public override void Execute()
{
LogicEntity e = Contexts.sharedInstance.logic.GetEntityWithId(entityID);
if (e.isStunned || e.hasFreeze)
{
return;
}
if (e.isGrounded)
{
e.isWallRiding = false;
}
if (axes.x.Abs() <= FixedMath.Create(1, 10))
{
axes.x = 0;
}
if (axes.x.Abs() >= FixedMath.Create(6, 10))
{
axes.x = axes.x.Sign() * FixedMath.ONE;
}
if (axes.x.Abs() <= FixedMath.Tenth)
{
e.isDashing = false;
}
if (e.isWallRiding)
{
int walldirection = (e.collisionInfo.value.left != Tag.NONE) ? 1 : -1;
if (axes.x != 0 && axes.x.Sign() == walldirection && axes.x.Abs() > FixedMath.Create(3, 10) && !e.hasWallStickTimer)
{
e.AddWallStickTimer(e.wallRideMovement.stickTime);
}
else if (e.hasWallStickTimer && axes.x.Abs() <= FixedMath.Create(3, 10))
{
e.RemoveWallStickTimer();
}
e.ReplaceCurrentMovementX(
0,
0,
e.currentMovementX.refSpeed
);
e.ReplaceDirection(-walldirection);
e.ReplaceVelocity(e.velocity.value.SetX(0));
}
else if (e.isDashing)
{
e.ReplaceCurrentMovementX(
e.currentMovementX.targetSpeed,
e.dashMovement.accelerationTime,
e.currentMovementX.refSpeed
);
}
else if (e.isGrounded)
{
if (axes.x.Abs() == FixedMath.ONE &&
(
e.velocity.value.x.Abs() < FixedMath.Thousandth ||
e.direction.value != axes.x.Sign() ||
(e.direction.value == axes.x.Sign() && e.velocity.value.x.Abs() < e.groundMovement.targetSpeed.Mul(FixedMath.Tenth * 9))
))
{
//e.ReplaceVelocity (e.velocity.value.SetX(0));
e.ReplaceDashTimer(e.dashMovement.length);
e.isDashing = true;
e.ReplaceCurrentMovementX(
e.dashMovement.targetSpeed * axes.x.Sign(),
e.dashMovement.accelerationTime,
e.currentMovementX.refSpeed
);
}
else if (e.isDashing)
{
if (e.collisionInfo.value.CollidesHorizontal())
{
e.isDashing = false;
}
}
else
{
e.ReplaceCurrentMovementX(
e.groundMovement.targetSpeed.Mul(axes.x),
e.groundMovement.accelerationTime,
e.currentMovementX.refSpeed
);
}
}
else if (!e.isGrounded)
{
long accelerationtime = e.airMovement.accelerationTime;
if (e.isWallJumping)
{
accelerationtime = e.wallRideMovement.accelerationTime;
}
e.ReplaceCurrentMovementX(
e.airMovement.targetSpeed.Mul(axes.x),
accelerationtime,
e.currentMovementX.refSpeed
);
}
}