PLAIN BOB MINOR -
TOUCHES 1
In this session we will be looking at the calling
positions in Plain Bob Minor and other Minor methods where the Tenor is
unaffected by the bobs. We will see that the underlying theory is exactly the
same as that for bobs at Home in Plain Bob Doubles.
Calling Positions
The
following diagram shows all the calling positions along with their
usual names:
123456 135264 156342 164523 142635
214365 312546 513624 615432 416253
241635 321456 531264 651342 461523
426153 234165 352146 563124 645132
462513 243615 325416 536214 654312
645231 426351 234561 352641 563421
654321 462531 243651 325461 536241
563412 645213 426315 234516 352614
536142 654123 462135 243156 325164
351624 561432 641253 421365 231546
315264 * 516342
* 614523 * 412635 * 213456 *
132546 153624 165432 146253 124365
135264 W 156342
4 164523 B 142635 I 123456 H
* = Bob
called here
W = Wrong
I = In
B = Before
4 = Fourths
H = Home
Fig. 1 - Plain Bob Minor
calling positions.
Points Arising
From The Diagram
Terminology
Bobs at Wrong are so called because the Tenor is doing what it did at
the start but the wrong way round.
Bobs at
4ths are so called because the Tenor makes 4ths and ends up as 4th's place
bell.
Bobs at Before are so called because the Tenor leads just before the
Treble and "runs out" to end up as 3rd's place bell.
Bobs at In are so called because the Tenor "runs in" at
them and ends up as 2nd's place bell.
Bobs at
Home are so called because the Tenor ends up in its home position, i.e.
in the position where it started the course.
It is
important to realise that it is the position that the Tenor ends up in as a result
of the call that gives the calling place its name and not where it would have
ended up otherwise.
Touches
Of Plain Bob Minor
There are
loads of touches of Plain Bob Minor so the following examples are a selection
of common and useful ones, using the calling positions W and H:
120 360 300
W H 2345 W H 2345 W H 2345
-
- 4523 - - 4523
3 3 2345
-
- 2345 - 3425
Repeat
twice
120 * 240 * 180 180
23456 23456 23456 23456
35264 - 23564 5 42356 1 23564
- 35642 36245 5 34256 5 52364
Repeat 4 times 64352 5 23456 5 35264
- 64523 4 23456 P
Repeat
4 times
Care needs
to be taken when calling the 120 and 240 marked *. The reason is left as an
exercise.
Quarter
Peals And Peals
A quarter
peal of 1260 Plain Bob Minor requires two touches: one of 720 changes and one
of 540. Now, for mathematical reasons it is impossible to obtain touches of
more than 360 without the use of singles. Therefore, until we look at singles
we can't conduct touches with singles in them. However we can say that any
touch with just bobs in it can be doubled with singles to give twice the length
and is guaranteed to be true. Therefore if the 360 above is called as shown but
a single is added at the final H and then the whole lot, including extra
single, is repeated we will have a true 720. This 720 is known as the
"standard extent". The touch of 300 can be doubled with a single at
the final H instead of the bob to give 600. The 720 and 600 will give a
perfectly acceptable quarter peal of 1320.
Peals
require 7 extents to be called and these extents can all be the same or can all
be different. The 360 above can be doubled to 720 as mentioned above and it can
also be doubled by calling extra singles at any of the homes that don't have
bobs. Actually any one of the homes in the 360 can be replaced with a single
and the whole lot repeated. Also any of the wrongs can be replaced with a
single and the whole lot repeated, although for musical reasons it is best to
call a single instead of one of the bobs in the first course of a part rather
than the second.
The
Coursing Order On Six Bells
This is a
bit of revision because it was mentioned in Session 2. By looking at the course
of Plain Bob above it can be seen that in each lead of the method the bells,
ignoring the Treble, which moves about, come to lead as follows:
Lead Leading Order
1 2
4 6 5 3
2 3
2 4 6 5
3 5
3 2 4 6
4 6
5 3 2 4
5 4
6 5 3 2
There is
the usual underlying pattern here: The
odd numbered bells lead in descending number order and the even numbered bells
then lead in ascending number order. In other words this is very similar to the
situation for Plain Bob Doubles except that the 6th, an even numbered bell, has
been added. As usual we wish to start from a fixed starting point, the Tenor,
and cut down the size of the row of numbers we keep in our minds. We therefore
take the 6th as the start of the coursing order to give 65324 and them omit it
altogether because we know it will always be there. In other words, the
coursing order for minor is 5324.
Of course,
as in Doubles, there may be pragmatic reasons for starting the coursing order
somewhere else, such as a conductor who wants always to ring the 2nd. As with
Doubles this can be done by rotating the coursing order to get the new
observation bell to the start and then modifying the coursing order with
respect to the calling position occupied by that bell. As with Doubles the
official coursing order always starts with the Tenor and by always doing it
this way a greater familiarity is acquired but the choice is with the
conductor.
We need to
expand our definition of coursing order at this point and not think of it
strictly as the order in which the bells lead because this only applies to
Plain Bob whereas the coursing order is the same for many other methods. We
touched on this in Session 2 and it concerns the relationship of the coursing
order to the order in which the bells do their dodges. The following table
illustrates this:
Bell in: 2nds 3-4d 5-6d 5-6u 3-4u
Lead End
1 3 2 4 6 5
Lead End
2 5 3 2 4 6
Lead End
3 6 5 3 2 4
Lead End
4 4 6 5 3 2
Lead End
5 2 4 6 5 3
Each row of
the table is a rotation of the coursing order and by reading it from left to
right whilst taking the dodges in Plain Bob order it is possible to know what
each bell is doing. For example, taking the 6th as the reference point, we can
see that whatever dodge the 6th is doing the 5th,
which is the next bell in the coursing order, is doing the next dodge in Plain
Bob order. Similarly the 3rd is two bells further than the 6th in the coursing
order and is always two dodges ahead of the 6th in the method. We will see in
future that this relationship holds whatever the method.
In other
words a better definition of "coursing order" is something like
"the order of the bells doing the dodges taken in Plain Bob dodging
order". There is more to say about this but we'll save it for now.
Transposition
Of Bobs At Home
We must
look at the fifth lead continued into the first lead of the next course at both
a plain lead and a bobbed lead:
Plain Lead
Bobbed Lead
142635 142635
416253 416253
461523 461523
645132 645132
654312 654312
563421 563421
536241 536241
352614 352614
325164 325164
231546 231546
213456 213456
124365 124365
123456 *1 142356
*2
214365 413265
241635 431625
426153 346152
462513 364512
645231 635421
654321 653241
… …
If we
compare rows *1 and *2 we can see that:
In row *2 the 5th and 6th are where they are in
row *1
In row *2 the 4th is where the 2nd is in row *1
In row *2 the 2nd is where the 3rd is in row *1
In row *2 the 3rd is where the 4th is in row *1
Considering
the coursing order: (6)5 3 2 4
Following
the bob:
The 5th and 6th remain where they
are: (6)5 * * *
The 4th takes the place of the 2nd: (6)5 * 4 *
The 2nd takes the place of the 3rd: (6)5 2 4 *
The 3rd takes the place of the 4th: (6)5 2 4 3
The new
coursing order is therefore: 5 2 4 3
Put more
generally, the last three bells in the coursing order, A B C, are affected by
the bob and become B A C. This is exactly like the way the bells were affected
in Doubles. For a bob at Home it is the same three bells affected in the same
way.
Transposition
Of Bobs At Wrong
We must
look at the first lead continued into the second lead of a plain course and
compare it with the first lead followed by the lead produced after a bob. Look
at these figures:
Plain Lead Bobbed Lead
123456 123456
214365 214365
241635 241635
426153 426153
462513 462513
645231 645231
654321 654321
563412 563412
536142 536142
351724 351624
315264 315264
132546 132546
135264 *1 123564 *2
312546 215346
321456 251436
234165 524163
243615 542613
426351 456231
462531 465321
…. ….
If we
compare rows *1 and *2 we can see that:
In row *2 the 4th and 6th are where they are in
row *1
In row *2 the 2nd is where the 3rd is in row *1
In row *2 the 3rd is where the 5th is in row *1
In row *2 the 5th is where the 2nd is in row *1
Considering
the coursing order: (6)5 3 2 4
Following
the bob:
The 4th and 6th remain where they
are: (6)* * * 4
The 2nd takes the place of the 3rd: (6)* 2 * 4
The 3rd takes the place of the 5th: (6)3 2 * 4
The 5th takes the place of the 2nd: (6)3 2 5 4
The new
coursing order is therefore: 3 2 5 4
Put more
generally, the first 3 bells in the coursing order, A B C, have become B C A
with the rest unchanged.
General
Points About The Transpositions For W and H
When we
looked at Doubles it seemed that the transpositions for each calling place were
all different and yet they weren't. The underlying transposition was always ABC
=> BCA but because the Tenor was affected at some calling places the
transposition needed to include something to keep the Tenor at the start. This
made each transposition look quite different.
When we
look at the transpositions for W and H in Minor, in which the Tenor is
unaffected, we see that it is just the basic transposition that is needed. It
is only necessary to know which bells this transposition will apply to and that
is something which just needs to be learned.
There is an
additional aspect to the basic transposition which can be extremely useful at
times: It directly tells you which bells will do each
bit of the bob. We need to compare the affects of the bobs at W and H in the
diagrams above. For the H we had:
124365
142356
in which
the bells A B C were 3 2 4. Now, 3 2 4 became 2 4 3 and from the figures we see
that bell 3 (bell A) made the bob, bell 2 (bell B) ran out and bell 4 (bell C)
ran in. In short, for the three bells A B C affected at a
H, A made the bob, B ran out and C ran in.
Similarly,
for the W we had:
132546
123564
in which
the bells A B C were 5 3 2, which became 3 2 5. In this case bell 5 (bell A)
made the bob, bell 3 (bell B) ran out and bell 2 (bell C) ran in. In short, for
the three bells A B C affected at a H, A made the bob,
B ran out and C ran in.
The way that a bob at W works is exactly the same as a bob at H. Bell A
makes the bob, bell B runs out and bell C runs in. This applies equally to the H in
Plain Bob doubles and Bristol Surprise Maximus.
Summary
Of Transpositions For Each Calling Position
For the
standard coursing order taken from the Tenor we have the following
transpositions:
Calling
Position Transposition Notes
For a bob
at Home ABC => BCA ABC are the last 3 bells in the
coursing order
For a bob
at Wrong ABC => BCA ABC are the first 3 bells in the
coursing order
If the
coursing order from a different bell is being used the transpositions are
exactly the same for that bell's coursing order when they do the work above as
they are for the Tenor's coursing order.
Examples
Of Coursing Order Transpositions For Some Complete
Touches
The
following examples take us through the coursing orders that will come up, using
the transpositions above, during the calling of each of the four touches. They
assume that the 6th is being rung:
1. Three
Homes
Starting
from 5324 the first Home produces 5243 (BCA on the last 3 bells), the second
Home produces 5432 (BCA) and the third Home produces 5324 (BCA).
2. Three
Wrongs
Starting
from 5324 the first Wrong produces 3254 (BCA on the first 3 bells), the second
Wrong produces 2534 (BCA) and the third Wrong produces 5324 (BCA).
3. 120
W H 2345
-
- 4523
-
- 2345
This touch
consists of two courses with the first called W H and then the second also
called W H. In other words the calls come in the order W H W H. Starting from
5324 the first W gives 3254 (BCA on first 3 bells), the first H gives 3542 (BCA
on second 3 bells), the second W gives 5432 (BCA on first 3 bells) and the
second H gives 5324 (BCA on the second 3 bells).
4. 360
W H 2345
-
- 4523
- 3425
Repeat twice
In this
touch the bobs are at W H W. From 5324 this gives the following:
W 3254
H 3542
W 5432
W 4352
H 4523
W 5243
W 2453
H 2534
W 5324
This
illustrates another useful point. Notice from the touch that although there is
a W in each course there is a H in the first course
but not the second in each part. It is very easy to forget whether to call a H or not. Now notice that the 5th comes back to its
starting place, and therefore its own place in the coursing order, after the
second W in each part. This is a clue. If the 5th is in its own place in the
coursing order as a H is approached then there is no
call.
Summary
We have
seen how to extend the coursing order to account for the extra bell, the 6th,
in Minor.
We have
named the calling places for a Minor method and we have looked at the
transpositions for the two calling places where the Tenor is unaffected by
bobs. In doing so we have seen the underlying transposition, ABC => BCA, a bit more clearly. We have also seen how the
coursing order can be used to see what the bells will do at a bob.
A selection
of touches has been offered.