MovePositionControl

Namespace: Unity.TinyCharacterController.Control

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Summary:

MovePositionControl is a component designed for moving a character to a specified position. It operates within the context of IMove.

Features and Operation:

• Movement: Moves the character to the coordinates specified by SetTargetPosition(Vector3).
• Turning: If TurnPriority is high, the character will face the direction of movement.
• Terrain Following: If _ignoreYAxis is set to false, the character will move along the terrain.
• Obstacle Avoidance: This component does not have obstacle avoidance capabilities. Another component is required for avoiding obstacles.

Properties

Name	Description
Speed	Maximum movement speed of the character.
TurnSpeed	Rotation speed of the character.
MovePriority	Movement priority of the character.
TurnPriority	Rotation priority of the character.
OnArrivedAtDestination	Callback when the destination is reached.
_maxSlope	Angle of slopes that the character can move on.
_ignoreYAxis	Whether to ignore the Y-axis for movement.
_currentSpeed	Current movement speed.
IsArrived	Whether the character has arrived at the target destination.

Methods

Name	Function
public void SetTargetPosition( Vector3 position )	Moves the character to a specified position.
public void SetTargetPosition( Vector3 position, bool ignoreYAxis )	Moves the character to a specified position with an option to ignore the Y-axis.
public void SetTargetPosition( Vector3 position, float distance )	Moves the character around a specified position while maintaining a certain distance.
public void SetTargetPosition( Vector3 position, float distance, bool ignoreYAxis )	Moves the character around a specified position with distance and Y-axis ignore options.
public void SetTargetPosition( Vector3 position, float distance, bool ignoreYAxis, int cycleAround )	Moves the character around a specified position with distance, Y-axis ignore, and cycling options.

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Additional Notes

• This component lacks the ability to avoid obstacles. A different component is necessary for obstacle avoidance.
• Target positions are dynamically set using the SetTargetPosition method.
• Movement and turning priorities may affect interactions with other movement components.