm R_target
+}
+
+tt set/prop 2
+tt set/integ 5
+
+makeCCU4 he3ann he
+cc hav 1
+cc hea 1
+
+# slow time interval
+cc hts 40
+# fast time interval
+cc htf 10
+# he full level
+cc hfu 1
+# he empty level
+cc hem 105
+# stop filling
+cc hh 95
+# measuring current (higher than normal, due to turbulences)
+cc hd 100
+
+# 250 l vessel:
+cc hem0 720
+
+makenv flow -driver bronkgen -port he3anna-ts:3004 flow 1
+
+GraphAdd flow ln/min
+
+makenv p -driver pfeiffermulti -port he3anna-ts:3003
+
+GraphAdd p mbar p1
+GraphAdd p.p2 mbar p2
+GraphAdd p.p3 mbar p3
+GraphAdd p.p4 mbar p4
+GraphAdd p.p5 mbar p5
+GraphAdd p.p6 mbar p6
+
+makenv still -driver piloop -invar "/tt/still" -outvar "tt analog2" \
+  -prop 200 -int 15
+

tcl/dilflame.addon

@@ -0,0 +1,31 @@
+deviceDesc = Kelvinox-JT for FLAME
+
+proc triton {kind obj name db col} {
+  makenv $obj -driver itc$kind -port triton:33576 -controller _tritondil $db
+  switch $kind {
+    temp {
+      GraphAdd $obj K_3 T_$name
+      GraphAdd $obj.raw Ohm_3 R_$name
+    }
+    press {
+      GraphAdd $obj mbar_2 p_$name
+    }
+  }
+}
+
+triton temp tsorb sorb T1 dark_violet
+triton temp tivc IVC T2 brown
+triton temp tstill still T3 orange
+triton temp tcp cond T4 grey
+triton temp tmix mix T5 cyan
+
+triton press pdump dump P1 cyan
+triton press pcond cond P2 blue
+triton press pstill still P3 black
+triton press pfore fore P4 green
+triton press pback back P5 red
+
+
+
+
+

tcl/dilflame.config

@@ -0,0 +1,36 @@
+deviceDesc = Kelvinox-JT for FLAME
+
+proc triton {kind obj name db col} {
+  makenv $obj -driver itc$kind -port flamedil:33576 -controller _tritondil $db
+  switch $kind {
+    temp {
+      GraphAdd $obj K_3 T_$name
+      GraphAdd $obj.raw Ohm_3 R_$name
+    }
+    press {
+      GraphAdd $obj mbar_2 p_$name
+    }
+  }
+}
+
+triton temp tsorb sorb T1 dark_violet
+triton temp thx HX T2 brown
+triton temp tjt JTstage T3 grey
+triton temp tstill Still T4 orange
+triton temp tmc MC T5 cyan
+
+triton press pdump 1_dump P1 cyan
+triton press pcond 2_cond P2 blue
+triton press pstill 3_still P3 black
+# triton press pfore fore P4 green
+triton press pback 5_back P5 red
+
+
+makenv tt -driver 372_lsc -port LSCI-372LSA2DEW.psi.ch:7777 {
+  lsc_sensor sample 3 -sensor RX21084 -excitation 20uV -filter 10
+}
+
+
+
+
+

tcl/dilflame.stick

@@ -0,0 +1,31 @@
+deviceDesc = Kelvinox-JT for FLAME
+
+proc triton {kind obj name db col} {
+  makenv $obj -driver itc$kind -port triton:33576 -controller _tritondil $db
+  switch $kind {
+    temp {
+      GraphAdd $obj K_3 T_$name
+      GraphAdd $obj.raw Ohm_3 R_$name
+    }
+    press {
+      GraphAdd $obj mbar_2 p_$name
+    }
+  }
+}
+
+triton temp tsorb sorb T1 dark_violet
+triton temp tivc IVC T2 brown
+triton temp tstill still T3 orange
+triton temp tcp cond T4 grey
+triton temp tmix mix T5 cyan
+
+triton press pdump dump P1 cyan
+triton press pcond cond P2 blue
+triton press pstill still P3 black
+triton press pfore fore P4 green
+triton press pback back P5 red
+
+
+
+
+

tcl/dilsc.config

@@ -0,0 +1,77 @@
+deviceDesc = DIL SC with additional LakeShore 372 and nanovolt meter for fixpoint device
+
+proc triton {kind obj name db col} {
+  makenv $obj -driver itc$kind -port dilsc.psi.ch:33576 -controller _tritondil $db
+  switch $kind {
+    temp {
+      GraphAdd $obj K_3 T_$name
+      # GraphAdd $obj.raw Ohm_3 R_$name
+    }
+    press {
+      GraphAdd $obj mbar_2 p_$name
+    }
+  }
+}
+
+triton temp tpt2head pt2head T1 dark_violet
+triton temp tpr2plate pt2plate T2 brown
+triton temp tstill still T3 orange
+triton temp tcoldpl coldpl T4 grey
+triton temp tmixcx mixcx T5 cyan
+triton temp tpt1head pt1head T6 cyan
+triton temp tpt1plate pt1plate T7 cyan
+triton temp tmix mix T8 cyan
+triton temp pucksensor puck TA red
+
+triton press pdump dump P1 cyan
+triton press pcond cond P2 blue
+triton press pstill still P3 black
+triton press pback back P4 red
+triton press pfore fore P5 green
+
+# LakeShore 372
+
+makenv res -driver 372_lsc -port dilsc.psi.ch:7777 {
+
+  #lsc_sensor atto_mid 1 -sensor U08127 -excitation 200uV -filter 1
+  #lsc_sensor atto_top 2 -sensor U08130 -excitation 200uV -filter 1
+  #lsc_sensor ch3 3 -sensor raw -excitation 20uV -filter 1
+  #lsc_sensor ch4 4 -sensor raw -excitation 20uV -filter 1
+  lsc_sensor foil 5 -sensor U08130 -excitation 200uV -filter 1
+  #lsc_sensor ch6 6 -sensor raw -excitation 20uV -filter 1
+  #lsc_sensor ch7 7 -sensor raw -excitation 20uV -filter 1
+  #lsc_sensor ch8 8 -sensor raw -excitation 20uV -filter 1
+
+  # heater output 0 (=sample heater) for channel 4 (still)
+  #lsc_loop set -loop 0 -channel 1 -maxheater 100mA -resist 100
+
+}
+
+# Stuff for calibrations with fixed point device
+
+#defineTemperature tmix
+
+#makenv cmn -driver cmnnanov -port dilsc.psi.ch:3000
+
+#GraphAdd cmn.u1 V cmn
+#GraphAdd cmn.u2 V fixp
+
+#makenv softloop -driver piloop -invar "/cmn/temp" -outvar "res set/manualpower" \
+#  -inpfunc 1 -outfunc 1 -outlinear 1e-7 -precision 1e-15 -outmin 1e-11 -outmax 0.1
+
+#GraphAdd cmn.temp K
+#GraphAdd softloop.reg K cmn_reg
+#GraphAdd softloop.target K cmn_target
+
+#GraphAdd res.ch1 Ohm
+#GraphAdd res.ch2 Ohm
+#GraphAdd res.ch3 Ohm
+#GraphAdd res.ch4 Ohm
+#GraphAdd res.ch5 Ohm
+#GraphAdd res.ch6 Ohm
+#GraphAdd res.ch7 Ohm
+#GraphAdd res.ch8 Ohm
+
+
+GraphAdd res.atto_mid.raw Ohm
+GraphAdd res.atto_top.raw Ohm

tcl/euroPress.addon

@@ -0,0 +1,7 @@
+addonDesc = "europress pressure reading"
+
+makenv ep euro2k
+obj_list ep euroPress
+appendVars ep/bar/p
+
+addon permanent

tcl/flow.stick

@@ -0,0 +1,8 @@
+stickDesc = teststick MuSR flow
+
+makenv ts -driver [lsdriver _ts] {
+ lsc_sensor ts A -sensor x75239 -sensorname sample
+ lsc_sensor tc B -sensor x75609 -sensorname stickcon
+ lsc_loop set -loop 1 -channel A -maxheater 50W -resist 50Ohm
+}
+

tcl/flow_1.stick

@@ -0,0 +1,8 @@
+stickDesc = stick 1 MuSR flow
+
+makenv ts -driver [lsdriver _ts] {
+# lsc_sensor ts A -sensor x75239 -sensorname sample
+ lsc_sensor tc B -sensor x85569 -sensorname sample
+# lsc_loop set -loop 1 -channel A -maxheater 50W -resist 50Ohm
+}
+

tcl/flowinner.config

@@ -0,0 +1,9 @@
+deviceDesc = flow cryo stick for hifi
+
+defineTemperature tt
+
+makenv ts -driver [lsdriver] {
+ lsc_sensor ts A -sensor x75609 -sensorname sample
+ lsc_sensor tc B -sensor x75239 -sensorname stickcon
+}
+

tcl/flukeflow.addon

@@ -0,0 +1,6 @@
+addonDesc = hastings over fluke 45 multimeter
+
+makenv hastings -driver fluke45 {X * 10 + 0.4}
+
+GraphAdd hastings ln/min h_flow dark_green
+

tcl/frappy.config

@@ -0,0 +1,11 @@
+deviceDesc = SECoP test (version v1.0)
+
+set ::secop_version 4
+
+makenv frappy_main -driver secop -port pc12694:5000
+#makenv frappy_stick -driver secop -port localhost:15201
+makenv frappy_addons -driver secop -port localhost:15301
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test
+

tcl/freqarray.addon

@@ -0,0 +1,20 @@
+addonDesc = parameter for ultrasound multi freq scan
+
+makenv fa -driver parameter {0
+  f0 0
+  q0 0
+  s0 0
+  f1 0
+  q1 0
+  s1 0
+  f2 0
+  q2 0
+  s2 0
+  f3 0
+  q3 0
+  s3 0
+  f4 0
+  q4 0
+  s4 0
+}
+

tcl/ftest.config

@@ -0,0 +1,16 @@
+deviceDesc = furnace test
+
+defineTemperature tt
+
+makenv tt -driver 340_lsc -port ldmse3-ts:3009 {
+  lsc_sensor ts C -sensor pt-1000 -sensorname sample -alarm 800
+  lsc_loop set -loop 1 -channel A -maxheater 100W -resist 25Ohm
+}
+
+GraphAdd tt.set.reg K T_reg auto
+
+catch {
+  tt set/prop 10
+  tt set/integ 5
+  tt set/limit 800
+}

tcl/funlock.config

@@ -0,0 +1,5 @@
+deviceDesc = Test function generator and Lockin
+
+makenv fn -driver fungen -port A-33210A-12119.psi.ch:5025
+makenv la -driver lockin -port 10105266.psi.ch:50000
+

tcl/fwtest.config

@@ -0,0 +1,33 @@
+deviceDesc = ILL furnace (1400 K), type W thermocouple (1500 / 1800 K)
+
+defineTemperature tt
+
+makenv tt -driver 340_lsc -port @lsc340a {
+  # the temperature scale is kinked above 1000 K, by a factor 2
+  lsc_kink 1000 2
+  lsc_sensor ts C -sensor type-c-k1000 -sensorname sample -alarm 1805
+  lsc_sensor t2 D -sensor type-c-k1000 -sensorname t2 -alarm 1805
+  lsc_sensor te B -sensor rhfe4140 -sensorname outer -alarm 323
+  lsc_sensor p A -sensor vacuum -sensorname vacuum
+  lsc_loop set -loop 1 -channel C -maxheater 0.01A -resist 1000Ohm
+  hsetprop /tt dblmode disabled
+  hsetprop /tt/dblctrl visible false
+  hdelprop /tt/dblctrl group
+}
+
+GraphAdd tt.set.reg K T_reg auto
+GraphAdd tt.ts.raw V V_sample blue
+GraphAdd tt.t2.raw V V_t2 auto
+
+catch {
+  tt set/prop 1
+  tt set/integ 5
+#  tt set/ramp 10
+  tt set/limit 1700
+}
+
+
+makenv table -driver table /tt/ts {
+  "tt set/prop"  "500:0.5 1500:5"
+  "tt set/integ" "500:1 1500:5"
+}

tcl/gpress.config

@@ -0,0 +1,26 @@
+deviceDesc = gas pressure cell Stuttgart (used with ILL1)
+
+#ts_sensor x68061
+
+
+
+
+makenv tcap -driver mom {
+  mom_sensor ta -label Cap_Top -curve pt1000m
+  mom_sensor tb -label Cap_Mid -curve pt1000m
+  mom_sensor tc -label Cap_Bot -curve pt1000m
+}
+
+makenv htr -driver svu {top 1 mid 2 bot 3}
+GraphAdd htr.top_time ms Top_pow brown
+GraphAdd htr.mid_time ms Mid_pow sky_blue
+GraphAdd htr.bot_time ms Bot_pow grey
+
+makenv ta -driver loop -invar /tcap/ta -outvar "htr top_time" \
+  -outmax 1000 -prop 50 -int 5 -precision 1
+makenv tb -driver loop -invar /tcap/tb -outvar "htr mid_time" \
+  -outmax 1000 -prop 50 -int 5 -precision 1
+makenv tc -driver loop -invar /tcap/tc -outvar "htr bot_time" \
+  -outmax 1000 -prop 50 -int 5 -precision 1
+
+

tcl/halflow.config

@@ -0,0 +1,54 @@
+deviceDesc = flow cryo for hifi (with He pump)
+
+device stick_menu "flow flow_1"
+
+defineTemperature tt
+
+makeCCU4 halflow
+
+makenv tt -driver 336_lsc -port pstc003:7777 {
+  lsc_sensor tm A -sensor x85571 -sensorname evap
+  lsc_sensor tsep B -sensor x86021 -sensorname sep
+#  lsc_sensor tcon C -sensor x86028 -sensorname conus
+  lsc_sensor ts C -sensorname sample
+  lsc_sensor tshd D -sensor pt-1000 -sensorname shield
+  lsc_loop set -loop 1 -channel A -maxheater 50W -resist 50Ohm
+  lsc_loop setcon -loop 2 -channel C -maxheater 35W -resist 35Ohm
+}
+tt set/limit 310
+
+makeHePump
+GraphAdd nvflow lnmin Flow_pump auto
+
+makenv table -driver table /tt/tm {
+  "tt set/prop" "50:50 300:20 400:10"
+  "tt set/integ" "10:50 50:20 300:5"
+  "tt dblctrl/int2" "10:10 50:100 300:600"
+  "tt dblctrl/prop_up" "20:0.1 50:0.4"
+  "tt dblctrl/prop_lo" "20:0.1 50:0.8"
+}
+
+
+# -- max flow 50ln/min
+# psts243 for tests RA36 10-JUN-2015
+#makenv -objname shieldflow  -driver bronkfreg  -port psts243:3006  50 Shield_Flow
+makenv -objname shieldflow  -driver bronkfreg  -port halflow-ts:3001  50 Shield_Flow
+GraphAdd shieldflow lnmin Flow_shield red
+
+# -- max flow 20 ln/min
+# psts243 for tests RA36 10-JUN-2015
+#makenv -objname tflineflow  -driver bronkfreg  -port psts243:3008  20 Transfer-line_Flow
+makenv -objname tflineflow  -driver bronkfreg  -port halflow-ts:3002  20 Transfer-line_Flow
+GraphAdd tflineflow lnmin Flow_tfline magenta
+GraphAdd cc.f mbar pump_pressure
+
+
+makeobject magnet array
+magnet makeitem field
+#makeNv
+
+makenv v -driver ccu4 -port halflow-ts:3003 valves valve aux
+
+#makenv hvac -driver pfeiffertpg -port ldmlab1-ts:3013
+
+ 

tcl/hcp.addon

@@ -0,0 +1,10 @@
+addonDesc = hcp High Voltage Power supply 5kV
+
+makenv hcp hcp
+appendVars hcp/V/Voltage hcp.workset/V/Set hcp.current/A/Current
+
+
+GraphAdd hcp V Voltage green
+GraphAdd hcp.current A current red
+GraphAdd hcp.workset V V_set dark_green
+

tcl/he3anna.config

@@ -0,0 +1,49 @@
+deviceDesc = He3 cryo (Anna Soter)
+
+defineTemperature tt
+
+makenv tt -driver 340_lsc {
+  lsc_sensor t1 C -sensor X133320
+  lsc_sensor t2 D -sensor X133322
+  lsc_sensor sh A -sensor X101105 -sensorname shield
+  lsc_sensor hx B -sensor UMEN102 -sensorname heatexch
+  lsc_loop set -loop 1 -channel B -maxheater 10mA -resist 120Ohm -color green
+}
+
+tt set/prop 500
+tt set/integ 1000
+tt set/limit 3.5
+#tt dblctrl/int2 100
+
+makeCCU4 he3ann he
+cc hav 1
+cc hea 1
+
+# slow time interval
+cc hts 40
+# fast time interval
+cc htf 10
+# he full level
+cc hfu 1
+# he empty level
+cc hem 105
+# stop filling
+cc hh 95
+# measuring current (higher than normal, due to turbulences)
+cc hd 100
+
+# 250 l vessel:
+cc hem0 720
+
+makenv flow -driver bronkgen -port he3anna-ts:3004 flow 1
+
+GraphAdd flow ln/min
+
+makenv p -driver pfeiffermulti -port he3anna-ts:3003
+
+GraphAdd p mbar p1
+GraphAdd p.p2 mbar p2
+GraphAdd p.p3 mbar p3
+GraphAdd p.p4 mbar p4
+GraphAdd p.p5 mbar p5
+GraphAdd p.p6 mbar p6

tcl/hemeas.config

@@ -0,0 +1,43 @@
+deviceDesc = he meas
+
+ccu4_device special
+
+proc make_hemeas {ccname pname pshort hostport args} {
+  makenv $ccname -driver ccu4 -port $hostport "He vessels $pname" multiHe
+  hsetprop /$ccname cfgtablefile NONE
+  foreach chan $args {
+    GraphAdd $ccname.h$chan % ${pshort}_He_$chan    
+  }
+  # 75 mA meas. current (85 seems to work better)
+  $ccname hd0 85
+  # 460 Ohm/m resistivity
+  $ccname hwr0 460
+  # empty at 475 mm from top (sensors exchanged in 2021: was 565 before)
+  $ccname hem0 475
+  # full at 0 mm from top (sensors exchanged in 2021: was 90 mm before)
+  $ccname hfu0 0
+  # measurement interval 30 min. (but measured always after plugging)
+  $ccname hts 1800
+
+  # hsetprop /$ccname group "He vessels $pname"
+}
+
+make_hemeas cc2 aare aare ldmprep7-ts:3004 0 1 2 3 4 5
+make_hemeas cc1 mid1 mid1 psts216:3007 0 1 2 3 4 5
+make_hemeas cc6 berg berg ldmprep12-ts:3010 1 2 3 4 5
+
+makenv luft -driver luft SINQ
+makenv luft_wlga -driver luft WLGA
+
+GraphAdd luft %_2 Luft_SINQ
+GraphAdd luft_wlga %_2 Luft_WLGA
+
+if {[sicsdescriptor helium_list] eq "notfound"} {
+  makeobject helium_list array
+}
+if {[sicsdescriptor helium_ts] eq "notfound"} {
+  makeobject helium_ts array
+}
+if {[sicsdescriptor pump_health] eq "notfound"} {
+  makeobject pump_health array
+}

tcl/hp.addon

@@ -0,0 +1,5 @@
+addonDesc = HP 34401A multimeter
+
+makenv volt hp
+
+GraphAdd volt V V dark_green

tcl/ill3_ps.config

@@ -0,0 +1,21 @@
+deviceDesc = orange cryofurnace with 70 mm sample space (with power supply)
+
+defineTemperature tt
+device stick_menu "ill3 ill3g"
+stick ill3
+
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor rhfe8119 -sensorname VTI -alarm 550
+  lsc_sensor ts C -sensorname sample -alarm 550
+  lsc_sensor ts_2 D -sensor code -sensorname sample2
+  if {[lsdriver] eq "340_lsc"} {
+    lsc_loop set -loop 2 -channel A -linearpower -200 -maxheater 200W -resist 20 -color green
+  } else {
+    error "can not use ILL3_PS with [lsdriver]"
+  }
+}
+tt set/limit 550
+makeCCU4 ill3 nv n2 he
+
+source std_orange.table
+

tcl/keith2601b.addon

@@ -0,0 +1,10 @@
+addonDesc = keithley2601B current source(pls config port in addon)
+
+
+makenv cs -driver k2601b -port lollypop-ts:3002
+
+GraphAdd cs.iset A Current
+
+
+
+

tcl/lambdapump.addon

@@ -0,0 +1,8 @@
+addonDesc = remote control for lambda he pump
+
+makenv lampump -driver hepump lammot
+
+makenv lammot -driver trinamic -base /lampump/ hepump
+hsetprop /lampump/lammot label "lambda pump valve motor"
+hsetprop /lampump group "lambda pump"
+

tcl/lambdapump.config

@@ -0,0 +1,3 @@
+deviceDesc = remote control for lambda he pump
+
+Layout lambdapump

tcl/lambdawatch.addon

@@ -0,0 +1,3 @@
+addonDesc = lambda T watch loop
+
+makenv lambdawatch -driver lambdawatch 9.9 11 2.5 tcoil/ta tcoil/tb

tcl/lampovenwall.addon

@@ -0,0 +1,9 @@
+addonDesc = lampoven wall thermometers
+
+makenv wall -driver [lsdriver] {
+  lsc_sensor tw1 A -sensor pt-100
+  lsc_sensor tw2 B -sensor pt-100
+  lsc_sensor tw3 C -sensor pt-100
+  lsc_sensor tw4 D -sensor pt-100
+}
+

tcl/lemflow.config

@@ -0,0 +1,31 @@
+deviceDesc = flow cryo for LEM
+
+defineTemperature tt
+
+makenv tt -driver [lsdriver]  {
+  lsc_sensor tm A -sensor x174783 -sensorname HX
+#  lsc_sensor tsep B -sensor x86021 -sensorname sep
+  lsc_sensor ts C -sensorname sample
+  lsc_sensor tsh D -sensor pt1000e -sensorname shield
+  lsc_loop set -loop 1 -channel A -maxheater 10W -resist 50Ohm
+}
+tt set/limit 310
+
+makenv table -driver table /tt/tm {
+  "tt set/prop" "50:50 300:20 400:10"
+  "tt set/integ" "10:50 50:20 300:5"
+  "tt dblctrl/int2" "10:10 50:100 300:600"
+  "tt dblctrl/prop_up" "20:0.1 50:0.4"
+  "tt dblctrl/prop_lo" "20:0.1 50:0.8"
+}
+
+makeCCU4 lemflow nv
+hupdate /nv/set 1.6
+
+
+#2nd pump 
+makenv hepump2 -driver hepump hemot2
+makenv hemot2 -driver trinamic -base /hepump2/ hepump2 
+makenv nvflow2 -driver sensirion -controller _hemot2
+
+

tcl/lemflow.stick

@@ -0,0 +1,3 @@
+stickDesc = LEMflow Diagnostics
+
+stick_sensors x163062 pt1000e

tcl/lollypop.config

@@ -0,0 +1,28 @@
+deviceDesc = lollypop
+
+defineTemperature cf
+
+#makenv cf -driver itcm -port lollypop-ts.psi.ch:3001
+
+makenv tt -driver 336_lsc {
+  lsc_sensor tm A -sensor rhfe705 -sensorname coldfinger
+  lsc_sensor ts B -sensor x89136 -sensorname sample
+  lsc_loop set -loop 1 -channel A -maxheater 60W -resist 40Ohm -color green
+}
+
+tt set/prop 25
+tt set/integ 20
+tt dblctrl/int2 100
+
+makeCCU4 lollyp he nv
+cc hav 1
+cc hea 1
+
+nv ctrl/adjust_minpulse 0 
+nv ctrl/openpulse 0
+nv ctrl/prop_o 0.5
+nv ctrl/prop_c 0.5
+
+hupdate /hepump 3
+hepump calib 1
+dolater 1 hepump 3

tcl/ls.addon

@@ -0,0 +1,4 @@
+addonDesc = simple lakeshore
+
+#makenv t ls340
+#makenv t2 ls370

tcl/ls335test.config

@@ -0,0 +1,13 @@
+deviceDesc = Lakeshore 335 GPIB test
+
+makenv tt -driver [lsdriver] -port Prologix-00-21-69-01-1b-34:01234 {
+  lsc_sensor tm B -sensor x68258 -sensorname VTI
+  lsc_sensor tm_2 A -sensor pt-100 -sensorname VTI2
+#  lsc_sensor ts C -sensorname sample
+#  lsc_sensor ts_2 D -sensor code -sensorname sample2
+  lsc_loop set -loop 1 -channel B -maxheater 50W -resist 50Ohm
+  if {[lsdriver] eq "336_lsc"} {
+    lsc_loop setsamp -loop 2 -channel A -maxheater 62.5W -resist 20Ohm
+  }
+}
+tt set/limit 310

tcl/ls3705.addon

@@ -0,0 +1,13 @@
+addonDesc = "lsc 370 resistance bridge"
+
+makenv res -driver 370_lsc {
+  lsc_sensor s1 -channel 2 -sensor raw -excitation 1uA
+  lsc_sensor s2 -channel 5 -sensor raw -excitation 1uA
+}
+
+GraphAdd res.s1 Ohm R1
+GraphAdd res.s2 Ohm R2
+
+#GraphAdd sics.sr deg sr
+#logsetup /sics/sr 1
+

tcl/ls370ppms.addon

@@ -0,0 +1,13 @@
+addonDesc = "lsc 370 resistance bridge"
+
+makenv res -driver 370_lsc {
+  lsc_sensor s1 -channel 2 -sensor raw -excitation 1uV
+  lsc_sensor s2 -channel 3 -sensor raw -excitation 1uV
+  lsc_sensor s3 -channel 5 -sensor raw -excitation 1uV
+}
+
+GraphAdd res.s1 Ohm R1
+GraphAdd res.s2 Ohm R2
+GraphAdd res.s3 Ohm R3
+
+

tcl/ma10asym.config

@@ -0,0 +1,4 @@
+deviceDesc = 10 Tesla vertical cryomagnet (asymmetric mode)
+
+import ma10
+

tcl/ma7_transp.stick

@@ -0,0 +1,16 @@
+stickDesc = MA11t stick with tranport wiring
+
+stick_sensors x31254 x70197
+#remark: x55918 was on the heat exchanger cylinder, but not connected
+#stick_sensors x55918 x70197
+
+makenv volt -driver nanov -port ma7-ts:3004
+makenv curr -driver ksm2400 -port ma7-ts:3006
+
+#makenv fn -driver fungen -port A-33210A-12119.psi.ch:5025
+#makenv la -driver lockin -port 10105266.psi.ch:50000
+
+# with ssh tunnel:
+#makenv fn -driver fungen -port localhost:3015
+#makenv la -driver lockin -port localhost:3016
+

tcl/ma7highcurrent.config

@@ -0,0 +1,58 @@
+deviceDesc = 6.8 Tesla horizontal cryomagnet
+
+defineTemperature tt
+device stick_menu "ma7 dil2 dil3 dil4"
+
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor x64682 -sensorname VTI
+  lsc_sensor ts C -sensorname sample
+  lsc_sensor ts_2 D -sensor code -sensorname sample2
+#  lsc_sensor ts_2 D -sensor x63881 -sensorname sample2
+  lsc_loop set -loop 1 -channel A -maxheater 32W -resist 80Ohm -color green
+  if {[lsdriver] eq "336_lsc"} {
+    lsc_loop setsamp -loop 2 -channel C -maxheater 62.5W -resist 40Ohm -loopname sample -color dark_green
+    lsc_loop current -loop 3 -channel D -maxheater 1W -resist 100Ohm -loopname current -color hidden
+  }
+}
+tt set/limit 310
+tt current/mode 2
+tt current/linearpower 5
+
+makeCCU4 ma7 nv_release_blocked he_ilm
+
+hupdate /nv/set 2
+# increase n.v. motor current
+cc mc 75
+nv ctrl/openpulse 2
+
+makeN2Fill ccu4ilm {
+  ln2fill lowlevel 30
+  ln2fill highlevel 80
+  ln2fill minfillminutes 8
+  ln2fill maxfillminutes 40
+  ln2fill minholdhours 24
+  ln2fill maxholdhours 96
+#  appendVars ln2fill.smooth/%/N2smooth/13
+}
+
+makeIps -limit 6.8 -startRamp 0.25 -port ma7-ts:3001 -startScript checkMA7 6.2
+if {[result instrument] eq "rita2"} {
+  mf limit 4.0
+}
+
+makeIlm -channels 2 -port ma7-ts:3002
+
+makenv tcoil -driver mom -port ma7-ts:3003 {
+  mom_sensor ta -label T_Coil1 -curve c_ab270 -adjust {371 293 456 77.4 5400 4.22}
+  mom_sensor tb -label T_Coil2 -curve c_ab270 -adjust {367 293 456 77.4 5400 4.22}
+}
+
+makenv table -driver table /tt/tm {
+  "tt set/prop" "50:50 300:5"
+  "tt set/integ" "10:20 50:5 300:2"
+  "tt dblctrl/int2" "10:10 50:100 300:600"
+  "tt dblctrl/prop_up" "20:0.1 50:0.4"
+  "tt dblctrl/prop_lo" "20:0.1 50:0.8"
+}
+
+setstickrot ma7-ts:3005

tcl/mirror.addon

@@ -0,0 +1,8 @@
+addonDesc = parameter mirror test
+
+set ::secop_version 4
+
+makenv secop2 -driver secop
+makenv mirror -driver mirror _secop tt
+
+defineTemperature tt

tcl/mothes.config

@@ -0,0 +1,8 @@
+deviceDesc = MOTHES gas handling
+
+makenv f1 -driver bronkgen -controller mothes f1 50 3
+makenv f2 -driver bronkgen -controller mothes f2 5  4
+
+makenv p1 -driver bronkgen -controller mothes p1 300 5 
+makenv p2 -driver bronkgen -controller mothes p2 15  6
+makenv p3 -driver bronkgen -controller mothes p3 1.5 7

tcl/origp.stick

@@ -0,0 +1,28 @@
+stickDesc = 5kbar gas pressure stick for maxi orange
+
+#stick_sensors x71777 x88950
+stick_sensors x88950 x71777
+
+#makenv warmup -driver warmup
+#
+#if [catch {
+#  table tbl_tt_dblctrl_int2 2:10 10:20 20:50 50:300 120:1250 300:2000
+#  table tbl_warmup_weight 50:0.5 100:0 160:-0.3 200:-0.6 300:-1
+#  table tbl_tt_dblctrl_prop_lo 20:0 100:0.8
+#  table tbl_tt_dblctrl_prop_up 10:0.1 20:0.3 50:0.6
+#  nv autoflow/prop 1
+#} msg] {
+#  clientput $msg
+#}
+
+makenv tc -driver 340_lsc {
+  lsc_sensor tb B -sensor pt1000e -sensorname capillary
+#  lsc_sensor rs C -sensor raw -sensorname strain
+  lsc_loop set -loop 1 -channel B -maxheater 50W -resist 118Ohm -color green
+}
+tt set/limit 310
+
+makenv pk paa33x
+
+GraphAdd pk bar p auto
+

tcl/oven2tc.stick

@@ -0,0 +1,16 @@
+stickDesc = oven stick for scattering with addition LakeShore for TC
+
+stick_sensors rhfe0734 pt100e
+
+GraphAdd tt.ts_2 K T_shield orange
+
+tt setsamp/limit 750
+tt setsamp/ramp 20
+tt ts/alarm 750
+tt setsamp/resist 25
+tt setsamp/maxheater 10W
+
+makenv tc -driver 340_lsc -port @lsc340a {
+  lsc_sensor ts C -sensor type-k -sensorname heater -alarm 800
+  lsc_sensor tm D -sensor type-k -sensorname tcsamp -alarm 800
+}

tcl/pcell_test.stick

@@ -0,0 +1,4 @@
+stickDesc = test stick for clamp pressure cells 
+
+stick_sensors x75237 undefined
+#sensor2 may be x63881

tcl/petra.stick

@@ -0,0 +1,3 @@
+stickDesc = uniax press stick for Petra III
+
+stick_sensors x132254 none

tcl/pfeiffertpg.addon

@@ -0,0 +1,6 @@
+addonDesc = Pfeiffer Pressure gauge RS232
+
+makenv hvac -driver pfeiffertpg -port ldmse3-ts:3005
+
+GraphAdd hvac mbar ivc blue
+

tcl/ppms2.config

@@ -0,0 +1,7 @@
+deviceDesc = PPMS from LDM
+
+set ::secop_version 4
+
+makenv secop -driver secop -port pc12694:5000
+
+device stick_menu ppms_artem ppms_iv ppms_tto ppms_cap

tcl/ppms_2nanov.addon

@@ -0,0 +1,10 @@
+addonDesc = stick with 2 k2182a voltmeter
+
+makenv vm1 -driver nanov -port lollypop-ts:3001
+makenv vm2 -driver nanov -port lollypop-ts:3002
+
+GraphAdd vm1.u1 V Vx
+GraphAdd vm1.u2 V Vy
+GraphAdd vm2.u1 V Vz
+GraphAdd vm2.u2 V VT
+

tcl/ppms_2nanov.stick

@@ -0,0 +1,10 @@
+stickDesc = stick with 2 k2182a voltmeter
+
+makenv vm1 -driver nanov -port lollypop-ts:3001
+makenv vm2 -driver nanov -port lollypop-ts:3002
+
+GraphAdd vm1.u1 V Vx
+GraphAdd vm1.u2 V Vy
+GraphAdd vm2.u1 V Vz
+GraphAdd vm2.u2 V VT
+

tcl/ppms_artem.stick

@@ -0,0 +1,4 @@
+stickDesc = stick with ah2700 and k6487 for artem
+
+makenv cap -driver ah2700 -port ldmse8-ts:3003
+makenv vs -driver k6487 -port ldmse8-ts:3002

tcl/ppms_cap.stick

@@ -0,0 +1,11 @@
+stickDesc = ppms capacitance stick
+
+stick_sensors X66148 undefined
+
+kthMake ldmcc01-ts.psi.ch:3003
+
+appendVars kth/pA/Kth/1 kth.volt/V/Volt/2
+kth file /home/l_samenv/polarization
+kth time0 2
+kth time 10
+

tcl/ppms_frappy.config

@@ -0,0 +1,10 @@
+deviceDesc = PPMS FRAPPY history recorder, with addons
+
+set ::secop_version 4
+
+makenv frappy_main -driver secop -port pc12694:5000
+makenv frappy_addons -driver secop -port localhost:15301
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test
+

tcl/ppms_frappy3.config

@@ -0,0 +1,11 @@
+deviceDesc = PPMS FRAPPY history recorder, with stick + addons
+
+set ::secop_version 4
+
+makenv frappy_main -driver secop -port pc12694:5000
+makenv frappy_stick -driver secop -port localhost:15201
+makenv frappy_addons -driver secop -port localhost:15301
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test
+

tcl/ppms_iv.stick

@@ -0,0 +1,8 @@
+stickDesc = stick with k2601b current source and k2182a voltmeter
+
+makenv cs -driver k2601b -port lollypop-ts:3001
+makenv vm -driver nanov -port lollypop-ts:3002
+
+GraphAdd vm.u1 V Voltage
+GraphAdd cs.iset A Current
+

tcl/ppms_ivVS.stick

@@ -0,0 +1,8 @@
+stickDesc = stick with k2601b current source and k2182a voltmeter
+
+makenv vs -driver k2601bVS -port lollypop-ts:3001
+makenv vm -driver nanov -port lollypop-ts:3002
+
+GraphAdd vm.u1 V Voltage
+GraphAdd vs.vset V setVolt
+

tcl/ppms_senis.config

@@ -0,0 +1,11 @@
+deviceDesc = PPMS FRAPPY history recorder (version v1.0)
+
+set ::secop_version 4
+
+makenv frappy_main -driver secop -port pc12694:5000
+#makenv frappy_stick -driver secop -port localhost:15201
+makenv frappy_addons -driver secop -port pc10780:5000
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test
+

tcl/ppms_tto.stick

@@ -0,0 +1,23 @@
+stickDesc = Therm Transport for PPMS
+
+makenv t1 -driver softcal /r1 xTTO002
+makenv t2 -driver softcal /r2 xTTO004
+makenv t3 -driver softcal /r3 x70263
+dolater 10 r1 enabled 1
+dolater 10 r2 enabled 1
+
+makenv phase -driver parameter 0
+
+makenv cs -driver k2601b -port lollypop-ts:3002
+
+makenv softloop -driver piloop -invar "t1" -outvar "cs iset" \
+  -inpfunc 1 -outfunc 0 -outmax 0.003 -outlinear 1e-5 -precision 1e-10
+
+GraphAdd t1 K
+GraphAdd t2 K
+GraphAdd cs.iset A Current
+GraphAdd cs.Pmeas W Heat_P
+GraphAdd cs.Vmeas V H_Volt
+GraphAdd cs.Rmeas Ohm H_Res
+GraphAdd cs.Imeas A H_Curr
+

tcl/raselli.config

@@ -0,0 +1,25 @@
+deviceDesc = tests for andrea raselli
+
+makenv ts trun
+ts getcmd get_dummy
+ts setcmd set_dummy
+
+proc set_dummy {value} {
+  global dummy_target
+  set dummy_target $value
+  return "ts set = $value"
+}
+
+proc get_dummy {} {
+  global dummy_target dummy_value
+  if {[info exists dummy_value]} {
+    set dummy_value [expr $dummy_value *0.95 + $dummy_target * 0.05]
+  } else {
+    set dummy_value 0.0
+    set dummy_target 0.0
+  }
+  return "ts = $dummy_value"
+}
+
+GraphAdd ts K T red
+GraphAdd ts.set K Set_T green

tcl/sensirion.addon

@@ -0,0 +1,7 @@
+addonDesc = sensirion flow meter test
+
+makenv flow -driver sensirion
+
+GraphAdd nvflow ln/min sensirion1
+GraphAdd flow ln/min sensirion2
+GraphAdd cc.f mbar pressure

tcl/sensirion2.addon

@@ -0,0 +1,4 @@
+addonDesc = sensirion flow meter test 2
+
+makenv flow2 -driver sensirion
+

tcl/sg382.addon

@@ -0,0 +1,3 @@
+addonDesc = SG382 frequency generator
+
+makenv fg -driver sg382 -port ldmse7-ts:3014

tcl/sim_uniax.config

@@ -0,0 +1,6 @@
+deviceDesc = Uniax stick simulation via SECoP
+
+set ::secop_version 4
+
+makenv frappy -driver secop -port samenv.psi.ch:5000
+

tcl/softcal.addon

@@ -0,0 +1,6 @@
+addonDesc = software calibration
+
+makenv t1 -driver softcal /r1 xTTO191
+GraphAdd t1 K
+
+

tcl/softcalls3.addon

@@ -0,0 +1,6 @@
+addonDesc = software calibration
+
+makenv t1 -driver softcal /res/s2 x86023
+GraphAdd t1 K
+
+

tcl/sr.addon

@@ -0,0 +1,10 @@
+addonDesc = stick rotation graphics setup - look also for instconfig/<instrument>.tcl
+
+# do not forget to add the following line to ~/sea/tcl/instconfig/<instrument>.tcl
+#
+#   instconfig makeitem stickrot 1
+#
+# and restart SEA
+
+GraphAdd sr deg sr
+logsetup /sics/sr 1

tcl/test_be_filter.config

@@ -0,0 +1,20 @@
+deviceDesc = CryoTel be-filter 
+
+
+defineTemperature tt
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm B -sensor pt1000e -sensorname normal
+  lsc_sensor te A -sensor pt1000e -sensorname spring
+}
+
+
+ 
+makenv -objname cryo  -driver cryotel 
+
+# -port ldmprep12-ts:3008
+
+GraphAdd cryo K T_cryotel red
+GraphAdd cryo.setT K T_set green
+GraphAdd cryo.power W Power red
+
+#ccu4_device none

tcl/test_bronk.config

@@ -0,0 +1,11 @@
+deviceDesc = "bronkhorst test"
+
+makenv f3 -driver flowbus -port ldm-humidity-ts:3005 f3 200 5
+
+
+
+
+
+
+
+

tcl/test_dil.config

@@ -0,0 +1,4 @@
+deviceDesc = IGH test
+
+makeDil -port dil3-ts:3005
+

tcl/test_dil5.addon

@@ -0,0 +1,12 @@
+addonDesc = "additional channels for DIL5 test"
+
+makenv tx -driver 370_lsc {
+  lsc_sensor tblue -channel 1 -sensor dil5blue -sensorname inside -excitation 200uV -color blue
+  lsc_sensor tyellow -channel 2 -sensor dil5yellow -sensorname bottom -excitation 200uV -color yellow
+  lsc_sensor tred -channel 3 -sensor dil5red -sensorname top -excitation 200uV -color red
+}
+
+GraphAdd tx.tblue K
+GraphAdd tx.tyellow K
+GraphAdd tx.tred K
+

tcl/test_flow.config

@@ -0,0 +1,14 @@
+deviceDesc = Test cryostat for horizontal separators
+
+defineTemperature tt
+makenv tt -driver [lsdriver] {
+  lsc_sensor ta A -sensor x71777 -sensorname liqu
+  lsc_sensor tb B -sensor x88950 -sensorname sep
+  lsc_sensor tc C -sensor x133273 -sensorname shld
+}
+
+makenv flow -driver parameter {
+  0
+  flowsep 0
+  flowliq 0
+}

tcl/test_hcell.config

@@ -0,0 +1,33 @@
+deviceDesc = "humdity cell simulation"
+
+makenv hc -driver hcell
+
+makenv t -driver simramp 20 15 100 10 1
+
+makenv t_cem -driver simramp 20 15 150 
+
+makenv t_tube -driver simramp 20 15 150 
+
+makenv fg -driver simramp 100 3 775.8
+
+makenv fw -driver simramp 1 1 100
+
+makenv rh -driver simramp 10 1 95
+
+makenv p -driver simramp 1000 900 1200
+
+GraphAdd fg g/h
+GraphAdd fw g/h
+GraphAdd fg.set g/h
+GraphAdd fw.set g/h
+GraphAdd hc.x n
+GraphAdd rh %
+GraphAdd hc.rh_reg %
+GraphAdd hc.rh_set %
+GraphAdd hc.rh_delta n
+GraphAdd t C
+GraphAdd t.reg C
+GraphAdd t_cem C
+GraphAdd t_tube C
+GraphAdd hc.t0 C
+GraphAdd p mbar

tcl/test_horst.config

@@ -0,0 +1,3 @@
+deviceDesc = "humidity chamber test"
+
+makenv t -driver horst -port ldm-humidity-ts:3004

tcl/test_magfield.config

@@ -0,0 +1,10 @@
+deviceDesc = SMC test
+
+makenv mf -driver magfield
+makenv mf2 -driver magfield
+
+GraphAdd mf T mf
+GraphAdd mf.sim.leads_set T mf_cur
+GraphAdd mf.sim.heater 1 htr
+GraphAdd mf.sim.ramp_state 1 state
+GraphAdd mf.sim.at_target 1 at_tg

tcl/test_motorvalve.config

@@ -0,0 +1,4 @@
+deviceDesc = motor valve test
+
+makeMotorValve vb dil3-ts:3004
+makeMotorValve vm dil3-ts:3006

tcl/test_neck.config

@@ -0,0 +1,6 @@
+deviceDesc = Mercury neck heater test
+
+makenv tneck1 -driver itctemp -port mb11-ts:3002 -controller _ta MB1.T1 MB0.H1
+
+GraphAdd tneck1 K_2 T_neck1
+GraphAdd tneck1.pow W pow_neck1

tcl/test_no.config

@@ -0,0 +1 @@
+deviceDesc = test no ccu

tcl/test_pfeiffer.config

@@ -0,0 +1 @@
+makenv h -driver pfeiffertpg -port ldm-fi-ts:3002

tcl/test_pt.config

@@ -0,0 +1,8 @@
+deviceDesc = Test cryostat for horizontal separators
+
+defineTemperature tt
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor pt1000e
+  lsc_sensor ts B -sensor pt1000e
+  lsc_loop set -loop 1 -channel A -maxheater 46W -resist 46Ohm -color green
+}

tcl/test_secop0.config

@@ -0,0 +1,7 @@
+deviceDesc = SECoP test (SECOP version v0.1)
+
+set secop_version 0
+
+makenv secop -driver secop
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_secop1.config

@@ -0,0 +1,8 @@
+deviceDesc = SECoP test (version v1.0b) old datatypes
+
+set ::secop_version 1
+
+makenv secop -driver secop
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_secop2.config

@@ -0,0 +1,8 @@
+deviceDesc = SECoP test (version v1.0b) 
+
+set ::secop_version 2
+
+makenv secop -driver secop
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_secop3.config

@@ -0,0 +1,8 @@
+deviceDesc = SECoP test (version v1.0 RC2)
+
+set ::secop_version 3
+
+makenv secop -driver secop
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_secop4.addon

@@ -0,0 +1,8 @@
+addonDesc = SECoP test (version v1.0)
+
+set ::secop_version 4
+
+makenv secopaddon -driver secop
+#debug _secopaddon
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_secop4.config

@@ -0,0 +1,8 @@
+deviceDesc = SECoP test (version v1.0)
+
+set ::secop_version 4
+
+makenv secop -driver secop
+#debug _secop
+
+#dolater 0 _secop poll /secop 1 read test

tcl/test_sensirion.config

@@ -0,0 +1,9 @@
+deviceDesc = sensirion flow meter test
+
+#makeCCU4 ma10 nv_release_blocked sensirion
+#hupdate /nv/set 1.8
+
+#GraphAdd hepump.hemot.flow ln/min sensirion
+#GraphAdd cc.f mbar pressure
+
+makenv s -driver sensirion -port ldmcc11-ts:3002

tcl/test_setup_hevalve.config

@@ -0,0 +1,42 @@
+deviceDesc = trinamic motor setup valve
+
+makeCCU4 ori1 nv
+
+GraphAdd hepump.hemot.encoder deg valvepos
+GraphAdd hemot.target deg valvepos_set
+
+#hsetprop /hepump/hemot/encoder INIT 1
+_hemot updatescript /hepump/hemot/encoder updenc
+
+proc updenc {encoder} {
+  set sync_time [silent 1 hgetpropval /sics/_hemot/tasks sync_time]
+  if {abs([silent -999 sct oldvalue] - $encoder) > 0.5 ||
+      $sync_time != [silent 0 sct sync_time]} {
+    sct showcnt 3
+    sct oldvalue $encoder
+    sct sync_time $sync_time
+  }
+  if {[silent 0 sct showcnt] > 0} {
+    clientput "pump number [result hemot pump_number], position $encoder"
+    sct showcnt [expr [sct showcnt] - 1]
+  }
+}
+
+proc pn {number} {
+  hemot maxcurrent 255
+  hemot maxspeed 100
+  hemot acceleration 50
+  hemot freewheeling 1
+  hemot lowerlimit -1.4
+  hemot upperlimit 80
+  hemot precision 1.8
+  hemot maxencdif 3.6
+  hemot id 1161
+  hemot standbycurrent 8
+  set encoder [result hemot encoder]
+  hemot zero [expr [result hemot zero] - $encoder]
+  hemot pump_number $number
+  hemot eeprom 2
+}
+
+publishLazy pn

tcl/test_smc.config

@@ -0,0 +1,8 @@
+deviceDesc = SMC test (magnet power supply)
+
+makenv mf -driver smc -port Prologix-00-21-69-01-19-57:1234
+
+GraphAdd mf T mf
+GraphAdd mf.smc.leads_set T mf_set
+GraphAdd mf.smc.leads_meas T cur_meas
+

tcl/test_sumitomo.config

@@ -0,0 +1,9 @@
+deviceDesc = camea sumitiomo test
+
+defineTemperature tt
+makenv tt -driver [lsdriver] {
+  lsc_sensor tm A -sensor X89009 -sensorname main
+  # lsc_loop set -loop 1 -channel A -maxheater 25W -resist 25Ohm
+}
+
+makeCCU4 none

tcl/test_tdk.config

@@ -0,0 +1,3 @@
+deviceDesc = TDK power supply test
+
+makenv cur -driver tdklambda

tcl/test_trinamic.config

@@ -0,0 +1,18 @@
+deviceDesc = trinamic motor test
+
+makenv b trinamic
+
+GraphAdd b deg
+GraphAdd b.pos deg
+GraphAdd b.encoder deg
+GraphAdd b.target deg
+GraphAdd b.load n
+
+b maxcurrent 255
+b maxspeed 100
+b acceleration 50
+b freewheeling 1
+
+#debug b
+
+#makeCCU4 ori1 nv

tcl/test_value.config

@@ -0,0 +1 @@
+makenv r -driver value

tcl/text.addon

@@ -0,0 +1,4 @@
+addonDesc = test text
+
+makenv text text
+

tcl/trinamic.addon

@@ -0,0 +1,19 @@
+addonDesc = trinamic motor test
+
+makenv b trinamic
+
+GraphAdd b deg
+GraphAdd b.pos deg
+GraphAdd b.encoder deg
+GraphAdd b.target deg
+GraphAdd b.load n
+
+b maxcurrent 255
+b maxspeed 100
+b acceleration 50
+b freewheeling 1
+b lowerlimit -360
+b upperlimit 360
+
+#debug b
+

tcl/ultrasound.addon

@@ -0,0 +1,26 @@
+addonDesc = ultrasound with SP devices data acquisition card and function generator
+
+set ::secop_version 4
+
+makenv ultrasound -driver secop
+#makenv ultrasound -driver secop ALL restart_on_reconnect
+
+
+GraphAdd roi0.i 1 inphase
+
+GraphAdd f.slope 2 slope
+GraphAdd f Hz freq
+
+makenv fn -driver fungen -port A-33210A-12987.psi.ch:5025
+
+catch {
+  fn burst 0
+  fn waveform PULS
+  fn offset 0.675
+  fn volt 1.35
+  fn freq 1000
+  fn width 200e-9
+}
+
+makenv mirror -driver mirror pars
+

tcl/ultrasound.config

@@ -0,0 +1,12 @@
+deviceDesc = ultrasound
+
+set ::secop_version 4
+
+#makenv ultrasound -driver secop
+makenv ultrasound -driver secop ALL restart_on_reconnect
+
+
+GraphAdd roi0.i 1 inphase
+
+GraphAdd f.slope 2 slope
+GraphAdd f Hz freq

tcl/ultrasoundnoA.addon

@@ -0,0 +1,16 @@
+addonDesc = ultrasound with SP devices data acquisition card and function generator
+
+set ::secop_version 4
+
+makenv ultrasound -driver secop
+#makenv ultrasound -driver secop ALL restart_on_reconnect
+
+
+GraphAdd roi0.i 1 inphase
+
+GraphAdd f.slope 2 slope
+GraphAdd f Hz freq
+
+
+makenv mirror -driver mirror pars
+