AI
What your assistant can do
You: Using 00 Simulator, design a vented box around a Ciare 12.00SW and show me the SPL and excursion at 100 W.
Tools used: search_drivers, get_driver, create_workspace, simulate_workspace, render_simulation_graphs.
Assistant: Here is a vented box for the Ciare 12.00SW. Net volume 55 L, −3 dB 31 Hz, and 108 dB at 100 W in half space. From 20 to 300 Hz, peak excursion is 8.9 mm, comfortably inside the 13.5 mm Xmax.
How it works#
- 00 Simulator is a connector (a remote MCP server at
https://simulator.00aud.io/mcp) that gives your assistant 39 tools. It chooses which to call, and when, from what you ask. - It works on your own workspaces, through your account, once you approve it. Connect your assistant takes a couple of minutes.
- Its numbers come from the app’s own solver. The connector tells it never to invent a simulation value, and to try experiments without saving them.
- Keep the workspace open in 00 Simulator and you watch it work there: Watch it work live.
What it can do#
The jobs below follow a design from driver to build, then the ones outside that run. Tools lists all 39 one by one.
Pick a driver#
Search simulation-ready drivers by name or Thiele/Small filters, read one in full, and check a set of parameters for missing fields and contradictions.
Tools: search_drivers, get_driver, validate_driver. Prompts for this
Design#
Suggest a starting alignment, read the fields each enclosure type takes, then build and edit candidates in a workspace of your own.
Tools: suggest_enclosure, get_enclosure_schema, create_workspace, list_workspaces, get_workspace, add_enclosure, update_enclosure, update_workspace. Prompts for this
Simulate#
Run the solver on a saved version, including horns, EQ and multiple-entry drivers, and read the numbers back.
Tools: simulate_workspace, get_simulation_results. Prompts for this
Show you#
Draw graphs in the conversation, arrange the dashboard in your open tab around what is being explained, and mark the frequencies worth looking at.
Tools: render_simulation_graphs, show_graphs, annotate_graphs. Prompts for this
Check the build#
Bring in a real measurement, such as a REW export, link it to the design it measures, and compare the two: the level difference and the shape difference are reported separately.
Tools: import_trace, compare_trace, list_traces, get_trace, update_trace, delete_trace. Prompts for this
Keep or undo#
Finish with a summary you can undo in one go, restore any saved version, and clear away the candidates and workspaces that did not work out.
Tools: end_workspace_session, list_workspace_revisions, get_workspace_revision, restore_workspace_revision, remove_enclosure, delete_workspace. Prompts for this
Look it up#
Search the 00 Simulator docs and read a page or one section of it, so answers about the app and what a result means quote the docs and link to them.
Tools: search_docs, read_doc. Prompts for this
Appearance#
Build an app theme for you, for instance more contrast between the side-panel sections, check it against the contrast floors, and switch to it when you ask.
Tools: get_theme_schema, list_themes, get_theme, save_theme, activate_theme, delete_theme. Prompts for this
Fold a horn#
Fold a horn into a cabinet the way the Fold tile does, with other layouts, fixes and the folded horn to simulate beside the target, then export the saved fold as a Boundary Lab project to solve in 3-D.
Tools: fold_horn, export_boundary_lab. Prompts for this
Its own limits#
List the workspace operations this connection allows and the permission each one needs.
Tools: list_workspace_capabilities.
Where you see the results#
| Where | What you get |
|---|---|
| In the conversation | Graph tiles from a simulation it ran, up to 6 at a time: SPL, Max SPL, Impedance, Phase, Group delay, Excursion, PR excursion, Port velocity, Rear port velocity, Apparent power, Current draw. Ask for power and EQ controls and you can change one enclosure’s power and filters in the chat and see its curves re-solved; nothing is saved until you apply it. See Graph kinds. |
| In your open tab | Its edits land in place, and it can bring up to 6 tiles to the front and mark them. See Watch it work live. |
| Later | It works with the app closed too; its saved versions wait in your workspaces. A workspace it creates starts as a draft and is archived after 7 days unless you keep it: Keep all in your workspace list, or Keep workspace when it hands back. |
What it won’t do#
- Make up numbers. Every figure it quotes should come from a simulation it ran; if an answer has a number and no run behind it, ask it to simulate.
- Save your experiments unasked. It tries changes as temporary edits and saves only the ones you ask for, each as a new saved version you can go back to.
- Share or publish. It cannot create share links, so nothing becomes public without you.
- Delete without asking. It asks before deleting a workspace it did not make in the same conversation, and a deleted workspace can be restored for 30 days.
- Reach other designs. It sees only your own workspaces: not other people’s, and not designs you made as a guest, which stay in your browser.
Get started#
- 1
Connect it
Add the server URL to Claude, ChatGPT, Claude Code or another MCP client, then sign in and approve it. Connect your assistant - 2
Open a workspace
Optional, but then you watch the work happen: open the workspace in 00 Simulator, signed in to the same account. - 3
Ask
Start with “Using 00 Simulator,” and say what you want and the limits that matter. Prompts that work
Ask your AI
Using 00 Simulator, suggest a sealed and a vented box for the driver in my most recent workspace, add both to that workspace, and compare their F3, box volume and peak excursion at the saved power.
Connect your assistant so it can open your designs.