fn reconcile_predictions(
    player: &mut PlayerComponent,
    player_predictions: &mut PlayerPredictionsComponent,
    prediction_id: u16,
    server_position: Point3<f32>,
    server_rotation: UnitQuaternion<f32>,
) {
    let predictions = &mut player_predictions.predictions;

    // First, find the slot for this prediction
    let slot = predictions.iter().position(|v| v.id == prediction_id);

    // Only do something if we did find a slot, if not just don't do anything
    if let Some(slot) = slot {
        // Calculate the differences from our prediction
        let position_difference = server_position - predictions[slot].position;
        let rotation_difference = predictions[slot].rotation.rotation_to(&server_rotation);
        println!("{}", predictions[slot].rotation.magnitude());

        // Normalize the rotation. When this wasn't done rotations would quickly spin out of control
        // from floating point error.
        //player.rotation.as_mut_unchecked().normalize_mut();

        // Apply this difference to the current prediction slot, and all following ones, so
        // that the difference doesn't get applied multiple times on future reconciliations
        let mut current_slot = slot;
        loop {
            // Patch this slot with the difference
            let current_id = predictions[current_slot].id;
            predictions[current_slot].position += position_difference;
            predictions[current_slot].rotation *= rotation_difference;
            //println!("{}", predictions[current_slot].rotation.magnitude());
            //predictions[current_slot].rotation.as_mut_unchecked().normalize_mut();

            // Increment the slot
            current_slot += 1;
            if current_slot >= predictions.len() {
                current_slot = 0;
            }

            // If the next slot isn't sequential in ID from this one, stop
            if !wrapping_sequence_check(current_id, predictions[current_slot].id) {
                break;
            }
        }

        // Apply the difference to the current position
        player.position += position_difference;
        player.rotation *= rotation_difference;

        // Normalize the rotation. When this wasn't done rotations would quickly spin out of control
        // from floating point error.
        player.rotation.as_mut_unchecked().normalize_mut();

        // TODO: Log reconciliation peaks
        //println!("Difference: {}", difference.magnitude());
        let _ = 1; // Wtf rustfmt
    } else {
        warn!(
            "Could not find prediction with given ID, the prediction rolling buffer is likely too \
             small"
        );
    }
}