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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 *

memory/odyssey/odyssey1.mem *

memory/odyssey/odyssey11.mem *

memory/odyssey/odyssey12.mem *

memory/odyssey/odyssey13.mem *

memory/odyssey/odyssey14.mem *

memory/odyssey/odyssey15.mem *

memory/odyssey/odyssey21.mem *

memory/odyssey/odyssey88.mem *

memory/poly/poly0.mem *

memory/poly/poly11.mem *

memory/poly/poly12.mem *

memory/poly/poly13.mem *

memory/poly/poly14.mem *

memory/poly/poly21.mem *

memory/poly/poly22.mem *

memory/poly/poly23.mem *

memory/poly/poly24.mem *

memory/poly/poly25.mem *

memory/poly/poly26.mem *

memory/poly/poly27.mem *

memory/poly/poly28.mem *

memory/poly/poly88.mem *

memory/poly800/poly80011.mem *

memory/poly800/poly80012.mem *

memory/poly800/poly80013.mem *

memory/poly800/poly80015.mem *

memory/pro1/pro111.mem *

memory/pro1/pro112.mem *

memory/pro1/pro113.mem *

memory/pro1/pro114.mem *

memory/pro1/pro115.mem *

memory/pro1/pro116.mem *

memory/pro1/pro117.mem *

memory/pro1/pro118.mem *

memory/pro1/pro121.mem *

memory/pro1/pro122.mem *

memory/pro1/pro123.mem *

memory/pro1/pro124.mem *

memory/pro1/pro125.mem *

memory/pro1/pro126.mem *

memory/pro1/pro127.mem *

memory/profiles/tonewheel

memory/prophet/prophet11.mem *

memory/prophet/prophet111.mem *

memory/prophet/prophet112.mem *

memory/prophet/prophet113.mem *

memory/prophet/prophet114.mem *

memory/prophet/prophet115.mem *

memory/prophet/prophet116.mem *

memory/prophet/prophet12.mem *

memory/prophet/prophet13.mem *

memory/prophet/prophet14.mem *

memory/prophet/prophet15.mem *

memory/prophet/prophet16.mem *

memory/prophet/prophet17.mem *

memory/prophet/prophet18.mem *

memory/prophet/prophet21.mem *

memory/prophet/prophet22.mem *

memory/prophet/prophet221.mem *

memory/prophet/prophet222.mem *

memory/prophet/prophet223.mem *

memory/prophet/prophet23.mem *

memory/prophet/prophet24.mem *

memory/prophet/prophet25.mem *

memory/prophet/prophet26.mem *

memory/prophet/prophet27.mem *

memory/prophet/prophet28.mem *

memory/prophet/prophet31.mem *

memory/prophet/prophet32.mem *

memory/prophet/prophet33.mem *

memory/prophet/prophet34.mem *

memory/prophet/prophet35.mem *

memory/prophet/prophet36.mem *

memory/prophet/prophet37.mem *

memory/prophet/prophet38.mem *

memory/prophet/prophet41.mem *

memory/prophet/prophet42.mem *

memory/prophet/prophet43.mem *

memory/prophet/prophet44.mem *

memory/prophet/prophet45.mem *

memory/prophet/prophet46.mem *

memory/prophet/prophet47.mem *

memory/prophet/prophet48.mem *

memory/prophet/prophet51.mem *

memory/prophet/prophet52.mem *

memory/prophet/prophet53.mem *

memory/prophet/prophet54.mem *

memory/prophet/prophet55.mem *

memory/prophet/prophet61.mem *

memory/prophet/prophet62.mem *

memory/prophet/prophet63.mem *

memory/prophet/prophet64.mem *

memory/prophet/prophet65.mem *

memory/prophet/prophet66.mem *

memory/prophet/prophet661.mem *

memory/prophet/prophet67.mem *

memory/prophet/prophet68.mem *

memory/prophet/prophet71.mem *

memory/prophet/prophet771.mem *

memory/prophet/prophet88.mem *

memory/prophet/prophet881.mem *

memory/prophet/prophet882.mem *

memory/prophet/prophet883.mem *

memory/prophet/prophet884.mem *

memory/prophet/prophet885.mem *

memory/prophet/prophet886.mem *

memory/prophet/prophet887.mem *

memory/prophet/prophet888.mem *

memory/prophet52/prophet5211.mem *

memory/prophet52/prophet52111.mem *

memory/prophet52/prophet52112.mem *

memory/prophet52/prophet52113.mem *

memory/prophet52/prophet52114.mem *

memory/prophet52/prophet52115.mem *

memory/prophet52/prophet52116.mem *

memory/prophet52/prophet5212.mem *

memory/prophet52/prophet5213.mem *

memory/prophet52/prophet5214.mem *

memory/prophet52/prophet5215.mem *

memory/prophet52/prophet5216.mem *

memory/prophet52/prophet5217.mem *

memory/prophet52/prophet5218.mem *

memory/prophet52/prophet5221.mem *

memory/prophet52/prophet5222.mem *

memory/prophet52/prophet52221.mem *

memory/prophet52/prophet52222.mem *

memory/prophet52/prophet52223.mem *

memory/prophet52/prophet5223.mem *

memory/prophet52/prophet5224.mem *

memory/prophet52/prophet5225.mem *

memory/prophet52/prophet5226.mem *

memory/prophet52/prophet5227.mem *

memory/prophet52/prophet5228.mem *

memory/prophet52/prophet5231.mem *

memory/prophet52/prophet5232.mem *

memory/prophet52/prophet5233.mem *

memory/prophet52/prophet5234.mem *

memory/prophet52/prophet5235.mem *

memory/prophet52/prophet5236.mem *

memory/prophet52/prophet5237.mem *

memory/prophet52/prophet5238.mem *

memory/prophet52/prophet5241.mem *

memory/prophet52/prophet5242.mem *

memory/prophet52/prophet5243.mem *

memory/prophet52/prophet5244.mem *

memory/prophet52/prophet5245.mem *

memory/prophet52/prophet5246.mem *

memory/prophet52/prophet5247.mem *

memory/prophet52/prophet5248.mem *

memory/prophet52/prophet5251.mem *

memory/prophet52/prophet5252.mem *

memory/prophet52/prophet5253.mem *

memory/prophet52/prophet5254.mem *

memory/prophet52/prophet5255.mem *

memory/prophet52/prophet5261.mem *

memory/prophet52/prophet5262.mem *

memory/prophet52/prophet5263.mem *

memory/prophet52/prophet5264.mem *

memory/prophet52/prophet5265.mem *

memory/prophet52/prophet5266.mem *

memory/prophet52/prophet5267.mem *

memory/prophet52/prophet5268.mem *

memory/prophet52/prophet5271.mem *

memory/prophet52/prophet5288.mem *

memory/prophet52/prophet52881.mem *

memory/prophet52/prophet52882.mem *

memory/prophet52/prophet52883.mem *

memory/prophet52/prophet52884.mem *

memory/prophet52/prophet52885.mem *

memory/prophet52/prophet52886.mem *

memory/prophet52/prophet52887.mem *

memory/prophet52/prophet52888.mem *

memory/realistic/realistic0.mem *

memory/rhodes/rhodes1000.mem *

memory/rhodes/rhodes1001.mem *

memory/rhodes/rhodes1002.mem *

memory/rhodes/rhodes1003.mem *

memory/rhodes/rhodes1004.mem *

memory/rhodes/rhodes1005.mem *

memory/rhodes/rhodes1006.mem *

memory/rhodes/rhodes1007.mem *

memory/roadrunner/roadrunner0.mem *

memory/roadrunner/roadrunner1.mem *

memory/roadrunner/roadrunner2.mem *

memory/roadrunner/roadrunner3.mem *

memory/roadrunner/roadrunner4.mem *

memory/roadrunner/roadrunner5.mem *

memory/sidney/sidney11.mem *

memory/sidney/sidney12.mem *

memory/sidney/sidney13.mem *

memory/sidney/sidney14.mem *

memory/sidney/sidney15.mem *

memory/sidney/sidney16.mem *

memory/sidney/sidney17.mem *

memory/sidney/sidney18.mem *

memory/sidney/sidney21.mem *

memory/solina/solina0.mem *

memory/solina/solina1.mem *

memory/solina/solina2.mem *

memory/solina/solina3.mem *

memory/solina/solina4.mem *

memory/solina/solina5.mem *

memory/solina/solina6.mem *

memory/solina/solina7.mem *

memory/solina/solina8.mem *

memory/solina/solina9.mem *

memory/sonic6/sonic611.mem *

memory/sonic6/sonic612.mem *

memory/stratus/stratus11.mem *

memory/stratus/stratus12.mem *

memory/stratus/stratus13.mem *

memory/stratus/stratus14.mem *

memory/trilogy/trilogy11.mem *

memory/trilogy/trilogy12.mem *

memory/trilogy/trilogy13.mem *

memory/trilogy/trilogy14.mem *

memory/vox/vox0.mem *

memory/vox/vox1.mem *

memory/vox/vox2.mem *

memory/vox/vox3.mem *

memory/voxM2/voxM20.mem *

memory/voxM2/voxM21.mem *

memory/voxM2/voxM22.mem *

memory/voxM2/voxM23.mem *

memory/voxM2/voxM24.mem *

memory/voxM2/voxM25.mem *

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ChangeLog

0.60.5 8 Jun 2010 Maintenance release

0.60.8 23 Dec 2010 Maintenance release, Hammond optimisations.

Made some changes to the way bristolrc is handled. If the file exists then a

seach is made for two tokens, PREARGS and POSTARGS. If they don't exist then

the same default behaviour takes place: all the contents are concatenated into

a set of options that are inserted before all the user parameters. If either

of these tokens are found then PREARGS are inserted before the user parameters

and POSTARGS are appended to the whole net commandline to the GUI and engine.

This gives a lot more flexibility to override default behaviour, for example:

PREARGS=-count 1024 -rate 48000

POSTARGS=-jackstats -jack -multi 0

Using such contents then the command 'startBristol -mini' would be expanded to

startBristol -count 1024 -rate 48000 -mini -jackstats -jack -multi 0

A part of the reason for the above change was that there were reports of issues

with the ARP 2600 and period sizes less than 1024. The culprit appeared to be

the -multi option, this defaulted to 4 for the 2600. Changed it to default to

zero with a need to then explicitly reconfigure it. The reconfigure can now be

automated in POSTARGS. The diverse Bristol front end appliations such as

monoBristol provide user arguments to the startup script, the current bristolrc

definitions can provide capabilities to extend how they operate as there are now

pre and post arguments that encapsulate the frontend parameters.

This release is noted as including hammond optimisations, these are not with

respect to CPU load, rather with respect to accuracy of the emulation:

Adjusted the B3 Preacher Compression code to provide a more pronounced non-

linear amplification. The results are interesting/different. It mixes well

with the new gearbox generated for a clean tonewheel (mostly sinewaves with

no crosstalk) and a mild crosstalk gearbox with some sliced tonewheel harmonics.

The control is not continuous, there are 3 stages which are selected as the

rotary changes position, this would normally be represented with radiobuttons

however the GUI previously only had a rotary control so this was used to prevent

a big reordering of the options panel layout.

The new tonewheel gearbox are in the factory shadow profiles, per default as

below. To test them then copy the target gearbox to your private memories

(these are the defaults, your installation may be different):

source: /usr/local/share/bristol/memory/profiles/tonewheel*

dest: ~/.bristol/memory/profiles/tonewheel

Also made few alterations to the B3 VC algorithm changing the tap gains and

LC filter values, altered the tap selections for the different 1/2/3 settings

and adjusted the selector mode to reconfigure LC and phase (which work in

combination) rather than the actual tapping points. More work could be done

but these do now give some different characteristics where previously VC3 was

the only useful setting. [Note: it would actually be quite easy to make even

further improvements here by using an alternative filter algorithm into the

different taps. The current one is a rooney which has weak phase modification,

it is similar to the original in as much as that could only introduce about

1ms of phase change however bristol has other algorithms that would give better

phase changes by frequency which would be closer to the Hammond vibra. The

current code overcomes the rooney limitation by taking the phase changed filter

signal (which has a phase change that is dependent on frequency) with an

additional phase change that is time constant. The issue is efficiency, the

rooneys are single pole and come almost for free. ffs]

Reintroduced some B3 code to give contact delays for each drawbar. The delay

is configured in the tonewheel file and is then a function of velocity. The

tonewheel file defines the maximum sample delay before any given harmonic is

activated and this delay is reduced depending on velocity. It is also possible

to configure a click sample per bus out of 4 available however the author

will state that none of the samples is accurate: click, thump, shelf, etc, is

not an accurate emulation. Depending on which source is considered authoritative

then the Hammond click may be a pure function of tonewheel position and its

activation point. This code emulates that effect with the option of adding in

extra effect as a combination of the tonewheel file samples and the overall

click setting. Note that the 'click' level does not affect the cut in points

of the harmonics, reducing the 'click' level will not affect the tick sound

when a drawbar contact is finally made. The harmonics do not have a constant

phase as per the original however the tonewheel file can override that to

emulate the L and M series spinets. With the current code, pressing a key very

slowly should result in the delays between the different busses being almost

audible, an effect that reduces with velocity. The configured Click is reduced

when the vibrachorus is on as is also heard on the originals.

This click code has actually been available for a few years, it was removed as

it affected other developments for gearbox optimisation. This optimisation was

to 'post generate' the tonewheels: if a harmonic was not needed then it would

never be generated. This was not condusive to busbar delays so now the decision

has been taken to drop the CPU optimisation in preference of a more accurate

rendition. At the same time the tonewheel damping was corrected so that, under

control of the Damp option, the summed levels of any given wheel is not linear

but is a function of the number of times it is tapped. It is noted here that

if no click is desired, at all, then the 'preacher' algorithm should be

disabled at which point notes are generated from zero point as per many of

the commercial emulators. Several of the later Hammond models reduced/eliminated

key click using various techniques, disabling the Preacher would give results

closer to the B2XX series organs. Disabling the preacher removes the damping,

busbar offsets, and all the other features of the tonewheel file.

Adjusted the click code to introduce changes to the bus offset delays by key

as well as velocity. The existing code used a single profile per gearbox but no

two keys would have had the same contact profile as this was based on aging of

100

the springs: the code now has semi-random delay selection. The 'semi' refers to

101

code that will select the same offsets if the same key is sounded sequentially,

102

this is how Jimmy Smith used to play key click with the same key - now the

103

delays for that sequential key do not change (they will if intermediate notes

104

are sounded which he also did and potentially the delay offsets may be prebuilt

105

for the whole keyboard rather than calculated, ffs). The different bus delays

106

only affect timing not the actual effect so if 'Click' is non-zero then the

107

sample selection per bus will be constant even though the delay changes. Now,

108

another affect of the bus delays is that if playing quickly it is possible that

109

a note will start and stop before even all the harmonics have sounded, this is

110

another trick of Smith when he played notes to not traverse the complete travel

111

of the key: not all harmonics would actually make contact and this is also

112

possible with bristol (depending on velocity, buffer size and configured bus

113

delays).

114

115

Added a -keytoggle flag, it affects GUI behaviour where a key is released when

116

the mouse button is released. Previously the key state latched which was useful

117

for polyphonic emulators but not necessarily for the monophonic ones. The

118

default operation is now not to latch the keys, this option overrides the new

119

default behaviour to give latching keys again.

120

121

There were some sticky keys and note 'ticks' when using the monophonic synths

122

with -nnp (no note preference). The polyphonic note logic could completely kill

123

notes when overvoice and if a keyoff event occurs for a voice on the new list

124

then some of the flags would get damaged. None of this happens with monophonic

125

note preference or with polyphonic synths (well, the ticks may still happen if

126

the polyphony is exceeded but get burried in the mix of multiple voices, ffs).

127

128

Bug report on some emulators defaulting to only one semitone of pitchwheel

129

depth. This turns out to be emulator aliases: the interface recognises some

130

alias names but it could not set defaults except on exact names. Incorporated

131

some changes to accept the known emulator aliases too.

132

133

Feature request that the SID should acknowledge pitchbend wheel as well as or

134

instead of pitchbend on the modwheel. Not a big change and the issue with the

135

MOD wheel is that it was difficult to tune having no notch. Currently both

136

controls can affect pitch but the modwheel can be turned on/off selectively.

137

138

There was a window when the global configuration options would not be sent to

139

the engine, a race condition. The result would be no output signal.

140

141

There was another race condition in the GUI library which for now has been

142

patched. The actual fix is a little larger but it will be left for future

143

research.

144

145

Found a bug in the MIDI handling code for NOTE_ON velocity zero being mapped

146

to NOTE_OFF velocity 64. When the ringbuffer was introduced the check moved to

147

the wrong side of the ringbuffer causing an endless loop at 100% CPU, for

148

some emulators quite a lot of nasty random noise and potential system 'hang'

149

for certain CPU configurations with RT scheduling. This had not been reported

150

which means either people did not bother or the use of NOTE_ON velocity zero

151

is not widely used.

152

153

Release 0.60.7 had an undocumented feature, undocumented because it was not

154

that big but it did go into the manual page. The option -jackstats will prevent

155

bristol from attempting to find out the current jack server settings, these

156

parameters would instead be defined with -count and -rate. This change fixes

157

some issues with jack connections, with LADI, and makes the GUI start a bit

158

faster as it does not have to poll the server from the script then reconnect

159

to the server from the audio thread.

160

161

The BME-700 Glide on/off switch was not active.

162

163

Roadrunner Vibrato was too deep, by a long way. Scaled back the tremelo at the

164

same time. Gentle vibrato was still possible but not under mouse control, it

165

had to be done with keyboard accel/deccel.

166

167

0.60.7 22 Oct 2010 Maintenance release, minor features

168

169

Added in an option called -memdump which will copy all memories for a given

170

synth (specified with -emulate) to a target location. That location is then used

171

as the session cache so further changes will be made to the dumped memories.

172

That is intentional: this can be used with Session Management using a target

173

location in the session directory so that the session will include all of the

174

synth memories. The copy operation of the user memories only happens once when

175

the directory is created.

176

177

Added in an option call -neutral, this will initialise the emulator with the

178

value zero for all parameters. This provides a clean sheet from which to start

179

sound generation. The code is generic and there are some exceptions to where

180

it is applied: the organs and pianos do not implement the option, some of the

181

synths are exceptions too (P800, BitOne, DX) as they have a non-intuitive

182

interface that does not lend itself to being zeroed. For testing the few that

183

do not implement the option then '-load -1' can be used as a potential

184

alternative.

185

186

Added a runcom file "bristolrc" located in ${BRISTOL_CACHE}/bristolrc which

187

may contain the parameters that are always provided on the command line. The

188

parameters will be placed before the command line arguments so that they can

189

be overridded but they provide the possibility to simplify the command line

190

that needs to be specified when bristol is invoked. The variable BRISTOL_RC

191

can override the default location and the -rc option will circumvent it.

192

193

The size of the voice table is now a configure time parameter. There were some

194

requests for optimisation and reducing the size of these tables is a small one.

195

./configure BRISTOL_VOICECOUNT=32 is the default. This is not the max table

196

size which continues to be 128 voices: the -voices option is a runtime parameter

197

that can be used to increase the size of the table above the VOICECOUNT limit,

198

this ./configure option is just the default.

199

200

Resolved an issue with the filter tuning of a few of the emulators, they were

201

using an incorrect keyboard tracking value which meant that with the filter at

202

high emphasis there was discordance in the oscillator vs filter waveform

203

frequencies.

204

205

Reworked the summary text for small changes to some of the synth names: they

206

are sometimes different from the switches used to start them however the actual

207

name is required to be able to use emulate correctly. The -summary list will

208

list the emulators that have been finished, --summary will list all of them

209

even though a selection do not actually operate yet.

210

211

Removed the empty pop-up menus. The code is still there however it is no longer

212

called by either GUI or library. There were diverse requests to stop posting

213

them as they had no purpose.

214

215

Added an initialisation watchdog timer. If the audio thread does not activate

216

in this period then the engine will gracefully exit rather than just hang

217

around waiting for somebody to talk to him. The default timer is 30 seconds

218

but can be changed with the '-watchdog <s>' parameter.

219

220

The ARP Axxe was about a semitone out of tune. The cause was the logic behind

221

the pitch buttons which was broken.

222

223

Glide parameter settings could be lost on restart, the 'glidemax' parameter was

224

not being correctly initialised so remained as zero.

225

226

Remedied a test failure for the jackd binary. If jack is requested as the audio

227

interface then we need to connect to it to find the correct sampling rates and

228

period sizes. The check for failure of this request was broken.

229

230

Fixed a very arbitrary race condition between the audio and midi threads

231

causing segfaults which only happens during initialisation with heavily loaded

232

CPU. Doubt if this will have been seen outside of development as the window

233

was extremely small.

234

235

There was a spurious 'newline' debug message when active sense was detected from

236

a keyboard. Bristol does not support active sensing (except from the GUI) and

237

whilst these messages did not cause any issue with the synth operation they

238

were a great annoyance for the command line interface users. The print statement

239

was put under a debug flag.

240

241

0.60.6 11 Aug 2010 Geometry configuration options, maintenance release

242

243

Was requested to implement a -geom option which would minimally allow for window

244

placement onto the screen. This seemed very reasonable so incorporated it. The

245

option will also take width and height parameters such as 500x200+100+100 and

246

where necessary break aspect ratio and configure antialiasing. If only one of

247

width/height is given then aspect ratio is maintained, and options such as

248

+100+100 will just affect window positioning. Options like -geom 640 will just

249

set the pixel width, maintain aspect ratio and take default placement, possibly

250

invoking antialiasing as well.

251

252

Randomised the TCP port numbers used to link the GUI to the bristol engine.

253

There remained an issue with the Jack Session Manager and configurations that

254

used multiple invocations of bristol: the TCP port identifiers would conflict

255

causing one of them to fail on reload. I think the option '-host unix:1234' is

256

a work around the issue as long as '1234' was always unique per bristol but

257

this only works on localhost as it uses unix domain sockets rather than TCP

258

domain. The longer term solution was to randomise the port numbers in the range

259

1024 to 16383, the transient service ports since otherwise there is still a

260

window for error if the TCP ports are not closed down cleanly (although that

261

is now finally a rare occurence). The port identifier can still be overridden

262

and will be inherrited by the JSM interface.

263

264

Resolved a few issues with different device drivers. OSS was actually broken for

265

a while due to incorrect flags and buffers and there were a few ALSA anomalies

266

although they were inadvertently correct.

267

268

Was requested to add a manual page for bristoljackstats for part of the debian

269

hurdles. Took the chance to also remove two ancillary binaries which generated

270

notes but were only for QA testing, not general distribution.

271

272

Added an option called -sleep which stalls the init process for <n> seconds.

273

This was too easy not to implement and may help to overcome what looks like a

274

race conditition when using a session manager to restart multiple Bristol

275

clients.

276

277

Corrected some ./configure options so that they correctly check for jack and

278

alsa header files rather than just the packages and libraries before including

279

them in the build. This change included adjusting the default drivers so that

280

OSS is configured when jack and alsa are not available.

281

282

0.60.5 08 Jun 2010 Maintenance release

283

284

Fixed an issue with the SID where double clicking on the memory Load button

285

would turn on the soft chip debug code. This was a development feature that was

390

670

391

671

The CLI is available for the following emulators:

392

672

393

Mini

394

Explorer

395

Voyager

396

Odyssey

397

Axxe

398

399

BME700

400

Realistic

401

Juno

402

Jupiter

403

PolySix

404

MonoPoly

405

OB-X

406

OB-Xa

407

Pro1

408

Prophet5

409

Prophet52

410

Prophet10

411

Sonic-6

412

Stratus

413

Trilogy

414

Sidney

415

Solina

416

Vox

417

VoxM2

418

RoadRunner

419

Rhodes

420

Rhodesbass

673

Mini

674

Explorer

675

Voyager

676

Odyssey

677

Axxe

678

679

BME700

680

Realistic

681

Juno

682

Jupiter

683

PolySix

684

MonoPoly

685

OB-X

686

OB-Xa

687

Pro1

688

Prophet5

689

Prophet52

690

Prophet10

691

Sonic-6

692

Stratus

693

Trilogy

694

Sidney

695

Solina

696

Vox

697

VoxM2

698

RoadRunner

699

Rhodes

700

Rhodesbass

421

701

422

702

The arp2600, bm, bit1, bit99, bit100, dx and poly800 have not been converted

423

703

and are for future study. The bit and Poly need a separate interface due to

440

720

441

721

set alias trans Osc1-Transpose=%

442

722

443

The commmand 'trans 0.5' will cause a transpose request to be made to the

723

The command 'trans 0.5' will cause a transpose request to be made to the

444

724

engine. Multiple commands can be aliased together using ';' between them.

445

725

Multiple parameters can be set such as

446

726

682

962

frequencies. The code now does cut in bandwidth limits depending on a few run

683

963

time parameters:

684

964

685

-blo n - maximum number of harmonics to map, defaults to 31

686

-blofraction f - upper frequency limit as fraction of samplerate (0.8)

965

-blo n - maximum number of harmonics to map, defaults to 31

966

-blofraction f - upper frequency limit as fraction of samplerate (0.8)

687

967

688

968

The code will attempt to stuff as many harmonics up to 'n' such that the

689

969

fractional limit is not broken. Using values > 1.0 will lead to pretty wild

1862

2142

points of this fair synth:

1863

2143

1864

2144

Added a mod wheel that can drive GenX/Y.

1865

PWM is implemented on oscillator B

1866

Installed an ADSR rather than AR, selectable.

1867

No alternative scalings - use scala file support

2145

PWM is implemented on oscillator B

2146

Installed an ADSR rather than AR, selectable.

2147

No alternative scalings - use scala file support

1868

2148

1869

2149

The emulation is not duophonic. Primarily poly with separated glide. It does

1870

2150

have the same 'diaphonic' capabilities although they were pretty dubious in

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