ProfileDynamics

java.lang.Object
- agi.foundation.routedesign.ProfileDynamics

```
public class ProfileDynamics
extends Object
```
Represents a set of common properties describing the dynamical capabilities of a platform traversing a route profile.

Constructor Summary

Constructors
Constructor and Description
`ProfileDynamics()` Initializes a new instance.
`ProfileDynamics(double ascentSpeed, double pitchUpAcceleration, double descentSpeed, double pushOverAcceleration, double thrustAcceleration, double thrustDeceleration)` Create a new instance based on the given properties.
`ProfileDynamics(ProfileDynamics existingInstance)` Initializes a new instance as a copy of an existing instance.

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`double`	`getAscentSpeed()` Gets the maximum vertical rate of ascent (positive), in meters per second.
`double`	`getDescentSpeed()` Gets the maximum vertical rate of descent (positive), in meters per second.
`double`	`getPitchUpAcceleration()` Gets the upward acceleration used to begin an ascent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
`double`	`getPushOverAcceleration()` Gets the downward acceleration used to begin a descent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
`double`	`getThrustAcceleration()` Gets the maximum achievable acceleration along the velocity vector (positive), in meters per second squared.
`double`	`getThrustDeceleration()` Gets the maximum achievable deceleration anti-parallel to the velocity vector (positive), in meters per second squared.
`void`	`setAscentSpeed(double value)` Sets the maximum vertical rate of ascent (positive), in meters per second.
`void`	`setDescentSpeed(double value)` Sets the maximum vertical rate of descent (positive), in meters per second.
`void`	`setPitchUpAcceleration(double value)` Sets the upward acceleration used to begin an ascent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
`void`	`setPushOverAcceleration(double value)` Sets the downward acceleration used to begin a descent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
`void`	`setThrustAcceleration(double value)` Sets the maximum achievable acceleration along the velocity vector (positive), in meters per second squared.
`void`	`setThrustDeceleration(double value)` Sets the maximum achievable deceleration anti-parallel to the velocity vector (positive), in meters per second squared.

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

- Constructor Detail
  - ProfileDynamics
```
public ProfileDynamics()
```
    Initializes a new instance.
  - ProfileDynamics
```
public ProfileDynamics(double ascentSpeed,
                       double pitchUpAcceleration,
                       double descentSpeed,
                       double pushOverAcceleration,
                       double thrustAcceleration,
                       double thrustDeceleration)
```
    Create a new instance based on the given properties.
    
    Parameters:
    
    ascentSpeed - The maximum vertical rate of ascent (positive), in meters per second.
    
    pitchUpAcceleration - The value for the vertical acceleration used to begin an ascent maneuver (positive), in meters per second squared.
    
    descentSpeed - The maximum vertical rate of descent (positive), in meters per second.
    
    pushOverAcceleration - The value for the vertical acceleration used to begin a descent maneuver (positive), in meters per second squared.
    
    thrustAcceleration - The maximum value of acceleration achievable parallel to the velocity vector of the position (positive), in meters per second squared.
    
    thrustDeceleration - The maximum value of deceleration achievable anti-parallel to the velocity vector of the position (positive), in meters per second squared.
  - ProfileDynamics
```
public ProfileDynamics(@Nonnull
                       ProfileDynamics existingInstance)
```
    Initializes a new instance as a copy of an existing instance.
    
    Parameters:
    
    existingInstance - The existing instance to copy.
    
    Throws:
    
    ArgumentNullException - Thrown when existingInstance is null.
- Method Detail
  - getAscentSpeed
```
public final double getAscentSpeed()
```
    Gets the maximum vertical rate of ascent (positive), in meters per second.
  - setAscentSpeed
```
public final void setAscentSpeed(double value)
```
    Sets the maximum vertical rate of ascent (positive), in meters per second.
  - getPitchUpAcceleration
```
public final double getPitchUpAcceleration()
```
    Gets the upward acceleration used to begin an ascent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
  - setPitchUpAcceleration
```
public final void setPitchUpAcceleration(double value)
```
    Sets the upward acceleration used to begin an ascent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
  - getDescentSpeed
```
public final double getDescentSpeed()
```
    Gets the maximum vertical rate of descent (positive), in meters per second.
  - setDescentSpeed
```
public final void setDescentSpeed(double value)
```
    Sets the maximum vertical rate of descent (positive), in meters per second.
  - getPushOverAcceleration
```
public final double getPushOverAcceleration()
```
    Gets the downward acceleration used to begin a descent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
  - setPushOverAcceleration
```
public final void setPushOverAcceleration(double value)
```
    Sets the downward acceleration used to begin a descent maneuver perpendicular to the direction of motion, in meters per second squared (positive).
  - getThrustAcceleration
```
public final double getThrustAcceleration()
```
    Gets the maximum achievable acceleration along the velocity vector (positive), in meters per second squared.
  - setThrustAcceleration
```
public final void setThrustAcceleration(double value)
```
    Sets the maximum achievable acceleration along the velocity vector (positive), in meters per second squared.
  - getThrustDeceleration
```
public final double getThrustDeceleration()
```
    Gets the maximum achievable deceleration anti-parallel to the velocity vector (positive), in meters per second squared.
  - setThrustDeceleration
```
public final void setThrustDeceleration(double value)
```
    Sets the maximum achievable deceleration anti-parallel to the velocity vector (positive), in meters per second squared.

Class ProfileDynamics

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

ProfileDynamics

ProfileDynamics

Method Detail

getAscentSpeed

setAscentSpeed

getPitchUpAcceleration

setPitchUpAcceleration

getDescentSpeed

setDescentSpeed

getPushOverAcceleration

setPushOverAcceleration

getThrustAcceleration

setThrustAcceleration

getThrustDeceleration

setThrustDeceleration