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Instrument Control
NomadSpecialModules
Commits
1826224a
Commit
1826224a
authored
Jan 03, 2018
by
legoc
Browse files
Merge branch 'master' of
https://code.ill.fr/instrument-control/nomad-special-modules
parents
21556413
63b2ecc5
Changes
23
Expand all
Hide whitespace changes
Inline
Side-by-side
src/controllers/dif/cyclops/CyclopsDataHeader.cpp
View file @
1826224a
...
...
@@ -32,7 +32,7 @@ const string CyclopsDataHeader::END = "*";
* Constructor
*/
CyclopsDataHeader
::
CyclopsDataHeader
(
const
string
&
name
)
:
utilities
::
Co
u
nt
Spy
(
name
)
{
Experiment
Cont
roller
(
name
)
{
setFamily
(
family
::
HIDDEN
);
...
...
@@ -40,6 +40,7 @@ CyclopsDataHeader::CyclopsDataHeader(const string& name) :
m_CamDriver
.
init
(
this
,
"cammeraDriver"
);
m_Title
.
init
(
this
,
"title"
);
m_CountSpy
.
init
(
this
,
"count_spy"
);
m_SampleSettings
.
init
(
this
,
"sample_settings"
);
m_ScanInfo
.
init
(
this
,
"scan_info"
);
m_CyclopsSetting
.
init
(
this
,
"cyclops_setting"
);
...
...
@@ -66,30 +67,17 @@ CyclopsDataHeader::~CyclopsDataHeader() {
* postConfiguration
*/
void
CyclopsDataHeader
::
postConfiguration
()
{
utilities
::
CountSpy
::
postConfiguration
(
);
registerUpdater
(
m_CountSpy
->
statusMessage
,
&
CyclopsDataHeader
::
updateStatusMessage
,
this
);
}
/*
* updateProperty
*/
void
CyclopsDataHeader
::
updateProperty
(
ChangeAspect
*
aChangeAspect
)
{
string
propertyName
=
aChangeAspect
->
getStringParam
();
string
controllername
=
aChangeAspect
->
getControllerName
();
int32
i
;
for
(
i
=
0
;
i
<
(
int32
)
m_CountControllers
.
size
();
++
i
)
{
if
(
m_CountControllers
[
i
]
->
getName
()
==
controllername
)
{
break
;
}
}
if
(
i
<
(
int32
)
m_CountControllers
.
size
())
{
if
(
propertyName
==
statusMessage
.
getName
())
{
boost
::
any
propvalue
=
dynamic_cast
<
AbstractController
*>
(
m_CountControllers
[
i
])
->
getValue
(
propertyName
);
if
(
any_cast
<
string
>
(
propvalue
)
==
"Writing parameters"
)
{
createHeader
();
}
}
void
CyclopsDataHeader
::
updateStatusMessage
()
{
if
(
m_CountSpy
->
statusMessage
()
==
"Writing parameters"
)
{
createHeader
();
}
utilities
::
CountSpy
::
updateProperty
(
aChangeAspect
);
}
/*
...
...
@@ -115,7 +103,7 @@ void CyclopsDataHeader::createHeader() {
create_i
(
header
,
"nbang"
,
m_ScanInfo
->
nbController
(),
0
);
create_i
(
header
,
"nkmes"
,
m_ScanInfo
->
nbStep
(),
0
);
create_i
(
header
,
"npmes"
,
m_ScanInfo
->
actualStep
(),
0
);
create_i
(
header
,
"jcode"
,
modeint
(),
0
);
create_i
(
header
,
"jcode"
,
m_CountSpy
->
modeint
(),
0
);
create_i
(
header
,
"count"
,
0
,
0
);
create_i
(
header
,
"gain"
,
m_CyclopsSetting
->
gain
(),
0
);
create_i
(
header
,
"mode"
,
m_CyclopsSetting
->
mode
(),
0
);
...
...
@@ -141,12 +129,17 @@ void CyclopsDataHeader::createHeader() {
create_f
(
header
,
"reqt"
,
m_SampleSettings
->
getMainSampleTempController
()
->
wantedTemperature
(),
8
,
2
);
create_f
(
header
,
"samp"
,
m_SampleSettings
->
getMainSampleTempController
()
->
sampleTemperature
(),
8
,
2
);
create_f
(
header
,
"heat"
,
m_SampleSettings
->
getMainSampleTempController
()
->
power
(),
8
,
2
);
if
(
m_SampleSettings
->
getSecSampleTempController
()
->
isEnabled
()
==
true
)
{
create_f
(
header
,
"temp2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
regulationTemperature
(),
8
,
2
);
create_f
(
header
,
"stpt2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
setpointTemperature
(),
8
,
2
);
create_f
(
header
,
"reqt2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
wantedTemperature
(),
8
,
2
);
create_f
(
header
,
"samp2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
sampleTemperature
(),
8
,
2
);
create_f
(
header
,
"heat2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
power
(),
8
,
2
);
if
(
m_SampleSettings
->
getSecSampleTempController
()
!=
NULL
)
{
if
(
m_SampleSettings
->
getSecSampleTempController
()
->
isEnabled
()
==
true
)
{
create_f
(
header
,
"temp2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
regulationTemperature
(),
8
,
2
);
create_f
(
header
,
"stpt2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
setpointTemperature
(),
8
,
2
);
create_f
(
header
,
"reqt2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
wantedTemperature
(),
8
,
2
);
create_f
(
header
,
"samp2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
sampleTemperature
(),
8
,
2
);
create_f
(
header
,
"heat2"
,
m_SampleSettings
->
getSecSampleTempController
()
->
power
(),
8
,
2
);
}
else
{
create_f
(
header
,
"temp2"
,
-
1.
,
8
,
2
);
}
}
else
{
create_f
(
header
,
"temp2"
,
-
1.
,
8
,
2
);
...
...
src/controllers/dif/cyclops/CyclopsDataHeader.h
View file @
1826224a
...
...
@@ -41,7 +41,7 @@ namespace cyclops {
* \class cyclops data server path setiing
* \brief Configure data path and name for cyclops data server
*/
class
CyclopsDataHeader
:
public
utilities
::
Co
u
nt
Spy
{
class
CyclopsDataHeader
:
public
Experiment
Cont
roller
{
public:
...
...
@@ -59,12 +59,6 @@ public:
*/
virtual
~
CyclopsDataHeader
();
virtual
void
updateProperty
(
ChangeAspect
*
aChangeAspect
);
/*!
* Properties
*/
private:
/*!
...
...
@@ -73,8 +67,11 @@ private:
*/
virtual
void
postConfiguration
();
void
updateStatusMessage
();
DriverPtr
<
psl
::
PslDriver
>
m_CamDriver
;
ControllerPtr
<
acquisition
::
ExperimentData
>
m_Title
;
ControllerPtr
<
utilities
::
CountSpy
>
m_CountSpy
;
ControllerPtr
<
sample_environment
::
SampleSettings
>
m_SampleSettings
;
ControllerPtr
<
scan
::
ScanInfo
>
m_ScanInfo
;
ControllerPtr
<
CyclopsSetting
>
m_CyclopsSetting
;
...
...
src/controllers/npp/CAENCfdController.cpp
View file @
1826224a
This diff is collapsed.
Click to expand it.
src/controllers/npp/CAENCfdController.h
View file @
1826224a
...
...
@@ -20,18 +20,19 @@
#define CAENCFDCONTROLLER_H
#include "CAENAdcController.h"
#include "drivers/ioxos/cfd/CfdDriver.h"
//#include "drivers/ioxos/cfd/CfdDriver.h"
#include "drivers/caen_cfd/CAENCfdDriver.h"
namespace
npp
{
/*!
* \class CAENV172
4
Driver
* \brief Main class for the CAENV172
4
Driver device driver
* \class CAENV172
5
Driver
* \brief Main class for the CAENV172
5
Driver device driver
*
* \par
* Class for CAENV172
4
Driver driver. Implements DeviceDriver methods.
* Class for CAENV172
5
Driver driver. Implements DeviceDriver methods.
* \par
* The CAENV1724Driver device manages the global functionality of the CAEN V172
4
VME Digitiser.
* The CAENV1724Driver device manages the global functionality of the CAEN V172
5
VME Digitiser.
*/
class
CAENCfdController
:
public
CAENAdcController
{
...
...
@@ -56,44 +57,84 @@ public:
*/
virtual
void
postConfiguration
();
// Global properties
Property
<
int32
>
delay
;
Property
<
int32
>
attenuation
;
// Channel property
Property
<
int32
>
trapezoidRise
;
Property
<
int32
>
trapezoidFlat
;
Property
<
int32
>
decayTime
;
Property
<
int32
>
peaking
;
Property
<
int32
>
bitShift
;
Property
<
int32
>
channelOffset
;
// Channels properties
Property
<
int32
>
nbBits
;
Property
<
float64
>
signalDecayTime
;
Property
<
float64
>
trapezoidFlatTop
;
Property
<
float64
>
trapezoidRiseTime
;
Property
<
float64
>
flatTopDelay
;
Property
<
int32
>
triggerSmoothing
;
Property
<
float64
>
signalRiseTime
;
Property
<
int32
>
triggerThreshold
;
Property
<
int32
>
baselineMean
;
Property
<
int32
>
peakMean
;
Property
<
float64
>
peakHoldOff
;
Property
<
float64
>
baselineHoldOff
;
Property
<
float64
>
triggerHoldOff
;
Property
<
int32
>
triggerWindowSize
;
Property
<
int32
>
triggerWindowEnable
;
Property
<
int32
>
digitalGain
;
Property
<
float64
>
trapezoidGain
;
Property
<
int32
>
decimation
;
Property
<
int32
>
cfdActive
;
Property
<
int32
>
cfdFraction
;
Property
<
int32
>
cfdDelay
;
Property
<
int32
>
cfdSignalZero
;
Property
<
int32
>
dynamicRange
;
Property
<
int32
>
cfdTrap
;
// Channels properties outside dppParam
Property
<
int32
>
useFirstDerivative
;
protected:
DriverPtr
<
cfd
::
CfdDriver
>
m_
Cfd
Driver
;
DriverPtr
<
caen_
cfd
::
CAEN
CfdDriver
>
m_
dgtz
Driver
;
private:
void
refreshDelayProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshAttenuationProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshTrapezoidRiseProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshTrapezoidFlatProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshDecayTimeProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshPeakingProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshBitShiftProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshChannelActiveProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshRecordLengthProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshDisplayChannelProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshChannelOffsetProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshNbChannelsProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshPulsePolarityProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshDisplayChannelProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshRecordLengthProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshcfdTrapProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
refreshDppAcqModeProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
updateBoardProperties
();
void
updateCfdProperties
(
int32
channel
);
virtual
void
refreshChannelActiveProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshSignalDecayTime
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTrapezoidFlatTopProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTrapezoidRiseTimeProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshFlatTopDelayProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTriggerSmoothing
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshSignalRiseTimeProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTriggerThresholdProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshBaselineMean
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshPeakMean
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshPeaklineHoldOffProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshBaselineHoldOffProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTriggerHoldOffProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshTriggerWindowSizeProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshTriggerWindowEnableProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshDigitalGainProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshTrapezoidGainProperty
(
float64
aValue
)
throw
(
CannotSetValue
);
void
refreshDecimationProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshDcOffsetProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshPreTriggerProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshPulsePolarityProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshUseFirstDerivativeProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshCfdActiveProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshCfdFractionProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshCfdDelayProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshCfdSignalZeroProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
void
refreshDynamicRangeProperty
(
int32
aValue
)
throw
(
CannotSetValue
);
virtual
void
updateBoardProperties
();
void
updateNbBitsProperty
();
virtual
void
clearData
();
virtual
void
writeParam
();
virtual
void
initChannel
(
int32
aChannel
);
void
initBoard
();
};
}
...
...
src/controllers/npp/CAENPhaController.cpp
View file @
1826224a
...
...
@@ -364,7 +364,7 @@ void CAENPhaController::updateBoardProperties() {
if
(
modelName
()
==
"V1724"
)
{
cardType
=
lstdpp128
::
C1724_PHA_RT
;
}
else
if
(
modelName
()
==
"V17
30
"
)
{
else
if
(
modelName
()
==
"V17
25
"
)
{
cardType
=
lstdpp128
::
C1730_PHA_RT
;
}
channels
.
update
(
m_dgtzDriver
->
channels
());
...
...
src/controllers/npp/Module.xml
View file @
1826224a
<module
name=
"npp_s"
>
<controller
class=
"npp::CAENCfdController"
/>
<controller
class=
"npp::CAENPhaController"
/>
<controller
class=
"npp::CAENCfdController"
/>
<controller
class=
"npp::CAENPksController"
/>
<controller
class=
"npp::CAENPsdController"
/>
<controller
class=
"npp::DPPAcquisitionController"
/>
...
...
src/controllers/npp/gui/cfd_controler/cfd_controller.properties
View file @
1826224a
# Board Params
cfd_controller.boardParamsTitle
=
Board Parameters
cfd_controller.nbChannels
=
Nb channels:
cfd_controller.nbBits
=
Nb bits:
cfd_controller.acqMode
=
Acquisition mode:
cfd_controller.recordLength
=
Record length
cfd_controller.cfdTrap
=
Select Plot
# Channel General Settings
cfd_controller.generalSettingsTitle
=
General Settings
cfd_controller.recordLength
=
Record length
cfd_controller.displayChannel
=
Channel
cfd_controller.channelEnabled
=
Channel enabled
cfd_controller.pulsePolarity
=
Pulse polarity
cfd_controller.dcOffset
=
DC offset
cfd_controller.digitalGain
=
Digital gain
cfd_controller.decimation
=
Decimation
cfd_controller.enabledCheckedValue
=
1
cfd_controller.enabledUncheckedValue
=
0
cfd_controller.dynamicRange
=
Dynamic range
# Timing Filter
cfd_controller.selfTrigger
=
Self-trigger
cfd_controller.stenabledLabel
=
Enable
cfd_controller.stenabledValue
=
1
cfd_controller.stdisableLabel
=
Disable
cfd_controller.stdisableValue
=
0
cfd_controller.timingFilterTitle
=
Trigger and Timing Filter
cfd_controller.preTrigger
=
Pre-trigger
cfd_controller.threshold
=
Threshold
cfd_controller.triggerSmoothing
=
Smoothing
cfd_controller.signalRiseTime
=
Rise time
cfd_controller.triggerHoldOff
=
Trigger holdoff
cfd_controller.charge_sensitivity
=
Charge sens.
cfd_controller.fcversuslsb
=
fc/LSB
cfd_controller.20csValue
=
0
cfd_controller.20csLabel
=
20
cfd_controller.40csValue
=
1
cfd_controller.40csLabel
=
40
cfd_controller.80csValue
=
2
cfd_controller.80csLabel
=
80
cfd_controller.160csValue
=
3
cfd_controller.160csLabel
=
160
cfd_controller.320csValue
=
4
cfd_controller.320csLabel
=
320
cfd_controller.640csValue
=
5
cfd_controller.640csLabel
=
640
# Energy Filter
cfd_controller.energyFilterTitle
=
Energy Filter
cfd_controller.signalDecayTime
=
Decay time
cfd_controller.trapezoidlRiseTime
=
Trapezoid rise
cfd_controller.trapezoidFlatTop
=
Trapezoid flat-top
cfd_controller.baselineMean
=
Baseline mean
cfd_controller.shortGate
=
Short gate
cfd_controller.longGate
=
Long gate
cfd_controller.preGate
=
Pre gate
cfd_controller.trapezoidGain
=
Trapezoid gain
cfd_controller.flatTopDelay
=
Peaking delay
cfd_controller.peakMean
=
Peak mean
cfd_controller.baselineHoldOff
=
Baseline holdoff
cfd_controller.peakHoldOff
=
Peak holdoff
# Units
cfd_controller.lsbUnit
=
LSB
...
...
@@ -56,6 +48,12 @@ cfd_controller.positiveLabel=Positive
cfd_controller.negativeValue
=
1
cfd_controller.negativeLabel
=
Negative
# Combo dynamic range
cfd_controller.twoValue
=
0
cfd_controller.twoLabel
=
2V
cfd_controller.zeroFiveValue
=
1
cfd_controller.zeroFiveLabel
=
0.5V
# Combo digital gain
cfd_controller.gain1Value
=
0
cfd_controller.gain1Label
=
1
...
...
@@ -92,21 +90,19 @@ cfd_controller.smooth32Label=32
# Combo base mean
cfd_controller.base0Value
=
0
cfd_controller.base0Label
=
Fixed
cfd_controller.base8Value
=
1
cfd_controller.base8Label
=
8
cfd_controller.base16Value
=
2
cfd_controller.base0Label
=
0
cfd_controller.base16Value
=
1
cfd_controller.base16Label
=
16
cfd_controller.base32Value
=
3
cfd_controller.base32Label
=
32
cfd_controller.base64Value
=
4
cfd_controller.base64Value
=
2
cfd_controller.base64Label
=
64
cfd_controller.base128Value
=
5
cfd_controller.base128Label
=
128
cfd_controller.base256Value
=
6
cfd_controller.base256Value
=
3
cfd_controller.base256Label
=
256
cfd_controller.base512Value
=
7
cfd_controller.base512Label
=
512
cfd_controller.base1024Value
=
4
cfd_controller.base1024Label
=
1024
cfd_controller.base4096Value
=
5
cfd_controller.base4096Label
=
4096
cfd_controller.base16384Value
=
6
cfd_controller.base16384Label
=
16384
# Combo peak mean
cfd_controller.peak1Value
=
0
...
...
@@ -123,6 +119,8 @@ cfd_controller.oscilloscopeValue=0
cfd_controller.oscilloscopeLabel
=
Oscilloscope
cfd_controller.histogramValue
=
1
cfd_controller.histogramLabel
=
Histogram
cfd_controller.waveformValue
=
2
cfd_controller.waveformLabel
=
Wave Form
# Plot group
cfd_controller.histogranPlotTitle
=
Energy histogram
...
...
@@ -139,14 +137,36 @@ cfd_controller.peakingLegend=Peaking
cfd_controller.percentSuffix
=
%
cfd_controller.pn1CoincidencePlotTitle
=
E-dE
cfd_controller.cfdGlobalTitle
=
CFD global parameters
cfd_controller.channelOffset
=
Channel offset
# CFD parametres
cfd_controller.cfdParametersTitle
=
CFD Parameters
cfd_controller.cfdEnabled
=
Enable CFD
cfd_controller.enabledCheckedValue
=
1
cfd_controller.enabledUncheckedValue
=
0
cfd_controller.cfdTrapCheckedValue
=
1
cfd_controller.cfdTrapUncheckedValue
=
0
cfd_controller.fraction
=
Fraction
cfd_controller.delay
=
Delay
cfd_controller.attenuation
=
Attenuation
cfd_controller.cfdEnergyTitle
=
CFD Energy parameters
cfd_controller.pulse_polarity
=
Pulse polarity
cfd_controller.trapezoid_rise
=
Trapezoid rise
cfd_controller.trapezoid_flat
=
Trapezoid flat
cfd_controller.decay_time
=
Decay time
cfd_controller.peaking
=
Peaking
cfd_controller.bitShift
=
Bit shift
\ No newline at end of file
cfd_controller.signalZero
=
Baseline
cfd_controller.percentUnit
=
%
cfd_controller.2nSecUnit
=
2ns
cfd_controller.4nSecUnit
=
4ns
cfd_controller.adcUnit
=
channels
# Combo fraction
cfd_controller.25Value
=
0
cfd_controller.25Label
=
25
cfd_controller.50Value
=
1
cfd_controller.50Label
=
50
cfd_controller.100Value
=
3
cfd_controller.100Label
=
100
cfd_controller.CFDValue
=
1
cfd_controller.CFDLabel
=
CFD
cfd_controller.TrapValue
=
0
cfd_controller.TrapLabel
=
Trapezoid
src/controllers/npp/gui/cfd_controler/cfd_controllerProperties.xml
View file @
1826224a
...
...
@@ -6,81 +6,114 @@
<strictly_positive/>
</property>
<property
name=
"nb_bits"
type=
"int32"
max_length=
"3"
>
<strictly_positive/>
</property>
<property
name=
"record_length"
type=
"int32"
max_length=
"6"
>
</property>
<property
name=
"display_channel"
type=
"int32"
max_length=
"3"
>
<property_range
min_property=
"min_range"
max_property=
"max_range"
/>
</property>
<property
name=
"channel_offset"
type=
"int32"
max_length=
"3"
>
<property
name=
"decay_time"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<property
name=
"record_length"
type=
"int32"
max_length=
"6"
>
<property
name=
"trapezoid_flat"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<!--
<property name="tr
igger_holdoff
" type="float64" max_length="6">
-->
<!--
<decimal_format nb_decimal_places="2"/>
-->
<!--
<strictly_positive/>
-->
<!--
</property>
-->
<property
name=
"tr
apezoid_rise
"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<!-- <property name="trigger_threshold" type="int32" max_length="3"> -->
<!-- <strictly_positive/> -->
<!-- </property> -->
<property
name=
"flat_top"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<!--
<property name="
self_
trigger" type="int32">
-->
<!--
</property>
-->
<property
name=
"trigger
_smoothing
"
type=
"int32"
>
</property>
<!-- <property name="charge_sensitivity" type="int32"> -->
<!-- </property> -->
<property
name=
"rise_time"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<!-- <property name="short_gate" type="float64" max_length="6"> -->
<!-- <decimal_format nb_decimal_places="2"/> -->
<!-- <strictly_positive/> -->
<!-- </property> -->
<property
name=
"trigger_threshold"
type=
"int32"
max_length=
"3"
>
<strictly_positive/>
</property>
<!-- <property name="long_gate" type="float64" max_length="6"> -->
<!-- <decimal_format nb_decimal_places="2"/> -->
<!-- <strictly_positive/> -->
<!-- </property> -->
<property
name=
"base_mean"
type=
"int32"
>
</property>
<!-- <property name="pre_gate" type="float64" max_length="6"> -->
<!-- <decimal_format nb_decimal_places="2"/> -->
<!-- <strictly_positive/> -->
<!-- </property> -->
<property
name=
"peak_mean"
type=
"int32"
>
</property>
<property
name=
"
trigger_validation
"
type=
"int32"
>
<property
name=
"
dynamic_range
"
type=
"int32"
>
</property>
<!-- <property name="base_mean" type="int32"> -->
<!-- </property> -->
<property
name=
"peak_holdoff"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<property
name=
"channel_active"
type=
"int32"
>
<property
name=
"base_holdoff"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<property
name=
"pre_trigger"
type=
"int32"
max_length=
"4"
>
<property
name=
"trigger_holdoff"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<property
name=
"delay"
type=
"int32"
>
<property
name=
"trigger_window_size"
type=
"float64"
max_length=
"6"
>
<strictly_positive/>
</property>
<property
name=
"
attenuation
"
type=
"int32"
>
<property
name=
"
trigger_window_enable
"
type=
"int32"
>
</property>
<property
name=
"
pulse_polarity
"
type=
"int32"
>
<property
name=
"
digital_gain
"
type=
"int32"
>
</property>
<property
name=
"trapezoid_rise"
type=
"int32"
>
<property
name=
"trapezoid_gain"
type=
"float64"
max_length=
"6"
>
<decimal_format
nb_decimal_places=
"2"
/>
<strictly_positive/>
</property>
<property
name=
"
trapezoid_flat
"
type=
"int32"
>
<property
name=
"
decimation
"
type=
"int32"
>
</property>
<property
name=
"
decay_
ti
m
e"
type=
"int32"
>
<property
name=
"
channel_ac
ti
v
e"
type=
"int32"
>
</property>
<property
name=
"
peaking
"
type=
"int32"
>
<property
name=
"
dc_offset
"
type=
"int32"
max_length=
"4"
>
</property>
<property
name=
"bit_shift"
type=
"int32"
>
<property
name=
"pre_trigger"
type=
"int32"
max_length=
"4"
>
<strictly_positive/>
</property>
<property
name=
"pulse_polarity"
type=
"int32"
>
</property>
<property
name=
"use_first_derivative"
type=
"int32"
>
</property>
<property
name=
"cfd_delay"
type=
"int32"
max_length=
"4"
>
<strictly_positive/>
</property>
<property
name=
"signal_zero"
type=
"int32"
max_length=
"4"
>
<strictly_positive/>
</property>
<!-- OSCILLOSCOPE CURVES -->
...
...
src/controllers/npp/gui/cfd_controler/cfd_controllerView.xml
View file @
1826224a
<plugin>