Package net.eternalclient.api.internal.mouse.naturalmouse.support

Class DefaultOvershootManager

java.lang.Object

net.eternalclient.api.internal.mouse.naturalmouse.support.DefaultOvershootManager

All Implemented Interfaces:

OvershootManager

public class DefaultOvershootManager
extends java.lang.Object
implements OvershootManager

Field Summary

Fields

Modifier and Type	Field	Description
static int	DEFAULT_OVERSHOOT_AMOUNT
static int	MIN_DISTANCE_FOR_OVERSHOOTS
static int	MIN_OVERSHOOT_MOVEMENT_MS
static int	OVERSHOOT_RANDOM_MODIFIER_DIVIDER
static double	OVERSHOOT_SPEEDUP_DIVIDER

Constructor Summary

Constructors

Constructor	Description
DefaultOvershootManager(java.util.Random random)

Method Summary

Modifier and Type	Method	Description
long	deriveNextMouseMovementTimeMs(long mouseMovementMs, int overshootsRemaining)	Once the mouse reaches the overshoot target, new trajectory with new speed is calculated for next target (can be real or overshoot target, if the next target is real target, the overshootsRemaining value is 0)
long	getMinDistanceForOvershoots()
long	getMinOvershootMovementMs()
java.awt.Point	getOvershootAmount(double distanceToRealTargetX, double distanceToRealTargetY, long mouseMovementMs, int overshootsRemaining)	Returns the overshoot amount which will be added to real target, thus getting the overshoot target.
double	getOvershootRandomModifierDivider()
int	getOvershoots()
int	getOvershoots(Flow flow, long mouseMovementMs, double distance)	Get the maximum amount of overshoots the cursor does before reaching its final destination.
double	getOvershootSpeedupDivider()
void	setMinDistanceForOvershoots(long minDistanceForOvershoots)
void	setMinOvershootMovementMs(long minOvershootMovementMs)
void	setOvershootRandomModifierDivider(double overshootRandomModifierDivider)
void	setOvershoots(int overshoots)
void	setOvershootSpeedupDivider(double overshootSpeedupDivider)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

OVERSHOOT_SPEEDUP_DIVIDER

public static final double OVERSHOOT_SPEEDUP_DIVIDER

See Also:

Constant Field Values

MIN_OVERSHOOT_MOVEMENT_MS

public static final int MIN_OVERSHOOT_MOVEMENT_MS

See Also:

Constant Field Values

OVERSHOOT_RANDOM_MODIFIER_DIVIDER

public static final int OVERSHOOT_RANDOM_MODIFIER_DIVIDER

See Also:

Constant Field Values

MIN_DISTANCE_FOR_OVERSHOOTS

public static final int MIN_DISTANCE_FOR_OVERSHOOTS

See Also:

Constant Field Values

DEFAULT_OVERSHOOT_AMOUNT

public static final int DEFAULT_OVERSHOOT_AMOUNT

See Also:

Constant Field Values

Constructor Detail

DefaultOvershootManager

public DefaultOvershootManager(java.util.Random random)

Method Detail

getOvershoots

public int getOvershoots(Flow flow,
                         long mouseMovementMs,
                         double distance)

Description copied from interface: OvershootManager

Get the maximum amount of overshoots the cursor does before reaching its final destination.

Specified by:

getOvershoots in interface OvershootManager

Parameters:

flow - the flow which is planned to be used to reach the target. (If returned overshoots > 0, then a new flow will be calculated for each overshoot.). This flow could be analyzed if overshooting is suitable. It is not available as a parameter in overshootAmount calculation, because flow itself is calculated from the movement distance, which is dependent on the overshoot amount.

mouseMovementMs - the planned time for reaching the real target

distance - the distance between mouse position and real target

Returns:

the number of maximum overshoots used or 0 if no overshoots

getOvershootAmount

public java.awt.Point getOvershootAmount(double distanceToRealTargetX,
                                         double distanceToRealTargetY,
                                         long mouseMovementMs,
                                         int overshootsRemaining)

Description copied from interface: OvershootManager

Returns the overshoot amount which will be added to real target, thus getting the overshoot target.

Specified by:

getOvershootAmount in interface OvershootManager

Parameters:

distanceToRealTargetX - distance to real target X-coordinate

distanceToRealTargetY - distance to real target Y-coordinate

mouseMovementMs - the time planned for reaching the real target

overshootsRemaining - the amount of overshoots remaining, current included. Values from (n to 1), where n >= 1

Returns:

the amount which will be added to real target, thus getting the overshoot target.

deriveNextMouseMovementTimeMs

public long deriveNextMouseMovementTimeMs(long mouseMovementMs,
                                          int overshootsRemaining)

Description copied from interface: OvershootManager

Once the mouse reaches the overshoot target, new trajectory with new speed is calculated for next target (can be real or overshoot target, if the next target is real target, the overshootsRemaining value is 0)

Specified by:

deriveNextMouseMovementTimeMs in interface OvershootManager

Parameters:

mouseMovementMs - the last mouse movement in ms

overshootsRemaining - the amount of overshoots remaining, including this. Values from (n to 0), where n >= 0

Returns:

the next mouse movement time in ms

getMinOvershootMovementMs

public long getMinOvershootMovementMs()

setMinOvershootMovementMs

public void setMinOvershootMovementMs(long minOvershootMovementMs)

getOvershootRandomModifierDivider

public double getOvershootRandomModifierDivider()

setOvershootRandomModifierDivider

public void setOvershootRandomModifierDivider(double overshootRandomModifierDivider)

getOvershootSpeedupDivider

public double getOvershootSpeedupDivider()

setOvershootSpeedupDivider

public void setOvershootSpeedupDivider(double overshootSpeedupDivider)

getOvershoots

public int getOvershoots()

setOvershoots

public void setOvershoots(int overshoots)

getMinDistanceForOvershoots

public long getMinDistanceForOvershoots()

setMinDistanceForOvershoots

public void setMinDistanceForOvershoots(long minDistanceForOvershoots)