private void __moving(object sender, EventArgs e)
{
this.timer.Stop();
PlayerPosition target = this.nextWaypoint.position;
if (this.useSinglePosition)
{
target = this.singleTargetPosition;
}
PlayerPosition currentPosition = this.memory.position();
Double angle = currentPosition.angleBetweenPosition(target);
Double distance = currentPosition.distanceBetweenPosition(target);
this.movingToWaypoint(this.currentIndex, distance);
// final radian to target
double targetRadian = currentPosition.r - angle;
targetRadian = MathEx.normalizeAngle(targetRadian);
Int32 waypointsLeft = this.waypointCount - this.currentIndex;
// core movement logic
// move to waypoint if distance lower then minDistanceToMove
if (distance > SettingsSingleton.Instance.timings.minMovementDistanceToNextWaypoint && !this.isCaneling && (!this.isPaused || this.singleMovement))
{
// adjust view direction to target
this.__adjustToTarget(angle, targetRadian);
// walk only if angle < (-+) min limit
if (MathEx.isInRange(angle, SettingsSingleton.Instance.timings.minRadianDifferanceToMove, -SettingsSingleton.Instance.timings.minRadianDifferanceToMove))
{
// avoid running idiot circle bug
if (distance < 5 && !MathEx.isInRange(angle, 0.2, -0.2))
{
this.keyboard.releaseForwardKey();
}
else
{
this.keyboard.holdForwardKey();
}
// move forward
}
else
{
this.keyboard.releaseForwardKey();
}
}
else
{
// release all keys and dispose current waypoint moving
// release forward moving not On waypoint walking ... smoother look
if (waypointsLeft < 2 || this.singleMovement)
{
this.keyboard.releaseForwardKey();
}
this.keyboard.releaseRotateRightKey();
this.keyboard.releaseRotateLeftKey();
this.finishWaypointMovement();
return;
}
this.timer.Start();
}
public Double distanceBetweenPosition(PlayerPosition p)
{
return(Math.Sqrt((p.x - this.x) * (p.x - this.x) + (p.y - this.y) * (p.y - this.y)));
}