Nov 17, 2009:
Beltower support added.
Jan 1, 2010:
Controllers now available at lower prices.
Jan 4, 2010:
Beltower Version 11 released.
Jan 5, 2010:
Handbell Manager Version 1.2.1 released.
“This is easily, by far, the best development to happen to handbell learning. Whilst a good tutor is invaluable in guiding one's learning experience, this gives every 'would be' learner and developer of handbell skills the ability to expand their skills at any time, anywhere, and in an accelerated timescale. It could easily lead to an explosion in change ringing on handbells, and I think will.”
Towerbell ringers can learn methods and test themselves quite easily by reciting the work of a method or by drawing out the blue line on paper. If they can do this quickly and without error, and their ropesight is good, they can be confident that this will translate into a reliable performance in the tower. However, for handbell ringers it is much harder to confirm whether they know a method well enough to ring it on handbells, because knowing a single line or a grid pattern doesn’t mean that you can ring two bells based upon this knowledge. To demonstrate that you know a method by drawing it on paper, you would have to be able to draw two lines simultaneously. This is impracticable. The alternative, and one that some handbell ringers use, is to practice methods with a simulator such as Abel or Beltower, using two keys on the keyboard to ring their two bells while the simulator rings the rest.
Some ringers seem to manage to ring a simulator such as Abel using the keyboard quite successfully, but it is generally acknowledged that this is much harder than practising with real ringers. There are a number of reasons for this, including:
Abel’s documentation suggests using dummy handbells with electronic switches for clappers to overcome points 1 and 2, and includes a design to help individuals build their own. Although a few people have successfully built dummy handbells for their own use, mechanical designs are prone to problems such as bounce and unwanted rattle, the design is beyond many ringer’s DIY skills, and no one has built any for general sale to others. Recent correspondence on ringing lists has suggested that there is an unsatisfied demand for dummy handbells suitable for use with Abel.
In recent years, motion controllers have been introduced into console games, most notably on the Nintendo Wii, where simulation games have been created for many action sports, using wireless motion controllers to simulate rackets etc. Some of these Wii games use controllers in a shaking action to simulate ringing handbells to tunes, as shown by this Japanese video demonstrating tune ringing.
After successfully releasing Handbell Manager for use with Abel, it has been enhanced to work equally well with Beltower. Beltower has a feature called Co-operative Timing that means that the simulator bells will hold up if you strike your bells late, just like other ringers will in practice. This can help the learning process as you are improving your familiarity with a method and your accuracy of striking.
Handbell Manager may be enhanced to support other simulators in due course.
As a result of discussions with Chris Hughes, author of Abel, during the development of Handbell Manager, some enhancements to Abel were identified that will make ringing dummy handbells much easier. In particular, the introduction of moving rather than flipping handbells on screen to address point 3 above and make handbell "ropesight" very much easier to see. Together with the use of dummy handbells, these enhancements take the experience of ringing handbells with Abel a big step closer to the real thing.
Version 3.7 of Abel includes these enhancements and is now available from www.abelsim.co.uk.
Derek Ballard, author of Beltower, has made some enhancements to make the use of motion controllers with Beltower easier.
Version 10.27 of Beltower includes these enhancements and is now available from www.beltower.co.uk.