us.gov.dod.standard.ssrf._3_1.transmitter

Class ObservedMOPBits

java.lang.Object

us.gov.dod.standard.ssrf._3_1.transmitter.ObservedMOPBits

public class ObservedMOPBits
extends Object

ObservedMOPBits (US) describes the data format for the Amplitude (AM), Phase (PM), Frequency (FM) and/or Continuous Wave (CW) features of a signal impressed on a Pulse.

Element of ObservedMOPSequence

Sub-Element is ObservedMOPValues

Example: See ObservedMOPAnalysis.

Version:

3.1.0, 03/30/2015

Author:

Key Bridge LLC

Constructor Summary

Constructors

Constructor and Description
ObservedMOPBits()

Method Summary

Modifier and Type	Method and Description
microsecs	getBitDuration() Get the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..
BitRate	getBitRate() Get the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec)..
Percent	getMOPDutyCycle() Get In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period..
UN6	getMOPNumElements() Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
microsecs	getMOPRepetionInterval() Get the overall interval which may include multiple Sweep Repetition Intervals (SRI).
Unsigned_DB_5_2	getMOPStepAM() Get In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse.
US_MOPFm	getMOPStepCW() Get In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse.
US_MOPFm	getMOPStepFM() Get In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse.
US_PhaseAngle	getMOPStepPM() Get In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse.
Set<ObservedMOPValues>	getObservedMOPValues() Get .
boolean	isSet() Determine if the required fields in this SSRF data type instance are set.
boolean	isSetBitDuration() Determine if the BitDuration is configured.
boolean	isSetBitRate() Determine if the BitRate is configured.
boolean	isSetMOPDutyCycle() Determine if the MOPDutyCycle is configured.
boolean	isSetMOPNumElements() Determine if the MOPNumElements is configured.
boolean	isSetMOPRepetionInterval() Determine if the MOPRepetionInterval is configured.
boolean	isSetMOPStepAM() Determine if the MOPStepAM is configured.
boolean	isSetMOPStepCW() Determine if the MOPStepCW is configured.
boolean	isSetMOPStepFM() Determine if the MOPStepFM is configured.
boolean	isSetMOPStepPM() Determine if the MOPStepPM is configured.
boolean	isSetObservedMOPValues() Determine if the ObservedMOPValues is configured.
void	setBitDuration(microsecs value) Set the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..
void	setBitRate(BitRate value) Set the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec)..
void	setMOPDutyCycle(Percent value) Set In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period..
void	setMOPNumElements(UN6 value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).
void	setMOPRepetionInterval(microsecs value) Set the overall interval which may include multiple Sweep Repetition Intervals (SRI).
void	setMOPStepAM(Unsigned_DB_5_2 value) Set In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse.
void	setMOPStepCW(US_MOPFm value) Set In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse.
void	setMOPStepFM(US_MOPFm value) Set In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse.
void	setMOPStepPM(US_PhaseAngle value) Set In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse.
String	toString() Get a string representation of this ObservedMOPBits instance configuration.
void	unsetObservedMOPValues() Clear the ObservedMOPValues field.
ObservedMOPBits	withBitDuration(Double value) Set the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one.
ObservedMOPBits	withBitRate(Double value) Set the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec).
ObservedMOPBits	withMOPDutyCycle(Double value) Set In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period.
ObservedMOPBits	withMOPNumElements(Integer value) Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time)
ObservedMOPBits	withMOPRepetionInterval(Double value) Set the overall interval which may include multiple Sweep Repetition Intervals (SRI).
ObservedMOPBits	withMOPStepAM(Double value) Set In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse.
ObservedMOPBits	withMOPStepCW(Double value) Set In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse.
ObservedMOPBits	withMOPStepFM(Double value) Set In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse.
ObservedMOPBits	withMOPStepPM(Double value) Set In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse.
ObservedMOPBits	withObservedMOPValues(Collection<ObservedMOPValues> values) Set
ObservedMOPBits	withObservedMOPValues(ObservedMOPValues... values) Set

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

ObservedMOPBits

public ObservedMOPBits()

Method Detail

getMOPDutyCycle

public Percent getMOPDutyCycle()

Get In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period..

Returns:

a Percent instance

Since:

3.1.0

setMOPDutyCycle

public void setMOPDutyCycle(Percent value)

Set In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period..

Parameters:

value - a Percent instance

Since:

3.1.0

isSetMOPDutyCycle

public boolean isSetMOPDutyCycle()

Determine if the MOPDutyCycle is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPNumElements

public UN6 getMOPNumElements()

Get In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).

Returns:

a UN6 instance

Since:

3.1.0

setMOPNumElements

public void setMOPNumElements(UN6 value)

Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time).

Parameters:

value - a UN6 instance

Since:

3.1.0

isSetMOPNumElements

public boolean isSetMOPNumElements()

Determine if the MOPNumElements is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPStepAM

public Unsigned_DB_5_2 getMOPStepAM()

Get In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Returns:

a Unsigned_DB_5_2 instance

Since:

3.1.0

setMOPStepAM

public void setMOPStepAM(Unsigned_DB_5_2 value)

Set In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Parameters:

value - a Unsigned_DB_5_2 instance

Since:

3.1.0

isSetMOPStepAM

public boolean isSetMOPStepAM()

Determine if the MOPStepAM is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPStepCW

public US_MOPFm getMOPStepCW()

Get In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Returns:

a US_MOPFm instance

Since:

3.1.0

setMOPStepCW

public void setMOPStepCW(US_MOPFm value)

Set In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Parameters:

value - a US_MOPFm instance

Since:

3.1.0

isSetMOPStepCW

public boolean isSetMOPStepCW()

Determine if the MOPStepCW is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPStepFM

public US_MOPFm getMOPStepFM()

Get In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Returns:

a US_MOPFm instance

Since:

3.1.0

setMOPStepFM

public void setMOPStepFM(US_MOPFm value)

Set In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Parameters:

value - a US_MOPFm instance

Since:

3.1.0

isSetMOPStepFM

public boolean isSetMOPStepFM()

Determine if the MOPStepFM is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPStepPM

public US_PhaseAngle getMOPStepPM()

Get In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Returns:

a US_PhaseAngle instance

Since:

3.1.0

setMOPStepPM

public void setMOPStepPM(US_PhaseAngle value)

Set In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType..

Parameters:

value - a US_PhaseAngle instance

Since:

3.1.0

isSetMOPStepPM

public boolean isSetMOPStepPM()

Determine if the MOPStepPM is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMOPRepetionInterval

public microsecs getMOPRepetionInterval()

Get the overall interval which may include multiple Sweep Repetition Intervals (SRI). Fly-back times, and dead times..

Returns:

a microsecs instance

Since:

3.1.0

setMOPRepetionInterval

public void setMOPRepetionInterval(microsecs value)

Set the overall interval which may include multiple Sweep Repetition Intervals (SRI). Fly-back times, and dead times..

Parameters:

value - a microsecs instance

Since:

3.1.0

isSetMOPRepetionInterval

public boolean isSetMOPRepetionInterval()

Determine if the MOPRepetionInterval is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getBitRate

public BitRate getBitRate()

Get the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec)..

Returns:

a BitRate instance

Since:

3.1.0

setBitRate

public void setBitRate(BitRate value)

Set the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec)..

Parameters:

value - a BitRate instance

Since:

3.1.0

isSetBitRate

public boolean isSetBitRate()

Determine if the BitRate is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getBitDuration

public microsecs getBitDuration()

Get the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..

Returns:

a microsecs instance

Since:

3.1.0

setBitDuration

public void setBitDuration(microsecs value)

Set the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..

Parameters:

value - a microsecs instance

Since:

3.1.0

isSetBitDuration

public boolean isSetBitDuration()

Determine if the BitDuration is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getObservedMOPValues

public Set<ObservedMOPValues> getObservedMOPValues()

Get .

Returns:

a ObservedMOPValues instance

Since:

3.1.0

isSetObservedMOPValues

public boolean isSetObservedMOPValues()

Determine if the ObservedMOPValues is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

unsetObservedMOPValues

public void unsetObservedMOPValues()

Clear the ObservedMOPValues field. This sets the field to null.

withMOPDutyCycle

public ObservedMOPBits withMOPDutyCycle(Double value)

Set In Data Item US:MOPDutyCycle (US), enter as a percentage, the minimum or nominal ratio of the pulse duration to the pulse period.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPNumElements

public ObservedMOPBits withMOPNumElements(Integer value)

Set In Data Item US:MOPNumElements (US), enter the number of discrete FREQ/PHASE/AMP values transmitted in a patterned sequence (i.e., any repeated values are counted each time)

Parameters:

value - An instances of type Integer.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPStepAM

public ObservedMOPBits withMOPStepAM(Double value)

Set In Data Item US:MOPStepAM (US), enter the difference between adjacent amplitude discrete power values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPStepCW

public ObservedMOPBits withMOPStepCW(Double value)

Set In Data Item US:MOPStepCW(US), enter the difference between adjacent continuous wave frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPStepFM

public ObservedMOPBits withMOPStepFM(Double value)

Set In Data Item US:MOPStepFM (US), enter the difference between adjacent frequency discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPStepPM

public ObservedMOPBits withMOPStepPM(Double value)

Set In Data Item US:MOPStepPM (US), enter the difference between adjacent phase discrete values, within a pulse. Use of this element should agree with the selection made in US:ObservedMOPAnalysis.MOPType.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withMOPRepetionInterval

public ObservedMOPBits withMOPRepetionInterval(Double value)

Set the overall interval which may include multiple Sweep Repetition Intervals (SRI). Fly-back times, and dead times.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withBitRate

public ObservedMOPBits withBitRate(Double value)

Set the rate at which the signal exhibits a change of FREQ/PHASE/AMP; inverse of the minimum bit duration (e.g., a signal that has a .977 usec minimum bit has a bit rate of 1024 kbit/sec).

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withBitDuration

public ObservedMOPBits withBitDuration(Double value)

Set the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one.

Parameters:

value - An instances of type Double.

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withObservedMOPValues

public ObservedMOPBits withObservedMOPValues(ObservedMOPValues... values)

Set

Parameters:

values - One or more instances of type ObservedMOPValues....

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

withObservedMOPValues

public ObservedMOPBits withObservedMOPValues(Collection<ObservedMOPValues> values)

Set

Parameters:

values - A collection of ObservedMOPValues instances

Returns:

The current ObservedMOPBits object instance.

Since:

3.1.0

toString

public String toString()

Get a string representation of this ObservedMOPBits instance configuration.

Overrides:

toString in class Object

Returns:

The current object instance configuration as a non-null String

isSet

public boolean isSet()

Determine if the required fields in this SSRF data type instance are set.

ObservedMOPBits has no configuration requirements.

Returns:

TRUE