public class ObservedERPAnalysis extends Object
Element of Configuration
Sub-Element is ObservedERPValues
Example:
<ObservedERPAnalysis > <Continuous cls="U">Yes</Continuous> <ERPAdaptiveDriverDesc cls="U">Target Motion Tracking</ERPAdaptiveDriverDesc> <ERPAdaptiveRuleDesc cls="U">Required Pattern Collection</ERPAdaptiveRuleDesc> <ERPPatternPeriod cls="U">55</ERPPatternPeriod> <ERPPatternType cls="U">Non-Patterned</ERPPatternType> <ERPActualMax cls="U">99.54</ERPActualMax> <ERPActualMin cls="U">67.99</ERPActualMin> <ERPChangeRate cls="U">13</ERPChangeRate> <ERPExtremeMax cls="U">125.7</ERPExtremeMax> <ERPExtremeMin cls="U">55.88</ERPExtremeMin> <ERPMean cls="U">111.57</ERPMean> <ERPMedian cls="U">44.88</ERPMedian> <ERPSequenceDesc cls="U">Required Pattern Collection set A34</ERPSequenceDesc> <ERPStdDev cls="U">17</ERPStdDev> <ERPStep cls="U">1.666</ERPStep> <NumObsPositions cls="U">60</NumObsPositions> <NumObsValues cls="U">23</NumObsValues> <ObservedERPValues> <ERPDwell cls="U">589</ERPDwell> <ERPValue cls="U">128.55</ERPValue> <StatisticalIndicator cls="U">98</StatisticalIndicator> </ObservedERPValues> </ObservedERPAnalysis >
Constructor and Description |
---|
ObservedERPAnalysis() |
Modifier and Type | Method and Description |
---|---|
TString |
getContinuous()
Get In Data Item Continuous (US), indicate whether pulse-to-pulse ERP
variations are Discrete or Continuous.
|
dBW |
getERPActualMax()
Get the highest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal).
|
dBW |
getERPActualMin()
Get the lowest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal)..
|
S500 |
getERPAdaptiveDriverDesc()
Get the condition which controls, or can be associated with, the signal ERP
variations..
|
S500 |
getERPAdaptiveRuleDesc()
Get the rule which describes the signal ERP variations..
|
US_DBWS |
getERPChangeRate()
Get the rate of change for ERP variations expressed in ERP change per unit
of time..
|
dBW |
getERPExtremeMax()
Get the upper ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set.
|
dBW |
getERPExtremeMin()
Get the lower ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set..
|
dBW |
getERPMean()
Get the mean ERP value for a signal which changes ERP values on a
non-patterned basis..
|
dBW |
getERPMedian()
Get the observed ERP value, or the observed ERP values in the case of a
signal with multiple discrete/individual ERP values, that the signal most
often used based on a statistical study of a dataset.
|
microsecs |
getERPPatternPeriod()
Get the time duration for one complete cycle of a repeating ERP sequence..
|
TString |
getERPPatternType()
Get In Data Item ERPPatternType (US), indicate whether ERP is unmodulated
ERP variations are Patterned, Non-Patterned, or Adaptive..
|
S500 |
getERPSequenceDesc()
Get In Data Item ERP SequenceDesc (US), enter the textual description of
the observed algorithm for the sequence of variation for the ERP..
|
dBW |
getERPStdDev()
Get the standard deviation associated with the ERP Value data set that was
used to calculate ERPMean..
|
dBW |
getERPStep()
Get the delta between the Most Probable observed ERP values of adjacent and
discrete ERPs..
|
UN6 |
getNumObsPositions()
Get the number of discrete ERP dwell/pulse groups, for a pulsed signal, or
ERP values at a constant ERP value, for a continuous wave (CW) signal,
observed in a signal which contains multiple and discrete ERP values that
change in a repeating ERP sequence..
|
UN6 |
getNumObsValues()
Get the number of discrete ERP values observed for a signal which contains
multiple and discrete ERP values..
|
Set<ObservedERPValues> |
getObservedERPValues()
Get the US:ObservedERPValues
|
boolean |
isSet()
Determine if the required fields in this SSRF data type instance are set.
|
boolean |
isSetContinuous()
Determine if the Continuous is configured.
|
boolean |
isSetERPActualMax()
Determine if the ERPActualMax is configured.
|
boolean |
isSetERPActualMin()
Determine if the ERPActualMin is configured.
|
boolean |
isSetERPAdaptiveDriverDesc()
Determine if the ERPAdaptiveDriverDesc is configured.
|
boolean |
isSetERPAdaptiveRuleDesc()
Determine if the ERPAdaptiveRuleDesc is configured.
|
boolean |
isSetERPChangeRate()
Determine if the ERPChangeRate is configured.
|
boolean |
isSetERPExtremeMax()
Determine if the ERPExtremeMax is configured.
|
boolean |
isSetERPExtremeMin()
Determine if the ERPExtremeMin is configured.
|
boolean |
isSetERPMean()
Determine if the ERPMean is configured.
|
boolean |
isSetERPMedian()
Determine if the ERPMedian is configured.
|
boolean |
isSetERPPatternPeriod()
Determine if the ERPPatternPeriod is configured.
|
boolean |
isSetERPPatternType()
Determine if the ERPPatternType is configured.
|
boolean |
isSetERPSequenceDesc()
Determine if the ERPSequenceDesc is configured.
|
boolean |
isSetERPStdDev()
Determine if the ERPStdDev is configured.
|
boolean |
isSetERPStep()
Determine if the ERPStep is configured.
|
boolean |
isSetNumObsPositions()
Determine if the NumObsPositions is configured.
|
boolean |
isSetNumObsValues()
Determine if the NumObsValues is configured.
|
boolean |
isSetObservedERPValues()
Determine if the ObservedERPValues is configured.
|
void |
setContinuous(TString value)
Set In Data Item Continuous (US), indicate whether pulse-to-pulse ERP
variations are Discrete or Continuous.
|
void |
setERPActualMax(dBW value)
Set the highest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal).
|
void |
setERPActualMin(dBW value)
Set the lowest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal)..
|
void |
setERPAdaptiveDriverDesc(S500 value)
Set the condition which controls, or can be associated with, the signal ERP
variations..
|
void |
setERPAdaptiveRuleDesc(S500 value)
Set the rule which describes the signal ERP variations..
|
void |
setERPChangeRate(US_DBWS value)
Set the rate of change for ERP variations expressed in ERP change per unit
of time..
|
void |
setERPExtremeMax(dBW value)
Set the upper ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set.
|
void |
setERPExtremeMin(dBW value)
Set the lower ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set..
|
void |
setERPMean(dBW value)
Set the mean ERP value for a signal which changes ERP values on a
non-patterned basis..
|
void |
setERPMedian(dBW value)
Set the observed ERP value, or the observed ERP values in the case of a
signal with multiple discrete/individual ERP values, that the signal most
often used based on a statistical study of a dataset.
|
void |
setERPPatternPeriod(microsecs value)
Set the time duration for one complete cycle of a repeating ERP sequence..
|
void |
setERPPatternType(TString value)
Set In Data Item ERPPatternType (US), indicate whether ERP is unmodulated
ERP variations are Patterned, Non-Patterned, or Adaptive..
|
void |
setERPSequenceDesc(S500 value)
Set In Data Item ERP SequenceDesc (US), enter the textual description of
the observed algorithm for the sequence of variation for the ERP..
|
void |
setERPStdDev(dBW value)
Set the standard deviation associated with the ERP Value data set that was
used to calculate ERPMean..
|
void |
setERPStep(dBW value)
Set the delta between the Most Probable observed ERP values of adjacent and
discrete ERPs..
|
void |
setNumObsPositions(UN6 value)
Set the number of discrete ERP dwell/pulse groups, for a pulsed signal, or
ERP values at a constant ERP value, for a continuous wave (CW) signal,
observed in a signal which contains multiple and discrete ERP values that
change in a repeating ERP sequence..
|
void |
setNumObsValues(UN6 value)
Set the number of discrete ERP values observed for a signal which contains
multiple and discrete ERP values..
|
String |
toString()
Get a string representation of this ObservedERPAnalysis instance
configuration.
|
void |
unsetObservedERPValues()
Clear the ObservedERPValues field.
|
ObservedERPAnalysis |
withContinuous(ListCBO value)
Set In Data Item Continuous (US), indicate whether pulse-to-pulse ERP
variations are Discrete or Continuous.
|
ObservedERPAnalysis |
withERPActualMax(Double value)
Set the highest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal).
|
ObservedERPAnalysis |
withERPActualMin(Double value)
Set the lowest discrete ERP value which is found in a single piece of a
complete data (e.g., in a single intercept that contains the complete ERP
characteristics of the signal).
|
ObservedERPAnalysis |
withERPAdaptiveDriverDesc(String value)
Set the condition which controls, or can be associated with, the signal ERP
variations.
|
ObservedERPAnalysis |
withERPAdaptiveRuleDesc(String value)
Set the rule which describes the signal ERP variations.
|
ObservedERPAnalysis |
withERPChangeRate(Double value)
Set the rate of change for ERP variations expressed in ERP change per unit
of time.
|
ObservedERPAnalysis |
withERPExtremeMax(Double value)
Set the upper ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set.
|
ObservedERPAnalysis |
withERPExtremeMin(Double value)
Set the lower ERP value that represent 100% of the signal observed ERP
values which were obtained from a statistical study of a data set.
|
ObservedERPAnalysis |
withERPMean(Double value)
Set the mean ERP value for a signal which changes ERP values on a
non-patterned basis.
|
ObservedERPAnalysis |
withERPMedian(Double value)
Set the observed ERP value, or the observed ERP values in the case of a
signal with multiple discrete/individual ERP values, that the signal most
often used based on a statistical study of a dataset.
|
ObservedERPAnalysis |
withERPPatternPeriod(Double value)
Set the time duration for one complete cycle of a repeating ERP sequence.
|
ObservedERPAnalysis |
withERPPatternType(ListUS7 value)
Set In Data Item ERPPatternType (US), indicate whether ERP is unmodulated
ERP variations are Patterned, Non-Patterned, or Adaptive.
|
ObservedERPAnalysis |
withERPSequenceDesc(String value)
Set In Data Item ERP SequenceDesc (US), enter the textual description of
the observed algorithm for the sequence of variation for the ERP.
|
ObservedERPAnalysis |
withERPStdDev(Double value)
Set the standard deviation associated with the ERP Value data set that was
used to calculate ERPMean.
|
ObservedERPAnalysis |
withERPStep(Double value)
Set the delta between the Most Probable observed ERP values of adjacent and
discrete ERPs.
|
ObservedERPAnalysis |
withNumObsPositions(Integer value)
Set the number of discrete ERP dwell/pulse groups, for a pulsed signal, or
ERP values at a constant ERP value, for a continuous wave (CW) signal,
observed in a signal which contains multiple and discrete ERP values that
change in a repeating ERP sequence.
|
ObservedERPAnalysis |
withNumObsValues(Integer value)
Set the number of discrete ERP values observed for a signal which contains
multiple and discrete ERP values.
|
ObservedERPAnalysis |
withObservedERPValues(Collection<ObservedERPValues> values)
Set the US:ObservedERPValues
|
ObservedERPAnalysis |
withObservedERPValues(ObservedERPValues... values)
Set the US:ObservedERPValues
|
public TString getContinuous()
TString
data typepublic void setContinuous(TString value)
value
- the Continuous value in a TString
data typepublic boolean isSetContinuous()
If configured this method also inspects the TString
wrapped value.
public S500 getERPAdaptiveDriverDesc()
S500
instancepublic void setERPAdaptiveDriverDesc(S500 value)
value
- a S500
instancepublic boolean isSetERPAdaptiveDriverDesc()
public S500 getERPAdaptiveRuleDesc()
S500
instancepublic void setERPAdaptiveRuleDesc(S500 value)
value
- a S500
instancepublic boolean isSetERPAdaptiveRuleDesc()
public microsecs getERPPatternPeriod()
microsecs
instancepublic void setERPPatternPeriod(microsecs value)
value
- a microsecs
instancepublic boolean isSetERPPatternPeriod()
public TString getERPPatternType()
TString
data typepublic void setERPPatternType(TString value)
value
- the ERPPatternType value in a TString
data typepublic boolean isSetERPPatternType()
If configured this method also inspects the TString
wrapped value.
public dBW getERPActualMax()
[XSL ERR MINMAX] If US:ERPActualMax is used, it MUST be greater than US:ERPActualMin..
dBW
instancepublic void setERPActualMax(dBW value)
[XSL ERR MINMAX] If US:ERPActualMax is used, it MUST be greater than US:ERPActualMin..
value
- a dBW
instancepublic boolean isSetERPActualMax()
public dBW getERPActualMin()
dBW
instancepublic void setERPActualMin(dBW value)
value
- a dBW
instancepublic boolean isSetERPActualMin()
public US_DBWS getERPChangeRate()
US_DBWS
instancepublic void setERPChangeRate(US_DBWS value)
value
- a US_DBWS
instancepublic boolean isSetERPChangeRate()
public dBW getERPExtremeMax()
[XSL ERR MINMAX] If US:ERPExtremeMax is used, it MUST be greater than US:ERPExtremeMin..
dBW
instancepublic void setERPExtremeMax(dBW value)
[XSL ERR MINMAX] If US:ERPExtremeMax is used, it MUST be greater than US:ERPExtremeMin..
value
- a dBW
instancepublic boolean isSetERPExtremeMax()
public dBW getERPExtremeMin()
dBW
instancepublic void setERPExtremeMin(dBW value)
value
- a dBW
instancepublic boolean isSetERPExtremeMin()
public dBW getERPMean()
dBW
instancepublic void setERPMean(dBW value)
value
- a dBW
instancepublic boolean isSetERPMean()
public dBW getERPMedian()
dBW
instancepublic void setERPMedian(dBW value)
value
- a dBW
instancepublic boolean isSetERPMedian()
public S500 getERPSequenceDesc()
S500
instancepublic void setERPSequenceDesc(S500 value)
value
- a S500
instancepublic boolean isSetERPSequenceDesc()
public dBW getERPStdDev()
dBW
instancepublic void setERPStdDev(dBW value)
value
- a dBW
instancepublic boolean isSetERPStdDev()
public dBW getERPStep()
dBW
instancepublic void setERPStep(dBW value)
value
- a dBW
instancepublic boolean isSetERPStep()
public UN6 getNumObsPositions()
UN6
instancepublic void setNumObsPositions(UN6 value)
value
- a UN6
instancepublic boolean isSetNumObsPositions()
public UN6 getNumObsValues()
UN6
instancepublic void setNumObsValues(UN6 value)
value
- a UN6
instancepublic boolean isSetNumObsValues()
public Set<ObservedERPValues> getObservedERPValues()
Complex element ObservedERPValues (US) contains specific data artifacts that describe the Effective Radiated Power (ERP) associated with an emitter or Notation..
ObservedERPValues
instancepublic boolean isSetObservedERPValues()
public void unsetObservedERPValues()
public ObservedERPAnalysis withContinuous(ListCBO value)
value
- An instances of type ListCBO
.public ObservedERPAnalysis withERPAdaptiveDriverDesc(String value)
value
- An instances of type String
.public ObservedERPAnalysis withERPAdaptiveRuleDesc(String value)
value
- An instances of type String
.public ObservedERPAnalysis withERPPatternPeriod(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPPatternType(ListUS7 value)
value
- An instances of type ListUS7
.public ObservedERPAnalysis withERPActualMax(Double value)
[XSL ERR MINMAX] If US:ERPActualMax is used, it MUST be greater than US:ERPActualMin.
value
- An instances of type Double
.public ObservedERPAnalysis withERPActualMin(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPChangeRate(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPExtremeMax(Double value)
[XSL ERR MINMAX] If US:ERPExtremeMax is used, it MUST be greater than US:ERPExtremeMin.
value
- An instances of type Double
.public ObservedERPAnalysis withERPExtremeMin(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPMean(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPMedian(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPSequenceDesc(String value)
value
- An instances of type String
.public ObservedERPAnalysis withERPStdDev(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withERPStep(Double value)
value
- An instances of type Double
.public ObservedERPAnalysis withNumObsPositions(Integer value)
value
- An instances of type Integer
.public ObservedERPAnalysis withNumObsValues(Integer value)
value
- An instances of type Integer
.public ObservedERPAnalysis withObservedERPValues(ObservedERPValues... values)
Complex element ObservedERPValues (US) contains specific data artifacts that describe the Effective Radiated Power (ERP) associated with an emitter or Notation.
values
- One or more instances of type ObservedERPValues...
.public ObservedERPAnalysis withObservedERPValues(Collection<ObservedERPValues> values)
Complex element ObservedERPValues (US) contains specific data artifacts that describe the Effective Radiated Power (ERP) associated with an emitter or Notation.
values
- A collection of ObservedERPValues
instancespublic String toString()
public boolean isSet()
ObservedERPAnalysis
has no configuration requirements.
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