g200kg/zoom-ms-utility

Zoom MS-50G / MS-60B / MS-70CDR multi stomp patch utility

zoom-ms-utility

Zoom MS-50G/MS-60B/MS-70CDR multi stomp patch editor.

This is a patch utility for the ZOOM MS - 50G / 60B / 70 CDR MultiStomp guitar pedal.
This is still a very tentative version for the confirmation of MIDI related function.

• in v1.0.2, standalone executables for Win / Mac are available.

Install

• Online version :
  The application starts just by accessing it with Chrome, so installation is not required.

• Stand-alone version :

  Windows (x64) :

  Download and Unzip zoom-ms-utility-1.0.2-win-x64.zip
  startup executable is ZoomMSUtility.exe in the folder.

  Mac (x64) :

  You should manage GateKeeper by yourself.
  Download and Unzip zoom-ms-utility-1.0.2-mac-x64.zip
  Starts with ZoomMSUtility.app in the folder.

Usage

• Connect PC/Mac to MS-50G/60B/70CDR via USB
• Launch this app. You should use latest Chrome for Online version
• Press accept if 'MIDI device' dialog is displayed
• Select MidiPort to 'ZOOM MS Series'

TECH NOTE : For build standalone packages

• The standalone versions are packaged using NW.js
• Create dist-files with npm run dist.
• Start the built NW.js app with npm run nwstart.

Offline mode

For windows, the standalone version is recommended for offline use. On mac, you need to manage GateKeeper yourself to launch the standalone version. Or build it yourself or use the following offline modes.

Via Node.js

Standard Node.js workflow, clone this repo and run:

npm install
npm start

As per the output, open a Browser and visit http://localhost:3000

Via Other local web servers

This tool will not work if you just open the local html file by Chrome because of file access security limitation. There are several ways to use this tool in an offline environment.

1. Connect via the local server
   If you already have a full-fledged http server such as Apache on your PC, place zoom-ms-utility in the document folder and connect via localhost. On Windows, you need to prepare your server program yourself. On Mac, Apache has already been installed, but configuration is necessary. https://discussions.apple.com/docs/DOC-3083

2. Connect via a simple local server.
   Simple local server is supported in script language environment like Python. They can be used as a local-server. For example Python 3.x:
   (1) install python 3.x.x and setup PATH
   (2) start server with command prompt > python -m http.server 8888
   (3) access by Chrome to http://localhost:8888/

3. Specify startup options for Chrome
   If --allow-file-access-from-files option is specified when launch, security restrictions on file access are canceled and zoom-ms-utility works.
   For example on Windows,
   Make a shortcut of Chrome, like "C:\Program Files (x86)\Google\Chrome\Application\chrome.exe" --allow-file-access-from-files file:///C:/Users/xxxx/zoom-ms-utility/index.html
   Or on Mac, use Automator shell script, like
   Applications/Google\ Chrome.app/Contents/MacOS/Google\ Chrome --allow-file-access-from-files /Users/xxxx/zoom-ms-utility/index.html
   Note that this method will not work if the Chrome instance is already exist. You should close all Chrome window before launch.

History

• v1.0.2 add standalone version
• v1.0.1 Fix behavior when click a switch

Info

If you are interested in MS-50G/70CDR MIDI function, check midimessage.md

zoom-ms-utility's Issues

Feature request: Offline Mode or standalone executable

It would be very awesome if you made an offline mode for this! thak you for your time.

Support ZoomG1on + Questions about effects mapping

Hello @g200kg,

I am developing an API to controls zoom equipments in python. Actually it supports partially Zoom G3v2 and Zoom MS50g.

I would like to ask you some questions about development:

1. How did you do to map the effects and their possible values? When I made ZoomG3's, I decoded them from an Edit & share .xml file

2. What is 'NZ'? I saw that when decoding a patch, the bits whose shift is NZ should be ignored, but I didn't quite understand what this is for. I suspect it has something to do with the amplifiers.

3. How did you get processor consumption (DSP)?

Finally, I inform you that I am mapping the effects of Zoom G1 manually (from the information in the manual. If you think about supporting the Zoom G1on, I can share it!

Congratulations on your project! Hugs

ZOOM MS utility won't see effects

I have MS 60B with MS 50G firmware installed. However, when I access the newest multistomp patch editor online, the program won't recognize the effects that only came with MS 60B. Actually, it will recognize one or two but the other ones are either missing or a different effect appers in the app than the one I cycle through with the box itself. Any chance for a fix?

Zoom Multistopm MS - 60B

Hi all, i have a Zoom MS - 60B, is it possible to apply the firmware of MS-50G ando or import the patches?
Can it be reversed again if Firmware update?

Many thanks Cheers

rules about Parameter Edit

hi !
did you discovered why

Parameter Edit

over 3 is not recognized by commands like under that number?
if not, is there another way to manage them (rules about them).
many thanks
peppe

Can't connect to MS-50G

I have tried the online version (newest Chrome) and also the offline version on my windows 11 computer, but both programs never recognize my MS-50G which is connected via USB.
Is there anything I can do to track down the problem? Or does it not work on Windows 11 at all and this is already known?

Greetings! Is there a sysex msg that makes the zoom ms70 send every sysex command that the user is doing with the unit? I'm using a sysex analiser to monitor and map these sysex. Yesterday I've randomly manage to do it, but not the zoom isn't reporting the messages via USB.

how can you identify the unique patch number?

Hello
another question, this time about identifying the effects of the patch.
As mentioned in the patch data table (https://github.com/g200kg/zoom-ms-utility/blob/master/midimessage.md), the 70CDR zoom returns a set of 146 bytes.
To identify (for example) the parameters of the CRY effect, we know that we need to look for the number 0x40600004 (as mentioned in effectlist.js).

In case the effect is the first, I understood that 60 is the byte 6, 00 is the byte 7, 04 is the byte 9 but I have not understood which is the rule to understand the 40.
Is should be the byte n.5 but this number changes in relation to the change in the values of the parameters, so it is impossible for me to understand the calculation logic.
In other words: if I have selected the CRY effect, how can I find the corresponding number 0x40600004 within the 146 bytes?
Thanks for your help.

Bass amps (and some effects) not loading and "destroying" patches on the MS70CDR

Summary:
Using ANY of the BASS amps (and some bass effects) in a patch will screw with the patch editor 😭

When scanning/loading the pedal into the patch editor, it will either remove or arbitrarily replace the Bass effects. The worst part seems to be that it apparently auto saves eventhough the auto save isn't turned on and this "destroys" the patch and makes it unrecoverable :(

I've added two links that go into more detail.

Full description of issue:
https://www.reddit.com/r/zoommultistomp/comments/106ekj3/g200kg_patch_editor_not_fully_functionalincomplete/?utm_medium=android_app&utm_source=share

Speculation of issues:
https://www.reddit.com/r/zoommultistomp/comments/12zb7u0/anyone_know_of_other_ways_to_exportimport_backup/?utm_medium=android_app&utm_source=share

PLEASE PLEASE FIX THE ISSUE 🙏🙏🙏 I'm willing to donate if needed

Standalone Android version?

Hi, I'm not into programmig so much so I don't know if is it possible and how much works does it requires, but the app is just lovely and it will be great to have the app installed into a tablet or a phone to use it also in live situations, even if the internet connection is not possible!
So... is it possible to have an android standalone version?

Support for custom firmwares

I added effects from the MS-50G to the MS-70CDR (drive and amp sims) using the firmware editor here. The pedal works great, but it no longer works with the zoom-ms-utility.

The Utility doesn't recognize the non-native effects. Also, if I create patches on the MS-70CDR that use non-native effects, then use the Utility to further edit them, the non-native effects are dropped from the patch when it is saved by the Utility.

Since custom firmwares are becoming more popular, it would be great if the zoom-ms-utility supported all the effects including the 17 updated bass effects (file names begin with an underscore) from the B1Xon/B1on that people use on their MS-70CDRs instead of the MS-60B effects. Here is a spreadsheet with the full list, the updated bass effects are listed in the Notes column.

I hope it won't be too difficult to just remove the version restrictions in the code, and add the support for those 17 updated bass effects from the B1Xon/B1on. I took a look at the code and it seems like shortly after the effectslist ends, there is some parsing of the version number of each effect to decide if that effect is installed or can be used. Maybe this code can just be removed so that any pedal can have any effect?

Thank you for everything you've done for the Zoom community!

oops, Readme link points to NilsOF github page instead of g200kg

hi

First thank you for this software!

I see now that my pull request included the README.md.
You may want to change the link back to https://g200kg.github.io/zoom-ms-utility/
now it points to https://nilsof.github.io/zoom-ms-utility/

I did not think of that..

:-D

answer of zoom

Is there a way to understand if the zoom has received the sent command via the USB?
For example, if I send 0xc012 I ask the ZOOM to select patch 12.
But it is not said that he received the command and therefore executed it.
How can I be sure this has happened?
Normally the devices that receive such commands (eg solar inverters) respond "ACK" (acknoledge) or "NAK" (not acknolodge) or a return code that shows us the same thing in practice.
How does the ZOOM work?
P.S. This request is good to understand if ZOOM in connected to USB too.

Feeature request: Midi over bluetooth for ms-100bt?

Would it be possible to use bluetooth midi so this would also work with Zoom MS-100BT?

Thank you for this. Very exciting project.

I want to help, edit Effects 4,5,6, beyond 1-3, research

This is rad, the midimessage.md is such vital information already! I've started playing around with these messages via node.js, and have indeed run into the only effects 1-3 can be controlled (noted here). Any extra info / context / ideas I can try out?

How to send to change a current effect focus?

Hi,
I didn't understand how to send a change a current effect focus.

I have a send the turn on/off a effect:

01 - on   -  F0 52 00 58 31 00 00 01 00 F7
01 - off  -  F0 52 00 58 31 00 00 00 00 F7

02 - on  -  F0 52 00 58 31 01 00 01 00 F7
02 - off  -  F0 52 00 58 31 01 00 00 00 F7

03 - on  -  F0 52 00 58 31 02 00 01 00 F7
03 - off  -  F0 52 00 58 31 02 00 00 00 F7

I need change the effect current focus the display.

I saw the in documentation, but I could not make a message.

Aggregated list of MS ZDL effect modules

This may be already an known info but just for reference: below is an aggregated list of ZDL effect modules used in the multistomp MS line of Zoom effect pedals.

The ZDL file names and fxmodid.name identifiers (not official) are based on these versions:

• MS-50G: v3.10
• MS-60B: v2.10
• MS-70CDR: v2.10

The flst column refers to the corresponding model's file set, * denotes all models. It was not cross-checked against the respective FLST_SEQ.ZDT on the actual pedals, but it should match (perhaps, with exception of the internal CMN_* modules).

There is a version number included in the ZDL modules, mostly it's 1.00, but several effects are at 1.01, so it may be added to this table later, if needed. Also, there were some additional "older" ZDL modules which have been dropped in the current fw, these could be also listed here (also some G1on/B1on are apparently also compatible). Attached is a Python script zdl-fxmodid.py.txt to extract fxmodid.name identifier from a given ZDL module file.

DSP usage percentage is derived from the respective figure included in ZDL module (DSP_usage = DSP_usage_figure / 230 * 100%, the scaling factor is the same as reported back by G1/B1 FOUR pedals). Mostly the resulting percentage coincides with what has been referenced in the ZDL modules spreadsheet (mentioned on /r/zoommultistomp wiki), but it differs for some modules.

NOTE: the first two bytes of the fxmodid correspond to the effect category/group (e.g. 0x01:Dynamics/Filter, 0x03:Overdrive/Distortion, etc., some of categories are G/B-specific).

The fxmodid could be useful in analysis of the patch files.

Also, for reference are shown the G1/B1 FOUR equivalent effect's fxmodid (see the corresponding list of ZD2 modules); not all of these match, probably missed some too. ZD2 modules are not compatible with the MS pedal models, but this maybe helpful if one wanted to "port" MS patches over to G1/B1 FOUR pedals. Note, that with ZOOM G Series the cabinets are in separate modules (CAB category), unlike in MS pedals, where the cabinets appear to be referenced by the corresponding AMP fxmodid.

The effects list is sorted by fxmod in ascending order; on the pedals the display order appears to be reversed (descending by fxmod).

filename	DSP-usage	cat	fxmod	flst	G1/B1 FOUR
COMP.ZDL	7.05%	DYN	0x01000008.Comp	G,CDR	0x01000010.Comp
RACKCOMP.ZDL	9.35%	DYN	0x01000010.RackComp	*	0x01000020.RackComp
D_COMP.ZDL	9.63%	DYN	0x01000018.D Comp	B	0x01800060.DYN Comp
M_COMP.ZDL	8.92%	DYN	0x01000020.M Comp	*
OPTCOMP.ZDL	13.37%	DYN	0x01000030.OptComp	*	0x01000080.OptComp
160_COMP.ZDL	14.88%	DYN	0x01000035.160 Comp	B,CDR	0x01800030.160 Comp
LIMITER.ZDL	10.57%	DYN	0x0100003a.Limiter	B,CDR	0x01800020.LMT-76
SLWATK.ZDL	6.76%	DYN	0x01000040.SlowATTCK	*	0x01000030.SlowATTCK
ZNR.ZDL	5.61%	DYN	0x01000050.ZNR	*	0x01000040.ZNR
NOISEGTE.ZDL	5.61%	DYN	0x01000060.NoiseGate	*	0x01000070.NoiseGate
DIRTYGTE.ZDL	6.04%	DYN	0x01000070.DirtyGate	*
ORANGELM.ZDL	19.27%	DYN	0x01000080.OrangeLim	*
GRAYCOMP.ZDL	19.70%	DYN	0x01000090.GrayComp	*	0x01000060.GrayComp
DUAL_CMP.ZDL	12.80%	DYN	0x010000a0.DualComp	B,CDR	0x01800040.DualComp
LINESEL.ZDL	5.75%	FLT	0x02000008.LineSel	*
GEQ.ZDL	7.05%	FLT	0x02000010.GraphicEQ	G,CDR	0x02000051.Gt GEQ
B_GEQ.ZDL	11.79%	FLT	0x02000018.Ba GEQ	B,CDR	0x02800051.BassGEQ
PEQ.ZDL	5.03%	FLT	0x02000020.ParaEQ	G,CDR	0x02000070.ParaEQ
B_PEQ.ZDL	8.92%	FLT	0x02000024.Ba PEQ	B,CDR	0x02800070.BassPEQ
SPLITTER.ZDL	7.91%	FLT	0x02000028.Splitter	B,CDR	0x02800080.Splitter
BOTTOM_B.ZDL	13.09%	FLT	0x0200002c.Bottom B	B,CDR
EXCITER.ZDL	8.48%	FLT	0x02000030.Exciter	*	0x020000b0.Exciter
COMBFLTR.ZDL	7.77%	FLT	0x02000040.CombFLTR	G,CDR
AUTOWAH.ZDL	8.63%	FLT	0x02000050.AutoWah	G,CDR	0x02000010.AutoWah
B_ATWAH.ZDL	8.05%	FLT	0x02000058.BaAutoWah	B,CDR	0x02800010.BassA-Wah
RESONS.ZDL	8.48%	FLT	0x02000060.Resonance	G,CDR	0x02000020.Resonance
CRY.ZDL	7.33%	FLT	0x02000070.Cry	G,CDR	0x02000030.Cry
SLOWFLTR.ZDL	14.67%	FLT	0x02000080.SlowFLTR	G,CDR
Z_TRON.ZDL	8.48%	FLT	0x02000088.Z Tron	B,CDR	0x02800020.Z Tron
M_FILTER.ZDL	10.07%	FLT	0x02000090.M-Filter	*
A_FILTER.ZDL	10.21%	FLT	0x02000095.A-Filter	B,CDR	0x02800030.A-Filter
B_CRY.ZDL	13.52%	FLT	0x0200009a.Ba Cry	B,CDR	0x02800040.Bass Cry
STEP.ZDL	8.20%	FLT	0x020000a0.Step	G,CDR	0x020000c0.Step
SEQFLTR.ZDL	9.06%	FLT	0x020000b0.SeqFLTR	*	0x02000040.SeqFLTR
RNDMFLTR.ZDL	9.78%	FLT	0x020000c0.RndmFLTR	*	0x02000090.RndmFLTR
FCYCLE.ZDL	10.21%	FLT	0x020000d0.fCycle	*	0x020000d0.LFO FLTR
ST_G_GEQ.ZDL	15.43%	FLT	0x020000e0.St Gt GEQ	G,CDR	0x02000061.St Gt GEQ
ST_B_GEQ.ZDL	17.69%	FLT	0x02000100.St Bs GEQ	B,CDR	0x02800061.St Ba GEQ
BOOSTER.ZDL	13.23%	DRV-G	0x03000008.Booster	G	0x03000150.OutputBST
OVRDRV.ZDL	13.23%	DRV-G	0x03000010.OverDrive	G
T_SCREAM.ZDL	13.23%	DRV-G	0x03000020.T Scream	G	0x03000010.TS Drive
GOVERNOR.ZDL	13.23%	DRV-G	0x03000030.Governor	G
DISTPLUS.ZDL	13.23%	DRV-G	0x03000040.Dist+	G	0x03000160.DIST Plus
DISTONE.ZDL	13.23%	DRV-G	0x03000050.Dist 1	G	0x03000120.DIST 1
SQUEAK.ZDL	13.23%	DRV-G	0x03000060.Squeak	G	0x03000130.Squeak
FUZZSML.ZDL	13.23%	DRV-G	0x03000070.FuzzSmile	G
GRTMUFF.ZDL	13.23%	DRV-G	0x03000080.GreatMuff	G
MTLWRLD.ZDL	13.23%	DRV-G	0x03000090.MetalWRLD	G	0x03000080.MetalWRLD
HOTBOX.ZDL	13.23%	DRV-G	0x030000a0.HotBox	G
Z_CLEAN.ZDL	13.23%	DRV-G	0x030000b0.Z Clean	G
Z_MP1.ZDL	13.23%	DRV-G	0x030000c0.Z MP1	G
Z_BOTTOM.ZDL	13.23%	DRV-G	0x030000d0.Z Bottom	G
Z_DREAM.ZDL	13.23%	DRV-G	0x030000e0.Z Dream	G
Z_SCREAM.ZDL	13.23%	DRV-G	0x030000f0.Z Scream	G
Z_NEOS.ZDL	13.23%	DRV-G	0x03000100.Z Neos	G
Z_WILD.ZDL	13.23%	DRV-G	0x03000110.Z Wild	G
LEAD.ZDL	13.23%	DRV-G	0x03000120.Lead	G
EXTRMDS.ZDL	13.23%	DRV-G	0x03000130.ExtremeDS	G
ACOSIM.ZDL	13.23%	DRV-G	0x03000140.Aco.Sim	G	0x030000c0.Aco.Sim
CENTAGLD.ZDL	23.01%	DRV-G	0x03000150.CentaGold	G	0x03000040.GoldDrive
NYC_MUFF.ZDL	15.10%	DRV-G	0x03000160.NYC Muff	G	0x030000d0.NYC Muff
TS_DRIVE.ZDL	17.97%	DRV-G	0x03000170.TS Drive	G	0x03000010.TS Drive
BGTHRTTL.ZDL	33.96%	DRV-G	0x03000180.BG_THRTTL	G	0x030000e0.HG THRTTL
OCTFUZZ.ZDL	23.01%	DRV-G	0x03000190.OctFuzz	G	0x030000a0.OctFuzz
BGGRID.ZDL	24.48%	DRV-G	0x030001a0.BG GRID	G	0x030000f0.BG GRID
RED_CRU.ZDL	23.48%	DRV-G	0x030001b0.RedCrunch	G	0x03000070.RedCrunch
TB_MK15.ZDL	27.91%	DRV-G	0x030001c0.TB MK1.5	G	0x03000090.TB MK1.5
SWEETDRV.ZDL	35.95%	DRV-G	0x030001d0.SweetDrv	G	0x03000050.SweetDrv
RCBOOST.ZDL	22.65%	DRV-G	0x030001f0.RC Boost	G	0x03000030.RC Boost
DYNDRIVE.ZDL	27.90%	DRV-G	0x03000210.DynmcDrv	G	0x03000060.DYN Drive
FDCOMBO.ZDL	32.50%	AMP-G	0x04000008.FD COMBO	G	0x04000021.FD TWNR
DELUXE_R.ZDL	41.42%	AMP-G	0x04000010.DELUXE-R	G	0x0400002c.FD DLXR
FD_VIBRO.ZDL	32.50%	AMP-G	0x04000020.FD VIBRO	G
US_BLUES.ZDL	32.50%	AMP-G	0x04000030.US BLUES	G	0x04000028.FD B-MAN
VX_COMBO.ZDL	32.50%	AMP-G	0x04000040.VX COMBO	G	0x04000031.UK 30A
VX_JMI.ZDL	41.42%	AMP-G	0x04000050.VX JMI	G
BG_CRNCH.ZDL	32.50%	AMP-G	0x04000060.BG CRUNCH	G	0x04000043.BG MK3
MATCH_30.ZDL	32.50%	AMP-G	0x04000070.MATCH 30	G	0x040000a1.MATCH30
CAR_DRV.ZDL	41.42%	AMP-G	0x04000080.CAR DRIVE	G
TW_ROCK.ZDL	32.50%	AMP-G	0x04000090.TW ROCK	G
TONECITY.ZDL	41.42%	AMP-G	0x040000a0.TONE CITY	G
HW_STACK.ZDL	32.50%	AMP-G	0x040000b0.HW STACK	G	0x04000061.HW 100
TANGERIN.ZDL	32.50%	AMP-G	0x040000c0.TANGERINE	G	0x04000081.ORG120
B_BRKR.ZDL	41.42%	AMP-G	0x040000d0.B-BREAKER	G
MSCRUNCH.ZDL	32.50%	AMP-G	0x040000e0.MS CRUNCH	G	0x04000019.MS 1959
MS_1959.ZDL	41.42%	AMP-G	0x040000f0.MS 1959	G
MS_DRV.ZDL	32.50%	AMP-G	0x04000100.MS DRIVE	G
BGN_DRV.ZDL	41.42%	AMP-G	0x04000110.BGN DRIVE	G	0x04000051.XtasyBlue
BG_DRV.ZDL	32.50%	AMP-G	0x04000120.BG DRIVE	G	0x04000071.Recti ORG
DZ_DRIVE.ZDL	32.50%	AMP-G	0x04000130.DZ DRIVE	G	0x04000091.DZ DRV
ALIEN.ZDL	41.42%	AMP-G	0x04000140.ALIEN	G
REVO_1.ZDL	41.42%	AMP-G	0x04000150.REVO-1	G
SVT.ZDL	26.46%	AMP-B	0x05000010.SVT	B	0x04800011.AMPG SVT
B_MAN.ZDL	26.46%	AMP-B	0x05000020.B-Man	B	0x04800021.BMAN100
HRT3500.ZDL	26.46%	AMP-B	0x05000030.HRT3500	B
ACOUSTIC.ZDL	26.46%	AMP-B	0x05000060.acoustic	B	0x04800061.AC 370
AG_AMP.ZDL	26.46%	AMP-B	0x05000070.Ag Amp	B	0x04800041.AG 750
MARK_B.ZDL	26.46%	AMP-B	0x050000c0.Mark B	B	0x04800070.Mini MkB
_SMR.ZDL	28.19%	AMP-B	0x05100040.SMR	B	0x04800031.SMR400
_FlipTop.ZDL	28.19%	AMP-B	0x05100050.Flip Top	B	0x04800091.FlipTop
_Monoton.ZDL	28.19%	AMP-B	0x05100080.Monotone	B
_SuperB.ZDL	28.76%	AMP-B	0x05100090.SuperB	B
_GKruegr.ZDL	28.19%	AMP-B	0x051000a0.G-Krueger	B
_Heaven.ZDL	28.19%	AMP-B	0x051000b0.Heaven	B
TREMOLO.ZDL	5.97%	MOD	0x06000008.Tremolo	*	0x06000010.Tremolo
DUOTREM.ZDL	6.90%	MOD	0x06000010.DuoTrem	*
SLICER.ZDL	8.48%	MOD	0x06000020.Slicer	G,CDR	0x060000f0.Slicer
PHASER.ZDL	7.48%	MOD	0x06000030.Phaser	*	0x06000040.Phaser
DUOPHASE.ZDL	10.35%	MOD	0x06000035.DuoPhase	*	0x06000171.Duo Phase
WRPPHASE.ZDL	10.07%	MOD	0x0600003a.WarpPhase	*	0x06000160.WarpPhase
THEVIBE.ZDL	10.43%	MOD	0x06000040.TheVibe	*	0x06000060.TheVibe
CHORUS.ZDL	7.91%	MOD	0x06000070.Chorus	G,CDR	0x06000020.Chorus
B_CHORUS.ZDL	9.35%	MOD	0x06000078.Ba Chorus	B,CDR
DETUNE.ZDL	6.83%	MOD	0x06000080.Detune	G,CDR	0x060000a0.Detune
B_DETUNE.ZDL	16.10%	MOD	0x06000088.Ba Detune	B,CDR	0x06800060.Ba Detune
VTGCE.ZDL	9.20%	MOD	0x06000090.VintageCE	*
STCHO.ZDL	8.05%	MOD	0x060000a0.StereoCho	*	0x06000030.StereoCho
ENSEMBLE.ZDL	8.20%	MOD	0x060000b0.Ensemble	G,CDR	0x06a01020.Ensemble
B_ENSMBL.ZDL	12.08%	MOD	0x060000b8.Ba Ensmbl	B,CDR
SUPERCHO.ZDL	9.63%	MOD	0x060000d0.SuperCho	*	0x06000110.SuperCho
VINFLNGR.ZDL	7.62%	MOD	0x060000d8.VinFLNGR	*	0x06000050.VinFLNGR
FLANGER.ZDL	8.05%	MOD	0x060000e0.Flanger	G,CDR
B_FLNGR.ZDL	13.37%	MOD	0x060000e8.BaFlanger	B,CDR
DYNFLNGR.ZDL	10.79%	MOD	0x060000f0.DynaFLNGR	*
VIBRATO.ZDL	7.91%	MOD	0x06000100.Vibrato	*	0x06000070.Vibrato
OCTAVE.ZDL	8.27%	MOD	0x06000110.Octave	G,CDR	0x06000080.Octave
B_OCTAVE.ZDL	9.35%	MOD	0x06000118.Ba Octave	B,CDR	0x06800050.Ba Octave
PTCHSHFT.ZDL	7.33%	MOD	0x06000120.PitchSHFT	*	0x060000b0.PitchSHFT
MNPIT.ZDL	8.05%	MOD	0x06000130.MonoPitch	G,CDR	0x060000c0.MonoPitch
B_PITCH.ZDL	16.40%	MOD	0x06000138.Ba Pitch	B,CDR	0x06800070.BaMnPitch
HPS.ZDL	8.34%	MOD	0x06000140.HPS	G,CDR	0x060000d0.HPS
BENDCHO.ZDL	9.20%	MOD	0x06000150.BendCho	G,CDR	0x06000140.BendCho
MJROLLE.ZDL	11.65%	MOD	0x06000160.MojoRolle	G,CDR
RINGMOD.ZDL	7.19%	MOD	0x06000170.RingMod	*	0x06000090.RingMod
CE_CHO5.ZDL	10.07%	MOD	0x06000180.CE-Cho5	*
CLONECHO.ZDL	10.35%	MOD	0x06000190.CloneCho	*	0x06000100.CloneCho
STONEPHA.ZDL	9.92%	MOD	0x060001a0.StonePha	*	0x06000120.StonePha
BF_FLG_2.ZDL	11.36%	MOD	0x060001b0.BF FLG 2	*
SILKYCHO.ZDL	18.98%	MOD	0x060001c0.SilkyCho	G,CDR
MIRAGECH.ZDL	10.21%	MOD	0x060001d0.MirageCho	G,CDR
CRN_CHO.ZDL	17.11%	MOD	0x060001e0.CoronaCho	*
ANA234CH.ZDL	14.02%	MOD	0x060001f0.ANA234Cho	*	0x06000150.AnalogCho
CRN_TRI.ZDL	27.90%	MOD	0x06000200.CoronaTri	*	0x06000131.CoronaTri
BITCRUSH.ZDL	6.47%	SFX	0x07000010.BitCrush	*
BOMBER.ZDL	10.21%	SFX	0x07000020.Bomber	*	0x07000010.Bomber
MONOSYN.ZDL	9.35%	SFX	0x07000030.MonoSynth	G,CDR
B_SYNTH.ZDL	22.72%	SFX	0x07000038.Ba Synth	B
Z_ORGAN.ZDL	14.67%	SFX	0x07000040.Z-Organ	*
AUTOPAN.ZDL	6.04%	SFX	0x07000050.AutoPan	*	0x07000020.AutoPan
RTCLOSET.ZDL	20.85%	SFX	0x07000060.Rt Closet	*
STDSYN.ZDL	22.72%	SFX	0x07000070.StdSyn	B	0x07800010.StdSyn
SYNTLK.ZDL	22.72%	SFX	0x07000080.SynTlk	B	0x07800020.SynTlk
Z_SYN.ZDL	19.27%	SFX	0x07000090.Z-Syn	B	0x07800031.Z-Syn
DEFRET.ZDL	10.07%	SFX	0x070000a0.Defret	B	0x07800040.Defret
V_SYN.ZDL	24.30%	SFX	0x070000c0.V-Syn	B
4V_SYN.ZDL	17.26%	SFX	0x070000d0.4VoiceSyn	B
DELAY.ZDL	6.76%	DLY	0x08000008.Delay	*	0x08000011.Delay
TAPEECHO.ZDL	7.91%	DLY	0x08000010.TapeEcho	*	0x08000030.TapeEcho
MODDLY.ZDL	8.20%	DLY	0x08000020.ModDelay	*	0x08000050.ModDelay
MODDLY2.ZDL	10.93%	DLY	0x08000028.ModDelay2	B,CDR
ANLGDLY.ZDL	6.61%	DLY	0x08000030.AnalogDly	*	0x08000021.AnalogDly
RVRSDLY.ZDL	7.05%	DLY	0x08000040.ReverseDL	*	0x08000041.ReverseDL
MLTTPDLY.ZDL	11.07%	DLY	0x08000050.MultiTapD	*
DYNADLY.ZDL	11.50%	DLY	0x08000060.DynaDelay	*
FLTRDLY.ZDL	11.50%	DLY	0x08000070.FilterDly	*	0x08000090.FilterDly
PITCHDLY.ZDL	13.80%	DLY	0x08000080.PitchDly	*	0x080000b1.Pitch DLY
STDELAY.ZDL	11.36%	DLY	0x08000090.StereoDly	*
PHASEDLY.ZDL	13.37%	DLY	0x080000a0.PhaseDly	*	0x080000e1.PhaseDly
TGHLDDLY.ZDL	9.63%	DLY	0x080000b0.TrgHldDly	G,CDR
STOMPDLY.ZDL	9.63%	DLY	0x080000c0.StompDly	*
TAPEECH3.ZDL	18.70%	DLY	0x080000d0.TapeEcho3	*	0x080000f1.TapeEcho3
DUALDIGD.ZDL	23.30%	DLY	0x080000e0.DualDigiD	*	0x080000a1.Dual DLY
CRBNDLY.ZDL	23.73%	DLY	0x080000f0.CarbonDly	*
DRV_ECHO.ZDL	55.51%	DLY	0x08000100.DriveEcho	*
SLAPBKD.ZDL	19.27%	DLY	0x08000110.SlapBackD	*	0x080000c1.SlapBackD
SMS_DLY.ZDL	35.09%	DLY	0x08000120.SmoothDly	*
LOFIDLY.ZDL	43.72%	DLY	0x08000130.LO-FI Dly	*
SLWATKDL.ZDL	24.45%	DLY	0x08000140.SlwAtkDly	*	0x08000111.SlwAtkDly
TREMDLY.ZDL	50.62%	DLY	0x08000150.TremDelay	*
FLTERPPD.ZDL	29.77%	DLY	0x08000160.FLTR PPD	*	0x08000081.P-P Delay
APANDLY.ZDL	16.54%	DLY	0x08000170.A-Pan DLY	*	0x080000d1.A-Pan DLY
ICEDLY.ZDL	33.39%	DLY	0x08000180.ICE Delay	*	0x08000101.ICE Delay
HDHALL.ZDL	41.42%	REV	0x09000008.HD Hall	*	0x09000040.HD Hall
HD_REV.ZDL	21.43%	REV	0x0900000c.HD Reverb	*
HALL.ZDL	11.93%	REV	0x09000010.Hall	*	0x09000030.Hall
ROOM.ZDL	11.93%	REV	0x09000020.Room	*	0x09000020.Room
TLDROOM.ZDL	11.93%	REV	0x09000030.TiledRoom	*
SPRING.ZDL	11.93%	REV	0x09000040.Spring	*	0x09000050.Spring
ARENA.ZDL	11.93%	REV	0x09000050.Arena	*
EARLYREF.ZDL	13.23%	REV	0x09000060.EarlyRef	*	0x09000080.EarlyRef
AIR.ZDL	7.33%	REV	0x09000070.Air	*	0x09000010.Air
PLATE.ZDL	28.47%	REV	0x09000090.Plate	*	0x09000070.Plate
MODREV.ZDL	22.15%	REV	0x090000a0.ModReverb	*	0x09400000.ModReverb
SLAPBACK.ZDL	20.13%	REV	0x090000b0.SlapBack	*
SPRING63.ZDL	36.53%	REV	0x090000c0.Spring63	*
CHAMBER.ZDL	33.65%	REV	0x090000d0.Chamber	*	0x090000d0.Chamber
LOFI_REV.ZDL	41.42%	REV	0x090000e0.LOFI Rev	*
CHURCH.ZDL	39.69%	REV	0x090000f0.Church	*	0x090000a0.Church
CAVE.ZDL	31.06%	REV	0x09000100.Cave	*
AMBIENCE.ZDL	40.55%	REV	0x09000110.Ambience	*
GATE_REV.ZDL	34.80%	REV	0x09000120.GateRev	*	0x090000e0.GateRev
RVS_REV.ZDL	28.76%	REV	0x09000130.ReverseRv	*
ECHO.ZDL	32.79%	REV	0x09000140.Echo	*
TREM_REV.ZDL	45.30%	REV	0x09000150.TremoloRv	*
HolyFLRB.ZDL	41.99%	REV	0x09000160.HolyFLERB	*
DYNAREV.ZDL	39.57%	REV	0x09000170.DynaRev	*
SHIMMER.ZDL	52.63%	REV	0x09000180.ShimmerRv	G,CDR
PARTICLE.ZDL	54.36%	REV	0x09000190.ParticleR	G,CDR
SPC_HOLE.ZDL	43.48%	REV	0x090001a0.SpaceHole	G,CDR
MNGLD_SP.ZDL	48.96%	REV	0x090001b0.MangledSp	G,CDR
DUAL_REV.ZDL	52.17%	REV	0x090001c0.DualRev	G,CDR
B_BOOST.ZDL	16.40%	DRV-B	0x0c000010.Ba Boost	B
B_OD.ZDL	16.40%	DRV-B	0x0c000020.Bass OD	B	0x03800070.Bass OD
BASSMUFF.ZDL	16.40%	DRV-B	0x0c000030.Bass Muff	B
B_DIST_1.ZDL	15.24%	DRV-B	0x0c000050.Ba Dist 1	B
B_METAL.ZDL	15.24%	DRV-B	0x0c000090.Ba Metal	B	0x038000d0.BassMetal
_BASS_TS.ZDL	16.25%	DRV-B	0x0c0000a0.TS+DRY	B	0x03800080.BassTsDRV
_B_SQUEK.ZDL	16.25%	DRV-B	0x0c0000b0.Ba Squeak	B
_B_FZSML.ZDL	16.25%	DRV-B	0x0c0000c0.BaFzSmile	B	0x038000c0.BaFzSmile
BASSDRV.ZDL	19.84%	PRE-B	0x0d000010.BassDrive	B	0x03800011.Bass DRV
DI_PLUS.ZDL	19.84%	PRE-B	0x0d000020.D.I Plus	B	0x03800021.D.I Plus
BASS_BB.ZDL	16.40%	PRE-B	0x0d000030.Bass BB	B	0x03800040.Bass BB
DI5.ZDL	19.84%	PRE-B	0x0d000040.DI5	B	0x03800050.DI-5
BASS_PRE.ZDL	19.84%	PRE-B	0x0d000050.Bass Pre	B	0x03800060.Bass Pre
AC_B_PRE.ZDL	19.84%	PRE-B	0x0d000060.AC Bs Pre	B
CMN_DRV.ZDL		CMN-G	0x0f000000.CMN_DRV	G
CMN_BASS.ZDL		CMN-B	0x0f000010.CMN_BASS	B

Offline mode

Hi,

First of all thank you very much for this brilliant utility.
Loved the webpage app concept, so there is no need to install anything on your OS.

Is it possible to use the editor offline?

I tried simply saving the page and run it offline, it does not show the welcome page, and it says:

Another Patch Editor is launched.
This instance is no more effective.
Reload?

With an "ok" button, when clicked it does nothing.

I also tried downloading the whole github repository, and run the index html file, and though it shows the initial welcome page, as soon as you authorize midi access it will give the same error.

Even if I run the html page online it gives the same error.

Again than you very much for this application, it is really really useful.

Keep up the good work.

Support MS-50G+ ?

Does this support the new MS-50G+ ?

Standalone Linux support

I'm trying to build the standalone NW.js app with npm run dist, and I get an error "Failed at the [email protected] dist script 'npx build --tasks win-x64,mac-x64 --mirror https://dl.nwjs.io/ .'." I've also attached the npm debug log:
npm debug log

It looks like dist only contains zip files for Mac and Windows. If that's the source of the problem, are there any plans to create a Linux version?

Effects added with Zoom Effect manager don't load

Effects not native to the MS-70CDR appear in the effect list, however they cannot be added to to a chain... attempting to load them into a slot results in them disappearing after a second or so.

Activate the tap function

Hello, forgive me for my ignorance, I'm new to the MIDI world.
Is there any way to activate the tap tempo function via midi commands?
For example, i can activate the tuner function by sending the command CC74 0/127. Is there a similar command to open the tap tempo function? I don't want to inform the tempo value, just open the function so I can step on the foot and set the tempo.

Setting up tempo in BPM

Hi!
Is there no way at all for setting up patch tempo in BPM other than tapping the button on the pedal? I have CDR-70 and it can get pretty annoying to tap tempo if you need a specific BPM, especially faster tempos.
The BPM value is stored within a patch, so there must be someway to send it via midi, am I wrong?

The problem is that changing BPM is not supported in this particular zoom ms utility, and also in ToneLib Zoom, and the tempo value resets to 120 after export/import patch procedure.

Feature request: Midi messages

This is a great utility! Thank you very much. Are there any plans to add midi messages control? This would look cool on stage.

New UI suggestion

Hi
I forked your repo and made some UI changes:
https://github.com/orjanb-ne/zoom-ms-utility

Not completely finished, but works for now.

Zoom G1Xon support and possible related scripts

Hi, Some other tools seem to have support for G1on, G1Xon, B1on, B1Xon, etc alongside the MS line since they have similar patch support and capabilities. I was wondering if there's any chance to add G1Xon support for this tool since I am doing backups manually. I also have a MS-60b and am able to use this tool with that, but not the G1Xon.

I ran into another person who seems to interface with the broader set of Zoom devices but I don't have Python experience and was wondering if there was any clues to expand support there.
https://andresdemarco.info/ZOOMFIRMWARE/ZOOMIDO-UTILS/

For instance, there's a comment in the script about 1 series models (on/Xon) needing an extra command (a harmless/non-modifying, switching to destination -current- patch)
"if zoomido_utils.model_id in zoomido_utils.models_extra_command1:
zoomido_utils.switch_patch(topatch)"

Please let me know if there's any chance for getting the G1Xon to make it on this list. I would be fully on board to donate if anyone was able to make it work.

Navigate Buttons Left and Right

Help please, i need to find the CC# for the buttons left and right for navigate with my controller. Any idea ?

selected effect chain

what sysex message to show the 'selected' effect chain ?

DSP usage values

I wonder how the reported DSP usage values were defined for each effect?

I understand that the dsp field values are hard-coded in the js/effectslist.js, the reported usage percentage is then calculated as 100/dsp %.

zoom-ms-utility/js/effectslist.js

Lines 615 to 616 in 5bf930c

	0x40200002:{name:"ZNR",group:"COMP",order:105,install:0,ver:0x0111,title:"ZOOM's unique noise reduction",
	dsp:17.4545,dspmax:1/12,dspmin:1/30,

Is this dsp value (17.4545: 5.73%) taken from the corresponding ZDL file (ZNR.ZDL in this case)? Or this is some experimental value derived somehow (how)?

I saw similar percentage values in the Zoom Multistomp Effects List spreadsheet (as referenced on reddit /r/zoommultistomp/wiki) described as approximate values related to DSP Power Consumption, but, again, no explanation as to how they were derived.