Fix up whitespace.
This commit is contained in:
Ferdi Franceschini
@ -6,340 +6,340 @@ set motdir 1
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set pulserstate 0
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proc SetVoltScale {newscaleval} {
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global scaleval
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set scaleval $newscaleval
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global scaleval
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set scaleval $newscaleval
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}
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proc VoltScale {involt} {
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global scaleval
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return [expr {($involt*1.0)/$scaleval}]
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global scaleval
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return [expr {($involt*1.0)/$scaleval}]
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}
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proc SetRampParms {_rampstep _rampdelay} {
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global rampstep rampdelay
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set rampstep $_rampstep
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set rampdelay $_rampdelay
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global rampstep rampdelay
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set rampstep $_rampstep
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set rampdelay $_rampdelay
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}
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proc SetVolt {volt} {
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global pulserstate
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if {$volt== 0} {
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PulserOff
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set pulserstate 0
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} else {
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set pulservolt [VoltScale $volt]
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# sct_pulser send "VOLT:OFFS $pulservolt; OFFS?"
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# PulserDC $pulservolt
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if {$pulserstate==0} {
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PulserDC $pulservolt
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PulserOn
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set pulserstate 1
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} else {
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sct_pulser send "VOLT:OFFS $pulservolt; OFFS?"
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PulserOn
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}
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}
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global pulserstate
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if {$volt== 0} {
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PulserOff
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set pulserstate 0
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} else {
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set pulservolt [VoltScale $volt]
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# sct_pulser send "VOLT:OFFS $pulservolt; OFFS?"
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# PulserDC $pulservolt
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if {$pulserstate==0} {
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PulserDC $pulservolt
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PulserOn
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set pulserstate 1
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} else {
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sct_pulser send "VOLT:OFFS $pulservolt; OFFS?"
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PulserOn
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}
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}
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}
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proc VoltSetStep {start step fin delay} {
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set i [expr {$start*1.0}]
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set loopvar 1
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SetVolt $i
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if {($start == $fin) || ($step == 0)} {break}
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while {$loopvar} {
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wait $delay
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if {($start < $fin)} {
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set i [expr {$i + abs($step)}]
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if {$i >= $fin} {
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set i $fin
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set loopvar 0
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}
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}
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if {($start > $fin)} {
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set i [expr {$i - abs($step)}]
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if {$i <= $fin} {
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set i $fin
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set loopvar 0
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}
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}
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SetVolt $i
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}
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set i [expr {$start*1.0}]
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set loopvar 1
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SetVolt $i
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if {($start == $fin) || ($step == 0)} {break}
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while {$loopvar} {
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wait $delay
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if {($start < $fin)} {
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set i [expr {$i + abs($step)}]
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if {$i >= $fin} {
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set i $fin
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set loopvar 0
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}
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}
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if {($start > $fin)} {
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set i [expr {$i - abs($step)}]
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if {$i <= $fin} {
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set i $fin
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set loopvar 0
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}
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}
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SetVolt $i
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}
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}
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proc GetVolt {} {
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sct_pulser transact VOLT:OFFS?
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sct_pulser transact VOLT:OFFS?
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}
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proc SingleVolt {volt oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XY
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SetVolt $volt
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oct oscillate_count $oscno
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oct oscillate start
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save 0
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histmem mode unlimited
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newfile HISTOGRAM_XY
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SetVolt $volt
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oct oscillate_count $oscno
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oct oscillate start
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save 0
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}
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proc SetDC {} {
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pulseroff
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pulseroff
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#NOTE: Setting FUNC DC generates a remote ctrl error if the
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# burst mode happens to be on
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set resp [sct_pulser send "BURS:STAT OFF;:FUNC DC;:VOLT:OFFS 0; OFFS?"]
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pulseron
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set resp [sct_pulser send "BURS:STAT OFF;:FUNC DC;:VOLT:OFFS 0; OFFS?"]
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pulseron
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}
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proc VoltRamp {start step fin oscno} {
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histmem mode unlimited
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histmem mode unlimited
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newfile HISTOGRAM_XY
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set loopvar 1
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set i 0
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while {$loopvar} {
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set j [expr {$i*$step+$start}]
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if {$j> $fin && $step > 0} {break}
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if {$j< $fin && $step < 0} {break}
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SetVolt $j
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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newfile HISTOGRAM_XY
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set loopvar 1
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set i 0
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while {$loopvar} {
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set j [expr {$i*$step+$start}]
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if {$j> $fin && $step > 0} {break}
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if {$j< $fin && $step < 0} {break}
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SetVolt $j
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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}
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proc SingleVTexScan {mot tstart tstep tfin oscno} {
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global motdir
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broadcast in singlevtexscan
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set loopvar 1
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set i_bool 0
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histmem mode unlimited
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if {$motdir == 1} {
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set currentmot $tstart
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set i 0
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} else {
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set currentmot $tfin
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set i [expr {int(($tfin-$tstart)/$tstep)}]
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}
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newfile HISTOGRAM_XY
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while {$i_bool==0} {
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drive $mot $currentmot
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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if {($motdir > 0)} {
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global motdir
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broadcast in singlevtexscan
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set loopvar 1
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set i_bool 0
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histmem mode unlimited
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if {$motdir == 1} {
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set currentmot $tstart
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set i 0
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} else {
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set currentmot $tfin
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set i [expr {int(($tfin-$tstart)/$tstep)}]
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}
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newfile HISTOGRAM_XY
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while {$i_bool==0} {
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drive $mot $currentmot
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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if {($motdir > 0)} {
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set currentmot [expr {$currentmot + $tstep}]
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if {$currentmot > $tfin} {set i_bool 1}
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incr i
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} else {
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set currentmot [expr {$currentmot - $tstep}]
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if {$currentmot < $tstart} {set i_bool 1}
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incr i -1
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}
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}
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set motdir [expr {(-1*$motdir)}]
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set currentmot [expr {$currentmot + $tstep}]
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if {$currentmot > $tfin} {set i_bool 1}
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incr i
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} else {
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set currentmot [expr {$currentmot - $tstep}]
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if {$currentmot < $tstart} {set i_bool 1}
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incr i -1
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}
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}
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set motdir [expr {(-1*$motdir)}]
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}
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proc VListTexScan {voltlist mot tstart tstep tfin oscno} {
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global rampstep rampdelay
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global rampstep rampdelay
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set curvolt [lindex $voltlist 0]
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broadcast $curvolt
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SetVolt $curvolt
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foreach volt $voltlist {
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broadcast $volt
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VoltSetStep $curvolt $rampstep $volt $rampdelay
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SingleVTexScan $mot $tstart $tstep $tfin $oscno
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}
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broadcast $volt
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VoltSetStep $curvolt $rampstep $volt $rampdelay
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SingleVTexScan $mot $tstart $tstep $tfin $oscno
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}
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}
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proc SquarePulseTexture {motor start step numsteps volt freq bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set pulservolt [VoltScale $volt]
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PulserSquare $freq $pulservolt
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PulserOn
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set pulservolt [VoltScale $volt]
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PulserSquare $freq $pulservolt
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PulserOn
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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}
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proc UniPulseTexture {motor start step numsteps volt freq bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set pulservolt [VoltScale [expr {$volt*1.0}]]
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set pulseroffs [VoltScale [expr {$volt*0.5}]]
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PulserSquareOffs $freq $pulservolt $pulseroffs
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PulserOn
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set pulservolt [VoltScale [expr {$volt*1.0}]]
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set pulseroffs [VoltScale [expr {$volt*0.5}]]
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PulserSquareOffs $freq $pulservolt $pulseroffs
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PulserOn
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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}
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proc BehlkePulseTexture {motor start step numsteps freq bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquareOffs $freq 2.5 2.5
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PulserOn
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquareOffs $freq 2.5 2.5
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PulserOn
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for {set i 0} {$i < $numsteps} {incr i} {
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drive $motor [expr $i*$step+$start]
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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}
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}
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proc SquarePulseVolt {start step fin freq bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set loopvar 1
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set i 0
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while {$loopvar} {
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set j [expr {$i*$step+$start}]
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if {$j> $fin && $step > 0} {break}
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if {$j< $fin && $step < 0} {break}
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if {$j== 0} {
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PulserOff
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} else {
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set pulservolt [VoltScale $j]
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PulserSquare $freq $pulservolt
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PulserOn
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# sct_pulser send "APPL:SQU $freq,$pulservolt,0"
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}
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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histmem_period_strobo $freq $bins
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wait 3
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set loopvar 1
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set i 0
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while {$loopvar} {
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set j [expr {$i*$step+$start}]
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if {$j> $fin && $step > 0} {break}
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if {$j< $fin && $step < 0} {break}
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if {$j== 0} {
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PulserOff
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} else {
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set pulservolt [VoltScale $j]
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PulserSquare $freq $pulservolt
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PulserOn
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# sct_pulser send "APPL:SQU $freq,$pulservolt,0"
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}
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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}
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proc SquarePulseFreq {volt freqlist bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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set pulservolt [VoltScale $volt]
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquare $freq $pulservolt
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PulserOn
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# sct_pulser send "APPL:SQU $freq,$pulservolt,0"
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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set pulservolt [VoltScale $volt]
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquare $freq $pulservolt
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PulserOn
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# sct_pulser send "APPL:SQU $freq,$pulservolt,0"
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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}
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proc BehlkePulseFreq {freqlist bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquareOffs $freq 2.5 2.5
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PulserOn
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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histmem_period_strobo $freq $bins
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wait 3
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PulserSquareOffs $freq 2.5 2.5
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PulserOn
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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}
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proc SinePulseFreq {volt freqlist bins oscno} {
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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set pulservolt [VoltScale $volt]
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histmem_period_strobo $freq $bins
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wait 3
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PulserSin $freq $pulservolt
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PulserOn
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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save $i
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incr i
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}
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histmem mode unlimited
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newfile HISTOGRAM_XYT
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set loopvar 1
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set i 0
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foreach freq $freqlist {
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set pulservolt [VoltScale $volt]
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histmem_period_strobo $freq $bins
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wait 3
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PulserSin $freq $pulservolt
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PulserOn
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oct oscillate_count $oscno
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oct oscillate start
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hmm countblock
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||||
save $i
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||||
incr i
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||||
}
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||||
}
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||||
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||||
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proc UniPulseFreq {volt freqlist bins oscno} {
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||||
histmem mode unlimited
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||||
newfile HISTOGRAM_XYT
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||||
set loopvar 1
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||||
set i 0
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||||
foreach freq $freqlist {
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||||
histmem mode unlimited
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||||
newfile HISTOGRAM_XYT
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||||
set loopvar 1
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||||
set i 0
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||||
foreach freq $freqlist {
|
||||
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||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
# PulserSquareOffs $freq $pulservolt [expr {$pulservolt/2}]
|
||||
set pulservolt [VoltScale [expr {$volt*1.0}]]
|
||||
set pulseroffs [VoltScale [expr {$volt*0.5}]]
|
||||
PulserSquareOffs $freq $pulservolt $pulseroffs
|
||||
PulserOn
|
||||
# sct_pulser send "APPL:SQU $freq,$pulservolt,[expr {$pulservolt/2}]"
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
# PulserSquareOffs $freq $pulservolt [expr {$pulservolt/2}]
|
||||
set pulservolt [VoltScale [expr {$volt*1.0}]]
|
||||
set pulseroffs [VoltScale [expr {$volt*0.5}]]
|
||||
PulserSquareOffs $freq $pulservolt $pulseroffs
|
||||
PulserOn
|
||||
# sct_pulser send "APPL:SQU $freq,$pulservolt,[expr {$pulservolt/2}]"
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
}
|
||||
|
||||
proc UniPulseFatigue {volt freq bins oscno reps runs} {
|
||||
histmem mode unlimited
|
||||
set pulservolt [VoltScale $volt]
|
||||
set halfvolt [expr {$pulservolt/2.0}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
PulserSquareOffs $freq $halfvolt $halfvolt
|
||||
PulserOn
|
||||
for {set i 0} {$i<$runs} {incr i} {
|
||||
newfile HISTOGRAM_XYT
|
||||
for {set j 0} {$j<$reps} {incr j} {
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $j
|
||||
}
|
||||
}
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
Histmem_strobo_off
|
||||
histmem mode unlimited
|
||||
set pulservolt [VoltScale $volt]
|
||||
set halfvolt [expr {$pulservolt/2.0}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
PulserSquareOffs $freq $halfvolt $halfvolt
|
||||
PulserOn
|
||||
for {set i 0} {$i<$runs} {incr i} {
|
||||
newfile HISTOGRAM_XYT
|
||||
for {set j 0} {$j<$reps} {incr j} {
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $j
|
||||
}
|
||||
}
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
Histmem_strobo_off
|
||||
|
||||
}
|
||||
|
||||
@ -347,80 +347,80 @@ proc UniPulseFatigue {volt freq bins oscno reps runs} {
|
||||
|
||||
|
||||
proc PulserBurst {} {
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
sct_pulser send "TRIG:SOUR BUS; SOUR?"
|
||||
sct_pulser send "BURS:STAT ON; STAT?"
|
||||
PulserOn
|
||||
sct_pulser send "*TRG;:BURS:NCYC?"
|
||||
while {1} {
|
||||
set sval [sct_pulser transact *OPC?]
|
||||
if {[string first 1 $sval] >-1} {break}
|
||||
}
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
sct_pulser send "TRIG:SOUR BUS; SOUR?"
|
||||
sct_pulser send "BURS:STAT ON; STAT?"
|
||||
PulserOn
|
||||
sct_pulser send "*TRG;:BURS:NCYC?"
|
||||
while {1} {
|
||||
set sval [sct_pulser transact *OPC?]
|
||||
if {[string first 1 $sval] >-1} {break}
|
||||
}
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
|
||||
}
|
||||
|
||||
|
||||
proc VoltPulseRun {vlo vhi freq cycl} {
|
||||
PulserOff
|
||||
PulserOff
|
||||
|
||||
sct_pulser send "VOLT:LOW [VoltScale $vlo]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale $vhi]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "BURS:PHAS [expr {90.0 - ($vhi*180.0)/(($vhi-$vlo)*1.0)}]; PHAS?"
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
set ploop [expr {int($cycl/50000)}]
|
||||
set prem [expr {$cycl % 50000}]
|
||||
if {$ploop >0} {
|
||||
for {set i 0} {$i< $ploop} {incr i} {
|
||||
Pulser send "BURS:NCYC 50000; NCYC?"
|
||||
PulserBurst
|
||||
}
|
||||
}
|
||||
sct_pulser send "BURS:NCYC $prem; NCYC?"
|
||||
PulserBurst
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
sct_pulser send "BURS:STAT OFF; STAT?"
|
||||
sct_pulser send "VOLT:LOW [VoltScale $vlo]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale $vhi]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "BURS:PHAS [expr {90.0 - ($vhi*180.0)/(($vhi-$vlo)*1.0)}]; PHAS?"
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
set ploop [expr {int($cycl/50000)}]
|
||||
set prem [expr {$cycl % 50000}]
|
||||
if {$ploop >0} {
|
||||
for {set i 0} {$i< $ploop} {incr i} {
|
||||
Pulser send "BURS:NCYC 50000; NCYC?"
|
||||
PulserBurst
|
||||
}
|
||||
}
|
||||
sct_pulser send "BURS:NCYC $prem; NCYC?"
|
||||
PulserBurst
|
||||
PulserOff
|
||||
set pulserstate 0
|
||||
sct_pulser send "BURS:STAT OFF; STAT?"
|
||||
|
||||
}
|
||||
|
||||
|
||||
proc VoltPulses {vlo vhi freq cycl} {
|
||||
PulserOff
|
||||
sct_pulser send "FUNC SQU;:FUNC?"
|
||||
VoltPulseRun $vlo $vhi $freq $cycl
|
||||
PulserOff
|
||||
sct_pulser send "FUNC SQU;:FUNC?"
|
||||
VoltPulseRun $vlo $vhi $freq $cycl
|
||||
}
|
||||
|
||||
proc VoltTriPulses {vlo vhi freq cycl} {
|
||||
PulserOff
|
||||
sct_pulser send "FUNC RAMP;:FUNC?"
|
||||
sct_pulser send "FUNC:RAMP:SYMM 50;:FUNC:RAMP:SYMM?"
|
||||
VoltPulseRun $vlo $vhi $freq $cycl
|
||||
PulserOff
|
||||
sct_pulser send "FUNC RAMP;:FUNC?"
|
||||
sct_pulser send "FUNC:RAMP:SYMM 50;:FUNC:RAMP:SYMM?"
|
||||
VoltPulseRun $vlo $vhi $freq $cycl
|
||||
}
|
||||
|
||||
proc OneTri {volt period} {
|
||||
PulserOff
|
||||
if {$volt > 0} {
|
||||
sct_pulser send "VOLT:LOW 0; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale $volt]; HIGH?"
|
||||
sct_pulser send "BURS:PHAS -90; PHAS?"
|
||||
} else {
|
||||
sct_pulser send "VOLT:LOW [VoltScale $volt]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH 0; HIGH?"
|
||||
sct_pulser send "BURS:PHAS 90; PHAS?"
|
||||
}
|
||||
sct_pulser send "FUNC RAMP;:FUNC?"
|
||||
sct_pulser send "FUNC:RAMP:SYMM 50;:FUNC:RAMP:SYMM?"
|
||||
sct_pulser send "FREQ [expr {1.0/$period}];:FREQ?"
|
||||
PulserOff
|
||||
if {$volt > 0} {
|
||||
sct_pulser send "VOLT:LOW 0; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale $volt]; HIGH?"
|
||||
sct_pulser send "BURS:PHAS -90; PHAS?"
|
||||
} else {
|
||||
sct_pulser send "VOLT:LOW [VoltScale $volt]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH 0; HIGH?"
|
||||
sct_pulser send "BURS:PHAS 90; PHAS?"
|
||||
}
|
||||
sct_pulser send "FUNC RAMP;:FUNC?"
|
||||
sct_pulser send "FUNC:RAMP:SYMM 50;:FUNC:RAMP:SYMM?"
|
||||
sct_pulser send "FREQ [expr {1.0/$period}];:FREQ?"
|
||||
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
sct_pulser send "BURS:MODE TRIG; MODE?"
|
||||
|
||||
sct_pulser send "BURS:NCYC 1; NCYC?"
|
||||
PulserBurst
|
||||
PulserOff
|
||||
set pulserstat 0
|
||||
sct_pulser send "BURS:NCYC 1; NCYC?"
|
||||
PulserBurst
|
||||
PulserOff
|
||||
set pulserstat 0
|
||||
}
|
||||
|
||||
|
||||
@ -448,5 +448,5 @@ publish BehlkePulseTexture user
|
||||
publish BehlkePulseFreq user
|
||||
publish UniPulseTexture user
|
||||
publish VoltSetStep user
|
||||
|
||||
|
||||
|
||||
|
||||
@ -5,161 +5,161 @@
|
||||
# assumes tc1 and tc2 are the cf8 336 and 340 lakeshores for now
|
||||
|
||||
namespace eval cf {
|
||||
variable wall_lag 10
|
||||
variable wall_max 300
|
||||
variable sample_tolerance 5
|
||||
variable wall_tolerance 5
|
||||
variable wall_set true
|
||||
variable base_set true
|
||||
variable base_control true
|
||||
variable wall_control true
|
||||
variable wall_lag 10
|
||||
variable wall_max 300
|
||||
variable sample_tolerance 5
|
||||
variable wall_tolerance 5
|
||||
variable wall_set true
|
||||
variable base_set true
|
||||
variable base_control true
|
||||
variable wall_control true
|
||||
|
||||
proc UseWall {_wall_set _wall_control} {
|
||||
variable wall_set
|
||||
variable wall_control
|
||||
if {$_wall_set == false} {set wall_set false} else {set wall_set true}
|
||||
if {$_wall_control == false} {set wall_control false} else {set wall_control true}
|
||||
}
|
||||
proc UseWall {_wall_set _wall_control} {
|
||||
variable wall_set
|
||||
variable wall_control
|
||||
if {$_wall_set == false} {set wall_set false} else {set wall_set true}
|
||||
if {$_wall_control == false} {set wall_control false} else {set wall_control true}
|
||||
}
|
||||
|
||||
proc UseBase {_base_set _base_control} {
|
||||
variable base_set
|
||||
variable base_control
|
||||
if {$_base_set == false} {set base_set false} else {set base_set true}
|
||||
if {$_base_control == false} {set base_control false} else {set base_control true}
|
||||
}
|
||||
proc UseBase {_base_set _base_control} {
|
||||
variable base_set
|
||||
variable base_control
|
||||
if {$_base_set == false} {set base_set false} else {set base_set true}
|
||||
if {$_base_control == false} {set base_control false} else {set base_control true}
|
||||
}
|
||||
|
||||
|
||||
proc WallParams {_wall_lag _wall_max _wall_tolerance} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable wall_tolerance
|
||||
set wall_lag $_wall_lag
|
||||
set wall_max $_wall_max
|
||||
set wall_tolerance $_wall_tolerance
|
||||
hset /sample/tc2/control/tolerance1 $wall_tolerance
|
||||
}
|
||||
proc WallParams {_wall_lag _wall_max _wall_tolerance} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable wall_tolerance
|
||||
set wall_lag $_wall_lag
|
||||
set wall_max $_wall_max
|
||||
set wall_tolerance $_wall_tolerance
|
||||
hset /sample/tc2/control/tolerance1 $wall_tolerance
|
||||
}
|
||||
|
||||
proc TempSet {temp} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable base_set
|
||||
variable wall_set
|
||||
set tempc [expr {$temp - $wall_lag}]
|
||||
if {$tempc < 4} {set tempc 4}
|
||||
if {$tempc > $wall_max} {set tempc $wall_max}
|
||||
hset /sample/tc1/sensor/setpoint1 $temp
|
||||
if {$base_set} {hset /sample/tc1/sensor/setpoint2 $tempc}
|
||||
if {$wall_set} {hset /sample/tc2/sensor/setpoint1 $tempc}
|
||||
}
|
||||
proc TempSet {temp} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable base_set
|
||||
variable wall_set
|
||||
set tempc [expr {$temp - $wall_lag}]
|
||||
if {$tempc < 4} {set tempc 4}
|
||||
if {$tempc > $wall_max} {set tempc $wall_max}
|
||||
hset /sample/tc1/sensor/setpoint1 $temp
|
||||
if {$base_set} {hset /sample/tc1/sensor/setpoint2 $tempc}
|
||||
if {$wall_set} {hset /sample/tc2/sensor/setpoint1 $tempc}
|
||||
}
|
||||
|
||||
proc TempDrive {temp} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable base_control
|
||||
variable wall_control
|
||||
TempSet $temp
|
||||
set tempc [expr {$temp - $wall_lag}]
|
||||
if {$tempc < 4} {set tempc 4}
|
||||
if {$tempc > $wall_max} {set tempc $wall_max}
|
||||
set drstr "drive tc1_driveable \$temp"
|
||||
if {$base_control} {append drstr " tc1_driveable2 \$tempc"}
|
||||
if {$wall_control} {append drstr " tc2_driveable \$tempc"}
|
||||
eval $drstr
|
||||
}
|
||||
proc TempDrive {temp} {
|
||||
variable wall_lag
|
||||
variable wall_max
|
||||
variable base_control
|
||||
variable wall_control
|
||||
TempSet $temp
|
||||
set tempc [expr {$temp - $wall_lag}]
|
||||
if {$tempc < 4} {set tempc 4}
|
||||
if {$tempc > $wall_max} {set tempc $wall_max}
|
||||
set drstr "drive tc1_driveable \$temp"
|
||||
if {$base_control} {append drstr " tc1_driveable2 \$tempc"}
|
||||
if {$wall_control} {append drstr " tc2_driveable \$tempc"}
|
||||
eval $drstr
|
||||
}
|
||||
|
||||
proc Tolerance {sample} {
|
||||
hset /sample/tc1/control/tolerance1 $sample
|
||||
hset /sample/tc1/control/tolerance2 $sample
|
||||
}
|
||||
proc Tolerance {sample} {
|
||||
hset /sample/tc1/control/tolerance1 $sample
|
||||
hset /sample/tc1/control/tolerance2 $sample
|
||||
}
|
||||
|
||||
proc MakeCold {} {
|
||||
variable sample_tolerance
|
||||
variable wall_tolerance
|
||||
Tolerance 20
|
||||
hset /sample/tc2/control/tolerance1 20
|
||||
hset /sample/tc2/sensor/setpoint1 4
|
||||
TempDrive 4
|
||||
Tolerance $sample_tolerance
|
||||
hset /sample/tc2/control/tolerance1 $wall_tolerance
|
||||
wait 300
|
||||
}
|
||||
proc MakeCold {} {
|
||||
variable sample_tolerance
|
||||
variable wall_tolerance
|
||||
Tolerance 20
|
||||
hset /sample/tc2/control/tolerance1 20
|
||||
hset /sample/tc2/sensor/setpoint1 4
|
||||
TempDrive 4
|
||||
Tolerance $sample_tolerance
|
||||
hset /sample/tc2/control/tolerance1 $wall_tolerance
|
||||
wait 300
|
||||
}
|
||||
|
||||
|
||||
proc TempRun {temp delay numsteps oscno} {
|
||||
TempDrive $temp
|
||||
wait $delay
|
||||
newfile HISTOGRAM_XY
|
||||
for {set i 0} {$i < $numsteps} {incr i} {
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
}
|
||||
}
|
||||
proc TempRun {temp delay numsteps oscno} {
|
||||
TempDrive $temp
|
||||
wait $delay
|
||||
newfile HISTOGRAM_XY
|
||||
for {set i 0} {$i < $numsteps} {incr i} {
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
}
|
||||
}
|
||||
|
||||
proc RampRun {start step fin oscno delay} {
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XY
|
||||
set loopvar 1
|
||||
set i 0
|
||||
while {$loopvar} {
|
||||
set j [expr {$i*$step+$start}]
|
||||
if {$j> $fin && $step > 0} {break}
|
||||
if {$j< $fin && $step < 0} {break}
|
||||
TempSet $j
|
||||
wait $delay
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
}
|
||||
proc RampRun {start step fin oscno delay} {
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XY
|
||||
set loopvar 1
|
||||
set i 0
|
||||
while {$loopvar} {
|
||||
set j [expr {$i*$step+$start}]
|
||||
if {$j> $fin && $step > 0} {break}
|
||||
if {$j< $fin && $step < 0} {break}
|
||||
TempSet $j
|
||||
wait $delay
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
}
|
||||
|
||||
proc StepRun {start step fin oscno delay} {
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XY
|
||||
set loopvar 1
|
||||
set i 0
|
||||
while {$loopvar} {
|
||||
set j [expr {$i*$step+$start}]
|
||||
if {$j> $fin && $step > 0} {break}
|
||||
if {$j< $fin && $step < 0} {break}
|
||||
TempDrive $j
|
||||
wait $delay
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
}
|
||||
proc StepRun {start step fin oscno delay} {
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XY
|
||||
set loopvar 1
|
||||
set i 0
|
||||
while {$loopvar} {
|
||||
set j [expr {$i*$step+$start}]
|
||||
if {$j> $fin && $step > 0} {break}
|
||||
if {$j< $fin && $step < 0} {break}
|
||||
TempDrive $j
|
||||
wait $delay
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
incr i
|
||||
}
|
||||
}
|
||||
|
||||
proc HeaterOn {} {
|
||||
variable base_set
|
||||
variable wall_set
|
||||
proc HeaterOn {} {
|
||||
variable base_set
|
||||
variable wall_set
|
||||
|
||||
hset /sample/tc1/heater/heaterRange_1 4
|
||||
if {$base_set} {hset /sample/tc1/heater/heaterRange_2 4}
|
||||
if {$wall_set} {hset /sample/tc2/heater/heaterRange 5}
|
||||
}
|
||||
hset /sample/tc1/heater/heaterRange_1 4
|
||||
if {$base_set} {hset /sample/tc1/heater/heaterRange_2 4}
|
||||
if {$wall_set} {hset /sample/tc2/heater/heaterRange 5}
|
||||
}
|
||||
|
||||
proc GetTemp {} {
|
||||
variable base_set
|
||||
set t1top [hget /sample/tc1/sensor/sensorValueA]
|
||||
broadcast "sample top : $t1top"
|
||||
if {$base_set} {
|
||||
set t1base [hget /sample/tc1/sensor/sensorValueB]
|
||||
broadcast "sample base: $t1base"
|
||||
}
|
||||
set t1wall [hget /sample/tc2/sensor/sensorValueA]
|
||||
broadcast "sample wall: $t1wall"
|
||||
}
|
||||
proc GetTemp {} {
|
||||
variable base_set
|
||||
set t1top [hget /sample/tc1/sensor/sensorValueA]
|
||||
broadcast "sample top : $t1top"
|
||||
if {$base_set} {
|
||||
set t1base [hget /sample/tc1/sensor/sensorValueB]
|
||||
broadcast "sample base: $t1base"
|
||||
}
|
||||
set t1wall [hget /sample/tc2/sensor/sensorValueA]
|
||||
broadcast "sample wall: $t1wall"
|
||||
}
|
||||
|
||||
|
||||
|
||||
namespace export *
|
||||
namespace ensemble create
|
||||
namespace export *
|
||||
namespace ensemble create
|
||||
}
|
||||
|
||||
publish cf user
|
||||
|
||||
@ -1,109 +1,109 @@
|
||||
|
||||
proc SetVoltPosStep {steps} {
|
||||
|
||||
|
||||
# set llen 16384
|
||||
# set steplen [expr{int($llen/(2*$steps))}]
|
||||
# set phaselen
|
||||
|
||||
set l {}
|
||||
for {set i 0} {$i < $steps} {incr i} {
|
||||
lappend l [expr {($i*2.0/$steps)-1.0}]
|
||||
}
|
||||
for {set i $steps} {$i > 0} {incr i -1} {
|
||||
lappend l [expr {($i*2.0/$steps)-1.0}]
|
||||
}
|
||||
set s "DATA VOLATILE, "
|
||||
for {set i 0} {$i < [expr {[llength $l] -1}]} {incr i} {
|
||||
append s [format "%1.3f" [lindex $l $i]] ","
|
||||
}
|
||||
append s [format "%1.3f" [lindex $l [expr {[llength $l] -1}]]]
|
||||
sct_pulser send $s
|
||||
broadcast $s
|
||||
|
||||
|
||||
set l {}
|
||||
for {set i 0} {$i < $steps} {incr i} {
|
||||
lappend l [expr {($i*2.0/$steps)-1.0}]
|
||||
}
|
||||
for {set i $steps} {$i > 0} {incr i -1} {
|
||||
lappend l [expr {($i*2.0/$steps)-1.0}]
|
||||
}
|
||||
set s "DATA VOLATILE, "
|
||||
for {set i 0} {$i < [expr {[llength $l] -1}]} {incr i} {
|
||||
append s [format "%1.3f" [lindex $l $i]] ","
|
||||
}
|
||||
append s [format "%1.3f" [lindex $l [expr {[llength $l] -1}]]]
|
||||
sct_pulser send $s
|
||||
broadcast $s
|
||||
|
||||
}
|
||||
|
||||
proc SetVoltBiStep {steps} {
|
||||
set l {}
|
||||
for {set i 0} {$i < $steps} {incr i} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
for {set i $steps} {$i > [expr {$steps * -1}]} {incr i -1} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
for {set i [expr {$steps * -1}]} {$i < 0} {incr i} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
|
||||
set s "DATA VOLATILE, "
|
||||
for {set i 0} {$i < [expr {[llength $l] -1}]} {incr i} {
|
||||
append s [format "%1.3f" [lindex $l $i]] ","
|
||||
}
|
||||
append s [format "%1.3f" [lindex $l [expr {[llength $l] -1}]]]
|
||||
sct_pulser send $s
|
||||
broadcast $s
|
||||
|
||||
|
||||
set l {}
|
||||
for {set i 0} {$i < $steps} {incr i} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
for {set i $steps} {$i > [expr {$steps * -1}]} {incr i -1} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
for {set i [expr {$steps * -1}]} {$i < 0} {incr i} {
|
||||
lappend l [expr {$i*1.0/$steps}]
|
||||
}
|
||||
|
||||
set s "DATA VOLATILE, "
|
||||
for {set i 0} {$i < [expr {[llength $l] -1}]} {incr i} {
|
||||
append s [format "%1.3f" [lindex $l $i]] ","
|
||||
}
|
||||
append s [format "%1.3f" [lindex $l [expr {[llength $l] -1}]]]
|
||||
sct_pulser send $s
|
||||
broadcast $s
|
||||
|
||||
|
||||
}
|
||||
|
||||
proc VoltPosStep {volt freq voltsteps} {
|
||||
PulserOff
|
||||
newfile HISTOGRAM_XYT
|
||||
|
||||
SetVoltPosStep $voltsteps
|
||||
sct_pulser send "VOLT:LOW [VoltScale 0.0]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale [expr {$volt*1.0}]]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "FUNC: USER VOLATILE"
|
||||
sct_pulser send "FUNC USER"
|
||||
|
||||
PulserOff
|
||||
newfile HISTOGRAM_XYT
|
||||
|
||||
SetVoltPosStep $voltsteps
|
||||
sct_pulser send "VOLT:LOW [VoltScale 0.0]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale [expr {$volt*1.0}]]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "FUNC: USER VOLATILE"
|
||||
sct_pulser send "FUNC USER"
|
||||
|
||||
}
|
||||
|
||||
|
||||
proc UniZigTexture {motor mstart mstep mnum volt freq vstep binmult oscno} {
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XYT
|
||||
set bins [expr {$vstep * 2 * $binmult}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
# set pulservolt [VoltScale [expr {$volt*1.0}]]
|
||||
# set pulseroffs [VoltScale [expr {$volt*0.5}]]
|
||||
VoltPosStep $volt $freq $vstep
|
||||
histmem mode unlimited
|
||||
newfile HISTOGRAM_XYT
|
||||
set bins [expr {$vstep * 2 * $binmult}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
# set pulservolt [VoltScale [expr {$volt*1.0}]]
|
||||
# set pulseroffs [VoltScale [expr {$volt*0.5}]]
|
||||
VoltPosStep $volt $freq $vstep
|
||||
|
||||
PulserOn
|
||||
PulserOn
|
||||
|
||||
for {set i 0} {$i < $mnum} {incr i} {
|
||||
drive $motor [expr $i*$mstep+$mstart]
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
}
|
||||
PulserOff
|
||||
for {set i 0} {$i < $mnum} {incr i} {
|
||||
drive $motor [expr $i*$mstep+$mstart]
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
hmm countblock
|
||||
save $i
|
||||
}
|
||||
PulserOff
|
||||
}
|
||||
|
||||
|
||||
|
||||
proc VoltBiStep {volt freq steps} {
|
||||
PulserOff
|
||||
newfile HISTOGRAM_XYT
|
||||
|
||||
SetVoltBiStep $steps
|
||||
sct_pulser send "VOLT:LOW [VoltScale [expr {$volt*-1.0}]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale [expr {$volt*1.0}]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "FUNC: USER VOLATILE"
|
||||
sct_pulser send "FUNC USER"
|
||||
set bins [expr {$steps * 4}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
|
||||
PulserOn
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
save 0
|
||||
PulserOff
|
||||
newfile HISTOGRAM_XYT
|
||||
|
||||
SetVoltBiStep $steps
|
||||
sct_pulser send "VOLT:LOW [VoltScale [expr {$volt*-1.0}]; LOW?"
|
||||
sct_pulser send "VOLT:HIGH [VoltScale [expr {$volt*1.0}]; HIGH?"
|
||||
sct_pulser send "FREQ $freq;:FREQ?"
|
||||
sct_pulser send "FUNC: USER VOLATILE"
|
||||
sct_pulser send "FUNC USER"
|
||||
set bins [expr {$steps * 4}]
|
||||
histmem_period_strobo $freq $bins
|
||||
wait 3
|
||||
|
||||
PulserOn
|
||||
oct oscillate_count $oscno
|
||||
oct oscillate start
|
||||
save 0
|
||||
}
|
||||
|
||||
|
||||
publish SetVoltPosStep user
|
||||
publish SetVoltBiStep user
|
||||
publish UniZigTexture user
|
||||
publish VoltPosStep user
|
||||
publish VoltBiStep user
|
||||
publish VoltBiStep user
|
||||
|
||||
Reference in New Issue
Block a user