BasicManeuverStrategyRelativeBearing#

class ansys.stk.core.stkobjects.aviator.BasicManeuverStrategyRelativeBearing#

Class defining the Relative Bearing strategy for a basic maneuver procedure.

Overview#

Methods

`set_control_limit`	Set the method and corresponding value to define the control limits of the aircraft during the maneuver.
`cancel_target_position_velocity`	Cancel the position velocity strategies for Relative Bearing.

Properties

`target_name`	Get or set the target name.
`valid_target_names`	Return the valid target names.
`target_resolution`	Get or set the target position/velocity sampling resolution.
`relative_bearing`	Get or set the relative bearing angle.
`min_range`	Get or set the range from the target at which the aircraft will stop.
`control_limit_mode`	Get the method to define the control limits of the aircraft during the maneuver.
`control_limit_turn_radius`	Get the specified turn radius for a control limit mode of specify min turn radius.
`control_limit_turn_rate`	Get the specified turn rate for a control limit mode of specify max turn rate.
`control_limit_horizontal_acceleration`	Get the specified horizontal acceleration for a control limit mode of specify max horiz accel.
`compensate_for_coriolis_acceleration`	Get or set the option to compensate for the acceleration due to the Coriolis effect.
`position_velocity_strategies`	Get the position velocity strategies for Relative Bearing.

from ansys.stk.core.stkobjects.aviator import BasicManeuverStrategyRelativeBearing

property BasicManeuverStrategyRelativeBearing.target_name: str#: Get or set the target name.

property BasicManeuverStrategyRelativeBearing.valid_target_names: list#: Return the valid target names.

property BasicManeuverStrategyRelativeBearing.target_resolution: float#: Get or set the target position/velocity sampling resolution.

property BasicManeuverStrategyRelativeBearing.relative_bearing: Any#: Get or set the relative bearing angle.

property BasicManeuverStrategyRelativeBearing.min_range: float#: Get or set the range from the target at which the aircraft will stop.

property BasicManeuverStrategyRelativeBearing.control_limit_mode: BasicManeuverStrategyNavigationControlLimit#: Get the method to define the control limits of the aircraft during the maneuver.

property BasicManeuverStrategyRelativeBearing.control_limit_turn_radius: float#: Get the specified turn radius for a control limit mode of specify min turn radius.

property BasicManeuverStrategyRelativeBearing.control_limit_turn_rate: Any#: Get the specified turn rate for a control limit mode of specify max turn rate.

property BasicManeuverStrategyRelativeBearing.control_limit_horizontal_acceleration: float#: Get the specified horizontal acceleration for a control limit mode of specify max horiz accel.

property BasicManeuverStrategyRelativeBearing.compensate_for_coriolis_acceleration: bool#: Get or set the option to compensate for the acceleration due to the Coriolis effect.

property BasicManeuverStrategyRelativeBearing.position_velocity_strategies: BasicManeuverTargetPositionVelocity#: Get the position velocity strategies for Relative Bearing.

BasicManeuverStrategyRelativeBearing.set_control_limit(self, control_limit_mode: BasicManeuverStrategyNavigationControlLimit, control_limit_value: float) → None#

Set the method and corresponding value to define the control limits of the aircraft during the maneuver.

Parameters:

control_limit_mode : BasicManeuverStrategyNavigationControlLimit

control_limit_value : float

Returns:

None

BasicManeuverStrategyRelativeBearing.cancel_target_position_velocity(self) → None#

Cancel the position velocity strategies for Relative Bearing.