CdmRelativeMetadata (OREKIT 12.0.1 API)

java.lang.Object
- org.orekit.files.ccsds.ndm.cdm.CdmRelativeMetadata

```
public class CdmRelativeMetadata
extends Object
```
此类收集在碰撞数据消息（CDM）中出现的相对元数据。

Since:

11.2

Author:

Melina Vanel

Constructor Summary

Constructors
Constructor and Description
`CdmRelativeMetadata()` 简单构造函数。

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`addComment(String comments)` 设置相对元数据的注释。
`void`	`checkNotNull(Object field, Enum<?> key)` 如果字段为空，则抱怨。
`void`	`checkScreenVolumeConditions()` 检查屏幕体积条件。
`double`	`getApproachAngle()` 获取在RTN坐标系中相对于对象1计算的对象1和对象2之间的接近角。
`int[]`	`getCollisionPercentile()` 获取1到n个元素的数组，指示在COLLISION_PROBABILITY变量中提供碰撞概率估计的百分位数。
`double`	`getCollisionProbability()` 获取Object1和Object2碰撞的概率（介于0.0和1.0之间）。
`PocMethodFacade`	`getCollisionProbaMethod()` 获取用于计算碰撞概率的方法。
`List<String>`	`getComment()` 获取相对元数据的注释。
`String`	`getConjunctionId()` 获取唯一标识消息所指的碰撞的发起者ID。
`double`	`getMahalanobisDistance()` 获取马氏距离。
`double`	`getMaxCollisionProbability()` 获取最大碰撞概率。
`PocMethodFacade`	`getMaxCollisionProbabilityMethod()` 获取最大碰撞概率的方法。
`double`	`getMissDistance()` 获取在TCA时刻相对位置矢量的范数。
`AbsoluteDate`	`getNextMessageEpoch()` 获取与由CONJUNCTION_ID标识的事件相关联的下一个CDM的计划UTC时代。
`AbsoluteDate`	`getPreviousMessageEpoch()` 获取为由CONJUNCTION_ID标识的事件发出的上一个CDM的UTC时代。
`String`	`getPreviousMessageId()` 获取为由CONJUNCTION_ID标识的事件发出的上一个CDM的ID。
`org.hipparchus.geometry.euclidean.threed.Vector3D`	`getRelativePosition()` 获取在TCA时刻，Object2相对于Object1在RTN坐标系中的位置矢量，getX表示R分量，getY表示T分量，getZ表示N分量。
`double`	`getRelativeSpeed()` 获取在TCA时刻相对速度矢量的范数。
`org.hipparchus.geometry.euclidean.threed.Vector3D`	`getRelativeVelocity()` 获取在TCA时刻，Object2相对于Object1在RTN坐标系中的速度矢量，getX表示R分量，getY表示T分量，getZ表示N分量。
`AbsoluteDate`	`getScreenEntryTime()` 获取Object2进入筛选体积的UTC时间。
`AbsoluteDate`	`getScreenExitTime()` 获取Object2退出筛选体积的UTC时间。
`double`	`getScreenPcThreshold()` 获取用于识别此碰撞的碰撞概率筛选阈值。
`ScreenType`	`getScreenType()` 获取要使用的筛选类型。
`ScreenVolumeFrame`	`getScreenVolumeFrame()` 获取给出筛选体积数据的Object1为中心的参考系的名称。
`double`	`getScreenVolumeRadius()` 获取筛选体积半径。
`ScreenVolumeShape`	`getScreenVolumeShape()` 获取筛选体积的形状。
`double`	`getScreenVolumeX()` 获取在相应参考系中筛选体积的R或T（取决于是否选择了RTN或TVN）分量大小。
`double`	`getScreenVolumeY()` 获取在相应参考系中筛选体积的T或V（取决于是否选择了RTN或TVN）分量大小。
`double`	`getScreenVolumeZ()` 获取在相应参考系中筛选体积的N分量大小。
`double`	`getSefiCollisionProbability()` 获取空间环境碎裂影响概率。
`PocMethodFacade`	`getSefiCollisionProbabilityMethod()` 获取空间环境碎裂影响概率的方法。
`String`	`getSefiFragmentationModel()` 获取空间环境碎裂影响碎裂模型。
`AbsoluteDate`	`getStartScreenPeriod()` 获取用于碰撞评估的筛选期间的UTC开始时间。
`AbsoluteDate`	`getStopScreenPeriod()` 获取用于碰撞评估的筛选期间的UTC停止时间。
`AbsoluteDate`	`getTca()` 获取最接近点的UTC日期和时间。
`TimeSystem`	`getTimeSystem()` 获取时间系统，用于CDM的相对元数据、元数据、OD参数、状态矢量。
`void`	`setApproachAngle(double approachAngle)` 设置在RTN坐标系中相对于对象1计算的对象1和对象2之间的接近角。
`void`	`setCollisionPercentile(int[] collisionPercentile)` 设置1到n个元素的数组，指示在COLLISION_PROBABILITY变量中提供碰撞概率估计的百分位数。
`void`	`setCollisionProbability(double collisionProbability)` 设置Object1和Object2碰撞的概率（介于0.0和1.0之间）。
`void`	`setCollisionProbaMethod(PocMethodFacade collisionProbaMethod)` 设置用于计算碰撞概率的方法。
`void`	`setConjunctionId(String conjunctionId)` 设置唯一标识消息所指的碰撞的发起者ID。
`void`	`setMahalanobisDistance(double mahalanobisDistance)` 设置马氏距离。
`void`	`setMaxCollisionProbability(double maxCollisionProbability)` 设置最大碰撞概率。
`void`	`setMaxCollisionProbabilityMethod(PocMethodFacade pocMethodFacade)` 设置最大碰撞概率的方法。
`void`	`setMissDistance(double missDistance)` 设置在TCA时刻相对位置矢量的范数。
`void`	`setNextMessageEpoch(AbsoluteDate nextMessageEpoch)` 设置与由CONJUNCTION_ID标识的事件相关联的下一个CDM的计划UTC时代。
`void`	`setPreviousMessageEpoch(AbsoluteDate previousMessageEpoch)` 设置为由CONJUNCTION_ID标识的事件发出的上一个CDM的UTC时代。
`void`	`setPreviousMessageId(String previousMessageId)` 设置为由CONJUNCTION_ID标识的事件发出的上一个CDM的ID。
`void`	`setRelativePositionN(double relativePositionN)` 设置Object2相对于Object1在RTN坐标系中的N分量的位置。
`void`	`setRelativePositionR(double relativePositionR)` 设置Object2相对于Object1在RTN坐标系中的R分量的位置。
`void`	`setRelativePositionT(double relativePositionT)` 设置Object2相对于Object1在RTN坐标系中的T分量的位置。
`void`	`setRelativeSpeed(double relativeSpeed)` 设置在TCA时刻相对速度矢量的范数。
`void`	`setRelativeVelocityN(double relativeVelocityN)` 设置Object2相对于Object1在RTN坐标系中的N分量的速度。
`void`	`setRelativeVelocityR(double relativeVelocityR)` 设置Object2相对于Object1在RTN坐标系中的R分量的速度。
`void`	`setRelativeVelocityT(double relativeVelocityT)` 设置Object2相对于Object1在RTN坐标系中的T分量的速度。
`void`	`setScreenEntryTime(AbsoluteDate screenEntryTime)` 设置Object2进入筛选体积的UTC时间。
`void`	`setScreenExitTime(AbsoluteDate screenExitTime)` 设置Object2退出筛选体积的UTC时间。
`void`	`setScreenPcThreshold(double screenPcThreshold)` 设置用于识别此碰撞的碰撞概率筛选阈值。
`void`	`setScreenType(ScreenType screenType)` 设置要使用的筛选类型。
`void`	`setScreenVolumeFrame(ScreenVolumeFrame screenVolumeFrame)` 设置给出筛选体积数据的Object1为中心的参考系的名称。
`void`	`setScreenVolumeRadius(double screenVolumeRadius)` 设置筛选体积半径。
`void`	`setScreenVolumeShape(ScreenVolumeShape screenVolumeShape)` 设置筛选体积的形状。
`void`	`setScreenVolumeX(double screenVolumeX)` 设置在相应参考系中筛选体积的R或T（取决于是否选择了RTN或TVN）分量大小。
`void`	`setScreenVolumeY(double screenVolumeY)` 设置在相应参考系中筛选体积的T或V（取决于是否选择了RTN或TVN）分量大小。
`void`	`setScreenVolumeZ(double screenVolumeZ)` 设置在相应参考系中筛选体积的N分量大小。
`void`	`setSefiCollisionProbability(double sefiCollisionProbability)` 设置空间环境碎裂影响概率。
`void`	`setSefiCollisionProbabilityMethod(PocMethodFacade pocMethodFacade)` 设置空间环境碎裂影响概率的方法。
`void`	`setSefiFragmentationModel(String sefiFragmentationModel)` 设置空间环境碎裂影响碎裂模型。
`void`	`setStartScreenPeriod(AbsoluteDate startScreenPeriod)` 设置用于碰撞评估的筛选期间的UTC开始时间。
`void`	`setStopScreenPeriod(AbsoluteDate stopScreenPeriod)` 设置用于碰撞评估的筛选期间的UTC停止时间。
`void`	`setTca(AbsoluteDate tca)` 设置最接近点的UTC日期和时间。
`void`	`setTimeSystem(TimeSystem timeSystem)` 设置时间系统，用于CDM的相对元数据、元数据、OD参数、状态矢量。
`void`	`validate()` 检查是否已初始化所有必填项。

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
  - CdmRelativeMetadata
```
public CdmRelativeMetadata()
```
    简单构造函数。
- Method Detail
  - validate
```
public void validate()
```
    检查是否已初始化所有必填项。
  - getConjunctionId
```
public String getConjunctionId()
```
    获取唯一标识消息所指的碰撞的发起者ID。
    
    返回：
    
    碰撞ID
  - setConjunctionId
```
public void setConjunctionId(String conjunctionId)
```
    设置唯一标识消息所指的碰撞的发起者ID。
    
    参数：
    
    conjunctionId - 要设置的碰撞ID
  - getTca
```
public AbsoluteDate getTca()
```
    获取最接近点的UTC日期和时间。
    
    返回：
    
    最接近点的时间
  - setTca
```
public void setTca(AbsoluteDate tca)
```
    设置最接近点的UTC日期和时间。
    
    参数：
    
    tca - 要设置的最接近点时间
  - getMissDistance
```
public double getMissDistance()
```
    获取在TCA时刻相对位置矢量的范数。
    
    返回：
    
    误差距离（以米为单位）
  - setMissDistance
```
public void setMissDistance(double missDistance)
```
    设置在TCA时刻相对位置矢量的范数。
    
    参数：
    
    missDistance - 要设置的误差距离（以米为单位）
  - getRelativeSpeed
```
public double getRelativeSpeed()
```
    获取在TCA时刻相对速度矢量的范数。
    
    返回：
    
    TCA时刻的相对速度（以米/秒为单位）
  - setRelativeSpeed
```
public void setRelativeSpeed(double relativeSpeed)
```
    设置在TCA时刻相对速度矢量的范数。
    
    参数：
    
    relativeSpeed - 要设置的TCA时刻的相对速度（以米/秒为单位）
  - getRelativeVelocity
```
public org.hipparchus.geometry.euclidean.threed.Vector3D getRelativeVelocity()
```
    获取Object2相对于Object1在RTN坐标系中的速度矢量，getX表示R分量，getY表示T分量，getZ表示N分量。
    
    返回：
    
    TCA时刻的相对速度矢量（以米/秒为单位）
  - getRelativePosition
```
public org.hipparchus.geometry.euclidean.threed.Vector3D getRelativePosition()
```
    获取Object2相对于Object1在RTN坐标系中的位置矢量，getX表示R分量，getY表示T分量，getZ表示N分量。
    
    返回：
    
    TCA时刻的相对位置矢量（以米为单位）
  - setRelativePositionR
```
public void setRelativePositionR(double relativePositionR)
```
    设置Object2相对于Object1在RTN坐标系中的R分量的位置。
    
    参数：
    
    relativePositionR - 要设置的Object2相对于Object1的R分量（以米为单位）
  - setRelativePositionT
```
public void setRelativePositionT(double relativePositionT)
```
    设置Object2相对于Object1在RTN坐标系中的T分量的位置。
    
    参数：
    
    relativePositionT - 要设置的Object2相对于Object1的T分量（以米为单位）
  - setRelativePositionN
```
public void setRelativePositionN(double relativePositionN)
```
    设置Object2相对于Object1在RTN坐标系中的N分量的位置。
    
    参数：
    
    relativePositionN - 要设置的Object2相对于Object1的N分量（以米为单位）
  - setRelativeVelocityR
```
public void setRelativeVelocityR(double relativeVelocityR)
```
    设置Object2相对于Object1在RTN坐标系中的R分量的速度。
    
    参数：
    
    relativeVelocityR - 要设置的Object2相对于Object1的R分量的速度（以米/秒为单位）
  - setRelativeVelocityT
```
public void setRelativeVelocityT(double relativeVelocityT)
```
    设置Object2相对于Object1在RTN坐标系中的T分量的速度。
    
    参数：
    
    relativeVelocityT - 要设置的Object2相对于Object1的T分量的速度（以米/秒为单位）
  - setRelativeVelocityN
```
public void setRelativeVelocityN(double relativeVelocityN)
```
    Set the N component of Object2’s velocity relative to Object1’s in RTN frame.
    
    Parameters:
    
    relativeVelocityN - the N component (in m/s) of Object2’s velocity relative to Object1’s
  - getStartScreenPeriod
```
public AbsoluteDate getStartScreenPeriod()
```
    Get the start time in UTC of the screening period for the conjunction assessment.
    
    Returns:
    
    start time in UTC of the screening period
  - setStartScreenPeriod
```
public void setStartScreenPeriod(AbsoluteDate startScreenPeriod)
```
    Set the start time in UTC of the screening period for the conjunction assessment.
    
    Parameters:
    
    startScreenPeriod - start time in UTC of the screening period to be set
  - getStopScreenPeriod
```
public AbsoluteDate getStopScreenPeriod()
```
    Get the stop time in UTC of the screening period for the conjunction assessment.
    
    Returns:
    
    stop time in UTC of the screening period
  - setStopScreenPeriod
```
public void setStopScreenPeriod(AbsoluteDate stopScreenPeriod)
```
    Set the stop time in UTC of the screening period for the conjunction assessment.
    
    Parameters:
    
    stopScreenPeriod - stop time in UTC of the screening period to be set
  - getScreenVolumeFrame
```
public ScreenVolumeFrame getScreenVolumeFrame()
```
    Get the name of the Object1 centered reference frame in which the screening volume data are given.
    
    Returns:
    
    name of screen volume frame
  - setScreenVolumeFrame
```
public void setScreenVolumeFrame(ScreenVolumeFrame screenVolumeFrame)
```
    Set the name of the Object1 centered reference frame in which the screening volume data are given.
    
    Parameters:
    
    screenVolumeFrame - name of screen volume frame
  - getScreenVolumeShape
```
public ScreenVolumeShape getScreenVolumeShape()
```
    Get the shape of the screening volume.
    
    Returns:
    
    shape of the screening volume
  - setScreenVolumeShape
```
public void setScreenVolumeShape(ScreenVolumeShape screenVolumeShape)
```
    Set the shape of the screening volume.
    
    Parameters:
    
    screenVolumeShape - shape of the screening volume
  - getScreenVolumeX
```
public double getScreenVolumeX()
```
    Get the R or T (depending on if RTN or TVN is selected) component size of the screening volume in the corresponding frame.
    
    Returns:
    
    first component size of the screening volume (in m)
  - setScreenVolumeX
```
public void setScreenVolumeX(double screenVolumeX)
```
    Set the R or T (depending on if RTN or TVN is selected) component size of the screening volume in the corresponding frame.
    
    Parameters:
    
    screenVolumeX - first component size of the screening volume (in m)
  - getScreenVolumeY
```
public double getScreenVolumeY()
```
    Get the T or V (depending on if RTN or TVN is selected) component size of the screening volume in the corresponding frame.
    
    Returns:
    
    second component size of the screening volume (in m)
  - setScreenVolumeY
```
public void setScreenVolumeY(double screenVolumeY)
```
    Set the T or V (depending on if RTN or TVN is selected) component size of the screening volume in the corresponding frame.
    
    Parameters:
    
    screenVolumeY - second component size of the screening volume (in m)
  - getScreenVolumeZ
```
public double getScreenVolumeZ()
```
    Get the N component size of the screening volume in the corresponding frame.
    
    Returns:
    
    third component size of the screening volume (in m)
  - setScreenVolumeZ
```
public void setScreenVolumeZ(double screenVolumeZ)
```
    Set the N component size of the screening volume in the corresponding frame.
    
    Parameters:
    
    screenVolumeZ - third component size of the screening volume (in m)
  - getScreenEntryTime
```
public AbsoluteDate getScreenEntryTime()
```
    Get the time in UTC when Object2 enters the screening volume.
    
    Returns:
    
    time in UTC when Object2 enters the screening volume
  - setScreenEntryTime
```
public void setScreenEntryTime(AbsoluteDate screenEntryTime)
```
    Set the time in UTC when Object2 enters the screening volume.
    
    Parameters:
    
    screenEntryTime - time in UTC when Object2 enters the screening volume
  - getScreenExitTime
```
public AbsoluteDate getScreenExitTime()
```
    Get the time in UTC when Object2 exits the screening volume.
    
    Returns:
    
    time in UTC when Object2 exits the screening volume
  - setScreenExitTime
```
public void setScreenExitTime(AbsoluteDate screenExitTime)
```
    Set the time in UTC when Object2 exits the screening volume.
    
    Parameters:
    
    screenExitTime - time in UTC when Object2 exits the screening volume
  - getCollisionProbability
```
public double getCollisionProbability()
```
    Get the probability (between 0.0 and 1.0) that Object1 and Object2 will collide.
    
    Returns:
    
    probability of collision
  - setCollisionProbability
```
public void setCollisionProbability(double collisionProbability)
```
    Set the probability (between 0.0 and 1.0) that Object1 and Object2 will collide.
    
    Parameters:
    
    collisionProbability - first component size of the screening volume
  - getCollisionProbaMethod
```
public PocMethodFacade getCollisionProbaMethod()
```
    Get the method that was used to calculate the collision probability.
    
    Returns:
    
    method to calculate probability of collision
  - setCollisionProbaMethod
```
public void setCollisionProbaMethod(PocMethodFacade collisionProbaMethod)
```
    Set the method that was used to calculate the collision probability.
    
    Parameters:
    
    collisionProbaMethod - method used to calculate probability of collision
  - checkNotNull
```
public void checkNotNull(Object field,
                         Enum<?> key)
```
    Complain if a field is null.
    
    Parameters:
    
    field - field to check
    
    key - key associated with the field
  - setTimeSystem
```
public void setTimeSystem(TimeSystem timeSystem)
```
    Set the Time System that: for CDM, is used for relative metadata, metadata, OD parameters, state vector. In CDM all date are given in UTC.
    
    Parameters:
    
    timeSystem - the time system to be set
  - getTimeSystem
```
public TimeSystem getTimeSystem()
```
    Get the Time System that: for CDM, is used for relative metadata, metadata, OD parameters, state vector. In CDM all date are given in UTC.
    
    Returns:
    
    the time system
  - addComment
```
public void addComment(String comments)
```
    Set comment for relative metadata.
    
    Parameters:
    
    comments - to be set
  - getComment
```
public List<String> getComment()
```
    Get comment for relative metadata.
    
    Returns:
    
    the time system
  - getApproachAngle
```
public double getApproachAngle()
```
    Get the approach angle computed between Objects 1 and 2 in the RTN coordinate frame relative to object 1.
    
    Returns:
    
    the approachAngle
  - setApproachAngle
```
public void setApproachAngle(double approachAngle)
```
    Set the approach angle computed between Objects 1 and 2 in the RTN coordinate frame relative to object 1.
    
    Parameters:
    
    approachAngle - the approachAngle to set
  - getScreenType
```
public ScreenType getScreenType()
```
    Get the type of screening to be used.
    
    Returns:
    
    the screenType
  - setScreenType
```
public void setScreenType(ScreenType screenType)
```
    Set the type of screening to be used.
    
    Parameters:
    
    screenType - the screenType to set
  - getMaxCollisionProbability
```
public double getMaxCollisionProbability()
```
    Get max collision probability.
    
    Returns:
    
    the max collision probability
  - setMaxCollisionProbability
```
public void setMaxCollisionProbability(double maxCollisionProbability)
```
    Set max collision probability.
    
    Parameters:
    
    maxCollisionProbability - the max collision probability to set
  - getMaxCollisionProbabilityMethod
```
public PocMethodFacade getMaxCollisionProbabilityMethod()
```
    Get max collision probability method.
    
    Returns:
    
    the max collision probability method
  - setMaxCollisionProbabilityMethod
```
public void setMaxCollisionProbabilityMethod(PocMethodFacade pocMethodFacade)
```
    Set max collision probability method.
    
    Parameters:
    
    pocMethodFacade - the max collision probability method to set
  - getSefiCollisionProbability
```
public double getSefiCollisionProbability()
```
    Get the Space Environment Fragmentation Impact probability.
    
    Returns:
    
    the Space Environment Fragmentation Impact probability
  - setSefiCollisionProbability
```
public void setSefiCollisionProbability(double sefiCollisionProbability)
```
    Set the Space Environment Fragmentation Impact probability.
    
    Parameters:
    
    sefiCollisionProbability - the Space Environment Fragmentation Impact probability to set
  - getSefiCollisionProbabilityMethod
```
public PocMethodFacade getSefiCollisionProbabilityMethod()
```
    Get the Space Environment Fragmentation Impact probability method.
    
    Returns:
    
    the Space Environment Fragmentation Impact probability method
  - setSefiCollisionProbabilityMethod
```
public void setSefiCollisionProbabilityMethod(PocMethodFacade pocMethodFacade)
```
    Set the Space Environment Fragmentation Impact probability method.
    
    Parameters:
    
    pocMethodFacade - the Space Environment Fragmentation Impact probability method to set
  - getSefiFragmentationModel
```
public String getSefiFragmentationModel()
```
    Get the Space Environment Fragmentation Impact fragmentation model.
    
    Returns:
    
    the Space Environment Fragmentation Impact fragmentation model
  - setSefiFragmentationModel
```
public void setSefiFragmentationModel(String sefiFragmentationModel)
```
    Set the Space Environment Fragmentation Impact fragmentation model.
    
    Parameters:
    
    sefiFragmentationModel - the Space Environment Fragmentation Impact fragmentation model to set
  - getMahalanobisDistance
```
public double getMahalanobisDistance()
```
    Get the Mahalanobis Distance. The length of the relative position vector, normalized to one-sigma dispersions of the combined error covariance in the direction of the relative position vector.
    
    Returns:
    
    the mahalanobisDistance
  - setMahalanobisDistance
```
public void setMahalanobisDistance(double mahalanobisDistance)
```
    Set the Mahalanobis Distance. The length of the relative position vector, normalized to one-sigma dispersions of the combined error covariance in the direction of the relative position vector.
    
    Parameters:
    
    mahalanobisDistance - the mahalanobisDistance to set
  - getScreenVolumeRadius
```
public double getScreenVolumeRadius()
```
    Get the screen volume radius.
    
    Returns:
    
    the screen volume radius
  - setScreenVolumeRadius
```
public void setScreenVolumeRadius(double screenVolumeRadius)
```
    set the screen volume radius.
    
    Parameters:
    
    screenVolumeRadius - the screen volume radius to set
  - getScreenPcThreshold
```
public double getScreenPcThreshold()
```
    获取用于识别此碰撞的碰撞概率筛选阈值。
    
    返回：
    
    screenPcThreshold
  - setScreenPcThreshold
```
public void setScreenPcThreshold(double screenPcThreshold)
```
    设置用于识别此碰撞的碰撞概率筛选阈值。
    
    参数：
    
    screenPcThreshold - 要设置的screenPcThreshold
  - checkScreenVolumeConditions
```
public void checkScreenVolumeConditions()
```
    检查屏幕体积条件。
    该方法验证所有键是否存在。否则，将抛出异常。
  - getCollisionPercentile
```
public int[] getCollisionPercentile()
```
    获取表示在COLLISION_PROBABILITY变量中提供碰撞概率估计的百分位数为1到n个元素的数组。
    
    返回：
    
    collisionPercentile
  - setCollisionPercentile
```
public void setCollisionPercentile(int[] collisionPercentile)
```
    设置表示在COLLISION_PROBABILITY变量中提供碰撞概率估计的百分位数为1到n个元素的数组。
    
    参数：
    
    collisionPercentile - 要设置的collisionPercentile
  - getPreviousMessageId
```
public String getPreviousMessageId()
```
    获取由CONJUNCTION_ID标识的事件的先前CDM的ID。
    
    返回：
    
    previousMessageId
  - setPreviousMessageId
```
public void setPreviousMessageId(String previousMessageId)
```
    设置由CONJUNCTION_ID标识的事件的先前CDM的ID。
    
    参数：
    
    previousMessageId - 要设置的previousMessageId
  - getPreviousMessageEpoch
```
public AbsoluteDate getPreviousMessageEpoch()
```
    获取由CONJUNCTION_ID标识的事件的先前CDM的UTC时代。
    
    返回：
    
    previousMessageEpoch
  - setPreviousMessageEpoch
```
public void setPreviousMessageEpoch(AbsoluteDate previousMessageEpoch)
```
    设置由CONJUNCTION_ID标识的事件的先前CDM的UTC时代。
    
    参数：
    
    previousMessageEpoch - 要设置的previousMessageEpoch
  - getNextMessageEpoch
```
public AbsoluteDate getNextMessageEpoch()
```
    获取与由CONJUNCTION_ID标识的事件相关联的下一个CDM的计划UTC时代。
    
    返回：
    
    nextMessageEpoch
  - setNextMessageEpoch
```
public void setNextMessageEpoch(AbsoluteDate nextMessageEpoch)
```
    设置与由CONJUNCTION_ID标识的事件相关联的下一个CDM的计划UTC时代。
    
    参数：
    
    nextMessageEpoch - 要设置的nextMessageEpoch

Class CdmRelativeMetadata

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

CdmRelativeMetadata

Method Detail

validate

getConjunctionId

setConjunctionId

getTca

setTca

getMissDistance

setMissDistance

getRelativeSpeed

setRelativeSpeed

getRelativeVelocity

getRelativePosition

setRelativePositionR

setRelativePositionT

setRelativePositionN

setRelativeVelocityR

setRelativeVelocityT

setRelativeVelocityN

getStartScreenPeriod

setStartScreenPeriod

getStopScreenPeriod

setStopScreenPeriod

getScreenVolumeFrame

setScreenVolumeFrame

getScreenVolumeShape

setScreenVolumeShape

getScreenVolumeX

setScreenVolumeX

getScreenVolumeY

setScreenVolumeY

getScreenVolumeZ

setScreenVolumeZ

getScreenEntryTime

setScreenEntryTime

getScreenExitTime

setScreenExitTime

getCollisionProbability

setCollisionProbability

getCollisionProbaMethod

setCollisionProbaMethod

checkNotNull

setTimeSystem

getTimeSystem

addComment

getComment

getApproachAngle

setApproachAngle

getScreenType

setScreenType

getMaxCollisionProbability

setMaxCollisionProbability

getMaxCollisionProbabilityMethod

setMaxCollisionProbabilityMethod

getSefiCollisionProbability

setSefiCollisionProbability

getSefiCollisionProbabilityMethod

setSefiCollisionProbabilityMethod

getSefiFragmentationModel

setSefiFragmentationModel

getMahalanobisDistance

setMahalanobisDistance

getScreenVolumeRadius

setScreenVolumeRadius

getScreenPcThreshold

setScreenPcThreshold

checkScreenVolumeConditions

getCollisionPercentile

setCollisionPercentile

getPreviousMessageId

setPreviousMessageId

getPreviousMessageEpoch

setPreviousMessageEpoch

getNextMessageEpoch

setNextMessageEpoch