RigSculpt field guide

RigSculpt Artificer & Workshop · 0.99.2 · Updated 9 October 2026

Conversant Soundworks · RigSculpt 0.99.2

Start with the amp you want to play

You can play a neural amp model or an Artificer amp, then build the rig around it. Both have cabs, effects and performance tools at hand.

I made RigSculpt for my own playing, and your feedback has helped it grow. My suggestion is to start with one sound you enjoy. You can explore the rest when a musical idea takes you there.

In RIG VIEW, open AMP and use the MODE selector. Here are the two ways in:

Play a neural amp model

Choose NEURAL AMP MODEL to load a .nam file. Each NAM represents a recorded signal chain at one setting. Browse for a sound you like, then adjust its input drive and the rig around it.

Input drives the model. In mono FIXED, the head’s Output mirrors the final output; stereo Out A/B instead trim the individual paths.

Load and adjust a NAM · Browse by sound

Play or design an Artificer amp

Choose ARTIFICER AMP MODEL for an amp with its own adjustable circuit. Play a house amp from its front panel, or press DESIGNER to change its parts and build your own variation.

PLAY is the playing surface. The other views let you choose an amp, inspect its build and change the parts behind these controls.

Choose an amp or starting circuit · Open the chassis

Put the rest of the rig around it

RIG VIEW brings the playing panels together. CHAIN VIEW > FIXED shows that same rig as blocks. Both let you select a part of the signal path and adjust it while you play.

The fixed rig brings its playing controls together. VIEW A/B changes the visible amp; AMP STEREO changes the amp arrangement.
  1. Set the input and amp. Calibrate your input, choose the amp sound and set a comfortable output level. Input tools handle noise and pickup voicing.
  2. Choose the cabinet and effects. Choose or blend cab IRs, then add drive, compression and EQ or movement, delay and reverb.
  3. Make the signal path your own. FLEX is a separate rig where you can move effects, repeat them or build parallel paths. Use COPY FIXED when you want to start from your fixed rig.
  4. Keep it ready to play. Save presets and snapshots, or record a loop. MIDI puts controls under your feet. Send and return connects the rig to external gear.

Explore your collection when you are ready

The separate RigSculpt Workshop app measures NAMs, cabinets and reverbs so you can compare them and browse by sound. Its measurements can travel with your files into Artificer. You can play ordinary NAMs and IRs without analyzing them first.

Meet the five Workshop benches · Use your measurements in Artificer

Use Search or the chapter list whenever you need a particular control. The product filter narrows the guide. Turn on Technical notes for more detail. Click a screenshot to enlarge it. The guide and its images work offline. These pictures show a Windows session; your models and settings may differ.

Install and open the programs

Get the package for your operating system from the official Ko-fi page. Check platform availability; the Windows standalone is not available yet.

Choose your platform

The standalone app lets you play without a DAW. It is complete on all three platforms, but availability differs:

On Linux, NAM GPU and the Workshop's Analysis on the graphics card use Vulkan when a suitable driver is present. The card must pass a check against the processor before use; otherwise analysis and playback use the processor.

  1. Extract the whole download. On Windows, right-click the ZIP and choose Extract All…. On macOS, double-click it in Finder. Run installers from the extracted folder. On Linux, extract the ZIP, then each application's .tar.gz archive with your file manager or tar -xzf.
  2. Save your work and close both programs and your DAW. Close background REAPER processes too, so the old plug-in can be replaced. Back up important presets and projects before updating.
  3. Install each program you want. Artificer's bundled sounds let you play immediately. The Workshop measures and organizes your own collection.

Windows

Use the 64-bit package on Windows 10 or 11. Artificer needs an AVX-capable processor; its installer checks this.

  • Artificer: run the installer and approve the administrator prompt. It installs for all users, with the plug-in in the standard VST3 folder. Open RigSculpt in your DAW's effects list.
  • Workshop: run its separate installer, then open it from the Start menu. If offered and you have administrator access, choose Install for all users. A per-user installation also works.

If Windows says “Windows protected your PC”

The Windows installers are not currently code-signed. Microsoft Defender SmartScreen may call them an unrecognized app or publisher. If you downloaded directly from the official Ko-fi page and see that notice, choose More info, check the installer name, then choose Run anyway if offered.

If the message names a detected threat, or offers no Run anyway option, send the exact message. These steps apply only to the unrecognized-app notice. Microsoft explains the notice here.

macOS

Artificer needs macOS 12 or later on Intel or Apple Silicon. Workshop needs an Apple Silicon Mac (M1 or later) with macOS 14 or newer. Both packages are signed and notarized by Apple.

  • Artificer: open the .pkg and enter your administrator password when asked. It installs VST3 and AU plug-ins. Choose the package with the standalone to add the app to Applications.
  • Workshop: open the .dmg, drag RigSculpt Workshop into Applications, then open that copy. Eject the disk image afterward.

Linux

Use the 64-bit x86 download. Both programs need glibc 2.31 or newer (such as Ubuntu 20.04 or later) and X11 or XWayland. Artificer also needs AVX and zenity or kdialog for file dialogs. See each archive's README for the full library requirements.

  • Artificer: close the app and DAW, then run bash install.sh from its extracted folder as your normal user, without sudo. It installs ~/.vst3/RigSculpt.vst3, ~/.clap/RigSculpt.clap and the standalone. Open RigSculpt Artificer from the applications menu or run ~/.local/bin/rigsculpt. Rescan plug-ins in your DAW.
  • Workshop: run bash install.sh in its extracted folder, without sudo. Open RigSculpt Workshop from the applications menu or run ~/.local/bin/rigsculpt-workshop.

Keep the VST3 bundle installed: the CLAP plug-in and standalone read their artwork and factory sounds from it. Update all formats from the same package. Save a RigSculpt preset to move a rig between VST3 and CLAP projects.

The standalone needs system GTK 3, libpng and all three client libraries: ALSA, JACK and PulseAudio, even if you use only one driver. The update check uses libcurl. Workshop includes its own Python runtime. Artificer's README explains optional audio-group setup for real-time priority; it works without this setup.

Fit to screen leaves room for desktop panels and the editor's window. If a manually chosen size extends below your DAW window, choose Fit to screen or a smaller size.

After installation

Reopen your DAW. If RigSculpt is missing, rescan plug-ins; Logic and GarageBand may also need a restart. Check About for the expected version. If an update looks unchanged, check for a background DAW process before reinstalling.

The plug-in uses your DAW's audio settings. In the standalone, output stays muted until you confirm your devices. Choose your interface, guitar input and outputs in the app's audio settings. Open the standalone from Applications on macOS or the applications menu on Linux.

On Linux, File > Audio and MIDI settings selects ALSA, JACK or PulseAudio. On a PipeWire desktop, choose JACK (provided by pipewire-jack) or PulseAudio; ALSA lists only cards PipeWire is not using. JACK uses the server's sample rate, shown in settings. File > Mute output mutes or unmutes the app.

Continue with your first sound or Workshop library setup.

Get your first sound

  1. Connect your guitar to the interface's instrument input. Insert RigSculpt on the guitar track and enable input monitoring in your DAW.
  2. Open the preset-name menu and choose Angelic Clean. It includes a complete rig.
  3. Open the gear, then Setup & display > AUDIO SETUP > Find Interface Input Level…. Choose your interface to fill in its input level and switch on Calibrate Input. Use the calibration for your input configuration. Revisit it if you change the interface gain, pad or instrument/line setting. Calibration cannot fix a clipping interface input.
  4. Return to RIG VIEW. Choose a target peak in the output column, press SET OUTPUT TO TARGET, then play your strongest normal passage while PLAY NOW listens.
  5. Open the amp, EQ or an effect from the signal strip. Make a change, then use Save Preset to keep it. About > Tutorial can guide your next steps.

The standalone uses its own audio settings. After choosing your devices there, follow steps 2 to 5.

Play a rig and adjust a NAM

FIXED is a complete rig, with input tools, amps, cabs and effects already connected. RIG VIEW gives it larger playing panels; CHAIN VIEW shows it as blocks, with the selected block's controls below. Changing views does not change its sound.

  • RIG VIEW: use the larger playing panels.
  • CHAIN VIEW > FIXED: see and adjust the same signal path.
  • CHAIN VIEW > FLEX: play a separate rig with your own effect order and parallel paths. Choosing FIXED or FLEX changes which rig you hear.

In RIG VIEW, open UTIL for input cleanup and pickup voicing, AMP for the amp and cab, and EQ for the parametric equalizer. Open other effects from the signal strip. Supported effects can move before or after AMP; delay and reverb can swap order.

Choose NEURAL AMP MODEL to play a NAM, or ARTIFICER AMP MODEL to play an Artificer amp and open its circuit in the Designer.

FIXED in CHAIN VIEW edits the same rig as RIG VIEW. The selected block opens its controls below the route.

Adjust a NAM

The NAM panel pictured at the start shows these controls together.

Choose NEURAL AMP MODEL in the amp MODE selector. Open the filename to browse, use the arrows to step through models, or open NAM LIBRARY. Check the target slot before loading.

Input drives the NAM harder or more gently. Turn it up for saturation, or down for a cleaner response where the model allows it. A NAM represents one signal chain at one setting; Input does not recreate the original amp's knobs. With valid NAM calibration and input calibration enabled, 0 dB uses the NAM's reference level. Calibrate your interface first.

Gate quiets pauses. Raise its threshold, then check soft notes and sustained endings. It has a separate power switch; UTIL and the NOISE GATE inspector offer Attack, Hold, Release and Floor.

In mono FIXED, Output mirrors the final output control. With stereo amps, Out A / Out B set the separate paths and MASTER sets their combined level. Compare NAMs at similar loudness after changing Input.

ARCHITECTURE shows A1 or offers A2 Full / A2 Lite. Lite uses a smaller network. Each amp saves its own choice. An amber Full-to-Lite indication means Settings > Performance is temporarily overriding Full.

AMP STEREO, STEREO IN, pan and INPUT LINK are covered under two amps. TAME and NAM EQ are separate from the PARAMETRIC EQ. Missing calibration or analysis does not prevent playback.

Find a NAM by sound

  1. Open NAM LIBRARY. Add your folders through Folders > Add folder…, or choose Scan Workshop User Library. RESCAN refreshes the list.
  2. Choose All models, an archetype, Favorites or Recent. Search or use the author, amp and pack groups to narrow the list.
  3. Check the loaded-slot strip, then audition a model. Use the explicit A/B actions to choose a side. In FLEX, open the library from the NAM block you want to change.
  4. Star models you want to keep. EXPLORE shows their available measurements.

Workshop analysis adds tonal comparisons and plots of response to drive. Unanalyzed NAMs still play; an amber information badge explains what is missing.

Hover an author, amp or pack for S (show only this group) and X (hide it). These choices also narrow comparison results. If models seem missing, clear this scope as well as the search. Removing a browser source does not delete files.

Compare related sounds

  • Similar: find models with similar measurements.
  • Partner: find a complementary stereo model. It loads the other slot, which is not always B.
  • MORE LIKE THIS, BUT…: ask for a brighter, cleaner, fuller or otherwise different sound using the offered directions.

These comparisons describe differences, not quality. Directional search favors the starting model's family and marks more distant alternatives. Missing or incompatible analysis can limit results.

The pinned REF row keeps your starting sound close. In Similar and directional results, click it or press R while the browser has focus to hear the original. In Partner results, REF opens details instead, and R is inactive. Up/Down auditions models in the focused list; Enter opens details.

Browse by sound or source. Check the loaded-slot strip before auditioning a result.
EXPLORE opens the selected model. Similar, Partner and directional searches use the available analysis.
The pinned REF preserves your comparison point while you explore the results.

Play two amps together

In FIXED, switch on AMP STEREO. Leave STEREO IN off to feed both amps from a mono guitar; turn it on to feed the left and right inputs separately. AMP A PAN / AMP B PAN place the paths. VIEW A / VIEW B changes the controls you see without soloing an amp.

On a stereo NAM head, INPUT LINK moves both inputs by the same dB amount, keeping their existing difference. Cab blend and pan are separate.

Press MATCH B TO A and play to bring B's loudness closer to A. It changes only B's output trim, leaving A, MASTER and polarity alone. SET OUTPUT TO TARGET sets the combined peak instead. In FLEX, balance with lane levels and amp outputs.

Choose a partner

BUILD STEREO finds a measured partner for a supported NAM. Right-click the button to change the preference for a different amp, or choose a model yourself from the library's Partner results.

In FIXED, it loads the pair, sets wide pans, engages Synergize, then asks you to play for balance and output adjustment. Follow PLAY NOW with your strongest normal attacks and read the report.

In FLEX, it starts from the selected NAM block. It may add a Y branch if the other NAM slot is absent; an existing slot keeps its position. Check the graph and balance manually. FLEX does not run FIXED's listening sequence.

Bring the voicings together

SYNERGIZE adjusts the pair's input drive and output voicing from Workshop measurements. Both NAMs need suitable analysis and comparable types, such as two amp-only models. It does not pair Artificer amps.

Start with the tilt centered for a shared voicing. Tilt toward A to keep more of A's character and bring B toward it; tilt toward B for the reverse. Pan and blend remain separate. Switching Synergize off removes its drive trims and restores the previous NAM EQ. Your manual Input changes remain.

The amp panel and SYNERGIZE INSIGHTS control the same pair. LINKED confirms engagement; CHAIN's linked markers show the voicing relationship, not another audio connection.

Read the curves

The graph strip switches between EQ CHANGES and MEASURED + EQ. The first shows NAM output EQ. The second adds EQ to the stored measurement: grey is the reference, color the predicted result. It spans ±12dB and is not a live analyzer or a view of the whole rig after cabs and effects. Input readouts separate effective level from Synergize's trim.

Set up the fixed rig with RIG FIT

Press RIG FIT to use NAM measurements to set supported drive, compressor and ambience controls, then play for level setting. Include your loudest passages and read the changes before adjusting further. Effect power switches stay yours to choose. A NAM without embedded analysis gets more limited level adjustment.

RIG FIT includes its own stereo balance and leveling. Some controls change before the listening window, so canceling that window does not undo the whole fit.

The A and B view badges select an editor. Synergize works on the eligible neural pair; it does not combine two Designer auditions.
CHANGES describes the applied EQ. MEASURED combines it with the stored measured reference; neither view is a live spectrum analyzer.

Choose and blend cabinets

I suggest finding one cabinet you like before blending several. Keep the amp settings steady while you compare; that makes it easier to hear what the cabinet brings.

Open CAB LIBRARY, add folders through Folders, then search or sort your collection. RESCAN refreshes it. Use the A/B load actions or drag an IR onto the intended cab slot. Adjust filters, blend and pan on the cab panel.

Analysis describes measured sound, such as the low corner and roll-off. Cabinet, speaker and microphone names come from supplied labels, not hardware identification. Untagged IRs still load.

A full-rig NAM already includes a cab. Full rigs bypass the cab automatically can switch off the extra cab when one is recognized. Check the cab switches when changing model types. You can change this setting or override the cab manually.

The detail area keeps declared cabinet labels separate from measured character.

Set the cabinet sound

Load an IR through the cabinet loader or CAB LIBRARY. If your NAM already includes a cab, compare with the cabinet block bypassed before adding another speaker response. The cabinet IR and the Designer's electrical load settings are separate.

CAB STEREO combines two IRs. Cabinet balance and pan are separate from the amp input controls.

Turn on CAB STEREO to use two IRs. Blend moves from all A to all B; Pan A / Pan B place them. Start with one IR, add the other quietly, and check the result in mono.

IMAGE sets both pans:

  • DUAL MONO centres both cabs. Each side carries the same A/B blend, like blending two mics on one cab. It also switches ALIGN on.
  • SPREAD, the default, puts A 75 left and B 75 right.
  • WIDE puts A hard left and B hard right.

The Spread knob moves both pans around their centre: 0 centres both and 100 puts them hard left and right. Double-click returns it to 75.

Try each cab's Ø key if two mics sound thin or hollow together; it flips that cab's polarity. ALIGN makes the earlier impulse wait up to 20 ms to align the main peaks, and gives B the same polarity as A. It measures every loaded cab and reports the change, such as B waits 0.42 ms. Switching ALIGN on resets both Ø keys; they then flip polarity from the aligned sound. Rigs saved before 0.99.2 open with ALIGN off.

Low Cut reduces excess bass and High Cut smooths the top on both sides. Fully lower Low Cut or fully raise High Cut to bypass that cut. Room adds small-room ambience after the cab.

AMP STEREO, STEREO IN and the amp pans are in the head's footer. Cab blend and pan stay here. The NAM head's INPUT LINK links its two input knobs, not the cabinet files or pans.

Choose or start an Artificer amp

Artificer amps are the plug-in's own adjustable amps. Play a house amp, change its parts, or start a design with NEW AMP.

In RIG VIEW, choose ARTIFICER AMP MODEL in the amp's MODE selector and press DESIGNER. In CHAIN VIEW, select the ARTIFICER amp block and open its Designer.

  • PLAY: turn the front controls while you play.
  • CIRCUIT: explore and change the amp's parts and choices.
  • APPEARANCE: arrange the controls and finish the head.

Changing views leaves the sound alone. Changing a control or part changes the playing amp. GUIDE gives you listening cues; UNDO takes back a step. The PLAY view pictured at the start is your way back to the front panel.

Choose a starting amp

LIBRARY holds eighteen house amps and your saved designs. Browse the cards or filter with ALL, CLEAN, EDGE, DRIVE and HIGH GAIN. MY AMPS holds your named amps; LEGACY holds earlier house editions from 0.99 and 0.99.1.

Each house card names its circuit type and musical study. REFERENCE describes that character without loading the amp. Press CLOSE or click outside to return to the cards. The loader also shows the study, such as Solstice (Boutique Edge Study); hover over a compact name to read it all.

Clicking a card loads it immediately and starts both versions in COMPARE DESIGNS alike. PLAY THIS opens the panel; EDIT CIRCUIT returns to your last circuit view. Store an amp snapshot before browsing if you want a way back. UNDO also restores the amp before a library selection.

Keep a version you like

A house card loads its current recipe. Saved amps, snapshots and older projects keep their recorded recipe and settings. SAVE AMP puts your variation in MY AMPS without replacing the house amp.

A note from me. Artificer amps are new in 0.99, and I am still refining the engine. Their sounds will keep evolving, with each revision aimed at an improvement. I will do my best to preserve the values in your saved presets and amps, though keeping those values does not guarantee an identical sound as the engine develops. Reselect a house for its current recipe, and save a copy in MY AMPS of anything you want to hold onto.

Choose a house as a starting point, or press NEW AMP to start from a circuit type.

Start from a circuit type

NEW AMP offers seven starting circuits: CONFIGURABLE CIRCUIT, EARLY-STACK LEAD CASCADE, EARLY-STACK LEAD, PARALLEL PATH, DIODE-CLIPPED LEAD, COLD-CLIPPER CASCADE, OPEN-LOOP HIGH GAIN and BRITISH HIGH-GAIN CASCADE. Select one to read about its sound, parts and signal path. Your current amp keeps playing until you press CREATE AMP; UNDO brings it back afterward.

Each starting circuit is playable. CONFIGURABLE CIRCUIT starts with moderate drive and lets you choose its stages, tone network and power section. The others start from their house amp's sound with HOT INPUT off; COLD-CLIPPER CASCADE uses Lancer's earlier edition. Starting circuits stay the same when a house amp is revised.

For a copy of a house amp's current settings, or one of your own amps, use START FROM AN EXISTING AMP, choose it in LIBRARY and press USE AS STARTING POINT.

GUIDE walks through INPUT, GAIN, TONE, POWER, SUPPLY, OUTPUT and FINISH. It appears above any circuit view and tells you what to listen for. Use NEXT >, < PREVIOUS or HIDE GUIDE. The header's GUIDE returns to your last step; the final OPEN APPEARANCE step opens the panel and finish choices.

Every starting circuit is a complete amp. The details beside the list say what you will be working with.

Shape an Artificer amp with its controls

Drag a knob, hold Shift for fine adjustment, or double-click to restore its loaded value. Hover for an explanation. Available controls depend on the amp's circuit.

ControlWhat to listen for
GAIN / DRIVEGAIN sets the level passed on from the input stage. DRIVE, where fitted, drives the lead branch. Both affect saturation and attack.
BRIGHTLets more treble around GAIN. Its effect is greater at lower GAIN settings.
BASS / MID / TREBLEShape the tone. An early tone network also changes which frequencies reach later distortion.
MASTER / OUTPUTMASTER drives the power section with loudness compensation. OUTPUT trims listening level; use it to compare sounds at similar volume.
PRESENCE / RESONANCEShape upper edge and low-end push through the output feedback, in combination with the electrical load.
CUTAvailable with feedback off. Lower settings darken the sound entering the power section; higher settings open the top.

Controls particular to the house amps

  • Pinnacle adds GAIN FAT, DRIVE BRIGHT and PRESENCE SHIFT.
  • Sterling adds LEAD MASTER and calls its output trim LEVEL.
  • Lancer has LEAD MASTER, TREBLE SHIFT, BASS SHIFT, VOLUME BRIGHT, LEAD BRIGHT, DEEP, RECOVERY (TRIODE or FOLLOWER) and OUTPUT VOICE (LEAD or CLASSIC). Its output trim is LEVEL.
  • Obsidian can place HIGH GAIN MOD before the first amp stage. It starts off. MOD DRIVE sets clipping, MOD TONE shapes the top end and MOD LEVEL sets how hard it pushes the amp. OUTPUT is the final trim.
  • Scorch uses GAIN CHANNEL to choose standard or extended gain; STD GAIN and EXTENDED GAIN keep separate settings. GAIN STRUCTURE offers LOW, MEDIUM and FULL. The main row has STD GAIN, BASS, MID, TREBLE, PRESENCE, THUMP, MASTER and OUTPUT. THUMP is its resonance control; the named voicing controls sit below.

HOT INPUT starts on for Pinnacle, Sterling, Lancer and Obsidian. It adds level and a mid lift before the first stage. Compare it on and off in CIRCUIT, using SIGNAL PATH's first row or PARTS LIST's INPUT section. It is not a panel control. Amps saved before 0.99.2 keep their sound, and NEW AMP starting circuits leave it off.

GRAPHIC shapes five bands after the preamp and before the power section. Sterling, Obsidian and Scorch can add separate bell filters or an interacting inductor network. Pinnacle and Lancer use their circuit's own coil network. Matching slider positions across constructions need not sound alike. This EQ is separate from the rig's parametric EQ.

For clearer gain, compare early bass shaping with a bass boost in GRAPHIC. The first changes what distorts; the second shapes the weight afterward. Where fitted, turning TIGHTNESS clockwise reduces low-frequency drive before distortion.

Keep an earlier amp or try its newer version

Earlier Pinnacle, Sterling, Lancer, Obsidian and Scorch designs keep their sound. When one enters the rig, Artificer offers its newer version. PREVIEW lets you compare EARLIER and NEW; KEEP THIS ONE lasts for that amp until the next load. On Pinnacle, USE THE NEW PINNACLE accepts it, and Don't show this again for Pinnacle stops that amp's offer.

The new Pinnacle keeps your knobs, graphic, pulls and power choices, but not earlier preamp changes from the Designer. For the other four amps, the new version keeps output level and power choices and starts its other controls at its own settings. The older editions remain in LEGACY, marked LEGACY ENGINE.

Earlier saved ampSaved before
Pinnacle sound0.110.78
Sterling sound0.110.82
Lancer sound0.110.95
Obsidian sound0.110.91
Scorch sound0.110.107
Pinnacle's earlier ATTACK response0.110.78

Sterling Legacy and Lancer Legacy offer TIGHTNESS. All five legacy amps offer ATTACK: CLASSIC keeps their earlier response; PRECISE reduces the softened attack under high gain. Earlier Pinnacle designs retain their own ATTACK behavior, where PRECISE drives the power section harder. Obsidian Legacy's MID SCOOP cuts 750 Hz between preamp and power; clockwise deepens it.

Scorch Legacy and older saved Scorch amps on the automatic panel use MAIN, GAIN and VOICING tabs. MAIN holds the active gain, tone and levels; GAIN holds channel, gain structure and saturation; VOICING holds Dirt Fat, Voice, Custom Voice, Response and Thump Frequency. Tabs do not switch the playing channel. Custom layouts keep their full face; AUTO ARRANGE restores the grouped playing panel after PLAY AMP.

Open an amp and change its parts

The Designer opens at CIRCUIT > CHASSIS > TOPSIDE. Choose PARTS LIST, SIGNAL PATH or CHASSIS in the VIEW row. AMP SECTION selects INPUT, GAIN, TONE, POWER, SUPPLY or OUTPUT. Changing views keeps the amp and your selection.

PARTS LIST

Select a stage, then use - and + to step a part or choice while you play. Pinnacle, Sterling, Lancer and its earlier edition, Obsidian and Scorch open into circuit parts such as resistors, capacitors, pots and supply rails.

CHANGED marks an edit. DETAILS shows the loaded and drawn values. INACTIVE means a panel switch has taken the part out of the signal path; you can still set it. RESTORE LOADED VALUES returns a stage to its loaded settings, and UNDO takes back a step.

Configurable amps also have choices for stages, tone network, clipping, power, supply and load. Open a choice's DETAILS, then ALL OPTIONS > to see its options together. Where an option has editable parts, they follow it in the list. Choosing a different option starts from that option's values. A stage left out of the selected gain cascade is marked.

SIGNAL PATH

Follow the stages in the order your signal meets them. Each row names its job and related panel settings. Switched-out stages are dimmed with a reason. Branches, supply and feedback have their own rows.

Select a stage for WHAT IT DOES, IN THIS AMP and LISTEN FOR. Where available, NOW shows how hard it is driven while you play. EDIT THESE PARTS, OPEN THIS CHOICE or SHOW ON THE PANEL takes you to its controls. AMP SECTION scrolls to that part of the path.

SIGNAL PATH lists the amp's stages in signal order and explains the one you select.

CHASSIS

Use CAMERA to choose TOPSIDE, UNDERSIDE or REAR. TOPSIDE shows tubes, transformers and rear controls. UNDERSIDE shows boards and wiring, including the selected stage's connections. REAR shows the output assembly.

Hover over a part to name it. Click to open its stage or choice in the STAGE EDITOR beside the picture. CLOSE gives the picture its width back. Use STAGE LIST if you prefer choosing by name.

UNDERSIDE turns the chassis over: the boards, their parts and the wiring, with the selected stage's components outlined. Click a board or a stage to edit it directly.

The layout follows the amp, so component positions vary. It is an idealized view, not a wiring or service diagram. Some assemblies explain their role without offering a sound control. Use SIGNAL PATH to follow the circuit.

ABOUT THIS CIRCUIT names the circuit, starting amp and your changes. It also explains how edits are applied: SMOOTH changes with a short fade; PREPARED FIRST keeps the amp playing while the change is prepared.

Choose the output load and supply

In CHASSIS > REAR, click either speaker outlet for ELECTRICAL LOAD. Both use the same load; they do not add an audio path or change cab routing. RESISTIVE, BROAD and PRONOUNCED change the output response and its interaction with feedback. Choose the acoustic speaker sound separately in CAB IR.

The power transformer opens SUPPLY CHARACTER; the rectifier opens RECTIFIER. The choke and output transformer explain their physical role and have no setting. OUTPUT BUILD, in SUPPLY, changes headroom and supply character. Its wattage labels describe design categories, not a measured electrical output.

The speaker outlets lead to the amp's electrical load. CAB IR remains the separate acoustic cabinet stage.

See and restore your changes

ABOUT THIS CIRCUIT and the name entry in MY AMPS list what differs from the starting amp: panel values, switch positions, choices and parts. PARTS LIST marks an edited stage CHANGED. Use RESTORE LOADED VALUES or RESTORE THIS CHOICE to undo that portion of an experiment.

A stage of choices on an amp built on the configurable circuit: each row, its option and what it stands for.

Arrange and finish your amp

Open APPEARANCE > PANEL LAYOUT. Select a control to RENAME, RESET LABEL or REMOVE it. Choose LARGE, MEDIUM or SMALL spacing, drag controls to empty positions or swap them, or use AUTO ARRANGE. Named circuit controls can move but cannot be removed. The arrangement also appears on the head in RIG VIEW and CHAIN VIEW.

REMOVE hides a control, not its circuit. Restore supported controls from the list; where offered, choose KNOB or SWITCH. PLAY AMP returns to playing.

Add a control and its circuit

Right-click the metal face for ADD. A plain item adds an existing control. + CIRCUIT also changes the amp: read the explanation before pressing ADD CIRCUIT & CONTROL.

Adding GRAPHIC enables its retained EQ settings. Adding CUT removes negative feedback and takes PRESENCE and RESONANCE off the panel. CANCEL leaves the amp unchanged; UNDO restores the circuit and panel together.

Adding a missing circuit is an explicit sound change. The editor explains it before applying the control.
Arrange the playing controls on the panel, then use PLAY AMP to return to playing.

Choose the finish and badge

In APPEARANCE > FINISH & KNOBS, choose GRILLE, METAL FACE, CABINET & TRIM, MODEL BADGE and KNOBS independently. The preview follows each choice. ORIGINAL LAYER restores only that layer; DONE returns to PANEL LAYOUT. These changes do not affect the sound.

For lettering, open APPEARANCE > BADGE, or press BADGE on the head in PLAY or PANEL LAYOUT. CUSTOM TEXT allows up to 32 characters; HOUSE BADGE restores the inherited artwork. Badge text is separate from the name you choose with SAVE AMP. The saved amp keeps its finish.

Mix compatible layers independently. Finish changes affect the look; circuit choices affect the sound.
Knob finish is one of several independent visual choices for the same circuit.

Compare and save your amp

COMPARE DESIGNS holds versions A and B of this amp. They start alike when you load a new amp. The A | B buttons choose which plays; they are separate from the rig's stereo amp paths.

  1. Use COPY CURRENT A TO B to keep your starting sound in both versions.
  2. Select B and change one thing. Switch between A and B while playing the same phrase; match listening levels with OUTPUT.
  3. Keep the version you prefer, or use COPY CURRENT B TO A to copy it back.

The four AMP SNAPSHOTS keep checkpoints for this session, including panel and finish. STORE keeps the playing design, RECALL loads it, and REPLACE overwrites a filled row. UNDO can take back a recall. AMP-page and CHAIN-block control changes keep your comparison; Undo stays with the amp you are editing.

SAVE AMP asks for a name and keeps the design in MY AMPS. For an existing name, choose REPLACE, SAVE COPY or CANCEL. The amp keeps playing. Use Save Preset to keep the surrounding effects and routing too.

Build your own signal path in FLEX

You can stay with FIXED for a complete rig. When you want an effect somewhere else or two sounds in parallel, FLEX gives you that freedom. Start with one change and listen before adding another.

  1. Find a sound you like in FIXED and save a preset.
  2. Open CHAIN VIEW, select FLEX and press COPY FIXED. This replaces your current FLEX board; later FIXED changes do not follow it.
  3. Click a notch on the rail to add a block. Click a block for its controls, or drag it to move it.
  4. Right-click a block to wrap it in a split. Start with two lanes, listen after each change, and use UNDO when needed. Save the preset to keep the arrangement.

A Y split sends the same source to both lanes. L / R separates the input channels, Crossover separates frequency ranges, and A | B switch selects an alternative. The lanes meet again after their effects. Set their levels and pans there; a Y split also has BLEND, with both lanes at full level in the centre.

Repeated effects have their own settings. An Artificer block's DESIGNER edits that amp. Check the selected block before turning a control.

Blend several cab mics

Add CAB LAYERS from the CAB category to blend up to four IRs as one cab on both sides. It starts with your rig's cab, or a factory cab if none is loaded. Each layer has ON, LEVEL, Ø for polarity and DELAY.

CABS opens CAB LIBRARY for that layer. Browse and load until you press DONE, or use FILE… to choose a file. ALIGN lines up the peaks and polarity with the first layer. LEVEL MATCH keeps the blend at the first layer's loudness. Adjust LEVEL to change the mix, or DELAY to hear the effect of a later-arriving mic.

Input tools and their suggested order

When you add or move an input tool, FLEX can suggest HUSH > NOISE FILTER > DESCENT > PICKUP. You can accept, choose Use my original position, or disable suggestions. Enable them again from IN > Suggest input utility order. Existing boards are not rearranged when loaded.

NOISE GATE opens the NAM slots' advanced gate controls. In FLEX it serves NAM slots A/B, not Artificer blocks. BACK TO BLOCK or Escape returns to the block.

A send that follows the chain

A SEND's TAP chooses HERE, at the block, or AT OUT, including later effects. Put it before the cabs to feed a real guitar cabinet with delay and reverb but no cab IR. The lit keys under THE SEND HEARS show what reaches the send. Dim keys cannot join it. Both outputs follow the same settings and stay in time.

Effects on the send use extra processing. Delay, reverb and a held AFTERGLOW pad continue when you change presets, remove the send or return it to HERE. Release or clear the pad when finished.

Adding a block does not connect it to outside gear. Follow Send and return in a DAW, or the standalone steps.

Cab blocks made by COPY FIXED preserve the fixed cab routing. Moving one to a stereo lane or loading a second cab into slot B makes them ordinary independent cab blocks. Two cabs in a Y split after the amps each hear both amps.

FLEX keeps a separate rig. Follow the rail from IN to OUT, and select a block to edit that instance.
The add menu includes Y, L/R, crossover and A/B structures. Use a simple two-lane split before building a larger route.
NOISE GATE opens the detailed inspector. In FLEX it serves NAM amp slots; BACK TO BLOCK returns to the selected effect.

Shape the guitar before it reaches the room

In RIG VIEW, click UTIL, COMP, DRIVE, VIBE, CHORUS, EQ, CAB IR, DELAY or REVERB on the signal strip. CHAIN VIEW shows the same rig as blocks. Choose FLEX to change their order and place effects on separate paths.

CHAIN VIEW uses the same pedal artwork and controls. The lane decides where each effect runs, so some routing controls, such as the drive's ROUTE selector, are absent there. Bypass an effect to compare. Most RESET buttons restore the pedal's settings but keep its mode and power state.

Effects before the amp change what drives it. Effects after the cab shape the finished sound. Set the amp and cab first, then add compression or drive, followed by modulation, delay and reverb. Play the same phrase and add one effect at a time.

Clean up the incoming guitar

Use HUSH for steady pitched hum, NOISE FILTER for broadband noise, and GATE for the gaps between notes. Start with the problem you hear; combine tools if needed.

UTIL brings the input tools together. Gate thresholds can differ for A and B; their timing and floor are shared.

HUSH

Turn the guitar's volume up, still the strings and press LEARN. Stay quiet for about three seconds while HUSH measures the hum and its harmonics. Check the status for success, then set Depth. The result is kept between sessions. Learn again if the guitar, wiring or background noise changes.

NOISE FILTER

AUTO follows background noise in eight frequency regions as you play. Start there. For MANUAL, keep the input quiet and press LEARN, then compare quiet note decays. This learned profile lasts for the session. Learn again after a sample-rate change or if the status says no profile.

Hi Thresh / Lo Thresh limit the automatic cleanup; they are not gate thresholds. Depth limits noise reduction. A quick Attack preserves picking detail; a longer Release smooths abrupt changes. If soft notes lose detail, lower Depth and compare bypass before raising amp gain.

GATE

Set Thresh just above idle noise, then play your quietest notes. Attack sets how quickly the gate opens. Hold keeps it open after a note falls below threshold; Release sets the closing fade. Longer Hold or Release preserves tails; shorter settings tighten stops. Floor sets the level when closed.

A fixed stereo rig has separate A and B switches and thresholds. In CHAIN VIEW, press NOISE GATE for these controls, then BACK TO BLOCK to return. In FLEX they stay with the NAM slots. They are not movable effects and do not gate Artificer blocks.

DESCENT and PICKUP REVOICER

DESCENT is an experimental down-tuner, including an octave-down option. Choose your tuning and compare single notes with chords. Voicing keeps more or less of the guitar's original body. Stability trades quick tracking for steadier held notes.

PICKUP REVOICER changes the signal before the amp. In VOICE, choose the pickup character you have and the one you want. Amount blends the conversion; above 100% it exaggerates it. CUSTOM lets you change both designs through Wind, Aperture and Damping and cable loading. Save them in My Pickups. Explore the response by ear; it does not promise an exact copy of a physical guitar.

In FLEX, the suggested input order is HUSH → NOISE FILTER → DESCENT → PICKUP, ahead of other effects. A placement suggestion lets you accept it, keep your position or disable suggestions. Re-enable them from the IN chip's menu.

COVENANT

VoiceTry it for
SENTINELEven leveling with relatively little added character. Start here for clean rhythm or gentle post-amp control.
EMBERSmooth compression with a lingering recovery. Useful for rounded clean parts and sustained phrases.
TALONA faster grab and more bite as it compresses. Try it for assertive picking or tighter dynamics.
OATHDeep, fixed-ratio compression for pedal-like sustain. Blend some dry signal back when the attack becomes too soft.

Start in Simple. Set compression with Amount and mix it with your dry sound using Blend. Speed changes attack and recovery together: lower settings leave more pick attack, higher settings sound more controlled. Watch the gain-reduction meter as you play.

Rig-Aware adjusts the target from the loaded amp's Workshop measurements, or leaves it alone without them. It reads the NAM in the amp slot; with an Artificer amp it stands by and its readout says NAM amps only. In Expert, adjust Threshold, Ratio, Attack, Release, Makeup and Mix directly. Ember and Oath keep a fixed Ratio. Play, then press FIT for a measured starting point.

In the fixed rig, Pre compresses before the amp; Post follows the cab, before delay/reverb; End follows the effects. Post controls the amp without compressing its reverb tail. Use End gently to make the whole sound move together.

Expert exposes the individual dynamics controls; Simple offers Amount, Speed and Blend.

CRUCIBLE

ModeCharacter and useful controls
GILDA cleaner push through edge-of-breakup. Its Voice choices are Classic, Open and Fat.
BLOOMSoft overdrive for body and sustain. Sponge adjusts the yielding feel under the note.
STORMHarder distortion with more gain. Edge adjusts its bite.
NEURALA drive, boost or fuzz pedal NAM. Load one to play into your amp.

Start the three built-in voices with Drive, Tone and Level. Texture changes the saturation; Tight firms the low end. To tighten a saturated amp, try low Drive, more Tight and enough Level to push the amp. Compare at similar loudness.

Amp Match adapts the drive to the amp's measurements; Pickup Match uses the pickup character. Hold Level uses the amp's measured response to compensate for expected volume changes as you adjust drive. Both read the NAM in the amp slot; with an Artificer amp they stand by and their readouts say NAM amps only. Check the readouts for missing information. Use Amp Out for the final level.

In NEURAL, Input sets how hard you drive the pedal NAM; Level sets what it sends to the amp. OUTPUT CAL uses the NAM's available calibration data for that level. Check any missing-data notice beside the loader. Pedal NAMs have separate folders and a browser of their own. In a fixed stereo rig, ROUTE selects Both, A or B. In FLEX, put the pedal on the lane you want.

GILD is one of CRUCIBLE’s voices. Choose the mode first, then adjust its contextual controls.

Choose the EQ for the job

The NAM panel's eight sliders work together from Sub through Air for broad voicing changes. Neutral clears your changes. Flatten counters the measured response when available; Accentuate emphasizes it. View: Changes shows your correction; View: Measured adds the measured reference. The graph does not show a live spectrum.

TAME separately reduces measured NAM resonances. Its power and depth apply to both NAM slots, but a slot with no measured peak stays unchanged. Use TAME for that resonance, then shape the voicing with EQ.

NAM voicing and resonance correction stay on the amp island. The independent parametric EQ is a separate block.

Open EQ for eight independent PARAMETRIC EQ bands. Bell shapes a region; Low shelf / High shelf shapes a broad end; Notch removes a narrow tone. Low cut / High cut removes an end with 12, 24, 36 or 48 dB/oct slopes.

PARAMETRIC EQ gives each band its own frequency, shape and width. Choose the bank before editing.

Drag a numbered point for frequency and gain; scroll over it for Q. Higher Q is narrower or more resonant. Hold Shift for finer dragging. Right-click a point or band tile to bypass it. Double-click a value to type it, including 2.4k for a frequency. The graph previews the response even while bypassed.

In FIXED, AMP A and AMP B each have post-amp EQ; AMP B requires stereo amps. RIG shapes their combined sound before the cab. In FLEX, put a PARAMETRIC EQ block where needed, including on each amp lane. Start with one broad cut, match the output level, and compare EQ ON with BYPASS.

Add movement, echoes and space

Open VIBE for SÉANCE. Choose Mono for one swirling phase, Stereo for two across the field, or Rotary for rotation with gradual speed changes. Set Speed freely or use Sync with a musical division. Intensity sets strength, Voicing changes the sweep and Grit adds drive. Raise Mix toward vibrato. Use Spread / Width in a stereo position. V1 / V2 compares sweep versions without losing your settings.

Open CHORUS for CHIMERA and choose one of six characters:

ModeTry it for
SingleOne moving voice for restrained chorus.
EnsembleSeveral voices for a broader, softer texture.
TriDense movement from three chorus voices.
DimensionStereo body with little obvious wobble.
DetuneStable pitch widening, useful when rhythmic movement distracts from picking.
MirageChorus motion combined with stable detune width.

Start with low Mix, then set Rate, Depth and Detune. Low-Keep leaves the bass dry. Character warms the sound; Tone darkens the wet signal. More Feedback brings flanging. Try the polarity switch and TZF for different comb and through-zero sounds. Shapes are Tri, Trap, Sine and Rand. In RIG VIEW, Preamp sends modulation into distortion; FX Loop puts it after the cab.

CHIMERA combines chorus and detune choices with wet-signal shaping. Begin with Mix, then add movement.

AFTERECHO and AFTERGLOW

ModeStarting use
StereoIndependent left and right times and feedback.
DualTwo taps for cross-rhythms across the stereo image.
Ping-PongAlternating left/right repeats; the right timing follows the left.
SlapA short, centered repeat for thickness.
ReverieEchoes dissolving into ambience. Diffuse smears the repeats; Bloom adds circulating pitch shimmer.

Choose Sync for tempo divisions or set milliseconds. Start with Time, Feedback and Mix. Duck lowers echoes while you play and lets them return in the gaps. Tone darkens repeats; Mod adds movement. FIT sets Tone, Duck and Mix from available amp measurements. Tail Fit needs a measured convolution reverb to limit feedback against its decay.

Live repeats and the held AFTERGLOW pad have separate controls.

AFTERGLOW

Play a chord and press FREEZE to hold a pad, then play over it. LEVEL sets its volume; SWELL sets its entrance and release. Vapor is airy, Vesper still and clear, Vault adds a lower foundation and resonant upper layer, and Waver drifts. SHEEN adjusts the upper layer where available.

SHIMMER and its octave/fifth/both selector shape the pad. Reverie's BLOOM shapes the live repeats. MELT / STACK makes new grabs replace the held pad or add up to four layers. The pad and its settings survive preset and routing changes. Release FREEZE or press CLEAR to finish. With a mapped footswitch, tap while held to re-grab; double-tap or hold to release.

RELIQUARY

ModeCharacter and choices
CONVLoad a reverb IR. Trim shortens its recorded tail; 0% keeps the full IR. Use Folders for your own impulses or the factory set.
SANCTUMA hall. Chapel is more direct; Cathedral blooms in more gradually with a lingering low body.
AEGISA plate. Argent is the classic voice; Temper starts with a bright splash that darkens as it develops.
TENSIONA spring character. Drip shapes its response; Drive adds grit and a yielding pitch character.
ASCENTA wash whose remaining tail becomes brighter as its body fades. Lucent clears sooner; Gloaming stays warmer and fuller. No pitch shimmer is required.
SOLACEA pitched cloud. Shimmer controls its level, Regen feeds generations back, Swell softens their entrance, and Interval selects 8ve or 8ve+5th.
Only the controls that apply to the selected reverb appear.

Keep Mix low enough to hear the phrase clearly. Predelay separates the reverb from the first note; Duck lowers it while you play. Low Cut / High Cut shape the tail. The algorithmic modes have Decay, Size and a third control that changes with the mode.

Press FIT for a starting point based on the IR's measurements in CONV or the amp's measurements in other modes. It tells you if the data is missing. DUAL separates the left/right reverbs; off uses one stereo space. DUAL uses more processing, and changing it clears the tail. CONV handles its own channels and has no DUAL switch.

Save a rig and keep a performance going

Save Preset stores the rig, effects and routing in a .rigsculpt file. Load Preset recalls it; older .namsculpt presets also load. Click the top-bar name for the preset menu, or use its arrows to step through the list. Manage preset folders… adds your folders.

The menu lists YOUR PRESETS first and FACTORY PRESETS below them. A preset of yours may carry the same name as a factory preset; both stay listed, and the arrows step through both groups.

  1. Choose Snapshots… in the preset menu.
  2. Use Save current rig to A for the starting sound.
  3. Make a variation and save it to another slot, A through D.
  4. Save the preset to keep all four rig snapshots.

The Designer's SAVE AMP, AMP SNAPSHOTS and A/B in COMPARE DESIGNS keep amp designs, rather than the whole surrounding rig.

Keep FX on/off across recalls… keeps selected pedal switches as you change presets. It starts off and keeps switches, not tone settings. It does not override a DAW project's state; extra FLEX instances retain their own recalled switches.

Record a loop and keep playing

The LOOPER records up to 60 seconds of the finished rig. Record a rhythm, then change your sound and play a lead over it. Use the MIDI panel's looper controls or MIDI SETUP walkthrough. The on-screen pads follow your mapped footswitches.

Press REC to start, again to close and play the loop, then again to enter or leave overdub. STOP stops playback; its PLAY action restarts the loop. REC from stopped starts a new take. UNDO removes overdubs newest first, keeping four layers of history. CLEAR erases the loop. Record the output in your DAW to keep a take beyond the session.

Switching a time effect off can leave its tail ringing. An AFTERGLOW pad and a loop are separate from those tails. The delay's CLEAR silences its stored echoes and pad; the looper's CLEAR erases the loop. After a preset change, let the transition finish before judging the new sound alone.

The looper stores the finished rig sound for a performance. Record the output in your DAW to keep the take.

Set your input, output and playing quality

Open the gear, choose Setup & display and find AUDIO SETUP. Find Interface Input Level… fills in your interface's instrument-input level and enables Calibrate Input. You can also enter the dBu value from its manual. Use the value for your actual input configuration, then adjust the amp's Input or Gain by ear.

NO CAL DATA means the NAM lacks its input-level reference. Workshop tone analysis does not supply it. Your interface setting is retained for compatible NAMs; do not invent a level just to remove the warning.

Use Size > Fit to screen for a comfortable editor size. The menu offers 50% to 150% in 5% steps; Linux also offers 175, 200, 225, 250, 300, 350 and 400%. Drag a corner for sizes between them. Sizes beyond the screen are greyed out. The Settings slider covers 50% to 150%, and artwork strength is there too.

Choose quality for playing and exporting

Settings > Performance separates NAM Playback Mode from Render Mode. Performance reduces processing while you play; Studio uses the saved NAM settings. For export, Maximum uses the Render OS policy. Match live uses the saved settings without the live Performance override. Check the captions for what is running.

ARTIFICER has a separate Performance/Studio choice and defaults to Performance when no preference is saved. It can affect tone as well as processing. A pending change may need an audio reset or a plug-in reopen; Stop/Play is not enough in every DAW. NAM GPU settings do not control Artificer amps.

On Linux, NAM GPU uses Vulkan after the card passes a check against the processor. If it cannot run, or falls behind while playing, the processor takes over and the Settings row explains why. Press NAM GPU to try again. Render Mode also depends on the DAW telling the plug-in it is exporting.

Learn inside the instrument

About > Tutorial offers 47 cards. Start with the introduction or choose a topic for routing, the Designer, NAMs, effects or setup. Cards show the relevant controls. The NAM example uses Angelic Clean without replacing your playing rig or library. Return to TOPICS to choose another subject.

Choose the interface calibration for the input configuration you actually use.
NAM and ARTIFICER have separate quality settings. Compare the result under your own sample rate, buffer and rig.

Set the listening level and tune

The sidebar MASTER sets the rig's final listening level. An Artificer amp's MASTER drives its power section instead. Use amp outputs and lane levels to balance the rig, then the sidebar MASTER for the result.

Set TARGET PEAK and press SET OUTPUT TO TARGET. During PLAY NOW, play your strongest normal passage. The helper sets MASTER from that measurement. It is not a limiter; harder playing later can exceed the target.

MATCH B TO A balances a FIXED neural stereo pair by changing only B's output trim. It leaves A, MASTER and polarity alone. Set the target peak separately. For Artificer pairs and FLEX, balance amp outputs and lanes by hand. BUILD STEREO and RIG FIT keep their own automatic balancing and output-level steps.

Tune the instrument

Play one note and let TUNER settle. Click its display for Needle / Strobe, or SETUP for range, tuning, reference pitch and Sweetened offsets. A440 is the starting reference; use the one your ensemble uses.

ON / OFF stops or starts pitch detection across all instances. For silent tuning, assign Mute (tuner) in MIDI controller setup. It wakes an off tuner while muting the output. The reading follows your guitar before DESCENT, pickup revoicing and the amp; stereo input uses the left channel.

The sidebar remains available while browsing. Set the listening level from your loudest normal playing.

Choose amp quality

In Settings > Performance, ARTIFICER selects Performance or Studio quality for Artificer amps. Performance is the default and uses less CPU. The settings can sound different; your parts choices stay intact.

The caption shows the setting in use. A pending change needs an audio reset from the host or a reopened plug-in; Stop/Play may not be enough. Offline renders use the applied setting too. NAM Playback Mode, Render Mode and GPU settings are separate.

Connect a controller

  1. Route MIDI to Artificer in your DAW. In the standalone app, choose your controller under MIDI Device Settings in the audio and MIDI settings. Set Input Channel to its channel or all.
  2. Open Settings > Workflow > MIDI controller setup…, or press MIDI in CHAIN VIEW. Press a hardware switch and check MIDI in. Fix the routing first if nothing arrives.
  3. Press + Add control (Learn), then move or press the control. On BOARD, right-click it to choose actions. In LIST, use the row's + button.
  4. Test one effect switch and one expression control before adding more.

A profile for each controller

Profile keeps a controller's layout, learned controls, assignments and preset bank together. Its menu makes, duplicates, renames, imports and exports profiles. Your earlier assignments become Main when 0.99.2 first starts.

Layout sets the board. Making it smaller deletes nothing; controls that no longer fit stay in LIST. A profile holds up to 40 controls. The selected profile is also used in windows opened later.

What a control can reach

Choose an effect, amp control, FLEX block, preset, snapshot or looper action. Any parameter… reaches almost every plug-in parameter. Amp controls do not respond while the Designer is editing that amp.

In FLEX, effect on/off targets the first matching block. To choose another, right-click it and select Use for MIDI on/off; other block types offer Use for MIDI. Selecting a block to edit does not choose its MIDI destination.

For a set list, load a preset and choose Assign to MIDI preset slot…. Each profile has 32 slots. Recall them with Program Change, Go to preset (bank slots), or the next/previous slot actions. Snapshot A to D and next/previous snapshot actions change sounds within the preset. MIDI recalls do not stop at question boxes.

Assignments a preset carries

GLOBAL assignments work across presets. THIS PRESET assignments replace them for that control while the preset is loaded; they do not add to them. Show: ALL / GLOBAL / THIS PRESET filters the panel and controls where edits go. Check the line beneath the title, then use Make global or Only this preset if needed.

Save the preset to keep its assignments in its file. They also stay in your DAW project. The profile supplies the learned hardware controls. Switch off Presets may change this controller's assignments to keep the profile's assignments instead.

Profiles live beside your preferences and survive ordinary updates. If the menu says assignments are not saved yet, keep the instance open while it retries. See Files and folders for backups.

One control can trigger up to six actions. Actions marked ~ need CC. A switch learns CC at 64 or above, a Note or Program Change; knobs and pedals learn any CC value. Momentary responds to a press; Latching counts either edge. Follow CC state sets supported switches off at 0 to 63 and on at 64 to 127. It sends no status back to the controller.

Learn a hardware trigger, assign its actions and test it. LIST provides the alternate row-based view.

Send and return in a DAW

Use these connections with FLEX. For the standalone app, go to its bus settings below.

SEND sends audio out of the chain, RETURN brings it in, and FX LOOP does both. Adding a block does not connect it. Turn on the plug-in's stereo Send and Return buses and route them in your DAW. Press HOW TO CONNECT on the block for a reminder.

The three blocks

  • SEND: choose BUS and set the SEND level. CUT silences the chain after the block, not the send. TAP selects HERE or AT OUT; see A send that follows the chain.
  • RETURN: choose BUS and set the RETURN level. With REPLACE on, only the connected return plays. Off mixes it with the chain.
  • FX LOOP: set SEND and RETURN levels. MIX goes from 0% dry to 100% return.

What your DAW sees

Use BUS 1. Buses 2 to 4 are for the standalone app. In a DAW they reach nothing: FX LOOP stays dry, and SEND or RETURN passes the chain unchanged. CUT can still silence it.

Connected means the DAW enabled the bus, not that audio is routed to it. The card updates while audio is processing. A connected but silent return with REPLACE on silences the chain. Set return level on the block; the main input's calibration does not apply.

Outside gear or another track adds delay that the DAW may not correct. Routing a track back to itself may also need feedback routing enabled.

VST3 and Audio Unit usually receive Return through the DAW's side-chain input. Send needs a second output, which not every DAW offers for effects. On Linux, CLAP also needs the DAW to offer a port layout with Send and Return. Use VST3 if that choice is absent.

The recipes below follow the DAWs' documentation but have not been verified here with RigSculpt. Check your DAW's manual if its labels differ.

REAPER not verified here

  1. In the guitar track's routing window, set Track channels to 4.
  2. Open the pin connector using the input/output-count button at the top right of the FX window. Map RigSculpt's Return inputs and Send outputs to track channels 3 and 4.
  3. Add your FLEX block on BUS 1. Start playback or arm the track with monitoring on. The card should show its buses as connected.

For hardware, send track channels 3 and 4 to the interface outputs feeding the unit. Return it on a second track from the unit's interface inputs. Arm and monitor that track, send it to the guitar track's channels 3 and 4, and turn off its master send.

For another plug-in, put it on a second track with its master send off. Send the guitar track's channels 3 and 4 to it and route it back to the same channels. Enable Allow feedback in routing under the project settings' Advanced tab. This returning route can play late against the rest of the project.

Logic Pro not verified here

Choose the return's track, bus or input in the plug-in window's Side Chain menu. Expect the Send to be unavailable: Logic's extra outputs are for instruments, as far as is known. RETURN works and FX LOOP can mix in the Side Chain source. Use a stereo instance while mono Side Chain remains unchecked. GarageBand is also unchecked.

Ableton Live not verified here

Expand the device with its title-bar triangle, enable Sidechain, and choose the return under Audio From with Pre FX, Post FX or Post Mixer. Expect Send to be unavailable for this effect. For hardware, Live's External Audio Effect runs a loop outside Artificer; its Hardware Latency setting corrects delay.

Cubase not verified here

Right-click the insert and choose Activate/Deactivate Side-Chaining. In Set up Side-Chain Routing, use Add Side-Chain Source for the return's track or bus. Expect Send to be unavailable: Cubase's extra outputs are for instruments, not insert effects.

Bitwig Studio not verified here

Use the plug-in window's side-chain icon to select the return track or point in a device chain. Multi-out mixes extra outputs on the track; another track can select one under RigSculpt's track, then Chains. Whether Send appears there for an effect is unchecked. On Linux, use VST3 if CLAP offers no Send or Return.

Studio One not verified here

On the return track, add a send to RigSculpt under Sidechains. Expect Artificer's Send to be unavailable because extra outputs are for instruments. Studio One Professional's Pipeline runs a hardware loop outside Artificer and measures its delay.

In the standalone app

Open Audio > Audio and MIDI settings on Windows, RigSculpt > Preferences on macOS, or File > Audio and MIDI settings on Linux. Under Send and Return Buses, assign interface outputs and inputs to buses 1 to 4. Choose a pair, a single channel or off, then match the block's BUS number.

A single-channel send mixes left and right. Sends cannot use the channels chosen for Output 1 and Output 2. The block names its interface channels; HOW TO CONNECT belongs to the plug-in only.

Bring your library into Artificer

Artificer reads measurements stored inside the files you load. Analyzing a NAM in the Workshop does not add that information to every copy of it.

  1. Analyze your amp NAMs in the Workshop's Amp Bench.
  2. Choose Library > Centralize models…. This makes library copies and leaves your originals where they are.
  3. Press Embed now at step 2 of 2, or choose Library > Embed Workshop framing…, to put the measurements in those copies.
  4. In Artificer, choose NAM LIBRARY > Folders > Scan Workshop User Library, or RESCAN a connected collection. Load the library copy.

If you see an amber missing-analysis badge, check the loaded file's path. You may be using the original; both copies can have the same name. After new analysis, embed again and rescan. Ordinary NAMs and IRs still play without measurements.

To audition directly, right-click a NAM in the Workshop and choose Load in connected Artificer. Cab and Reverb Benches use Send to Artificer. Choose the intended instance and slot, then check what Artificer loaded. Pedal NAMs go to the Drive section's NEURAL slot.

The status-bar chip says Artificer: not open when no plug-in is running. Click Artificer ▸ to choose an instance. On Linux, run both programs as the same user with the same XDG environment variables.

Start with the Workshop desktop app

I built the Workshop to help make sense of the sounds already in a collection. Start with a few NAMs or IRs you know well. Their measurements are easier to understand when you can connect them to something you have played.

Use RigSculpt Workshop to find out how your NAMs, cabs and reverbs sound, compare similar choices and send a choice to Artificer. Its measurements can travel with the files, so you can browse by sound in either program.

The Workshop opens on a chooser: pick a bench (Amp, Pedal, Full Rig, Cab, or Reverb); each analyzes and browses a different kind of file.

Choose the bench for your files:

  • Amp Bench: amp and preamp NAMs.
  • Pedal Bench: drive, boost and fuzz NAMs.
  • Full Rig Bench: NAMs that already include a cabinet.
  • Cab Bench: cabinet IRs.
  • Reverb Bench: reverb IRs.

Each NAM belongs to one bench. The Amp, Pedal and Full Rig Benches share the browsing tools, with descriptions suited to each kind of model.

Analysis does not change a NAM's sound. Editing a cab or reverb creates a changed IR, so keep the source when you save a variation.

The Workshop was called RigScope before 0.95. Updating keeps your library, settings and analysis.

Add your files

  1. Choose a bench. On a NAM bench, use File ▸ Analyze folder… or Analyze files…. You can keep browsing while analysis runs. The Cab and Reverb Benches have their own folder and analysis controls.
  2. Inspect a few results and compare models you know. Use Help ▸ Take the tour for a guided introduction.
  3. When you want the same browsing information in Artificer, centralize the models and embed their analysis.

The first launch offers factory content. With Artificer installed, the Workshop uses its files and their existing analysis. Without Artificer, it copies its bundled fifty factory amp models into your library. You can accept later through Library ▸ Scan for / add RigSculpt Factory NAMs….

Library ▸ Remove duplicate entries… on a NAM bench removes repeated entries and exact copies, not models that merely sound alike. The Cab Bench's Remove duplicate IRs… can remove cabs that measure nearly the same. Library ▸ Clear library empties the library and offers an archive backup first.

Analysis on the graphics card. The Library menu offers Direct3D 12 on Windows, Metal on macOS and Vulkan on Linux. Windows and Linux check the card against the processor on up to three readable models before a run. A failed check keeps that run on the processor and adjusts an automatic worker count. Library ▸ Analysis workers… sets parallel work. Speed depends on your models and hardware.

Summary from embedded analysis means some detailed curves are not yet available. Right-click the model and choose Re-analyze for the full picture.

If the Workshop will not open, keep your library and note the error. Reinstalling the application does not reset the library. Do not delete the library folder as a general repair.

Browse your NAMs

  • Amps opens at launch. Browse by maker and model.
  • Archetypes groups amp NAMs by gain and playing feel. Open a sub-flavor to see similar models together.
  • Authors groups NAMs by who made them.
  • Packs keeps a release or collection together. You can edit a model's Pack field.
  • Table shows a sortable list for comparing values and editing several models. Right-click a column heading to sort or filter it. Cal shows the input calibration in dBu.

The same filter works in every view. Type ordinary words or a query such as tone:clean. Only visible results are included in a selection or bulk edit.

Queries accept name:, make:, model:, author:, tone:, geartype:, arch: and notes:, quoted phrases, *, AND, OR, NOT, parentheses and a leading - to exclude. For example: (name:"*clean*" OR "crunch") AND NOT author:"Steven Converse". An ordinary word searches all text fields, including pack and notes.

Browse by archetype: every model sorted into six gain-tier archetypes; the count under each sub-flavor tile updates as you filter.
Browse by amp: the view every launch opens on. Each amp is a card with its model count and a colored bar showing which archetypes it spans; click a card to drill into that amp's models by archetype.
Browse by pedal: the Pedal Bench groups your pedal models by make and model, each tile carrying a drive-tier bar and a plain character summary (“Mostly heavy drive”, “Mostly moderate drive”) read from the measured analysis.

Read the gain and feel groups

Amp and preamp NAMs fall into six measured archetypes. Artificer shows the same groups:

Clean headroom
Stays clean and open, with little breakup when pushed.
Edge of breakup
Cleans up when you back off and breaks up when you dig in.
Crunch
Settled rhythm distortion.
Saturated lead
Thick, sustained high gain.
Modern tight
Fast high gain with a controlled low end.
Saggy hi-gain
High gain with softer compression and bloom.

Sub-flavors describe finer differences in voicing and response. They describe measurements, not brands or genres. A model stays in Typical when no finer label fits clearly.

Pedals compare with pedals, and full rigs compare with full rigs. They have their own summaries rather than amp archetypes. A full rig's measurements include its cabinet. If there is only one model of a kind in your library, there may be nothing to compare it with.

Pedal cards show a drive-tier bar. A missing output calibration is flagged in the table, on the card and in Inspect. That figure describes the hardware used to record the NAM and cannot be recovered from the file. Without it, Artificer uses the pedal's original trained level rather than loudness matching.

Understand and compare your NAMs

Inspect: the measured EQ shape against the archetype median, a plain-English Tone / Gain / Feel / Character overview, the raw curves, and a full Stats read-out.

Read the sound and response

Tone
Where the model is bright, dark, scooped or forward in the mids.
Gain
How much saturation it has and where it breaks up.
Feel
How it compresses, gives and responds to your touch.
Character
Its harmonics, clipping and chord clarity.

The drive-response plots show how output level and distortion change as you drive the NAM harder. Similar finds close choices in your library. Inspect refreshes after analysis and clears when you move to a bench that does not contain the selected model.

Similar models: the library ranked by closeness to the inspected model, with a plain-English breakdown of exactly how any two differ.

Compare two models

Press A/B… above the plots, or right-click a result in Similar and choose A/B overlay on plots. The second model appears in violet on the Frequency, Transfer and THD plots. Compare its EQ, breakup and compression with the current model.

The overlay stays while you select other NAMs, so one model can be your reference for a shortlist. The button shows its name; click it to clear the overlay. A model with summary analysis can show only the curves it has.

Edit the file information

You can edit the maker, model, author and other details. Hover over the calibration fields for their meanings: input describes the reamp send level, and output describes the recording setup's return interface.

File edits go only into the Workshop-managed copies made by centralizing. Your original folders stay untouched. The editor tells you when a file is outside that library; a bulk edit reports what it wrote and skipped. Reveal in file explorer opens the maintained file's location, or its containing folder on Linux.

Find related amps on the Map

The Map places analyzed amp and preamp NAMs near others that sound similar. Use it to explore families in your collection. Distance is a guide; use Inspect's Similar list for the exact ranking.

The Map: the amp and preamp collection projected into 2-D, colored by discovered cluster, with the legend and cluster contents on the right; the Layout and Compare-by menus choose the projection and the similarity lens. Hovering a point names its model.

Layout starts with similar amps grouped together. You can instead choose two measured values for the axes, such as drive and brightness, or a linear projection with labelled axes.

Compare by changes what counts as similar:

  • Balanced (equal aspects) gives voicing, EQ shift, gain and dynamics, and saturation equal weight.
  • Universal uses the same weighting as Inspect's similar-model search and leans more toward EQ.
  • EQ-focused, Saturation + EQ and Drive character narrow the comparison to those qualities.

Color by groups points by cluster, archetype, tone type, author or gear model, or uses one color. Click a legend row to hide or show it. Alt-click, or Option-click on macOS, to show only that group. Show all restores the others. Hiding points does not move the remaining points.

Cluster contents lists the models in each family. The Map updates after analysis or a deletion. If Computing the map appears, you can use the rest of the Workshop while it finishes. Recompute projection rebuilds the layout when you ask.

Choose and edit cabinet IRs

Add cabs and read their character

Use Analyze folder… on the Cab Bench. It counts IRs as it finds them, and Cancel stops the scan. Measurements describe brightness, body, low end, presence, high roll-off and resonances.

Library ▾ → Centralize IRs into library… copies cabs into the library's Cab IRs folder and shows progress from the start. Originals stay where they are.

Find similar cabs

Browse by Voicing, Cluster, Duplicates or Folder. Table (all) puts every IR in a sortable list. Right-click a cabinet and choose Find similar cabs… for a ranked list, then send a choice to Artificer to hear it.

Similarity compares the shape from 80 Hz to 8 kHz rather than level, so a louder copy can still match. Reverbs and files without a usable cab curve are excluded.

Check the file labels

Cabinet, speaker, microphone, author and pack labels come from file names, folders and WAV tags. You can correct them by hand or from a pack manifest. These labels are separate from the measurements.

Change the cab's voicing

The cab EQ editor reshapes a cabinet's voicing: drag bands on the live curve, borrow another cab's voicing, blend mic layers, or roll a fresh voicing with Alchemy.
  • Drag EQ nodes on the response graph. Double-click to add or remove them.
  • Borrow another cab's voicing moves this cab toward another's response by the amount and detail you choose.
  • Alchemy / Transmute makes a variation. Strength changes how far it moves the cab's character; Chaos can introduce new peaks and notches.

Choose minimum- or linear-phase processing when exporting. The result keeps the source sample rate, channels and subtype. Save a variation and rescan it into your library.

Scrolling the control column does not change values. Click a control first, or hold Ctrl while scrolling over it, to adjust it with the wheel.

Hear the cab

Press ▶ Clean arpeggio to hear the selected cab, or the current edit inside the EQ editor. The phrase contains an amp sound without a cabinet, so the IR supplies the speaker sound. The ▾ menu also offers Clean chords, Lead, Rhythm chug and Gain staccato; your choice is remembered.

Use Audition in Artificer to hear an edit in the cab slot of your running rig.

Choose and edit reverb IRs

Read the reverb's character

Load a folder of reverb WAVs. The Reverb Bench measures decay time, length and channels, and describes the sound as Spring-like, Plate-like, Hall-like, Room, Gated, Reverse / swell or Echo / repeats. These are descriptions of the response, not claims about the gear that made it.

A four-channel IR is labelled true stereo. Artificer's convolution reverb plays its first two channels.

Change an existing reverb

Select a reverb and press Sculpt…. Simple opens with five sliders: Size, Dark ↔ Bright, Tight ↔ Bloom, Roomy ↔ Tight and Width. Borrow character takes tone and decay from another reverb by the amount you choose. Switch to Expert to see the same settings in more detail.

The reverb sculptor: reshape decay and tone against a live decay curve and spectrum; Simple gives five character sliders, Expert exposes the full predelay → layers → splice → decay → tone → stereo chain.
  • Trim & taper: set length, fades and predelay.
  • Decay: adjust the whole tail or its low, middle and high bands. Raise a multiplier and Extend tail to continue beyond the recording. The extension is synthesized.
  • Reverse: turn the shaped tail into a swell.
  • Hybrid: combine this reverb's early sound with another's later wash.
  • Tone: borrow another tail's tone and, optionally, its decay by band.
  • Layers: blend more reverbs with gain, delay and polarity. Match decay and Match level help them sit together.
  • Stereo: change width, fold to mono or widen a mono source. Mono below centers the lows without changing the mono sum.
  • Alchemy: try a variation and read what changed. Chaos can add a different character, such as ringing, echoes or a swell.

The plots and measured decay update as you edit. Scrolling the column leaves values alone; click a control first, or hold Ctrl while scrolling over it, to adjust it.

Centralize into library… copies the loaded reverbs into Reverb IRs, leaving originals in place. Save-As defaults there, and Artificer's convolution loader finds the folder automatically.

Recipe ▾ → Save recipe… keeps your treatment so Load recipe… can apply it to another reverb. Keep any borrowed or layered files available; the Workshop warns when it cannot find them.

Make a new reverb

New reverb… starts with Hall, Plate, Spring, Room or Ambience. Shape decay, bloom, early reflections, dispersion, ringing and stereo character, then send the result to the sculpting bench if you want to work further.

The reverb designer: build an IR from first principles, starting from a Hall / Plate / Spring / Room / Ambience seed, with Space, Early reflections and Character controls; the live decay and tail-spectrum plots and a measured read update as you dial, and you can audition it in RigSculpt or send it to the sculptor.

Hear the reverb in context

Press ▶ Clean chords in the list, sculptor or designer to hear it through a guitar phrase in the Workshop. The ▾ menu also offers Clean picking, Lead and Rhythm chug. Press ■ Stop to stop playback.

Send to Artificer or Audition puts the IR into the running plug-in's convolution reverb and switches it on. An audition plays the temporary edit until you save or close; closing offers to revert. Saving can include a description shown beneath the plug-in's loader.

Saved measurements also let FIT set Mix, Predelay and Low cut for the reverb, and let the delay's TAIL FIT limit repeats to fit inside its tail. TAIL FIT leaves the knob positions unchanged. These controls need measurements in the IR.

Keep measurements with your sounds

The Workshop can write its measurements into NAMs and cab WAVs. Artificer reads them to organize the library, find similar sounds and use the measured EQ and response in its rig-aware controls.

  1. Library ▸ Centralize models… copies your NAMs into the managed library. Pedals go into Pedal NAMs, amps into captures. Your originals stay untouched.
  2. Embed the framing writes the analysis into those copies. Artificer must load these copies to use the measurements.
After an analysis run: the guided offer that walks you through both steps.
Step 1, centralize: the Workshop copies your models into its own library. Your originals stay where they are.
Step 2 of 2, embed: the analysis is written into the library copies, which is exactly what RigSculpt reads.

The Workshop offers these steps after analysis and centralizing. An amber warning remains while models are not Artificer-ready. Click it to finish the missing step; it clears when the models are ready. If a later Workshop update changes their categories, it offers to refresh the affected labels.

The persistent warning above Library: it appears while models are not Artificer-ready and clears itself only when every model is.
Adding analysis does not change the sound. NAM model data and IR audio samples stay unchanged.

Re-embed after re-analysis to refresh what Artificer reads. Some added measurements need only a new embed of the analysis you already have.

Move the managed library

Use Library ▸ Library location to move the library to another folder or drive. Files are copied and verified before the switch. Nothing is deleted unless you agree afterward, and Artificer follows the new location.

To share an external-drive library with another computer, move it once, then choose Use existing library on the second computer. If the drive is absent at startup, the Workshop uses its default library for that session. Reconnect the drive and restart to return to your collection.

Library ▾ → Library location moves the whole library to another folder or drive; everything is copied and verified before the switch.

Send a choice to your rig

Send to Artificer

Open Artificer, then send a choice from the Workshop:

  • On a NAM bench, right-click or middle-click a model and choose Load in connected Artificer.
  • On the Cab Bench, right-click or middle-click a cab, or press Send to Artificer.
  • On the Reverb Bench, press Send to Artificer.

Choose the destination instance and, when offered, its A or B slot. Available destinations depend on the rig's routing. The plug-in also opens its library at the model you sent.

Export analysis

Export analysis saves a model's measurements, or a selection's measurements, for your own notes or other tools. It does not back up the NAMs or IRs.

Find and back up your files

Your sounds and settings are separate from the applications. Reinstalling does not reset your library. These are the default locations; folders you have moved may be elsewhere.

Keep track ofWindowsmacOSLinux
RigSculpt preferences, including calibration%LOCALAPPDATA%\RigSculpt\prefs.json~/Library/Application Support/RigSculpt/prefs.json~/.local/share/RigSculpt/prefs.json
MIDI profiles: each controller's controls, assignments and preset bank%LOCALAPPDATA%\RigSculpt\midi\~/Library/Application Support/RigSculpt/midi/~/.local/share/RigSculpt/midi/
Default rig preset folder%LOCALAPPDATA%\RigSculpt\Presets\~/Library/Application Support/RigSculpt/Presets/~/.local/share/RigSculpt/Presets/
Artificer amps saved in MY AMPS%LOCALAPPDATA%\RigSculpt\amps\~/Library/Application Support/RigSculpt/amps/~/.local/share/RigSculpt/amps/
Workshop's default managed library%LOCALAPPDATA%\RigScope\library\~/Library/Application Support/RigScope/library/~/.local/share/RigScope/library/
Workshop diagnostic logs%LOCALAPPDATA%\RigScope\~/Library/Application Support/RigScope/~/.local/share/RigScope/

On Linux, ~/.local/share is the default for $XDG_DATA_HOME, and ~/.config for $XDG_CONFIG_HOME. If you set either, use that location instead. Standalone device settings are in ~/.config/RigSculpt/settings.ini; Workshop settings are in ~/.config/RigScope/RigScope.conf.

The Workshop library has separate Cab IRs, Reverb IRs and Pedal NAMs folders. Find or move the active library through Library > Library location…. Keep the older folder names RigScope and NAMScope as they are.

Factory content is inside the plug-in bundle. Windows installs it at C:\Program Files\Common Files\VST3\RigSculpt.vst3. macOS plug-ins install under /Library/Audio/Plug-Ins/VST3/ and /Library/Audio/Plug-Ins/Components/. Linux installs VST3 at ~/.vst3/RigSculpt.vst3 and CLAP at ~/.clap/RigSculpt.clap. Linux CLAP and the standalone app also need that VST3 bundle for factory content. Keep personal edits elsewhere.

Paste a Windows path into Explorer's address bar. On macOS use Go > Go to Folder or Cmd+Shift+G; ~/Library and /Library are different folders. On Linux, type the path into the file manager or show hidden files.

Back up your sounds and work

  • Save your DAW projects and .rigsculpt presets. Keep the NAMs and IRs they use too; a preset is not an archive of those files.
  • With Artificer and the DAW closed, copy its user-data folder. It contains preferences, MIDI profiles and MY AMPS. Back up a separately chosen preset folder as well.
  • On Linux, also keep ~/.config/RigSculpt/settings.ini for standalone device settings. Keep your current preferences before restoring an older copy.
  • In the Workshop, use Library > Export library… and check what the archive includes. It can include the models in captures and Pedal NAMs, but does not include Cab IRs or Reverb IRs. Back up those folders separately.

Import library… merges an archive with the current library. Restore from archive… replaces it and asks for confirmation. Export analysis… saves measurements, not the sound files.

Saving a preset in another dedicated folder makes it the new save location before asking whether to bring existing presets along. Declining leaves those files where they were. Loading from another folder does not change the save location. Manage preset folders… adds collections to the browser without moving them; Add folder… starts at the presets folder on macOS and Linux.

Find help when something goes wrong

This guide covers RigSculpt 0.99.2 for Windows, macOS and Linux. Check each program's About page for its version when reporting a problem or comparing your interface with a screenshot. See platform availability for the plug-in, standalone app and Workshop.

File or folder dialogs do not appear on Linux.
Install zenity or kdialog from your distribution. Artificer reports when neither is available. It prefers kdialog on KDE and zenity elsewhere.
An app will not open on Wayland.
These packages use X11 or XWayland. Check that XWayland is installed, or use an X11 session. If your environment overrides the Workshop's display setting, start it with QT_QPA_PLATFORM=xcb ~/.local/bin/rigsculpt-workshop.
Linux CLAP or the standalone app has no factory content.
Keep the same package's VST3 bundle installed in ~/.vst3. Both read their factory files there.
An update looks unchanged.
Close Artificer and every DAW instance before installing, including background Reaper processes. Reopen and check About. A DAW left open may still be using the old plug-in.
There is no sound, or the wrong rig plays.
Check input monitoring, routing and the input/output meters. In CHAIN, check FIXED or FLEX and the path to OUT. VIEW A/B changes the visible controls; it does not solo an amp. The standalone stays muted until you confirm devices. On Linux, check File > Audio and MIDI settings and File > Mute output. On Windows, use the Audio menu.
A NAM plays, but its measured features are missing.
Load the Workshop-managed copy with embedded analysis, then rescan. Input calibration and tonal analysis are separate. Clear search and scope filters if files seem missing.
The Workshop cannot find a moved library.
Reconnect the drive and check Library location. Restart after reconnecting. Do not clear a library or delete folders because the expected collection is absent.
JACK will not use the saved sample rate on Linux.
The standalone uses the JACK server's rate, shown in audio settings. On PipeWire desktops choose JACK through pipewire-jack, or PulseAudio. ALSA lists only cards that PipeWire is not using.
Playback crackles.
Try a larger audio buffer, lower Performance settings or a simpler rig. NAMs and Artificer amps have separate quality choices. Apply a requested host reset before comparing. On Linux, real-time priority usually requires audio-group membership followed by logging out and back in. Standalone driver and buffer settings are in File > Audio and MIDI settings.
SEND, RETURN or FX LOOP does nothing in a DAW.
Choose BUS 1. BUS 2 to 4 reach only standalone interface channels. not connected means the DAW has not enabled the bus. A SEND with CUT on silences the chain after it even without a connected bus. See Send and return in a DAW.
ReleaseLinux note
0.99.2File dialogs retain the suggested folder on desktops that use the desktop portal.
0.99.2Earlier releases could not list a JACK device whose name included a character such as +.

For help, include the app and DAW versions, operating system, sample rate, buffer size, FIXED/FLEX mode and steps that cause the problem. The Workshop logs are namscope.log and namscope_crash.log. Artificer's is rigsculpt.log in its user-data folder, or ~/.local/share/RigSculpt/rigsculpt.log on Linux. Its first session line names the version and system.

For Linux, also include the distribution, desktop, X11 or Wayland, display scaling and audio driver. Review attachments before sharing and send only relevant material. Keep your user-data folders intact.

A short glossary

NAM / .nam
A learned model of an amp, pedal or complete rig's response.
Cab IR
A cabinet and microphone response. A full-rig NAM already includes a cabinet.
Framing
Workshop measurements saved inside a NAM for browsing and rig-aware controls.
rgsc
Workshop cab analysis saved inside a WAV without changing its audio.
Archetype / sub-flavor
An amp's measured family and finer character. Pedals and full rigs have their own summaries.
Bridge
The connection used to send a NAM or IR from the Workshop to Artificer.
MY AMPS
Artificer amps you keep with SAVE AMP. A rig preset also remembers effects and routing.

Credits & license

Why I made RigSculpt

I'm Steven Converse, a guitarist and artist first. I make RigSculpt through Conversant Soundworks LLC. Thank you to everyone who has played through it, shared feedback or helped someone else get started. You have helped me understand needs beyond my own and turn a personal project into something useful to a wider community.

I use these tools in my own playing. That shapes the details I pay attention to: how an amp responds to picking, how effects sit around it, and whether a control or workflow makes sense. The included presets receive the same care. Your experiences help me see beyond my own habits.

I fit this work around a day job and family, using modern development tools, including AI-assisted engineering, to tackle work I couldn't reasonably take on alone. Much of my time is spent with a guitar, trying things, finding what doesn't work and going back over the details.

RigSculpt will remain free. Optional support and my paid NAM packs help sustain the work, but using the software never depends on buying anything. I hope these tools give something back to a community whose generosity has given me a great deal.

RigSculpt Artificer began with Steve Atkinson's open-source Neural Amp Modeler, released under the MIT license. The neural amp modeling foundation comes from his work; RigSculpt's NAM playback was built on that work and the community's, and is implemented in its own way. The systems built around it (pickup voicing, drive, compression, modulation, delay, the five reverb engines, output EQ, stereo dual-rig operation, the library tools, Synergize, the MIDI pedalboard, FLEX routing, and the Artificer amps with their Designer) were developed for RigSculpt.

The 0.96 performance work (multi-core amp processing and the phase-lane split of an oversampled model) builds on the open-source NAM-Oversampler by Carmelo Di Lio (DLC86 on GitHub, also known as The Tone Scientist): RigSculpt Artificer adopts its resampler, model time-scaling, and fast A2 inference kernel, and works out the phase-lane split independently. The full third-party notices, included with each bundle, state exactly what was borrowed and what is original.

Both applications and their factory content are free to use, including in commercial music. They are provided as-is, with no warranty, and you use them at your own risk; to the fullest extent the law allows the author is not liable for any resulting loss (plain-language intent, not legal advice). They are currently distributed as freeware rather than open source. RigSculpt is still a one-person project following a specific direction, and I want to give each part of it the time and focus to fully become what I have in mind before making decisions about how its development may open up in the future.

I'm especially interested in the possibility that the Workshop's work could eventually be useful beyond RigSculpt, including to other builders creating their own tools around NAM data. That's something I hope to explore once the application is mature, though I'm not making a commitment yet about exactly what form that may take.

The applications and factory content may not be resold or redistributed; if you would like to share or bundle the factory content somewhere, please ask first. Full third-party notices are included with each bundle. RigSculpt and this guide live at conversantsoundworks.com.

Amp/gear names referenced by factory models are descriptive of a signal chain, not a claim about any one amp, and imply no affiliation or endorsement. All trademarks belong to their owners.

Support & links

All optional: a few places to find more of my free content, or to support the people this stands on. If you support anyone, start with Steve Atkinson and Neural Amp Modeler.