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Viewing changes to memory/profiles/tonewheel.gearbox.crosstalk

Committer: Bazaar Package Importer
Author(s): Alessio Treglia
Date: 2011-02-15 02:54:23 UTC
mfrom: (13.1.6 experimental)
Revision ID: james.westby@ubuntu.com-20110215025423-g8hcla5gyl08mae3

Tags: 0.60.8-2

* Upload to unstable.
* Relax JACK's build-deps to let this build in sid.

files added:
.pc

.pc/.version

.pc/01-export_statements.patch

.pc/01-export_statements.patch/bin

.pc/01-export_statements.patch/bin/startBristol.in

.pc/applied-patches

HOWTO

bitmaps/newkeys/ribbonKeys.xpm.gz

bristoljackstats.1

debian/bristol.NEWS

debian/patches/01-export_statements.patch

include/slab/bristolpulse.h

libbrighton/brightonRibbonKbd.c

memory/granular

memory/profiles/tonewheel.gearbox.0.30.1

memory/profiles/tonewheel.gearbox.0.60.8

memory/profiles/tonewheel.gearbox.clean

memory/profiles/tonewheel.gearbox.crosstalk

files removed:
bin/bristolNRPgen.c

bin/bristolnotegen.c

debian/README.source

debian/patches/90-CVE_insecure_library_loading.patch

memory/mixer/another

memory/mixer/test

files modified:
ChangeLog

INSTALL

Makefile.am

Makefile.in

NEWS

README

aclocal.m4

bin/Makefile.am

bin/Makefile.in

bin/bristoljackstats.c

bin/startBristol.in

bitmaps/blueprints/BME700.xpm.gz *

bitmaps/blueprints/BME700mods.xpm.gz *

bitmaps/blueprints/BME700opts.xpm.gz *

bitmaps/blueprints/BME700shade.xpm.gz *

bitmaps/blueprints/arp2600.xpm.gz *

bitmaps/blueprints/axxe.xpm.gz *

bitmaps/blueprints/axxeshade.xpm.gz *

bitmaps/blueprints/bit100.xpm.gz *

bitmaps/blueprints/bit99.xpm.gz *

bitmaps/blueprints/bit99shade.xpm.gz *

bitmaps/blueprints/bitone.xpm.gz *

bitmaps/blueprints/bitoneshade.xpm.gz *

bitmaps/blueprints/bm.xpm.gz *

bitmaps/blueprints/bmmods.xpm.gz *

bitmaps/blueprints/bmshade.xpm.gz *

bitmaps/blueprints/cs80.xpm.gz *

bitmaps/blueprints/cs80mods.xpm.gz *

bitmaps/blueprints/cs80opts.xpm.gz *

bitmaps/blueprints/cs80shade.xpm.gz *

bitmaps/blueprints/display5.xpm.gz *

bitmaps/blueprints/dx.xpm.gz *

bitmaps/blueprints/dx7.xpm.gz *

bitmaps/blueprints/dxalgo.xpm.gz *

bitmaps/blueprints/dxmem.xpm.gz *

bitmaps/blueprints/dxshade.xpm.gz *

bitmaps/blueprints/explorer.xpm.gz *

bitmaps/blueprints/explorershade.xpm.gz *

bitmaps/blueprints/genmem.xpm.gz *

bitmaps/blueprints/granular.xpm.gz *

bitmaps/blueprints/hammond.xpm.gz *

bitmaps/blueprints/hammondB3.xpm.gz *

bitmaps/blueprints/hammondB3mem.xpm.gz *

bitmaps/blueprints/hammondB3opts.xpm.gz *

bitmaps/blueprints/hammondB3shade.xpm.gz *

bitmaps/blueprints/hammondb3mem.xpm.gz *

bitmaps/blueprints/hammondb3opts.xpm.gz *

bitmaps/blueprints/hammondmem.xpm.gz *

bitmaps/blueprints/hammondmods.xpm.gz *

bitmaps/blueprints/hammondopts.xpm.gz *

bitmaps/blueprints/hammondvol.xpm.gz *

bitmaps/blueprints/juno.xpm.gz *

bitmaps/blueprints/junoshade.xpm.gz *

bitmaps/blueprints/jupiter.xpm.gz *

bitmaps/blueprints/jupitermods.xpm.gz *

bitmaps/blueprints/jupitershade.xpm.gz *

bitmaps/blueprints/m1bus.xpm.gz *

bitmaps/blueprints/m1chan.xpm.gz *

bitmaps/blueprints/m1master.xpm.gz *

bitmaps/blueprints/mastershade.xpm.gz *

bitmaps/blueprints/melbourneshade.xpm.gz *

bitmaps/blueprints/memMoog.xpm.gz *

bitmaps/blueprints/memMoogshade.xpm.gz *

bitmaps/blueprints/mini.xpm.gz *

bitmaps/blueprints/minishade.xpm.gz *

bitmaps/blueprints/mmmods.xpm.gz *

bitmaps/blueprints/mods.xpm.gz *

bitmaps/blueprints/monoshade.xpm.gz *

bitmaps/blueprints/motion.xpm.gz *

bitmaps/blueprints/ms20.xpm.gz *

bitmaps/blueprints/ms20shade.xpm.gz *

bitmaps/blueprints/obx.xpm.gz *

bitmaps/blueprints/obxa.xpm.gz *

bitmaps/blueprints/obxalogo.xpm.gz *

bitmaps/blueprints/obxamod.xpm.gz *

bitmaps/blueprints/obxashade.xpm.gz *

bitmaps/blueprints/obxlogo.xpm.gz *

bitmaps/blueprints/obxmod.xpm.gz *

bitmaps/blueprints/obxshade.xpm.gz *

bitmaps/blueprints/odyssey.xpm.gz *

bitmaps/blueprints/odyssey2.xpm.gz *

bitmaps/blueprints/odysseymem.xpm.gz *

bitmaps/blueprints/odysseyshade.xpm.gz *

bitmaps/blueprints/poly.xpm.gz *

bitmaps/blueprints/poly6.xpm.gz *

bitmaps/blueprints/poly6shade.xpm.gz *

bitmaps/blueprints/poly800.xpm.gz *

bitmaps/blueprints/poly800mods.xpm.gz *

bitmaps/blueprints/poly800shade.xpm.gz *

bitmaps/blueprints/polymods.xpm.gz *

bitmaps/blueprints/polyorg.xpm.gz *

bitmaps/blueprints/pro1.xpm.gz *

bitmaps/blueprints/pro1shade.xpm.gz *

bitmaps/blueprints/prophet.xpm.gz *

bitmaps/blueprints/prophet10.xpm.gz *

bitmaps/blueprints/prophet10mod.xpm.gz *

bitmaps/blueprints/prophet10shade.xpm.gz *

bitmaps/blueprints/prophet52.xpm.gz *

bitmaps/blueprints/prophet52shade.xpm.gz *

bitmaps/blueprints/prophetmod.xpm.gz *

bitmaps/blueprints/prophetmod2.xpm.gz *

bitmaps/blueprints/prophetshade.xpm.gz *

bitmaps/blueprints/realistic.xpm.gz *

bitmaps/blueprints/realshade.xpm.gz *

bitmaps/blueprints/rhodesbassshade.xpm.gz *

bitmaps/blueprints/rhodesshade.xpm.gz *

bitmaps/blueprints/roadrunnermods.xpm.gz *

bitmaps/blueprints/roadrunneropts.xpm.gz *

bitmaps/blueprints/roadrunnershade.xpm.gz *

bitmaps/blueprints/sAks.xpm.gz *

bitmaps/blueprints/sid.xpm.gz *

bitmaps/blueprints/sid2.xpm.gz *

bitmaps/blueprints/sidshade.xpm.gz *

bitmaps/blueprints/solinamods.xpm.gz *

bitmaps/blueprints/solinapanel.xpm.gz *

bitmaps/blueprints/solinashade.xpm.gz *

bitmaps/blueprints/sonic6.xpm.gz *

bitmaps/blueprints/sonic6shade.xpm.gz *

bitmaps/blueprints/sonicmods.xpm.gz *

bitmaps/blueprints/stratus.xpm.gz *

bitmaps/blueprints/stratusmods.xpm.gz *

bitmaps/blueprints/stratusopts.xpm.gz *

bitmaps/blueprints/stratusshade.xpm.gz *

bitmaps/blueprints/trilogy.xpm.gz *

bitmaps/blueprints/trilogymods.xpm.gz *

bitmaps/blueprints/trilogyopts.xpm.gz *

bitmaps/blueprints/trilogyshade.xpm.gz *

bitmaps/blueprints/vox.xpm.gz *

bitmaps/blueprints/voxM2.xpm.gz *

bitmaps/blueprints/voxM2vars.xpm.gz *

bitmaps/blueprints/voxm2.xpm.gz *

bitmaps/blueprints/voxopts.xpm.gz *

bitmaps/blueprints/voxshade.xpm.gz *

bitmaps/blueprints/voyager.xpm.gz *

bitmaps/blueprints/voyagershade.xpm.gz *

bitmaps/buttons/rockerblue.xpm.gz

bitmaps/buttons/rockerred.xpm.gz

bitmaps/buttons/rockerwhite.xpm.gz

brighton/Makefile.am

brighton/Makefile.in

brighton/brighton.c

brighton/brightonArp2600.c

brighton/brightonAxxe.c

brighton/brightonBME700.c

brighton/brightonBassMaker.c

brighton/brightonBitOne.c

brighton/brightonCS80.c

brighton/brightonControllers.c

brighton/brightonDX.c

brighton/brightonExplorer.c

brighton/brightonGranular.c

brighton/brightonHammond.c

brighton/brightonHammondB3.c

brighton/brightonJuno.c

brighton/brightonJupiter.c

brighton/brightonMS20.c

brighton/brightonMaster.c

brighton/brightonMemoryMoog.c

brighton/brightonMini.c

brighton/brightonMini.h

brighton/brightonMixer.c

brighton/brightonOBX.c

brighton/brightonOBXa.c

brighton/brightonOdyssey.c

brighton/brightonPoly.c

brighton/brightonPoly6.c

brighton/brightonPoly800.c

brighton/brightonProOne.c

brighton/brightonProphet.c

brighton/brightonProphet10.c

brighton/brightonProphet52.c

brighton/brightonRealistic.c

brighton/brightonRhodes.c

brighton/brightonRhodesBass.c

brighton/brightonRoadRunner.c

brighton/brightonRoutines.c

brighton/brightonSAks.c

brighton/brightonSID.c

brighton/brightonSID2.c

brighton/brightonSolina.c

brighton/brightonSonic6.c

brighton/brightonStratus.c

brighton/brightonTrilogy.c

brighton/brightonVox.c

brighton/brightonVoxM2.c

brighton/brightonVoyager.c

brighton/brightonhelp.h

bristol.1

bristol/Makefile.am

bristol/Makefile.in

bristol/arpdco.c

bristol/audioEngine.c

bristol/audiothread.c

bristol/bristol.c

bristol/bristolaxxe.c

bristol/bristolbme700.c

bristol/bristolbme700.h

bristol/bristolhammond.c

bristol/bristoljuno.c

bristol/bristolmm.c

bristol/bristolroadrunner.c

bristol/bristolsid1.c

bristol/bristolsystem.c

bristol/click.h

bristol/filter.c

bristol/hammond.c

bristol/hammondchorus.c

bristol/junodco.c

bristol/midinote.c

bristol/midithread.c

bristol/noise.c

bristol/palette.h

bristol/rotary.c

bristol/solina.h

bristol/soundManager.c

bristol/thesermon.c

bristol/thesermon.h

config.guess

config.sub

configure

configure.ac

debian/changelog

debian/control

debian/gbp.conf

debian/patches/series

debian/rules

debian/source/format

depcomp

include/brighton/brighton.h

include/brighton/brightonDevtable.h

include/brighton/brightondevflags.h

include/brighton/brightoninternals.h

include/bristol/bristol.h

include/bristol/bristolmidi.h

include/slab/engine.h

include/slab/slabaudiodev.h

install-sh

libbrighton/Makefile.am

libbrighton/Makefile.in

libbrighton/brightonButton.c

libbrighton/brightonDispatch.c

libbrighton/brightonEventHandlers.c

libbrighton/brightonInterface.c

libbrighton/brightonPanelMgt.c

libbrighton/brightonRender.c

libbrighton/brightonWindowMgt.c

libbrightonC11/Makefile.in

libbrightonX11/Makefile.in

libbrightonX11/bEvent.c

libbrightonX11/bWindow.c

libbristol/Makefile.am

libbristol/Makefile.in

libbristol/audioRoutines.c

libbristolaudio/Makefile.am

libbristolaudio/Makefile.in

libbristolaudio/audioEngine.c

libbristolaudio/audioEngineALSA.c

libbristolaudio/audioEngineJack.c

libbristolaudio/audioEngineOSS.c

libbristolic/Makefile.in

libbristolmidi/Makefile.in

libbristolmidi/inetClient.c

libbristolmidi/inetServer.c

libbristolmidi/interface.c

libbristolmidi/midiALSADevMan.c

libbristolmidi/midiDevMan.c

libbristolmidi/midiFileMgt.c

libbristolmidi/midiRoutines.c

libbristolmidi/midiSeqDevMan.c

libbristolmidi/midiTCPDevMan.c

ltmain.sh

m4/libtool.m4

m4/ltversion.m4

memory/BME700/BME7001.mem *

memory/BME700/BME7002.mem *

memory/BME700/BME7003.mem *

memory/BME700/BME7004.mem *

memory/BME700/BME7005.mem *

memory/BME700/BME7006.mem *

memory/BME700/BME7007.mem *

memory/BME700/BME7008.mem *

memory/aks/aks0.mem *

memory/aks/aks1.mem *

memory/aks/aks2.mem *

memory/aks/aks999.mem *

memory/arp2600/arp26000.mem *

memory/arp2600/arp26001.mem *

memory/arp2600/arp260017.mem *

memory/arp2600/arp260018.mem *

memory/arp2600/arp260019.mem *

memory/arp2600/arp26002.mem *

memory/arp2600/arp260020.mem *

memory/arp2600/arp260021.mem *

memory/arp2600/arp260022.mem *

memory/arp2600/arp260023.mem *

memory/arp2600/arp26003.mem *

memory/arp2600/arp26004.mem *

memory/arp2600/arp26005.mem *

memory/arp2600/arp26006.mem *

memory/arp2600/arp26007.mem *

memory/arp2600/arp26008.mem *

memory/arp2600/arp26009.mem *

memory/axxe/axxe11.mem *

memory/axxe/axxe12.mem *

memory/bassmaker/bassmaker0.mem *

memory/bassmaker/bassmaker1.mem *

memory/bit100/bit1000.mem *

memory/bit100/bit1000.seq *

memory/bit100/bit1001.mem *

memory/bit100/bit1001.seq *

memory/bit100/bit10010.mem *

memory/bit100/bit1002.mem *

memory/bit100/bit1002.seq *

memory/bit100/bit1003.mem *

memory/bit100/bit1003.seq *

memory/bit100/bit1004.mem *

memory/bit100/bit1004.seq *

memory/bit100/bit1005.mem *

memory/bit100/bit1006.mem *

memory/bit100/bit1006.seq *

memory/bit100/bit1007.mem *

memory/bit100/bit1007.seq *

memory/bit100/bit1008.mem *

memory/bit100/bit1009.mem *

memory/bit100/bitone99.mem *

memory/bit99/bit990.mem *

memory/bit99/bit991.mem *

memory/bit99/bit992.mem *

memory/bit99/bit9920.mem *

memory/bit99/bit993.mem *

memory/bit99/bit994.mem *

memory/bit99/bit996.mem *

memory/bit99/bit997.mem *

memory/bitone/bitone *

memory/bitone/bitone0.mem *

memory/bitone/bitone1.mem *

memory/bitone/bitone12.mem *

memory/bitone/bitone18.mem *

memory/bitone/bitone2.mem *

memory/bitone/bitone24.mem *

memory/bitone/bitone3.mem *

memory/bitone/bitone4.mem *

memory/bitone/bitone5.mem *

memory/bitone/bitone5.seq *

memory/bitone/bitone6.mem *

memory/bitone/bitone7.mem *

memory/bitone/bitone99.mem *

memory/cs80/cs800.mem *

memory/cs80/cs801.mem *

memory/cs80/cs8011.mem *

memory/cs80/cs8012.mem *

memory/dx/dx0.mem *

memory/dx/dx1.mem *

memory/dx/dx10.mem *

memory/dx/dx100.mem *

memory/dx/dx11.mem *

memory/dx/dx110.mem *

memory/dx/dx12.mem *

memory/dx/dx123.mem *

memory/dx/dx130.mem *

memory/dx/dx160.mem *

memory/dx/dx161.mem *

memory/dx/dx170.mem *

memory/dx/dx180.mem *

memory/dx/dx2.mem *

memory/dx/dx220.mem *

memory/dx/dx221.mem *

memory/dx/dx222.mem *

memory/dx/dx230.mem *

memory/dx/dx231.mem *

memory/dx/dx240.mem *

memory/dx/dx241.mem *

memory/dx/dx3.mem *

memory/dx/dx4.mem *

memory/dx/dx40.mem *

memory/dx/dx41.mem *

memory/dx/dx42.mem *

memory/dx/dx43.mem *

memory/dx/dx44.mem *

memory/dx/dx45.mem *

memory/dx/dx46.mem *

memory/dx/dx5.mem *

memory/dx/dx50.mem *

memory/dx/dx500.mem *

memory/dx/dx501.mem *

memory/dx/dx502.mem *

memory/dx/dx503.mem *

memory/dx/dx51.mem *

memory/dx/dx52.mem *

memory/dx/dx60.mem *

memory/dx/dx70.mem *

memory/dx/dx90.mem *

memory/explorer/explorer0.mem *

memory/hammond/hammond1.mem *

memory/hammond/hammond2.mem *

memory/hammondB3/hammondB30.mem *

memory/hammondB3/hammondB31.mem *

memory/hammondB3/hammondB310.mem *

memory/hammondB3/hammondB311.mem *

memory/hammondB3/hammondB312.mem *

memory/hammondB3/hammondB313.mem *

memory/hammondB3/hammondB314.mem *

memory/hammondB3/hammondB315.mem *

memory/hammondB3/hammondB316.mem *

memory/hammondB3/hammondB317.mem *

memory/hammondB3/hammondB318.mem *

memory/hammondB3/hammondB319.mem *

memory/hammondB3/hammondB32.mem *

memory/hammondB3/hammondB320.mem *

memory/hammondB3/hammondB321.mem *

memory/hammondB3/hammondB322.mem *

memory/hammondB3/hammondB33.mem *

memory/hammondB3/hammondB34.mem *

memory/hammondB3/hammondB35.mem *

memory/hammondB3/hammondB36.mem *

memory/hammondB3/hammondB37.mem *

memory/hammondB3/hammondB38.mem *

memory/hammondB3/hammondB39.mem *

memory/juno/juno0.mem *

memory/juno/juno1.mem *

memory/juno/juno100.mem *

memory/juno/juno2.mem *

memory/juno/juno3.mem *

memory/juno/juno4.mem *

memory/juno/juno5.mem *

memory/juno/juno6.mem *

memory/juno/juno7.mem *

memory/jupiter8/jupiter811.mem *

memory/jupiter8/jupiter812.mem *

memory/jupiter8/jupiter812.seq *

memory/jupiter8/jupiter813.mem *

memory/jupiter8/jupiter814.mem *

memory/jupiter8/jupiter815.mem *

memory/jupiter8/jupiter815.seq *

memory/jupiter8/jupiter816.mem *

memory/jupiter8/jupiter817.mem *

memory/jupiter8/jupiter818.mem *

memory/memoryMoog/memoryMoog0.mem *

memory/memoryMoog/memoryMoog1.mem *

memory/memoryMoog/memoryMoog2.mem *

memory/memoryMoog/memoryMoog3.mem *

memory/memoryMoog/memoryMoog4.mem *

memory/memoryMoog/memoryMoog5.mem *

memory/memoryMoog/memoryMoog6.mem *

memory/memoryMoog/memoryMoog7.mem *

memory/memoryMoog/memoryMoog8.mem *

memory/mini/mini0.mem *

memory/mini/mini1.mem *

memory/mini/mini10.mem *

memory/mini/mini11.mem *

memory/mini/mini12.mem *

memory/mini/mini13.mem *

memory/mini/mini14.mem *

memory/mini/mini15.mem *

memory/mini/mini16.mem *

memory/mini/mini17.mem *

memory/mini/mini18.mem *

memory/mini/mini19.mem *

memory/mini/mini2.mem *

memory/mini/mini20.mem *

memory/mini/mini3.mem *

memory/mini/mini4.mem *

memory/mini/mini5.mem *

memory/mini/mini50.mem *

memory/mini/mini51.mem *

memory/mini/mini52.mem *

memory/mini/mini53.mem *

memory/mini/mini54.mem *

memory/mini/mini55.mem *

memory/mini/mini56.mem *

memory/mini/mini57.mem *

memory/mini/mini58.mem *

memory/mini/mini59.mem *

memory/mini/mini6.mem *

memory/mini/mini60.mem *

memory/mini/mini61.mem *

memory/mini/mini62.mem *

memory/mini/mini63.mem *

memory/mini/mini64.mem *

memory/mini/mini65.mem *

memory/mini/mini66.mem *

memory/mini/mini67.mem *

memory/mini/mini68.mem *

memory/mini/mini69.mem *

memory/mini/mini7.mem *

memory/mini/mini70.mem *

memory/mini/mini71.mem *

memory/mini/mini72.mem *

memory/mini/mini73.mem *

memory/mini/mini74.mem *

memory/mini/mini75.mem *

memory/mini/mini76.mem *

memory/mini/mini77.mem *

memory/mini/mini78.mem *

memory/mini/mini79.mem *

memory/mini/mini8.mem *

memory/mini/mini80.mem *

memory/mini/mini81.mem *

memory/mini/mini82.mem *

memory/mini/mini83.mem *

memory/mini/mini84.mem *

memory/mini/mini85.mem *

memory/mini/mini86.mem *

memory/mini/mini9.mem *

memory/mini/mini96.mem *

memory/mini/mini97.mem *

memory/mini/mini98.mem *

memory/mini/mini99.mem *

memory/mini/readme.txt *

memory/mixer/default/chorus.mem *

memory/mixer/default/default.mem *

memory/mixer/default/m0.mem *

memory/mixer/default/m1.mem *

memory/mixer/default/m2.mem *

memory/mixer/default/m3.mem *

memory/mixer/default/m4.mem *

memory/mixer/default/memory *

memory/mixer/testsong1/test0.mem *

memory/mixer/testsong1/test1.mem *

memory/mixer/testsong1/test2.mem *

memory/mixer/testsong1/test3.mem *

memory/mixer/testsong1/test4.mem *

memory/mixer/testsong2/song0.mem *

memory/mixer/testsong2/song1.mem *

memory/mixer/testsong2/song2.mem *

memory/mixer/testsong2/song3.mem *

memory/mixer/testsong2/song4.mem *

memory/mixer/testsong3/newsong0.mem *

memory/mixer/testsong3/newsong1.mem *

memory/mixer/testsong3/newsong2.mem *

memory/mixer/testsong3/newsong3.mem *

memory/mixer/testsong3/newsong4.mem *

memory/mixer/testsong4/oldsong0.mem *

memory/mixer/testsong4/oldsong1.mem *

memory/mixer/testsong4/oldsong2.mem *

memory/mixer/testsong4/oldsong3.mem *

memory/mixer/testsong4/oldsong4.mem *

memory/monopoly/monopoly11.mem *

memory/obx/obx0.mem *

memory/obx/obx1.mem *

memory/obx/obx10.mem *

memory/obx/obx11.mem *

memory/obx/obx12.mem *

memory/obx/obx13.mem *

memory/obx/obx14.mem *

memory/obx/obx15.mem *

memory/obx/obx16.mem *

memory/obx/obx17.mem *

memory/obx/obx2.mem *

memory/obx/obx22.mem *

memory/obx/obx23.mem *

memory/obx/obx3.mem *

memory/obx/obx36.mem *

memory/obx/obx4.mem *

memory/obx/obx41.mem *

memory/obx/obx5.mem *

memory/obx/obx6.mem *

memory/obx/obx8.mem *

memory/obx/obx9.mem *

memory/obxa/obxa0.mem *

memory/obxa/obxa0.seq *

memory/obxa/obxa1.mem *

memory/obxa/obxa10.mem *

memory/obxa/obxa11.mem *

memory/obxa/obxa11.seq *

memory/obxa/obxa12.mem *

memory/obxa/obxa13.mem *

memory/obxa/obxa14.mem *

memory/obxa/obxa18.mem *

memory/obxa/obxa2.mem *

memory/obxa/obxa21.mem *

memory/obxa/obxa24.mem *

memory/obxa/obxa31.mem *

memory/obxa/obxa88.mem *

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memory/profiles/tonewheel.gearbox.crosstalk

# This file defines the diverse tonewheel generator parameters for the bristol

# preacher algorithm. There are definitions per wheel that define its gain and

# waveform, the gain levels for each of the slider busses, frequency, phase and

# crosstalk levels betweem all the compartments. The tone gain can be

# seen to equalise the whole keyboard and the bus gains to equalise ane given

# note. There are also settings per slide bar bus for linearity.

# The selection between bright and normal is from the GUI "bright" button.

# Wheel damping is also known as 'volume stealing', 'volume robbing', etc, it

# defines how much signal loss occurs if the same tonewheel is tapped twice

# for any chord combination. The Hammond did not drive all the possible note

# combinations linearly, so using the same wheel twice did not necessarily

# double the volume, it would tailer off slightly. The GUI controls the overall

# amount of damping, this controls the mapping of the damping over the keyboard.

# There are 91 wheels [0..90], 9 slider busses [0..9], the ordering is not

# relevant and any undefined entries are interpolated between the nearest

# defined boundaries. Upper and lower extremes are leveled to the nearest

# defined value when not explicitly specified.

# There are the following options:

# ToneNormal: <wheel> <waveform> - tonewheel waveform normal

# ToneBright: <wheel> <waveform> - tonewheel waveform bright

# EQNormal: <wheel> <gain> - relative gain for that wheel in normal setting

# EQBright: <wheel> <gain> - relative gain for that wheel in bright setting

# DampNormal: <wheel> <gain> - relative damping of wheel, normal setting

# DampBright: <wheel> <gain> - relative damping of wheel, bright setting

# BusNormal: <bus> <gain> - relative gain of slider busses, normal setting

# BusBright: <bus> <gain> - relative gain of slider busses, bright setting

# Use whatver values you want however anything <= 0 is ignored.

# Waveforms are as follows:

# 1.0 - sinewave.

# > 1 - tends towards ramp wave (5.0 has a quite sharp leading edge)

# < 1 - tends towards square (0.0 is a rather sharp edged square wave)

# The defaults amplify the bass and treble frequencies, using a slight square

# wave for the low frequencies moving up to ramps for the high end.

# This file is reread when the compress option is selected from the GUI

# although this button does not actually affect the sound quality of the

# preacher (it does affect the sound when the preacher is not selected).

# Reloads are quite an intensive operation since all 91 wheel waveforms are

# recalculated. Avoid them whilst actively playing, but you can adust the

# values without having to restart the engine and test the net results, plus

# changing the 'bright' button setting will have no impact on performance

# since the differences are precalculated.

# Tonewheel waveforms, lower end are flatter to be a little hollow. This may

# be incorrect since using a bright, higher frequency response would typically

# result in the lower frequency waves having a richer content. The ranges

# should be fixed such that the waveforms for the tooths are common by number

# of teeth - there were 12 of each: 2, 4, 8, 16, 32, 64, 128 plus 6 of 192

# The output waveforms for each of these ranges should be comparable.

ToneNormal: 0 0.97

ToneNormal: 11 0.97

ToneNormal: 12 0.98

ToneNormal: 23 0.98

ToneNormal: 24 1.0

ToneNormal: 35 1.0

ToneNormal: 36 1.0

ToneNormal: 47 1.0

ToneNormal: 48 1.0

ToneNormal: 59 1.0

ToneNormal: 60 1.0

ToneNormal: 71 1.0

ToneNormal: 72 1.0

ToneNormal: 83 1.0

ToneNormal: 84 0.98

ToneNormal: 96 0.98

# ToneNormal: 0 0.60

# ToneNormal: 32 0.80

# ToneNormal: 40 0.90

# ToneNormal: 50 1.0

# ToneNormal: 65 1.0

# ToneNormal: 70 1.05

# ToneNormal: 75 1.1

# Equalisation "Normal" - tonewheels and busses. This is a rough estimate of

# the mV output signals taken from a B3 and it should match up to the tapering

# resistor values to normalise the signals later.

EQNormal: 0 4.0

EQNormal: 11 2.5

EQNormal: 12 2.0

EQNormal: 23 1.5

EQNormal: 24 1.0

EQNormal: 35 1.0

100

EQNormal: 36 0.8

101

EQNormal: 47 0.9

102

EQNormal: 48 1.0

103

EQNormal: 59 1.3

104

EQNormal: 60 1.4

105

EQNormal: 71 1.4

106

EQNormal: 72 1.5

107

EQNormal: 82 3.0

108

EQNormal: 90 2.5

109

110

# Bus normal EQ

111

BusNormal: 0 1.2

112

BusNormal: 5 1.0

113

BusNormal: 8 1.0

114

115

# Wheel damping 'normal' - some loss of signal at lower frequencies

116

DampNormal: 0 0.9

117

DampNormal: 90 1.0

118

119

# Tonewheel bright waveforms: square at low end, small distortion upper

120

ToneBright: 0 0.93

121

ToneBright: 11 0.93

122

ToneBright: 12 0.95.0

123

ToneBright: 23 0.95.0

124

ToneBright: 24 0.97

125

ToneBright: 35 0.97

126

ToneBright: 36 0.99

127

ToneBright: 47 0.99

128

ToneBright: 48 1.0

129

ToneBright: 59 1.0

130

ToneBright: 60 1.0

131

ToneBright: 71 1.0

132

ToneBright: 72 0.95

133

ToneBright: 83 0.95

134

ToneBright: 84 0.9

135

ToneBright: 96 0.9

136

137

# "Bright" equalisation

138

EQBright: 0 4.0

139

EQBright: 11 2.2

140

EQBright: 12 2.0

141

EQBright: 23 1.2

142

EQBright: 24 1.0

143

EQBright: 35 1.0

144

EQBright: 36 0.8

145

EQBright: 47 0.9

146

EQBright: 48 1.0

147

EQBright: 59 1.3

148

EQBright: 60 2.4

149

EQBright: 71 2.4

150

EQBright: 72 2.5

151

EQBright: 83 2.5

152

EQBright: 85 3.5

153

EQBright: 90 3.5

154

155

# Bus Bright EQ - this is where most of the 'brightness' comes from now.

156

BusBright: 0 1.0

157

BusBright: 4 0.6

158

BusBright: 8 1.5

159

160

# Wheel damping 'bright' - more loss of signal at lower frequencies

161

DampBright: 0 0.85

162

DampBright: 90 1.0

163

164

165

# These are the gains of each stop on the sliders. These values result in

166

# a linear interpolation but you can change that if you want to have things

167

# like exponential gains, uneven gains.

168

169

# These value add a small amount to the 'stopped' bus to emulate the bus

170

# leakage (in a rather crude fashion).

171

172

stops: 0 0.0001

173

stops: 8 1.0

174

175

176

# Wheels are defined as

177

178

# wheel: <nr> <freq> <phase>

179

180

# These can redefine the Hammond 'almost' Even Tempered frequencies and the

181

# wheel phases. The default frequencies are the slightly off hammond notes,

182

# here we are going to add additional flatness on the 192-toothed wheels.

183

184

# Default phase is to init totally randomly, this is pretty much how the

185

# Hammond operated - the teeth were located by spring friction only and could

186

# wander with transport as the wheel could 'walk' under vibration. Phase should

187

# not affect the sound, but actually it does. If you don't like the random

188

# change between invocations then they can be fixed here. Either way, you do

189

# not want to go for all the wheels to be totally in phase, that would be very

190

# electronic - if you want to emulate the L or M series this could be useful.

191

192

# Entering a negative value or the hyphen ('-') will leave the default value.

193

# Entering zero instead of - should give you a clean leading phase.

194

195

196

# This is the default initial gearbox generated automatically by the engine,

197

# you can redefine it here:

198

199

#wheel: 0 41.193748 -

200

#wheel: 1 43.636250 -

201

#wheel: 2 46.250000 -

202

#wheel: 3 49.000000 -

203

#wheel: 4 51.892502 -

204

#wheel: 5 55.000000 -

205

#wheel: 6 58.259998 -

206

#wheel: 7 61.715000 -

207

#wheel: 8 65.385002 -

208

#wheel: 9 69.267502 -

209

#wheel: 10 73.425003 -

210

#wheel: 11 77.777496 -

211

#wheel: 12 82.387497 -

212

#wheel: 13 87.272499 -

213

#wheel: 14 92.500000 -

214

#wheel: 15 98.000000 -

215

#wheel: 16 103.785004 -

216

#wheel: 17 110.000000 -

217

#wheel: 18 116.519997 -

218

#wheel: 19 123.430000 -

219

#wheel: 20 130.770004 -

220

#wheel: 21 138.535004 -

221

#wheel: 22 146.850006 -

222

#wheel: 23 155.554993 -

223

#wheel: 24 164.774994 -

224

#wheel: 25 174.544998 -

225

#wheel: 26 185.000000 -

226

#wheel: 27 196.000000 -

227

#wheel: 28 207.570007 -

228

#wheel: 29 220.000000 -

229

#wheel: 30 233.039993 -

230

#wheel: 31 246.860001 -

231

#wheel: 32 261.540009 -

232

#wheel: 33 277.070007 -

233

#wheel: 34 293.700012 -

234

#wheel: 35 311.109985 -

235

#wheel: 36 329.549988 -

236

#wheel: 37 349.089996 -

237

#wheel: 38 370.000000 -

238

#wheel: 39 392.000000 -

239

#wheel: 40 415.140015 -

240

#wheel: 41 440.000000 -

241

#wheel: 42 466.079987 -

242

#wheel: 43 493.720001 -

243

#wheel: 44 523.080017 -

244

#wheel: 45 554.140015 -

245

#wheel: 46 587.400024 -

246

#wheel: 47 622.219971 -

247

#wheel: 48 659.099976 -

248

#wheel: 49 698.179993 -

249

#wheel: 50 740.000000 -

250

#wheel: 51 784.000000 -

251

#wheel: 52 830.280029 -

252

#wheel: 53 880.000000 -

253

#wheel: 54 932.159973 -

254

#wheel: 55 987.440002 -

255

#wheel: 56 1046.160034 -

256

#wheel: 57 1108.280029 -

257

#wheel: 58 1174.800049 -

258

#wheel: 59 1244.439941 -

259

#wheel: 60 1318.199951 -

260

#wheel: 61 1396.359985 -

261

#wheel: 62 1480.000000 -

262

#wheel: 63 1568.000000 -

263

#wheel: 64 1660.560059 -

264

#wheel: 65 1760.000000 -

265

#wheel: 66 1864.319946 -

266

#wheel: 67 1974.880005 -

267

#wheel: 68 2092.320068 -

268

#wheel: 69 2216.560059 -

269

#wheel: 70 2349.600098 -

270

#wheel: 71 2488.879883 -

271

#wheel: 72 2636.399902 -

272

#wheel: 73 2792.719971 -

273

#wheel: 74 2960.000000 -

274

#wheel: 75 3136.000000 -

275

#wheel: 76 3321.120117 -

276

#wheel: 77 3520.000000 -

277

#wheel: 78 3728.639893 -

278

#wheel: 79 3949.760010 -

279

#wheel: 80 4184.640137 -

280

#wheel: 81 4433.120117 -

281

#wheel: 82 4699.200195 -

282

#wheel: 83 4977.759766 -

283

#wheel: 84 5272.799805 -

284

#wheel: 85 5585.439941 -

285

#wheel: 86 5920.000000 -

286

#wheel: 87 6272.000000 -

287

#wheel: 88 6642.240234 -

288

#wheel: 89 7040.000000 -

289

#wheel: 90 7457.279785 -

290

291

292

# This are for the 192 teethed wheels which are additionally a few cents out:

293

294

wheel: 84 5250.799805 -

295

wheel: 85 5555.439941 -

296

wheel: 86 5900.000000 -

297

wheel: 87 6232.000000 -

298

wheel: 88 6600.240234 -

299

wheel: 89 7010.000000 - A - flatten by about 0.3 cents. The rest are flat

300

wheel: 90 7400.279785 - and are now just a bit flatter. No phase changes.

301

302

303

# Level of crosstalk from the 3 other wheels in the same compartment. The

304

# defaults should be according to the normal 60Hz tonewheel box including

305

# crosstalk for the 2/4 and 8/32 wheels.

306

307

# These are not dB values but linear gain from 0 to 1.0 and if anybody wants

308

# dB signal loss values then they either need to calculate them or get in

309

# touch with me to encode it that way.

310

311

# The first two values govern the crosstalk between the two near wheels, and

312

# the second two from the two far wheels. Crosstalk to the first wheel in a

313

# compartment is typically lower due to the effects of the shaping filter

314

# applied to low frequency wheels.

315

316

# The 4th entry is for the drawbar bus crosstalk.

317

318

# Entries 5 through 8 are filter and loom crosstalk.

319

320

321

crosstalkNormal: 0 0.0001

322

crosstalkNormal: 1 0.0002

323

crosstalkNormal: 2 0.0001

324

crosstalkNormal: 3 0.0002

325

crosstalkNormal: 4 0.0001

326

crosstalkNormal: 5 0.002

327

crosstalkNormal: 6 0.0005

328

crosstalkNormal: 7 0.003

329

crosstalkNormal: 8 0.001

330

331

crosstalkBright: 0 0.001

332

crosstalkBright: 1 0.002

333

crosstalkBright: 2 0.001

334

crosstalkBright: 3 0.002

335

crosstalkBright: 4 0.001

336

crosstalkBright: 5 0.002

337

crosstalkBright: 6 0.005

338

crosstalkBright: 7 0.003

339

crosstalkBright: 8 0.001

340

341

342

# And the compartment table. These are the note numbers (Hammond counted from

343

# 1, but as we all know that does not work well for computers) in each of

344

# the 24 compartments. Each compartment had a pair of tonewheels at each side

345

# and there was more crosstalk between these two than the far two at the other

346

# side of the compartment due to distance. Note that these are not the same as

347

# the MIDI note numbers from KeyOn events, but internal 'tooth' indeces.

348

349

# These chamber definitions should be correct but if you see any discrepencies

350

# let me know. Each tonewheel was in a compartment with 3 other octaves of the

351

# same note and there were two compartments for any given key covering either

352

# seven or eight octaves. Some notes had empty top frequency tonewheels since

353

# the then engineering could not put enough teeth on the wheel, these were

354

# dealt with using foldback from lower frequencies (and the lowest octave also

355

# had foldback from one octave above for slightly different related reasons).

356

357

# Crosstalk '0' is used between the first pair and the last pair - they are the

358

# adjacent wheels. The other two crosstalk are for the opposite pair and could

359

# really have been consolidated into a single value.

360

361

# Crosstalk level-3 is used for bus crosstalk of the drawbars.

362

363

# For example, from the first line:

364

365

# Wheel 0 has crosstalk from 48 at level0, plus 12 at level1 and 60 at level2.

366

# Wheel 48 has crosstalk from 0 at level0, plus 60 at level1 and 12 at level2.

367

# Wheel 12 has crosstalk from 60 at level0, plus 0 at level1 and 48 at level2.

368

# Wheel 60 has crosstalk from 12 at level0, plus 48 at level1 and 0 at level2.

369

370

# These lines can be extended to include the crosstalk levels if you want to

371

# redefine them per wheel.

372

373

#compartment: 0 0 48 12 60 0.01 0.03 0.01 0.02

374

compartment: 0 0 48 12 60

375

compartment: 1 24 72 37 -

376

compartment: 2 7 55 19 67

377

compartment: 3 31 79 43 86

378

compartment: 4 2 50 14 62

379

compartment: 5 26 74 38 -

380

compartment: 6 9 57 21 69

381

compartment: 7 33 81 45 88

382

compartment: 8 4 52 16 64

383

compartment: 9 28 76 40 -

384

compartment: 10 11 59 23 71

385

compartment: 11 35 83 47 90

386

compartment: 12 6 54 18 66

387

compartment: 13 30 78 42 85

388

compartment: 14 1 49 13 61

389

compartment: 15 25 73 37 -

390

compartment: 16 8 56 20 68

391

compartment: 17 32 80 44 54

392

compartment: 18 3 51 15 63

393

compartment: 19 27 75 13 -

394

compartment: 20 10 58 22 70

395

compartment: 21 34 82 46 89

396

compartment: 22 5 53 17 65

397

compartment: 23 29 77 41 84

398

399

400

# Adjacency table. Each wheel, apart from being in a shared compartment which

401

# created crosstalk was also on a filter board with different notes in its

402

# vicinity and in a wire loom with various adjacent cables. There are another

403

# four entries in the crosstalk table for these values, the default given

404

# here are for the filter adjacency, but the fact is these can be redefined for

405

# arbitrary wheel numbers if you want to create a loom. Again, the crosstalk

406

# values are optional and override the defaults.

407

408

# The default adjacency table is actually taken from the above compartment table

409

# as the filter circuits were mounted on the outside, hence, wheel 30 in

410

# compartment 13 had 4 main neighbors, these being 6, 1 and 49 and 54. The

411

# crosstalk between these will follow the default values unless otherwise

412

# defined. The adjacency for wheel zero is given as reference as it only has

413

# two adjacent filters.

414

415

adjacency: 30 1 6 49 54 0.6 0.5 0.3 0.3

416

adjacency: 0 24 72 - - 0.6 0.5

417

418

419

# Drawbar equalisation.

420

421

# The tapering table controls the wheel gains by drawbar. It works after the

422

# wheel EQ given above and actually gives a different mix by drawbar by key.

423

# Again, this should follow the actual tapering schematics although the values

424

# used may need to be different as these translate again into linear gains.

425

426

# If these look wrong let me know, they were taken from the schematics of one

427

# Hammond model. You can emulate broken stops by giving that stop value a very

428

# large impedence - 1000, 2000, etc.

429

430

# The original circuit was a resistive divider with the output signal over

431

# a 24 Ohms impedence. The values that are entered here are the net signal

432

# gain/loss or a resistor index. The index makes it easier to change the

433

# settings globally without needing a degree in 'vi'. The reason both formats

434

# are accepted is that one is easier to define, the other is more flexible

435

# and will allow resistor tolerances to be built in to be less mechanical.

436

437

# taper: note <16'> <5 1/3'> <8'> <4'> <2 2/3'> <2'> <1 3/5'> <1 1/3'> <1'>

438

439

# There is one entry per note from 0 to 60 for a C to C keyboard. Values outside

440

# this range are undefined.

441

442

# The default taper table is:

443

444

# resistors: 100 50 34 24 15 10

445

# resistors: 0.4 0.6 0.8 1.0 1.2 1.4 // resulting gain level.

446

447

# taper: * 0.4 0.8 0.6 0.8 1.4 1.4 1.2 1.0 1.0

448

449

# With the values given above the below three lines are ~equivalent, they use

450

# R value with an index into the resistor array (value must be less than array

451

# size), the actual resistor values as defined by Hammond, or any other value

452

# greater than 6, or a literal value for the gain:

453

454

# taper: 0 R0 R2 R1 R2 R5 R5 R4 R3 R3

455

# taper: 0 R100 R34 R50 R34 R10 R10 R15 R24 R24

456

# taper: 0 R101 R31 R51 R33 R11 R10 R15 R25 R24 // slightly off

457

# taper: 0 0.4 0.8 0.6 0.8 1.4 1.4 1.2 1.0 1.0

458

459

resistors: 0 0.4

460

resistors: 5 1.4

461

462

taper: 0 R0 R2 R1 R2 R5 R5 R4 R3 R3

463

taper: 1 R0 R2 R1 R2 R5 R5 R4 R3 R3

464

taper: 2 R0 R2 R1 R2 R5 R5 R4 R3 R3

465

taper: 3 R0 R2 R1 R2 R5 R5 R4 R3 R3

466

taper: 4 R0 R2 R1 R2 R5 R5 R4 R3 R3

467

taper: 5 R0 R2 R1 R2 R5 R5 R4 R3 R3

468

taper: 6 R0 R2 R1 R2 R5 R5 R4 R3 R3

469

taper: 7 R0 R2 R1 R2 R5 R5 R4 R3 R3

470

taper: 8 R0 R2 R1 R2 R5 R5 R4 R3 R3

471

taper: 9 R0 R2 R1 R2 R5 R5 R4 R3 R3

472

taper: 10 R1 R2 R1 R2 R5 R5 R4 R3 R3

473

taper: 11 R1 R2 R1 R2 R5 R4 R4 R3 R3

474

475

taper: 12 R1 R2 R1 R2 R4 R4 R4 R3 R3

476

taper: 13 R1 R2 R1 R3 R4 R4 R4 R3 R3

477

taper: 14 R1 R3 R1 R3 R4 R4 R4 R3 R3

478

taper: 15 R1 R3 R2 R3 R4 R4 R4 R3 R3

479

taper: 16 R2 R3 R2 R3 R4 R4 R4 R3 R3

480

taper: 17 R2 R3 R2 R3 R4 R4 R4 R3 R3

481

taper: 18 R2 R3 R2 R3 R4 R4 R3 R3 R3

482

taper: 19 R2 R3 R2 R3 R4 R4 R3 R3 R3

483

taper: 20 R2 R3 R2 R3 R3 R3 R3 R3 R3

484

taper: 21 R2 R3 R2 R3 R3 R3 R3 R3 R3

485

taper: 22 R2 R3 R2 R3 R3 R3 R3 R3 R3

486

taper: 23 R2 R3 R3 R3 R3 R3 R3 R3 R3

487

488

taper: 24 R3 R3 R3 R3 R3 R3 R3 R3 R3

489

taper: 25 R3 R3 R3 R3 R3 R3 R3 R3 R3

490

taper: 26 R3 R3 R3 R3 R3 R3 R3 R3 R3

491

taper: 27 R3 R3 R3 R3 R3 R3 R3 R3 R3

492

taper: 28 R3 R3 R3 R3 R3 R3 R3 R3 R3

493

taper: 29 R3 R3 R3 R3 R3 R3 R3 R3 R3

494

taper: 30 R3 R3 R3 R3 R3 R3 R3 R3 R3

495

taper: 31 R3 R3 R3 R3 R3 R3 R3 R3 R3

496

taper: 32 R3 R3 R3 R3 R3 R3 R3 R3 R3

497

taper: 33 R3 R3 R3 R3 R3 R3 R3 R3 R3

498

taper: 34 R3 R3 R3 R3 R3 R3 R3 R3 R3

499

taper: 35 R3 R3 R3 R3 R3 R3 R3 R3 R3

500

501

taper: 36 R4 R3 R3 R3 R3 R3 R3 R3 R3

502

taper: 37 R4 R3 R4 R3 R3 R3 R3 R3 R3

503

taper: 38 R4 R4 R4 R3 R3 R3 R3 R3 R3

504

taper: 39 R4 R4 R4 R2 R3 R3 R3 R3 R3

505

taper: 40 R4 R4 R4 R2 R2 R3 R3 R3 R3

506

taper: 41 R4 R4 R4 R2 R2 R2 R3 R3 R3

507

taper: 42 R4 R4 R4 R2 R2 R2 R2 R3 R3

508

taper: 43 R4 R4 R4 R2 R2 R2 R2 R2 R1

509

taper: 44 R4 R4 R4 R2 R2 R2 R2 R2 R1

510

taper: 45 R4 R4 R4 R2 R2 R2 R2 R2 R1

511

taper: 46 R4 R4 R4 R2 R2 R2 R2 R2 R1

512

taper: 47 R4 R4 R4 R2 R2 R2 R2 R2 R1

513

514

taper: 48 R5 R4 R4 R2 R2 R2 R2 R1 R1

515

taper: 49 R5 R4 R5 R2 R2 R2 R2 R1 R1

516

taper: 50 R5 R5 R5 R2 R2 R2 R2 R1 R1

517

taper: 51 R5 R5 R5 R2 R2 R2 R1 R1 R1

518

taper: 52 R5 R5 R5 R2 R1 R2 R1 R1 R1

519

taper: 53 R5 R5 R5 R2 R1 R2 R1 R1 R1

520

taper: 54 R5 R5 R5 R2 R1 R2 R1 R1 R1

521

taper: 55 R5 R5 R5 R2 R1 R1 R1 R1 R1

522

taper: 56 R5 R5 R5 R2 R1 R1 R1 R1 R1

523

taper: 57 R5 R5 R5 R2 R1 R1 R1 R1 R1

524

taper: 58 R5 R5 R5 R2 R1 R1 R1 R1 R1

525

taper: 59 R5 R5 R5 R2 R1 R1 R1 R1 R1

526

527

taper: 60 R5 R5 R5 R2 R1 R1 R1 R1 R1

528

529

530

# KeyClick section. The preacher has its own keyclick emulation. Each key has

531

# 9 contacts, one for each drawbar bus, and each will make a contact at a

532

# slightly different time due to wear and creep of the contacts. This is

533

# emulated with a millisecond offset timer from the note_on event such that

534

# each bus has its own delay before two things happen:

535

536

# 1: contact is made and the tonewheel finally passes to the output.

537

# 2: click is generated at a specified level.

538

539

# The gain levels apply to the noise level from that single contact, they may

540

# be different but always apply to the same offset timer. The timers are fixed,

541

# however there is no link between the offset and the drawbar, they are

542

# mildly randomised, partly by index selection but also by key velocity - these

543

# are the maximum offsets, when a key is hit faster then it moves faster and

544

# the contact delays compress, as with the original instrument (almost - if

545

# you want to know the differences then mail me).

546

547

# Gains can be inverted on selection, and the pulse from each contact can be

548

# controlled from a limited selection.

549

550

# There are currently 6 waveforms: 0 to 2 are sines of different frequencies,

551

# 3 is a pulse wave edged with noise, 4 and 5 are ramped waves with different

552

# attack and decay characteristics.

553

554

# The overall level of keyclick also has a control in the GUI. All these values

555

# use the drawbar number as index.

556

557

# There is currently no NoteOff grooming (0.10.2).

558

559

BusDelayNormal: 0 0.001

560

BusDelayNormal: 8 80

561

562

BusDelayBright: 0 0.01

563

BusDelayBright: 1 80.0

564

BusDelayBright: 2 51.0

565

BusDelayBright: 3 3.0

566

BusDelayBright: 4 4.0 - These are the percussive busses and do not carry click

567

BusDelayBright: 5 0.2 - also responds better with a short delay.

568

BusDelayBright: 6 30

569

BusDelayBright: 7 70

570

BusDelayBright: 8 110

571

572

# Click gain levels by bus.

573

ClickNormal: 0 1.0

574

ClickNormal: 8 0.5

575

576

ClickBright: 0 2.0

577

ClickBright: 1 1.0

578

ClickBright: 2 0.01

579

ClickBright: 3 0.8

580

ClickBright: 4 0.001

581

ClickBright: 5 0.001

582

ClickBright: 6 0.5

583

ClickBright: 7 1.0

584

ClickBright: 8 1.8

585

586

# There are 4 different click pulses included in the code, they can be selected

587

# as desired. Some of these are sampled, none of them is actually deemed by the

588

# author to be 'correct' or better than any other method of generation. The code

589

# even works quite well without any samples (Click level set to zero in the

590

# options screen) and relying on bus delay offsets and the normal click of the

591

# tap from the wheel. These do generate, however interesting results. The

592

# 0.60.8 default pulses actually use gradual negation of the signal with

593

# velocity (see below) so the effect becomes less pronounced.

594

ClickPulseNormal: 0 3

595

ClickPulseNormal: 8 3

596

597

ClickPulseBright: 0 3

598

ClickPulseBright: 3 3

599

ClickPulseBright: 4 2

600

ClickPulseBright: 7 2

601

ClickPulseBright: 8 0.001

602

603

ClickInvertNormal: 0 1

604

ClickInvertNormal: 1 1

605

ClickInvertNormal: 2 1

606

ClickInvertNormal: 3 1

607

ClickInvertNormal: 4 0.01

608

ClickInvertNormal: 5 1

609

ClickInvertNormal: 6 0.01

610

ClickInvertNormal: 7 1

611

ClickInvertNormal: 8 0.01

612

613

# This uses inversions on the click samples. Note that if the same sample is

614

# taken for two busses, one inverted, then then will tend to cancel out as the

615

# velocity increases as they superimpose. This can be desirable as it introduced

616

# other artifacts into the sound and the dynamism of the click.

617

ClickInvertBright: 0 1

618

ClickInvertBright: 1 0.01

619

ClickInvertBright: 2 1

620

ClickInvertBright: 3 0.01

621

ClickInvertBright: 4 1

622

ClickInvertBright: 5 0.01

623

ClickInvertBright: 6 1

624

ClickInvertBright: 7 0.01

625

ClickInvertBright: 8 1

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