Manual in PDF Format

Total Page:16

File Type:pdf, Size:1020Kb

Manual in PDF Format This PDF version of the manual is arranged to look like the original A5 booklet. Page 1 of the booklet is on a page by itself (to the right of this note), pages 2 and 3 come !Methods next to each another etc. Page 16 is on a left page by itself. a church bell ringing program by Kate & David Crennell Church bell method ringing demonstration Contents on RISCOS computers. The application !Methods animates a band of from 4 to 16 church bell ringers page with any of a selection of almost 200 standard methods. If you do not ring An introduction to church bell ringing 4 church bells yourself, first read the section: An introduction to methods rung on church bells 6 ‘An Introduction to church bell ringing’. Program running instructions 8 Ringing a Plain Course 10 Program tested on versions of RISCOS 3, 4 and 5 “Calling” a Touch 12 including an A4, 7500FE, Making minor adjustments to the pitch of the ring 12 Kinetic StrongARM RISC PC, Iyonix Format of methods data file 13 and VirtualAcorn* on PCs running Windows. Adding methods 13 2 February 2006 Format of touches data file 13 ‘Diagrams’ 14 Kate and David Crennell, Disc contents 16 ‘Fortran Friends’, PO Box 64, Didcot, Oxon, OX11 0TH. Email: [email protected] Tel: 01235 834357 The software to which this manual relates remains our copyright: You must not alter the program or manual in any way but may distribute them in their entirety to others for non-commercial use. The users of such copies should be asked to send us a minimum donation of £10 towards guild bell restoration. (Cheques to ‘Fortran Friends’ at the above address). Our web page for RISCOS ringing applications is: http://fortran.orpheusweb.co.uk/Bells/ Type conventions. If you know of any other ringing applications for RISCOS, please let us know so that we can add them to these web pages. There are also useful This program uses the usual RISCOS conventions in the text with respect links to a glossary and to ‘Learn to ring’ pages. to mouse buttons: <Select> the left mouse button We appreciate comments and suggestions for improvements from users <Menu> the middle mouse button who have sent us a donation towards bell restoration. <Adjust> the right mouse button Words normally spoken in the tower are enclosed in double quotes, We thank John Norris for his help in showing how to use place notation and e.g. “Look To”. both he and Alan Griffin for their explanations of some of the more Italic text is used for technical terms used in bell ringing and in the program. complicated methods and help in improving the ringing style in the Bold text is used for headings and when defining keywords in program animations. windows. * Available from http://www.virtualacorn.co.uk bell An introduction to church bell ringing clapper wheel Church bells hung for change ringing are mounted on a ‘headstock’ slider stay belfry supported in bearings. A rope wrapped around a wheel attached to the headstock allows the ringer to swing the bell. bell rope sally ringing chamber tail end Handstroke Backstroke These two diagrams show the positions of a bell ringer just before pulling off on the two strokes. On the left is the handstroke where the hands are on the thick fluffy sally. On the right is the backstroke with the hands near the end of the rope. Between these two strokes the bell and wheel do a complete turn. The ringer always keeps the end of the rope held in one hand even while they are both on the sally. The bell ropes are usually arranged in a circle in the ringing chamber so that each ringer can easily see all the others and notice how their arms move. The person with the highest note (Treble) bell starts the ringing by calling “Look To” to get all the ringers to hold their ropes in preparation, then “Treble’s Going” and finally “Treble’s Gone” when the bell has passed the balance point and begun to fall. “Stand” is called to stop the ringing; the Before change ringing can begin the bells must be ‘rung up’. The ringer ringers all allow their bells to pass the balance point and rest gently on the pulls on the rope in time with the natural swing of the bell, increasing its stay. amplitude until eventually the bell rises to and just passes the mouth up Rounds is the name given to ringing the bells in order from the highest to position. A piece of wood called a ‘stay’ pushes the ‘slider’ to one side or the the lowest note, and is how all ringing begins and usually ends. other, allowing the bell to rest in the ‘Up’ position. After the bell has been rung up, the ringer pulls it back gently to the balance point and then each For six bells this is written out as the line of numbers 1 2 3 4 5 6 . successive pull of the rope turns the bell through a full circle, first in one direction and then in the other. These two pulls of the rope are called Look at our web page: ‘handstroke’ and ‘backstroke’ respectively, the two together being known as a http://fortran.orpheusweb.co.uk/Bells/software/change.htm ‘whole pull’. The clapper turns faster than the bell, catching it up and striking it to see the animation of the ringers above. when it is about 3/4 of the way round. Notice how the clapper rests against the rim on opposite sides of the bell at the top of the two strokes in the next For more information on bells and ringing, look at the web site of the diagram. Central Council of Church Bell Ringers: http://www.cccbr.org.uk 4 5 So ‘Plain Bob Major’ means the Plain Bob method rung on 8 bells. An introduction to methods rung on church bells In most methods all the changing bells except the treble follow the same pattern but start at a different point on the path. The treble usually has a simpler ‘plain hunting’ or ‘treble bob hunting’ path. In a few methods, known Church bells have been rung in England for almost 1000 years to call as ‘principles’ all the ‘working’ bells follow the same path. (The most famous parishioners to church. Originally churches had just one bell, probably rung of these is ‘Stedman’, invented by Fabian Stedman in the 17th century.) by the priest who conducted the service. In time more bells were bought and In ringing text books the paths of the treble and an ‘inside’ bell are drawn rung and a band of ringers recruited. in. Traditionally the path of the treble was drawn in ‘red’ and About 400 years ago the idea of changing the order of the bells was 1 2 3 4 5 6 the path of an inside bell in blue and ringers still talk of suggested. Bells are heavy, often very heavy, and a ringer can only make a 2 1 4 3 5 6 learning or ringing a method ‘by the blue line’. The diagram on small alteration to the swing of a bell when it is in motion. However, late 16th 2 4 1 5 3 6 the right shows a course of Plain Hunt Doubles with the ‘blue’ 4 2 5 1 3 6 century developments in bell hanging made it possible for two bells to change line through bell 3. (In monochrome the red looks much darker 4 5 2 3 1 6 places. The one earlier in the order holds their bell on the balance point in the than the blue.) 5 4 3 2 1 6 inverted position long enough to allow the following bell to ring before it. The A ‘plain course’ is the number of changes needed in this 5 3 4 1 2 6 one later in the order stops their bell rising to the balance point by catching 3 5 1 4 2 6 pattern for the bells to get back to ringing rounds. Usually the the rope earlier, so that the bell swings down sooner. 3 1 5 2 4 6 ‘plain course’ of a method produces fewer changes than the 1 3 2 5 4 6 At first a conductor called the ‘changes’ to tell the ringers which pair of bells total number of possible permutations of the numbers because 1 2 3 4 5 6 were to swap. ‘Call Changes’ are still rung in most church towers from time to bells can only swap one place at a time. Grandsire Doubles, time and are often the first thing a beginner learns after rounds. However, for example, has only 30 changes in the plain course out of the 120 changes early in the 17th century ‘methods’ began to be developed where the order of possible. A conductor can call ‘Bobs’ or ‘Singles’ at appropriate points to the bells was changed according to a pattern memorised by the ringers. access the remaining changes. With five changing bells, a ‘Single’ swaps the Some of the old methods, such as Grandsire and Plain Bob, are still position of two bells; a ‘Bob’ affects the position of three bells. A piece of popular today and are usually those learnt first by beginners because of their method ringing which includes these calls is called a ‘touch’ as opposed to a relatively simple pattern. Many ringers progress to more complicated methods plain course. such as the ‘Surprise’ ones as they gain experience.
Recommended publications
  • Privateeye Is an Image Viewer for RISC OS
    Welcome PrivateEye is an image viewer for RISC OS. It requires RISC OS 3.6 or later and a Boot sequence with the Nested Wimp and a 32-bit Shared C Library. Features • Loads and displays bitmap and vector images • Sprites, JPEGs, GIFs and PNGs • DrawFiles and ArtWorks • Bitmap effects • Adjust gamma, brightness and contrast • Blur and sharpen • Change saturation and apply histogram effects • Alpha channel support • Bitmap rotation with interactive preview • Rotation is lossless for JPEGs • Native JPEG display using SpriteExtend • Inbuilt lossless “cleaning” transparently loads progressive JPEGs • JFIF, Exif and Adobe metadata information display • Multiple-channel histogram PrivateEye • Display images may be saved • Convert JPEGs, GIFs and PNGs to into Sprites Image Viewer • Any number of images may be open concurrently by David Thomas, © 1999–2017 • Customisable key map version 3.00 (08 Feb 2017) • Lots of interactive help (use it!) Supported Image Formats PrivateEye converts images as necessary into a JPEGs RISC OS-native format. This means that GIFs, PNGs and (optionally) JPEGs are converted into Sprite format when RISC OS’s SpriteExtend module, version 0.99 or later, is used they are loaded. to directly display JPEGs. This allows images larger than available free memory to be displayed by decompressing The converted image is referred to as the display image. and plotting on the fly. Operations such as saving, rotation and the effects system operate on the display image only. Progressive (multiple scan) JPEGs are supported. PrivateEye has an inbuilt version of jpegtran which automatically Sprites converts JPEGs into a baseline format that SpriteExtend can render.
    [Show full text]
  • Acorn User Display at the AAUG Stand During Will Be Featuring Denbridge Digital the RISC OS '99 Show at Epsom Race in More Depth in a Future Issue of the Course
    eD6st-§elling RISC OS magazine in the world 4^:^^ i I m Find out what Rf| ::j!:azj achines can do tau ISSUE 215 CHRISTMAS 1999 £4.20 1 1 1 1 1! House balls heavy (packol 10) £15 illSJ 640HS Media lot MO dri.c £|9 £!2J]| Mouse lor A7000/r- N/C CD 630t1B re-wriie niedia £10 fii.rs £S tS.il Mouse for all Aciirns (not etr) A70DQ CD 630MB vrriie once raedis (Pk ol Computers for Education £12 II4.II1 10) £|0 £11.15 Original mouse for all Atoms (not A7K) HARDWARE i £16 urn JAZ IGB midta £58 £68.15 Business and Home |AZ 2GB media PERIPHERALS £69 [i PD 630MS media SPECIAL OFFER! £18 tll.lS I Syid 1.5GB media £S8 £S!IS ISDN MODEM + FREE Syquest lOSMB media £45 [S28I ACORN A7000+ tOHniTERS FIXING K. SytfuestOiMB media £45 islSjl INTERNET CONNEaiON )f[|iit'iij![IMB media £45 tS2S slice lor ,!.:., 2d Rlst PC int 1 waj L jj) i( 1 Syqufit 770HB media £76 £45 (Sji? I A?000 4. Ciasm [D £499 hard drive liting kir 2x 64k bpi ehaniiels mil M IDE £|2 £14.10 Zip lOOHBraetfia £8 (Ml IS9xU0«40mm A7000+(l3isnhO £449 W.il i- baikplane (not il CO aJrody insialled) Zip mW £34 [3).!S iOOMB media 1; pack) £35 awl] ;;! footprint A71100+0(lyHeyCD £549 mil Fixing km for hard drives ^ £S ff.40 Zip2S0HBmedia £11.50 (I4.i .Wf^ »«* 2 analogue ports |aTODCH- Odysse)- Nmotk HoniiDr cable lor all £525 mm Acorn (lelecdon) £|0 fll iS | 30 I- Odyssey Primary £599 flOJ ai Podule mi lor A3D00 £|6 RISC OS UPGRADES 47000 I OdyssEc Setoiidary £599 Rise PC I slo[ backplane ISP trial mm ii4.B I Argonet I £29 A700Oi Rise OS 3.11 chip sti £20 am OdyssEr^uil £699 Lih.il SCSI I S II [abteclioice
    [Show full text]
  • GAG-NEWS 69 September/Oktober 2003 Hardware
    Hardware vielbeschworene Medusa-Nachfolger Hardware Abstrac- IYONIX pc vs. Omega tion Layer, kurz HAL). Steffen Huber Castle setzt ganz auf integrierte Kom- Nichtsdestotrotz ponenten aus dem PC-Markt. Das überzeugt RISC Ein altes englisches Sprichwort Herzstück, der XScale 80321 von Intel, OS 5 durch einen lautet sinngemäß: „Man wartet getaktet mit 600 MHz, beinhaltet Satz interessanter ewig auf den Bus, und dann kom- gleichzeitig den RAM-Controller (200 Features gegenüber men zwei gleichzeitig.“ Ungefähr MHz DDR-RAM) und den PCI-Buscon- Version 4: Fontmanager mit Unicode- so stellt sich derzeit die Situation troller (32bit/33 MHz und 64bit/66 Unterstützung, DHCP fürs Ethernet, im RISC OS-Markt dar. Nachdem MHz). Die Grafikkarte ist eine Stan- LanManFS mitgeliefert (inklusive Sup- man fast schon geologische Zeit- dard-PCI-Grafikkarte aus dem nVidia- port für lange Dateinamen), USB- räume auf einen würdigen Risc Stall (Geforce2 MX400), das on-board- Unterstützung, maximaler WimpSlot PC-Nachfolger gewartet hat, ist Netzwerk basiert auf einem Gigabit- von 1 GB pro Programm anstatt 28 MB, nun die Qual der Wahl angesagt: Ethernet-Chip von Intel, USB wird Support für bedeutend größere Parti- Der IYONIX pc von Castle Tech- über eine Standard-PCI-Karte realisiert, tionen sowie natürlich die unvermeid- nologies oder der Omega von Sound kommt von einem AC97-Chip- lichen Bugfixes und Optimierungen. MicroDigital? satz und die diversen Peripheriegeräte (UDMA-IDE, zwei serielle Ports) wer- Omegaseitig könnte man theoretisch den von einer Standard-Southbridge natürlich für rund 230 die neueste Die Testkandidaten sind ein IYONIX (über PCI angekoppelt) bereitgestellt, Select-Version (inklusive aller weiterer pc mit CD-Brenner, 512 MB RAM und wie man sie ebenfalls vom PC-Markt Versionen, die innerhalb eines Jahres 80er Platte, der Omega ist das Midi- kennt.
    [Show full text]
  • Acorn Risc Pc 600
    ACORN RISC PC 600 Acorn Acorns retort to the PowerMacs is an example of innovative design, with extensive expansion, the promise of RISC better cross-platform compatibility and graphics performance Archimedes owners only dreamed about. Ian PC 600 Burley gets a slice of the action. and CPU fans as the chip generates less than 1W of heat. Current ARM610s are 0.8 micron parts, and sample 0.6 micron parts are testing at 40MHz. One of the most striking aspects of the new RISC PC is its case, designed under the auspices of Allen Boothroyd, who designed the original BBC Micro and was a force behind hi-fi manufacturer Meridian. It is made of tough Bayer Bayblend ABS/Polycarbonate, which is used to make riot shields. Internal surfaces are coated to reduce radio frequency interference (RFI) but the external surface is an unpainted light grey. There is provision for screw-mounted peripherals inside but devices like CD-ROMs and hard disks will be clip-mounted Apple-style. Two twist-locking pins need to be turned 90° to get the case lid off. These can be padlocked and the case tethered. It takes less than a minute to open the case, swap processor modules and refit the lid, without any tools. Standard models have a slimline base case with ^ RISC PC Acorn Computers of Cambridge, and not their a two-expansion slot backplane; the front panel has a 600s get the colleagues from Cupertino, were the first to bring spring-loaded door to hide the floppy drive. If you need latest release affordable RISC computing to the masses.
    [Show full text]
  • About CHANGE RINGING
    All about CHANGE RINGING Provide a pop-up display explaining change-ringing to those attending and visiting the church. Page 6 METHODS RINGING METHODSThe mechanics of a bell It is traditional to start and Theswinging mechanics full-circle of a bell swinging means finish ringing with rounds full-circlethat we meansneed tothat restrict we need its to restrictmove its moveto one to oneposition. position. Not possible: Possible: Possible: Possible: The traditional notation shows each bell as a number starting at ‘1’ for the treble 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 (lightest bell) and running down the numbers to the tenor (heaviest bell). | X | | | | | | X X X | X X X X Bells are usually tuned to the major scale. If there are more than 9 bells, letters 4 8 2Provide 6 7 a1 pop-up 3 5 display 1 3explaining 2 4 5 change-ringi 6 7 8 ng to1 those3 2 attending 5 4 7 and6 8visiting 2the 1 church. 4 3 Page6 5 78 7 The basic method incorporating this rule is called … are substituted, so 0 = 10, E =11, T = 12, A = 13, B = 14, C = 15, D = 16. The1 2 basic3 4 5 6 method 7 8 incorporating this rule is called … X X X X Strokes 2 1Provide 4 3 a6 pop-up 5 8 display7 Now,explaining if change-ringiwe drawng ato linethose attendingjoining and up visiting the the church.
    [Show full text]
  • Filesystems HOWTO Filesystems HOWTO Table of Contents Filesystems HOWTO
    Filesystems HOWTO Filesystems HOWTO Table of Contents Filesystems HOWTO..........................................................................................................................................1 Martin Hinner < [email protected]>, http://martin.hinner.info............................................................1 1. Introduction..........................................................................................................................................1 2. Volumes...............................................................................................................................................1 3. DOS FAT 12/16/32, VFAT.................................................................................................................2 4. High Performance FileSystem (HPFS)................................................................................................2 5. New Technology FileSystem (NTFS).................................................................................................2 6. Extended filesystems (Ext, Ext2, Ext3)...............................................................................................2 7. Macintosh Hierarchical Filesystem − HFS..........................................................................................3 8. ISO 9660 − CD−ROM filesystem.......................................................................................................3 9. Other filesystems.................................................................................................................................3
    [Show full text]
  • Among the Bells by Rev
    Among the Bells by Rev. F. E. Robinson File 02 – Chapters IV, V, VI and VII Pages 98 to 202 This document is provided for you by The Whiting Society of Ringers visit www.whitingsociety.org.uk for the full range of publications and articles about bells and change ringing CHAPTER IV. HE year 1889 was by far the busiest in my whole ringing career, as in it I accomplished 85 peals. This large number of suc­ cesses was owing to the great skill of Mr. Washhrook in conducting peals. We began with a 5040 of Grandsire Triples at Drayton on the eve of my birthday, January 5th. This was followed by three peals of Stedman, one of Caters at Appleton, and two of Triples at Drayton. Early in February, I accepted an invitation from Mr. J. W. Taylor, jun., to the Midlands, having stipulated that Mr. Washbrook should be of the party, his services being invaluable. The other visitors were, the Revs. G. F. Coleridge and W. W. C. Baker; Mr. (now Sir) A. Percival Heywood, of Duffield, joined the party, and Messrs. H. Baker and C. H. Hattersley. Mr. W. \Vakley, of Burton-on-Trent, joined us as conductor for two peals. At Loughborough we were assisted by Messrs. Cresser, Lane and Tyler of the local company. Nine peals were rung during· the week ; the only failure being on the first evening at Loughborough, where the conductor called three bobs in succession in a peal of Kent Treble Bob Royal, thereby vitiating the truth of the performance. The following were our peals :- (1)-February 5th, at S.
    [Show full text]
  • Risc PC X86 Card User Guide Risc PC X86 Card User Guide Copyright © 1995 Acorn Computers Limited
    Risc PC x86 Card User Guide Risc PC x86 Card User Guide Copyright © 1995 Acorn Computers Limited. All rights reserved. Published by Acorn Computers Technical Publications Department. Neither the whole nor any part of the information contained in, nor the product described in, this manual may be adapted or reproduced in any material form except with the prior written approval of Acorn Computers Limited. The product described in this manual and products for use with it are subject to continuous development and improvement. All information of a technical nature and particulars of the product and its use ( including the information and particulars in this manual) are given by Acorn Computers Limited in good faith. However, Acorn Computers Limited cannot accept any liability for any loss or damage arising from the use of any information or particulars in this manual. This product is not intended for use as a critical component in life support devices or any system in which failure could be expected to result in personal injury. Acorn supplies its products through an international dealer network. These outlets are trained in the use and support of Acorn products and are available to help resolve any queries you may have. The Risc PC x86 Cards are designed by Acorn Computers Limited. ACORN is a trademark of Acorn Computers Limited PC-DOS is a trademark of International Business Machines Corporation Windows and the Windows logo are trademarks of Microsoft Corporation All other trademarks are acknowledged. Published by Acorn Computers Limited Part number 1411,003 Issue 1, September 1995 Guarantee (valid in UK only) This equipment is guaranteed by Acorn Computers Limited ("ACORN") against mechanical and electrical defects subject to the conditions set out below.
    [Show full text]
  • Updated Virtualrpc Components for RISC OS 6
    ne of the main things that keeps me using my Risc PC is the versatility of the operating system - mainly due to it’s universal draw file format. For Oinstance I construct the centre pages in Artworks as this now has excellent PDF export facilities. However for proofing the magazine before it gets sent to the printers I like to do a printout to see if everything works properly. Because Artworks now can deal with multiple pages it is very easy to save each page either as an Artworks file or Draw file directly into the magazine’s Ovation Pro file by dragging and dropping. A two second job! Other computer platforms don’t generally have this facility of moving files directly into open application windows. Generally to move a file to another application you have to use the dreaded ‘save as’ filer window - choose a suitable format - navigate to where you need to save the file - save it - go to the other application - open a filer window - navigate to the saved file - open it in the new application. If you need to transfer a different file type you generally have to go through all that palaver again. Two seconds on RISC OS, thirty seconds on OS X or Windows. Draw is a great program with no real equivalent on a PC or Mac. For instance it can be put to good use in music for constructing objects the original program can’t do. I use the Sibelius music setting program on both RISC OS and Windows. The RISC OS still has one or two advantages over the PC version, one of which is it’s ability to export to Draw.
    [Show full text]
  • C&S Bellringers Using Computer and Phone Software to Improve Your
    C&S Bellringers Christchurch and Southampton District Bellringers Using Computer and Phone software to improve your Method Ringing AbelSim, Mabel, Mobel and Methodology can be used at any stage in the bellringer’s learning journey – this article describes their use for the new recruit, and for supporting learning at the more advanced stages of the Exercise. Android, iPhone, Windows, iMac covered … Unless otherwise attributed, the following views are my own, based on fairly extensive use of ringing methods on AbelSim and Methodology, and learning (but not teaching) my first dozen or so methods. The section on Mobel has been provided by Tim Davis. Contributions on Virtual Belfry and Ringbell have been kindly provided by Matthew Sorell and Gary Lauderdaleall via the Facebook group “Bellringers”. Please use the reply box at the bottom of the page if you have more to add to this article. Learning to Ring – an overview The early stages of learning to ring Church Bells, are all about learning to handle a bell with confidence, so that the sound of the bell can be produced in a controlled and accurate manner. Once a learner can handle a bell confidently, they will progress to ringing Rounds (the bells all ringing in order, treble first, finishing with the tenor. The next stage is usually to learn Call Changes (The tune changes periodically, according to the instructions of the conductor), and then, everywhere except the West Country, the learner is ready to venture into the world of Method ringing (where the bellringers follow a predefined composition and the conductor is responsible for calling the start, bobs and singles, and the return to rounds at the end).
    [Show full text]
  • Computer Architectures an Overview
    Computer Architectures An Overview PDF generated using the open source mwlib toolkit. See http://code.pediapress.com/ for more information. PDF generated at: Sat, 25 Feb 2012 22:35:32 UTC Contents Articles Microarchitecture 1 x86 7 PowerPC 23 IBM POWER 33 MIPS architecture 39 SPARC 57 ARM architecture 65 DEC Alpha 80 AlphaStation 92 AlphaServer 95 Very long instruction word 103 Instruction-level parallelism 107 Explicitly parallel instruction computing 108 References Article Sources and Contributors 111 Image Sources, Licenses and Contributors 113 Article Licenses License 114 Microarchitecture 1 Microarchitecture In computer engineering, microarchitecture (sometimes abbreviated to µarch or uarch), also called computer organization, is the way a given instruction set architecture (ISA) is implemented on a processor. A given ISA may be implemented with different microarchitectures.[1] Implementations might vary due to different goals of a given design or due to shifts in technology.[2] Computer architecture is the combination of microarchitecture and instruction set design. Relation to instruction set architecture The ISA is roughly the same as the programming model of a processor as seen by an assembly language programmer or compiler writer. The ISA includes the execution model, processor registers, address and data formats among other things. The Intel Core microarchitecture microarchitecture includes the constituent parts of the processor and how these interconnect and interoperate to implement the ISA. The microarchitecture of a machine is usually represented as (more or less detailed) diagrams that describe the interconnections of the various microarchitectural elements of the machine, which may be everything from single gates and registers, to complete arithmetic logic units (ALU)s and even larger elements.
    [Show full text]
  • Acorn Risc PC Technical Reference Manual
    Acorn Rise PC Technical Reference Manual Copyright © Acorn Computers Limited 1994. All rights reserved. Published by Acorn Computers Technical Publications Department. No part of this publication may be reproduced or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, or stored in any retrieval system of any nature, without the written permission of the copyright holder and the publisher, application for which shall be made to the publisher. The product described in the manual is not intended for use as a critical component in life support devices or any system in which failure could be expected to result in personal injury. The products described in this manual are subject to continuous development and improvement. All information of a technical nature and particulars of the products and their use (including the information and particulars in this manual) are given by Acorn Computers Limited in good faith . However, Acorn Computers Limited cannot accept any liability for any loss or damage arising from the use of any information or particulars in this manual, or any incorrect use of the products. All maintenance and service on the products must be carried out by Acorn Computers' authorised dealers or Approved Service Centres. Acorn Computers Limited can accept no liability whatsoever for any loss or damage caused by service, maintenance or repair by unauthorised personnel. If you have any comments on this manual, please complete the form at the back of the manual and send it to the address given there. Acorn supplies its products through an international distribution network. Your supplier is available to help resolve any queries you may have.
    [Show full text]