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mungewell / zoom-zt2

Python script to install/remove effects from the Zoom G1Four pedal
MIT License
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G1/B1 FOUR effects list #36

Open pan-danio opened 3 years ago

pan-danio commented 3 years ago

So i downloaded all *.zd2 effects for zoom pedals using zdownload. But it isn't always easy to tell what effect is hidden behind some filenames e.g. FD_B4X12.ZD2 or HOTSPICE.ZD2. Fortunately i found decode_effect.py script. Since i own G1 Four and want to use it on bass i made this list/comparison to be easier loading new effects on my device. Maybe some of you find it useful.

Legend:

✔ - available for this model (can be installed through tonelib or guitarlab) ✔✔ - installed by default

Group 1 – DYNAMICS

Filename Size Name Description G1 FOUR B1 FOUR
160_COMP.ZD2 15.5KB 160 Comp This compressor is in the style of the dbx 160A. ✔✔
BLACKOPT.ZD2 24.3KB BlackOpt This is a simulation of the Demeter COMP-1 Compulator. Added parameters allow you to adjust the tone. ✔ ✔✔
COMP.ZD2 13.1KB Comp This compressor in the style of the MXR Dyna Comp. ✔✔
DCOMP.ZD2 24.0KB DYN Comp This is a simulation of the MXR Dyna Comp. Added parameters allow you to adjust the tone and the compressor attack speed. ✔✔
DUAL_CMP.ZD2 14.9KB DualComp This is a compressor which allows separate settings for the low frequency and high frequency range. ✔
GLAMCOMP.ZD2 20.1KB Glam Comp This compressor becomes a glamorous tone as increasing the Shape parameter. Also, you can mix the original sound. ✔✔
GRAYCOMP.ZD2 17.2KB GrayComp This models a ROSS Compressor. Added parameters allow you to adjust the tone. ✔✔
LMT1176.ZD2 26.8KB LMT-76 This is a simulation of the UREI 1176LN. ✔✔ ✔✔
MB_COMP.ZD2 29.4KB MB Comp This is a simulation of the MultiComp (MODE:MB). ✔✔
MUTESW.ZD2 25.3KB MuteSW This effect allows you to mute the volume using the foot switch. ✔
N_GATE.ZD2 23.5KB NoiseGate This is a noise gate that cuts the sound during playing pauses. ✔
OPTCOMP.ZD2 14.0KB OptComp This is an optical compressor. ✔ ✔✔
RACKCOMP.ZD2 17.0KB RackComp This compressor allows more detailed adjustment than Comp. ✔✔
SLWATK.ZD2 26.2KB SlowATTCK This effect slows the attack of each note, resulting in a violin-like performance. ✔✔ ✔✔
ZNR.ZD2 25.7KB ZNR ZOOM's unique noise reduction cuts noise during pauses in playing without affecting the tone. ✔✔ ✔✔

Group 2 – FILTER

Filename Size Name Description G1 FOUR B1 FOUR
A_FILTER.ZD2 15.9KB A-Filter This is a resonance filter with a sharp envelope. ✔
AUTOWAH.ZD2 15.7KB AutoWah This effect varies wah in accordance with picking intensity. ✔✔
B_ATWAH.ZD2 13.5KB BassA-Wah You can adjust the mix of this bass guitar auto-wah with the original signal. ✔✔
BA_CRY.ZD2 14.9KB Bass Cry This talking modulator is suitable for the bass frequency range. ✔✔
BA_GEQ1U.ZD2 16.9KB BassGEQ This 7-band graphic equalizer is suitable for the bass frequency range. ✔✔
BA_PEQ.ZD2 14.4KB BassPEQ This 1-band parametric equalizer is suitable for the bass frequency range. ✔✔
CRY.ZD2 14.7KB Cry This effect varies the sound like a talking modulator. ✔
ENV_FLTR.ZD2 29.9KB EnvFilter This models the MXR envelope filter. ✔
EXCITER.ZD2 13.1KB Exciter This exciter enables flexible control. ✔ ✔✔
GT_GEQ1U.ZD2 17.9KB Gt GEQ This mono graphic equalizer has 6 bands that suit guitar frequencies. ✔
GTGEQ71U.ZD2 17.3KB Gt GEQ 7 This mono graphic equalizer has 7 bands that suit guitar frequencies. ✔✔
HIGH_EQ.ZD2 15.0KB High EQ Designed for high frequencies, this equalizer allows you to select the type. ✔✔
LFO_FLTR.ZD2 15.9KB LFO FLTR This filter effect changes tone characteristics cyclically. ✔
LOW_EQ.ZD2 14.0KB Low EQ Designed for low frequencies, this equalizer allows you to select the type. ✔
LOWPASSF.ZD2 16.7KB LowPassFL This effect varies the low pass filter frequency according to picking intensity. ✔
PARAEQ.ZD2 15.1KB ParaEQ This is a 1-band parametric equalizer. ✔✔
RESONANC.ZD2 15.7KB Resonance This effect varies the resonance filter frequency according to picking intensity. ✔
RNDMFLTR.ZD2 16.5KB RndmFLTR This filter effect changes character randomly. ✔✔
SEQFLTR.ZD2 19.2KB SeqFLTR The sequence filter has the flavor of a Z.Vex Seek-Wah. ✔✔ ✔✔
SPLITTER.ZD2 14.5KB Splitter This effect divides the signal into two bands (high/low) and lets you freely adjust the mix ratio of the two bands. ✔✔
STBGEQ1U.ZD2 19.4KB St Ba GEQ This stereo graphic equalizer has 7 bands that suit bass guitar frequencies. ✔
STEP.ZD2 14.5KB Step This special effect gives the sound a stepped quality. ✔
STGTGE1U.ZD2 16.9KB St Gt GEQ This stereo graphic equalizer has 6 bands that suit guitar frequencies. ✔
Z_TRON.ZD2 14.4KB Z Tron This is like a Q-Tron Envelope Filter in LP mode. ✔✔

Group 3 – DRIVE

Filename Size Name Description G1 FOUR B1 FOUR
ACOSIM.ZD2 25.4KB Aco.Sim This effect changes the tone of an electric guitar to make it sound like an acoustic guitar. ✔✔
B_OD.ZD2 14.8KB Bass OD Simulates the ODB-3 overdrive bass machine from BOSS. ✔
BA_DRV1U.ZD2 39.6KB Bass DRV This is a simulation of the SansAmp BASS DRIVER DI. ✔✔
BA_FZSML.ZD2 15.6KB BaFzSmile This models a FUZZ FACE. An added parameter allows you to adjust the balance of original sound and distortion. ✔
BA_METAL.ZD2 15.6KB BassMetal This models a BOSS Metal Zone. An added parameter allows you to adjust the balance of original sound and distortion. ✔
BA_OCTFZ.ZD2 25.7KB BassOctFZ This fuzz effect adds an octave above. ✔✔
BA_PRE.ZD2 18.5KB Bass Pre This is a preamp model with a 3-band equalizer. ✔✔
BA_TSDRV.ZD2 18.5KB BassTsDRV Simulation of the Ibanez TS808. An added parameter allows you to adjust the balance of original sound and distortion. ✔✔
BASS_BB.ZD2 16.7KB Bass BB This is a simulation of the Xotic Bass BB Preamp. ✔✔
BBB_OD.ZD2 34.2KB BlueB BOD This is a simulation of the MAD PROFESSOR Blueberry Bass Overdrive. An added parameter allows you to adjust the balance of original sound and distortion. ✔✔
BG_GRID.ZD2 19.7KB BG GRID This models a Mesa Boogie GRID SLAMMER. An added parameter allows you to adjust the balance of original sound and overdrive. ✔
BGTHRTTL.ZD2 23.2KB HG THRTTL This models the sound of the Mesa Boogie THROTTLE BOX(GAIN SWITCH:HI / BOOST:ON). ✔✔
DARK_OD.ZD2 33.5KB Dark OD This is a simulation of the Darkglass Electronics Microtubes B3K. ✔✔
DI5.ZD2 19.7KB DI-5 This simulates the AVALON DESIGN U5 preamp. ✔✔
DIPLUS1U.ZD2 37.4KB D.I Plus This is a simulation of the MXR Bass D.I.+, which has both clean and distortion channels. ✔✔
DIST_1.ZD2 24.3KB DIST 1 This models the sound of a BOSS DS-1 DISTORTION. ✔✔
DISTPLUS.ZD2 22.1KB DIST Plus This models the sound of a MXR DISTORTION+. ✔✔
DRKPRE1U.ZD2 47.3KB Dark Pre This is a simulation of the Darkglass Electronics Microtubes B7K. ✔✔
DYNDRIVE.ZD2 29.5KB DYN Drive This effect easily achieves the warm drive tone of a tube amp. (Fulltone OCD) ✔
EP_STOMP.ZD2 16.9KB EP Stomp This models the Maestro Echoplex preamp. ✔✔ ✔✔
GOLD_DRV.ZD2 30.5KB GoldDrive This effect models a famous gold overdrive boutique pedal. (Klon Centaur) ✔✔
MTLWRLD.ZD2 27.0KB MetalWRLD Simulation of the BOSS Metal Zone, which is characterized by long sustain and a powerful lower midrange. ✔
NYC_MUFF.ZD2 17.0KB NYC Muff This models an Electro-Harmonix Big Muff Pi. An added parameter allows you to adjust the balance of original sound and distortion. ✔✔ ✔✔
OCTFUZZ.ZD2 25.7KB OctFuzz This fuzz effect adds an octave above. ✔
OUT_BST.ZD2 19.1KB OutputBST We improved the ZOOM G5n OUTPUT BOOSTER as an effect. ✔
RCBOOST.ZD2 21.4KB RC Boost This booster covers sounds ranging from clean boosts to light drives. (Xotic RC Booster) ✔✔ ✔
REDCRUNC.ZD2 21.2KB RedCrunch Use this effect for the famous "brown sound." (MI Audio Crunch Box) ✔✔
SPTBOOST.ZD2 17.9KB SpotBoost This booster enables flexible control. ✔
SQUEAK.ZD2 24.1KB Squeak This models a ProCo RAT. A parameter has been added that allows you to adjust the mix level of the original sound. ✔✔ ✔✔
SWEETDRV.ZD2 28.6KB SweetDrv This effect models a sweet sounding overdrive. (Mad Professor Sweet Honey Overdrive) ✔✔
TB_MK15.ZD2 38.6KB TB MK1.5 This is a classic fuzz effect. (Sola Sound Tone Bender) ✔
TS_DRIVE.ZD2 18.4KB TS Drive Simulation of the Ibanez TS808. ✔✔
UPOCTBST.ZD2 21.2KB UpOctBSTR This effect adds an upper octave to the original sound. We recommend using the front guitar pickup. ✔
VIOLETDS.ZD2 30.0KB VioletDST This models the sound of a SUHR Riot Reloaded. ✔✔
VOODOO_B.ZD2 34.3KB VooDoo-B This is a simulation of the ROGER MAYER VOODOO-BASS. An added parameter allows you to adjust the balance of original sound and distortion. ✔✔
ZEN_DRV.ZD2 25.5KB Zen O.DRV This models the sound of a Hermida Audio Zendrive. ✔✔

Group 4 – AMP

Filename Size Name Description G1 FOUR B1 FOUR
AC370_1U.ZD2 35.7KB AC 370 This models the sound of the Acoustic 370 bass amplifier. ✔✔
AG750_1U.ZD2 39.3KB AG 750 This models the sound of the Aguilar DB 750. ✔✔
B15N_1U.ZD2 42.2KB FlipTop This models the sound of the Ampeg B-15N bass amplifier. ✔✔
BGMK1_1U.ZD2 42.1KB BG MK1 This models the sound of the Mesa Boogie Mark I combo amp. ✔✔
BGMK3_1U.ZD2 41.8KB BG MK3 This models the sound of the Mesa Boogie Mark III combo amp. ✔
BMN1001U.ZD2 40.5KB BMAN100 This models the sound of the Fender Bassman 100. ✔✔
DZ_DRV1U.ZD2 44.2KB DZ DRV This models the sound of the Diezel Herbert Channel2. ✔✔
EBH3601U.ZD2 46.9KB EBH360 This models the sound of the EBS HD360 bass amplifier. ✔✔
FD_TWR1U.ZD2 42.9KB FD TWNR This models the sound of the Fender '65 Twin Reverb. ✔✔
FDBMAN1U.ZD2 41.4KB FD B-MAN This models the sound of the Fender '59 Bassman. ✔✔
FDDLXR1U.ZD2 43.1KB FD DLXR This models the sound of the Fender '65 Deluxe Reverb. ✔✔
FDMSTR1U.ZD2 44.9KB FD MASTER This models the sound of the Fender ToneMaster B channel. ✔
HW100_1U.ZD2 54.9KB HW 100 This models the sound of the Hiwatt Custom 100. ✔✔
MACH301U.ZD2 48.6KB MATCH30 This models the sound of the Matchless DC-30. ✔✔
MINIMARK.ZD2 32.1KB Mini MkB This models the sound of the Markbass MINIMARK 802 bass amplifier. ✔✔
MS19591U.ZD2 45.1KB MS 1959 This models the sound of the Marshall 1959 SUPER LEAD 100. ✔✔
MS45OS1U.ZD2 46.7KB MS 45os This models the sound of the Marshall JTM 45 Offset. ✔
MS800_1U.ZD2 40.2KB MS 800 This models the sound of the Marshall JCM800 2203. ✔✔
ORG1201U.ZD2 57.8KB ORG120 This models the sound of the Orange Graphic120. ✔✔
RCTORG1U.ZD2 55.8KB Recti ORG This models the sound of the Mesa Boogie Dual Rectifier Orange Channel. ✔✔
SVT_1U.ZD2 38.8KB AMPG SVT This models the sound of the Ampeg SVT. ✔✔
SWR4001U.ZD2 44.5KB SMR400 This models the sound of the SWR SM-400. ✔✔
TE400_1U.ZD2 39.0KB TE400SMX This models the sound of the Trace Elliot AH400SMX. ✔✔
UK30A_1U.ZD2 39.3KB UK 30A This models the sound of an early class A British combo amp. ✔✔
XTSBLU1U.ZD2 42.4KB XtasyBlue This models the sound of the Bogner Ecstasy Blue channel. ✔✔

Group 5 – CABINET

Filename Size Name Description G1 FOUR B1 FOUR
AC_1X18.ZD2 29.4KB AC1x18 This models an Acoustic 301 cabinet with one 18" speaker. ✔✔
AG4X10TW.ZD2 29.5KB AG4x10TW This models an Aguilar GS410 cabinet with four 10" speakers and a tweeter. ✔✔
AM1X15.ZD2 28.6KB AM1x15 This models an Ampeg B-15N cabinet with one 15" speaker. ✔✔
BGN4X12.ZD2 32.1KB BGN4x12 This models the sound of the Bogner Ecstasy cabinet with four 12" Celestion speakers. ✔✔
DZ4X12F.ZD2 32.5KB DZ4x12F This models the sound of a Diezel 412F cabinet with four 12" Celestion Vintage 30 speakers. ✔✔
EB4X10TW.ZD2 29.5KB EB4x10TW This models an EBS ProLine 410 cabinet with four 10" speakers and a tweeter. ✔✔
FD2X12.ZD2 32.1KB FD2x12 This models the sound of the Fender '65 Twin Reverb cabinet with two 12" Jensen speakers. ✔✔
FD_B4X12.ZD2 29.5KB FD-B4x12 This models the sound of the Fender Bassman 100 cabinet with four 12" speakers. ✔✔
FDB4X10.ZD2 32.6KB FD-B4x10 This models the sound of the Fender '59 Bassman cabinet with four 10" Jensen speakers. ✔✔
FDDX1X12.ZD2 32.2KB FD-DX1x12 This models the sound of a Fender '65 Deluxe Reverb cabinet with one 12" Jensen C-12K Speaker. ✔✔
FDMA2X12.ZD2 32.6KB FD MA2x12 This models the sound of a Fender ToneMaster2x12 cabinet with two 12" Celestion G12-80 speakers. ✔
HW4X12.ZD2 32.8KB HW4x12 This models the sound of a Hiwatt SE-4123 cabinet with four 12" Fane speakers. ✔✔
MA2X12.ZD2 32.5KB MA2x12 This models the sound of a Matchless DC-30 cabinet with 12" Customized Celestion G12H30 and 12" Celestion G12M Greenback speakers. ✔✔
MK1_1X12.ZD2 33.6KB MK1 1x12 This models the sound of a Mesa Boogie Mark I cabinet with one 12" ALTEC 417-8H speaker. ✔✔
MK3_1X12.ZD2 32.2KB MK3 1x12 This models the sound of a Mesa Boogie Mark III cabinet with one 12" Celestion Black Shadow Speaker. ✔
MKB2X8TW.ZD2 28.6KB MkB2x8TW This models a Markbass MINIMARK 802 cabinet with two 8" speakers and a tweeter. ✔✔
MS4X12.ZD2 32.3KB MS4x12 This models the sound of a Marshall 1960 A-type cabinet with four 12" Celestion speakers. ✔✔
MS4X12AL.ZD2 32.6KB MS4x12AL This models the sound of a Marshall JTM45 offset half stack cabinet with four 12" Celestion G12 Alnico speakers. ✔
MS4X12GB.ZD2 32.9KB MS4x12GB This models the sound of a Marshall 1960 B-type cabinet with four 12" Celestion G12M GreenBack speakers. ✔✔
ORG_4X12.ZD2 32.6KB ORG4x12 This models the sound of an Orange PPC412 cabinet with four 12" Celestion Vintage 30 speakers. ✔✔
RCT4X12.ZD2 34.0KB RCT4x12 This models the sound of a Mesa Boogie Recto Standard Slant Cabinet ARMOR with four 12" Celestion Vintage 30 speakers. ✔✔
SV4X10TW.ZD2 29.6KB SVT4x10TW This models a SVT-410HLF cabinet with four 10" speakers and a tweeter. ✔✔
SVT_8X10.ZD2 29.8KB SVT8x10 This models the sound of the Ampeg SVT-810E cabinet with eight 10" speakers. ✔✔
SWR_4X10.ZD2 29.5KB SMR4x10TW This models a SWR GOLIATH cabinet with four 10" speakers and a tweeter. ✔✔
TE_4X10.ZD2 29.7KB TE4x10 This models the sound of the TRACE ELLIOT 1048 cabinet with four 10" speakers. ✔✔
UK2X12.ZD2 32.1KB UK2x12 This models the sound of an early British combo amp with two 12" Celestion Alnico speakers. ✔✔

Group 6 – MODULATION

Filename Size Name Description G1 FOUR B1 FOUR
ANA234CH.ZD2 20.8KB AnalogCho This effect simulates an analog chorus. (MXR M-234) ✔
B_DETUNE.ZD2 16.2KB Ba Detune By mixing a small amount of the pitch-shifted effect sound with the original sound, a natural bass chorus effect is achieved. ✔✔
B_OCTAVE.ZD2 11.3KB Ba Octave This effect adds sound one octave below the original sound. ✔✔
B_PITCH.ZD2 22.8KB BaMnPitch This pitch shifter was designed specifically for playing single notes in the bass frequency range. ✔✔
B_ST_CHO.ZD2 16.3KB BassStCho This stereo chorus for bass has a clear sound quality. ✔✔
B_VFLNG.ZD2 18.3KB BaVinFLNG This analog flanger sound is similar to an MXR M-117R. A parameter has been added to cut low frequencies from the effect sound. ✔✔
BASS_PHA.ZD2 21.8KB BassPhase This phaser is good for bass frequencies. ✔
BENDCHO.ZD2 13.0KB BendCho This effect provides pitch bending that uses the input signal as trigger and processes each note separately. ✔
CHORUS.ZD2 13.9KB Chorus This effect mixes a shifted pitch with the original sound to add movement and thickness. ✔
CLONECHO.ZD2 15.1KB CloneCho This analog chorus sound models the Electro-Harmonix SmallClone. ✔✔ ✔✔
CRNTRI3S.ZD2 20.0KB CoronaTri This is a model of tc electronic's CORONA Tri-Chorus. ✔✔ ✔✔
DETUNE.ZD2 15.0KB Detune By mixing an effect sound that is slightly pitch-shifted with the original sound, this effect type has a chorus effect without much sense of modulation. ✔
DUOPHA1U.ZD2 20.3KB Duo Phase This effect combines two phasers. ✔
HPS.ZD2 15.4KB HPS This intelligent pitch shifter outputs the effect sound with the pitch shifted according to scale and key settings. ✔✔ ✔
MONOPITC.ZD2 22.7KB MonoPitch This is a pitch shifter with little sound variance for monophonic (single note) playing. ✔
OCTAVE.ZD2 11.8KB Octave This effect adds sound one octave and two octaves below the original sound. ✔✔
PHASER.ZD2 15.5KB Phaser This effect adds a phasing variation to the sound. ✔✔ ✔✔
PITCHSHF.ZD2 21.8KB PitchSHFT This effect shifts the pitch up or down. ✔✔ ✔✔
RINGMOD.ZD2 14.5KB RingMod This effect produces a metallic ringing sound. Adjusting the "Freq" parameter results in a drastic change of sound character. ✔
SLICER.ZD2 15.4KB Slicer This effect creates a rhythmical sound by continuously slicing the input. ✔
STEREOCH.ZD2 14.6KB StereoCho This is a stereo chorus with a clear tone. ✔✔
STONEPHA.ZD2 21.6KB StonePha This phaser sound models the Electro-Harmonix SmallStone. ✔
SUPERCHO.ZD2 16.3KB SuperCho This models the sound of a BOSS CH-1 SUPER CHORUS. ✔ ✔✔
THEVIBE.ZD2 13.6KB TheVibe This vibe sound features unique undulations. ✔✔ ✔
TREMOLO.ZD2 27.1KB Tremolo This effect varies the volume at a regular rate. ✔✔ ✔✔
VIBRATO.ZD2 14.5KB Vibrato This effect automatically adds vibrato. ✔✔
VINFLNGR.ZD2 16.1KB VinFLNGR This analog flanger sound is similar to an MXR M-117R. ✔✔
WRPPHASE.ZD2 14.8KB WarpPhase This phaser has a one way effect. ✔

Group 7 – SFX

Filename Size Name Description G1 FOUR B1 FOUR
AUTOPAN.ZD2 14.1KB AutoPan This effect moves the sound image cyclically left and right. ✔
BOMBER.ZD2 30.2KB Bomber This effect generates explosive sounds. ✔✔ ✔✔
DEFRET.ZD2 15.6KB Defret Turns the sound from any bass guitar into a fretless bass sound. ✔✔
HOTSPICE.ZD2 21.9KB HotSpice This effect simulates a sitar tone. ✔✔
LPROLL3S.ZD2 28.2KB LoopRoll This effect allows you use the footswitch to sample and hold what you play. ✔ ✔
PH_DIST.ZD2 17.0KB PH+Dist This effect combines a phaser and distortion in the style of the Roland JET PHASER. ✔✔
STDSYN.ZD2 17.6KB StdSyn ZOOM original bass synthesizer sound. ✔
SYNTLK.ZD2 16.9KB SynTlk This effect produces a synthesizer sound similar to a talking modulator producing vowels. ✔✔
Z_SYN_1U.ZD2 18.6KB Z-Syn This bass synthesizer sound adds analog synth fatness. ✔✔

Group 8 – DELAY

Filename Size Name Description G1 FOUR B1 FOUR
ANDLY_3S.ZD2 17.1KB AnalogDly This analog delay simulation has a long delay with a maximum length of 3000 mS. ✔✔ ✔✔
APANDL3S.ZD2 24.5KB A-Pan DLY This combines auto pan and delay to create the effect of the stereo image moving cyclically. ✔
DELAY_3S.ZD2 16.9KB Delay This long delay has a maximum length of 3000 mS. ✔✔ ✔✔
DUALDL3S.ZD2 33.1KB Dual DLY This effect combines 2 delays and is based on the Eventide TimeFactor DigitalDelay. ✔ ✔
FLTRDLY.ZD2 17.0KB FilterDly This effect filters a delayed sound. ✔
ICEDLY3S.ZD2 30.1KB ICE Delay This effect combines pitch shifting and delay. ✔
MODDELAY.ZD2 16.2KB ModDelay This delay effect allows the use of modulation. ✔✔ ✔
PHASDL1U.ZD2 23.5KB PhaseDly This effect applies a phaser to a delayed sound. ✔
PPDLY_3S.ZD2 16.7KB P-P Delay This delay outputs the delay sound alternately left and right. ✔✔
PTCHDL3S.ZD2 18.4KB Pitch DLY This effect applies pitch shift to a delayed sound. ✔
RVRSDL3S.ZD2 16.7KB ReverseDL This reverse delay is a long delay with a maximum length of 1500 mS. ✔✔ ✔
SLATDL3S.ZD2 22.0KB SlwAtkDly This effect combines slow attack and delay. ✔
SLPBKD3S.ZD2 18.4KB SlapBackD This delay features a short delay time that is good for muted rhythm playing and rockabilly. ✔
SOFTEC3S.ZD2 24.8KB SoftEcho This echo has a soft tone. This echo effect allows the use of modulation. ✔✔
TAPEECHO.ZD2 16.6KB TapeEcho This effect simulates a tape echo. Changing the "Time" parameter changes the pitch of the echoes. ✔✔ ✔✔
TPEC3_3S.ZD2 34.6KB TapeEcho3 This tape echo effect models the MAESTRO ECHOPLEX EP-3. ✔

Group 9 – REVERB

Filename Size Name Description G1 FOUR B1 FOUR
AIR.ZD2 14.9KB Air This effect reproduces the ambience of a room, to create spatial depth. ✔ ✔
CHAMBER.ZD2 23.8KB Chamber This effect simulates the reverberations of a chamber-sized room. ✔
CHURCH.ZD2 26.8KB Church This effect simulates the reverberations of a church. ✔
EARLYREF.ZD2 18.8KB EarlyRef This effect reproduces only the early reflections of reverb. ✔
FDSPRING.ZD2 23.2KB FD Spring This simulates the spring reverb of the '65 Fender Twin Reverb. ✔✔
GATE_REV.ZD2 26.1KB GateRev This unique reverb is good for percussive playing. ✔
HALL.ZD2 17.5KB Hall This reverb effect simulates the acoustics of a concert hall. ✔✔ ✔
HD_HALL.ZD2 20.4KB HD Hall This is a dense hall reverb. ✔✔ ✔✔
PLATEREV.ZD2 19.6KB Plate This simulates a plate reverb. ✔✔ ✔✔
ROOM.ZD2 17.5KB Room This reverb effect simulates the acoustics of a room. ✔✔ ✔✔
SPRING.ZD2 17.6KB Spring This reverb effect simulates a spring reverb. ✔✔ ✔✔
mungewell commented 3 years ago

Very cool, and nicely formatted. I might suggest an addition, make the tick mark denote 'installed by default' (green tick) and 'available via GuitarLab' (maybe grey or yellow tick??).

You should definitely share this somewhere like: https://www.reddit.com/r/zoommultistomp/

Did you auto-gen this? The FLST_SEQ can be parsed to a '--summary' which would be fairly easy to text process.

Glad my code what useful to someone. BTW one area left to explore is how the EQ files are different between the G1Four and B1Four... I'm not sure whether they make a difference to how the pedal sounds.

pan-danio commented 3 years ago

Very cool, and nicely formatted.

Thanks!

I might suggest an addition, make the tick mark denote 'installed by default' (green tick) and 'available via GuitarLab' (maybe grey or yellow tick??).

That might be useful, but my G1 is already heavily modified and i don't know which effects were here from factory. Of course i can get this info from official Zoom documentation, but it will be a little tedious. Maybe, when i find time.

You should definitely share this somewhere like: https://www.reddit.com/r/zoommultistomp/

Good idea, i will do that!

Did you auto-gen this? The FLST_SEQ can be parsed to a '--summary' which would be fairly easy to text process.

I've done this semi-automatic. First, looped on folder where my ZD2 files are stored and run decode_effect.py for each file. Later copied this to Excel and made some editing/sorting/grouping. Markdown formatting in VS Code.

Glad my code what useful to someone.

Thanks for your hard work. Your code is super useful!

mungewell commented 3 years ago

You definitely don't want to do stuff the tedious way... the FLST_SEQ is embedded in the FW image and can be extracted.

I have a few on disk.

$ find . -iname 'FLST_SEQ.ZT2' -exec bash -c "python3 -m zoom_zt2 --summary {} > {}.txt" \;
$ find . -iname 'FLST_SEQ.ZT2*' > picklist.txt
$ tar -cf summary.tar -T picklist.txt 
$ tar -tf summary.tar 
./G3n_v2.00_Win_E/zt2/FLST_SEQ.ZT2
./G3n_v2.00_Win_E/zt2/FLST_SEQ.ZT2.txt
./AC-2_Win_v1.10_E/zt2/FLST_SEQ.ZT2
./AC-2_Win_v1.10_E/zt2/FLST_SEQ.ZT2.txt
./AC-3_Win_v1.10_E/zt2/FLST_SEQ.ZT2
./AC-3_Win_v1.10_E/zt2/FLST_SEQ.ZT2.txt
./B1_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2
./B1_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2.txt
./B3n_v2.20_Win_E/zt2/FLST_SEQ.ZT2
./B3n_v2.20_Win_E/zt2/FLST_SEQ.ZT2.txt
./G3n_v2.20_Win_E/zt2/FLST_SEQ.ZT2
./G3n_v2.20_Win_E/zt2/FLST_SEQ.ZT2.txt
./G5n_v3.00_Win_E/zt2/FLST_SEQ.ZT2
./G5n_v3.00_Win_E/zt2/FLST_SEQ.ZT2.txt
./G1X_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2
./G1X_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2.txt
./G1_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2
./G1_FOUR_v1.10_Win_E/zt2/FLST_SEQ.ZT2.txt

summary.tar.gz

mungewell commented 3 years ago

I noticed in playing last night that the format for '--summary' are different between zoomzt2.py and decode_effect.py. I would propose making these the same - layout, with hex for ID.

Do you have suggestion/requirement?

pan-danio commented 3 years ago

I modified decode_effecy.py by myself to include description (stripped) and size in --summary. But i dont think it's needed in production, my use case is kind of narrow. Nice featuture will be to export effect image as file on disk.

mungewell commented 3 years ago

Nice featuture will be to export effect image

try --bitmap flag ;-) https://github.com/mungewell/zoom-zt2/blob/master/decode_effect.py#L57

pan-danio commented 3 years ago

Nice featuture will be to export effect image

try --bitmap flag ;-) https://github.com/mungewell/zoom-zt2/blob/master/decode_effect.py#L57

So basically im kind of blind 😅

EDIT: I'm not blind! ;) I was using RELEASE version (Summer Fun) and there were no such options. I had to git clone to newest version, and now i can use --bitmap feature

shooking commented 3 years ago

BTW I also already use the zoomzt2 to pull out complete state of the pedal (FX/patch), json, bitmaps etc. I render it into tkInter GUI. I also pulled out all of the ZD2s per firmware on my page - normally under DerviedData or something like that.

https://github.com/shooking/ZoomPedalFun

https://github.com/shooking/ZoomPedalFun/tree/main/python - the b1fourx.py (will be renamed) sometimes needs 3 attempts to start. But it decodes if you have a GCE-3 what it is is currently emulating. I will add the code to change its state in future.

I had to make a mod to Mungewell's zt2 parser to handle real G5n/G3n. If you plug them in it should determine the model, parse etc.

TO DO

I am working just now on the FXID/GID - I see the error for the newer A1X FX. more stuff

Regarding the DerivedData

For example - https://github.com/shooking/ZoomPedalFun/blob/main/B1XFour/DerivedData/2.00

pi@raspberrypi:~/Software/ZoomPedalFun/B1XFour/DerivedData/2.00 $ grep description FD_B4X12.ZD2.json 
            "description": "This models the sound of the Fender Bassman 100 cabinet with four 12\" speakers.",

etc

I really like what you've done - how can we merge this into wiki (If you are up for it)

pan-danio commented 1 year ago

Hey, i just upgraded the list to reflect which effects are installed by default on these devices.

I really like what you've done - how can we merge this into wiki (If you are up for it)

@shooking i'll be very happy if you include this list on your wiki

shooking commented 1 year ago

I added a link from the De Re B1XFour

Derived List of FX see LIST OF FX