Laydyne

Getting started / WORKED EXAMPLE

Service queue

See why a shared service desk develops a queue.

Free to open, edit and save a file. Pro to run your changes. Opening a project asks before replacing your current space.

Why does a shared service desk develop a queue?

Who uses it
New simulation users · queue tutorial
How it can create value
Learn how arrivals and processing capacity create waits before modeling a real operation. This small numeric exercise is not an investment case.
Bring your site data
Arrival intervals, service time and number of stations. Add measured demand, a service target and option costs for a business study.
Turn a comparison into a business decision →

NUMERIC WORKFLOW

Arrive → wait → receive service → finish

This example uses declared service times or distances. Its numbers do not come from a 2D/3D route. The download includes an empty floor and the complete scenario.

01 / SETUP

A model you can inspect.

A shared resource serves deterministic arrivals. Change station count, service time and arrival spacing to inspect contention.

Arrive → wait → receive service → finish

Change one thing

Compare 1 and 2 stations with the same 12 jobs.

Read the consequence

Average wait, maximum queue and station utilization.

View the starting inputs
Stations
2
Jobs
12
Arrival interval (s)
5
Service time (s)
12

Agent counts, routes and resource definitions are also saved in the project JSON.

02 / ACTUAL ENGINE OUTPUT

A reproducible starting result.

One run, seed 0. Observation window 3 minutes.

ScenarioCompletedMean waitMean cycleBlocked
Original scenario125s17s0

Waiting averages cover arrived jobs, including unfinished waits; cycle averages cover completed jobs only. These are synthetic calculations, not measured store performance, revenue or a safety assessment.

Engine, status and output notes

process-des-2.2.0. Status: Original scenario: completed. “Completed” is the engine run status; check the blocked column for unreachable jobs.

  • No engine warnings.

Engine inputs and saved comparisons stay with the downloaded project. Any limited trace affects playback details, not aggregate metrics.

03 / MAKE IT YOURS

Plan in 2D. Inspect in 3D. Keep the whole project.

  1. Open and adjust. Switch between 2D and 3D; edit a part, a floor or an input. Both views describe the same model.
  2. Connect your agent for free. Sign in, choose Connect AI and connect Codex or Claude Code. Ask it to inspect the example, edit the layout and check a route.
  3. Save a checkpoint. Export → Project JSON, or ask the agent to export the complete project. Import it later to restore floors, scenarios, saved comparisons and the selected view.
  4. Compare with Pro. Run an edited scenario or compare frozen options under the same demand. Pro also adds built-in AI and manual cloud saving.