All Implemented Interfaces:

android.os.Parcelable
```
public final class AlongRouteTrafficFlowSegment
 implements Parcelable
                    
```
Data model representing along route traffic flow segment.
Instances are typically immutable after construction. Use builders or factory methods where provided.

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description
`private Integer`	`startLegIndex`
`private Integer`	`startStepIndex`
`private Integer`	`startEdgeIndex`
`private Float`	`startEdgeOffset`
`private Integer`	`endLegIndex`
`private Integer`	`endStepIndex`
`private Integer`	`endEdgeIndex`
`private Float`	`endEdgeOffset`
`private Float`	`distanceFromRouteStart`
`private Float`	`flowLength`
`private Float`	`flowSpeed`
`private Integer`	`congestionLevel`
`private final TrafficDataAdditionalInfo`	`additionalInfo`

Constructor Summary

Constructors
Constructor	Description
`AlongRouteTrafficFlowSegment(Integer startLegIndex, Integer startStepIndex, Integer startEdgeIndex, Float startEdgeOffset, Integer endLegIndex, Integer endStepIndex, Integer endEdgeIndex, Float endEdgeOffset, Float distanceFromRouteStart, Float flowLength, Float flowSpeed, Integer congestionLevel, TrafficDataAdditionalInfo additionalInfo)`

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`final Integer`	`getStartLegIndex()`	zero based of start leg index of this part of traffic flow belongs to
`final Unit`	`setStartLegIndex(Integer startLegIndex)`	zero based of start leg index of this part of traffic flow belongs to
`final Integer`	`getStartStepIndex()`	zero based of start step index of this part of traffic flow belongs to
`final Unit`	`setStartStepIndex(Integer startStepIndex)`	zero based of start step index of this part of traffic flow belongs to
`final Integer`	`getStartEdgeIndex()`	zero based of start edge index of this part of traffic flow belongs to
`final Unit`	`setStartEdgeIndex(Integer startEdgeIndex)`	zero based of start edge index of this part of traffic flow belongs to
`final Float`	`getStartEdgeOffset()`	offset of the start edge from the start of the edge, in meters.
`final Unit`	`setStartEdgeOffset(Float startEdgeOffset)`	offset of the start edge from the start of the edge, in meters.
`final Integer`	`getEndLegIndex()`	zero based of end leg index of this part of traffic flow belongs to
`final Unit`	`setEndLegIndex(Integer endLegIndex)`	zero based of end leg index of this part of traffic flow belongs to
`final Integer`	`getEndStepIndex()`	zero based of end step index of this part of traffic flow belongs to
`final Unit`	`setEndStepIndex(Integer endStepIndex)`	zero based of end step index of this part of traffic flow belongs to
`final Integer`	`getEndEdgeIndex()`	zero based of end edge index of this part of traffic flow belongs to
`final Unit`	`setEndEdgeIndex(Integer endEdgeIndex)`	zero based of end edge index of this part of traffic flow belongs to
`final Float`	`getEndEdgeOffset()`	offset of the end edge from the start of the edge, in meters.
`final Unit`	`setEndEdgeOffset(Float endEdgeOffset)`	offset of the end edge from the start of the edge, in meters.
`final Float`	`getDistanceFromRouteStart()`	distance from the start of corresponding route where this flow started, in meters
`final Unit`	`setDistanceFromRouteStart(Float distanceFromRouteStart)`	distance from the start of corresponding route where this flow started, in meters
`final Float`	`getFlowLength()`	length of the flow segment, in meters
`final Unit`	`setFlowLength(Float flowLength)`	length of the flow segment, in meters
`final Float`	`getFlowSpeed()`	average speed of the flow segment, in meters per second.
`final Unit`	`setFlowSpeed(Float flowSpeed)`	average speed of the flow segment, in meters per second.
`final Integer`	`getCongestionLevel()`	congestion level of this part of flow, see TrafficLevel definition
`final Unit`	`setCongestionLevel(Integer congestionLevel)`	congestion level of this part of flow, see TrafficLevel definition
`final TrafficDataAdditionalInfo`	`getAdditionalInfo()`	additional information for the flow.

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

- Constructor Detail
  - AlongRouteTrafficFlowSegment
```
AlongRouteTrafficFlowSegment(Integer startLegIndex, Integer startStepIndex, Integer startEdgeIndex, Float startEdgeOffset, Integer endLegIndex, Integer endStepIndex, Integer endEdgeIndex, Float endEdgeOffset, Float distanceFromRouteStart, Float flowLength, Float flowSpeed, Integer congestionLevel, TrafficDataAdditionalInfo additionalInfo)
```
- Method Detail
  - getStartLegIndex
```
 final Integer getStartLegIndex()
```
    zero based of start leg index of this part of traffic flow belongs to
  - setStartLegIndex
```
 final Unit setStartLegIndex(Integer startLegIndex)
```
    zero based of start leg index of this part of traffic flow belongs to
  - getStartStepIndex
```
 final Integer getStartStepIndex()
```
    zero based of start step index of this part of traffic flow belongs to
  - setStartStepIndex
```
 final Unit setStartStepIndex(Integer startStepIndex)
```
    zero based of start step index of this part of traffic flow belongs to
  - getStartEdgeIndex
```
 final Integer getStartEdgeIndex()
```
    zero based of start edge index of this part of traffic flow belongs to
  - setStartEdgeIndex
```
 final Unit setStartEdgeIndex(Integer startEdgeIndex)
```
    zero based of start edge index of this part of traffic flow belongs to
  - getStartEdgeOffset
```
 final Float getStartEdgeOffset()
```
    offset of the start edge from the start of the edge, in meters. Negative value stands for invalid offset.
  - setStartEdgeOffset
```
 final Unit setStartEdgeOffset(Float startEdgeOffset)
```
    offset of the start edge from the start of the edge, in meters. Negative value stands for invalid offset.
  - getEndLegIndex
```
 final Integer getEndLegIndex()
```
    zero based of end leg index of this part of traffic flow belongs to
  - setEndLegIndex
```
 final Unit setEndLegIndex(Integer endLegIndex)
```
    zero based of end leg index of this part of traffic flow belongs to
  - getEndStepIndex
```
 final Integer getEndStepIndex()
```
    zero based of end step index of this part of traffic flow belongs to
  - setEndStepIndex
```
 final Unit setEndStepIndex(Integer endStepIndex)
```
    zero based of end step index of this part of traffic flow belongs to
  - getEndEdgeIndex
```
 final Integer getEndEdgeIndex()
```
    zero based of end edge index of this part of traffic flow belongs to
  - setEndEdgeIndex
```
 final Unit setEndEdgeIndex(Integer endEdgeIndex)
```
    zero based of end edge index of this part of traffic flow belongs to
  - getEndEdgeOffset
```
 final Float getEndEdgeOffset()
```
    offset of the end edge from the start of the edge, in meters. Negative value stands for invalid offset.
  - setEndEdgeOffset
```
 final Unit setEndEdgeOffset(Float endEdgeOffset)
```
    offset of the end edge from the start of the edge, in meters. Negative value stands for invalid offset.
  - getDistanceFromRouteStart
```
 final Float getDistanceFromRouteStart()
```
    distance from the start of corresponding route where this flow started, in meters
  - setDistanceFromRouteStart
```
 final Unit setDistanceFromRouteStart(Float distanceFromRouteStart)
```
    distance from the start of corresponding route where this flow started, in meters
  - getFlowLength
```
 final Float getFlowLength()
```
    length of the flow segment, in meters
  - setFlowLength
```
 final Unit setFlowLength(Float flowLength)
```
    length of the flow segment, in meters
  - getFlowSpeed
```
 final Float getFlowSpeed()
```
    average speed of the flow segment, in meters per second. value 0 means blocked flow, negative values means data not available
  - setFlowSpeed
```
 final Unit setFlowSpeed(Float flowSpeed)
```
    average speed of the flow segment, in meters per second. value 0 means blocked flow, negative values means data not available
  - getCongestionLevel
```
 final Integer getCongestionLevel()
```
    congestion level of this part of flow, see TrafficLevel definition
  - setCongestionLevel
```
 final Unit setCongestionLevel(Integer congestionLevel)
```
    congestion level of this part of flow, see TrafficLevel definition
  - getAdditionalInfo
```
 final TrafficDataAdditionalInfo getAdditionalInfo()
```
    additional information for the flow. this is only for debugging, should not be used in production.

Class AlongRouteTrafficFlowSegment

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

AlongRouteTrafficFlowSegment

Method Detail

getStartLegIndex

setStartLegIndex

getStartStepIndex

setStartStepIndex

getStartEdgeIndex

setStartEdgeIndex

getStartEdgeOffset

setStartEdgeOffset

getEndLegIndex

setEndLegIndex

getEndStepIndex

setEndStepIndex

getEndEdgeIndex

setEndEdgeIndex

getEndEdgeOffset

setEndEdgeOffset

getDistanceFromRouteStart

setDistanceFromRouteStart

getFlowLength

setFlowLength

getFlowSpeed

setFlowSpeed

getCongestionLevel

setCongestionLevel

getAdditionalInfo