Atelier

ATELIER u00b7 Q-SERIES ACQUISITION SOFTWARE

Atelier: guided Q-Series data capture

Set up the scan, align the target and check the measurement while it runs. Atelier saves a structured Q-Series HDF5 record, ready for review in OmmH5Viewer.

Configure the scan. Check the target. Save a usable HDF5 measurement record.

SET UP THE MEASUREMENT

Define the scan before acquisition

Set the measurement geometry and acquisition parameters in the same workspace used to run the test.

Configure the scan

Set start and stop angles, angular step, channel range, focus and scan type before the acquisition begins.

Align before capture

Use the alignment camera, virtual points, sphere search and fiducial tools to confirm the target position.

Save into HDF5

Record the measured channels, scan settings and acquisition context in HDF5 for review and processing.

DURING ACQUISITION

Review signals, intensity and geometry at test time

Review vibrometry signals, intensity and modal views during acquisition. This makes it possible to correct alignment, coverage or signal quality before the test is finished.

Inspect the point cloud alongside the measurement so the scanned scene remains visible during the capture workflow.

After acquisition, use OmmH5Viewer for analysis, visualisation and export.

TOOLS AVAILABLE DURING CAPTURE

Keep practical checks within reach

Use the capture workspace to verify the target, the signal and the data being recorded before moving on.

Simulate & Preview

Use camera and intensity views to locate the region of interest, run a mini-scan and confirm the centre before the main measurement.

Acquire & Validate

Inspect live signals and compare phase, real, imaginary and magnitude views while the measurement is running.

Replay & Utilize

Reopen recorded acquisitions with the setup and results together, ready for review, traceability and downstream analysis.

Q-SERIES SOFTWARE WORKFLOW

Set up, capture and validate in one workspace

Atelier brings scan configuration, target alignment and live measurement views together while you run the test. It saves the structured Q-Series HDF5 dataset for subsequent analysis.

For spectrum, mode-shape and export work, continue in OmmH5Viewer. See the complete Q-Series capture-to-analysis workflow.

Plan the capture workflow before test day

Bring the target, measurement range and required output to a technical review. We will help define the Q-Series acquisition workflow.

Request an Atelier evaluation version

Tell us what you need to measure and the Q-Series configuration you want to evaluate. We will review the request and contact you about the appropriate access route.

Ommatidia Upgrade & Trade-In Program

Upgrade to Ommatidia’s latest Laser RADAR technology and unlock more capability for your next measurement challenge. Whether you are expanding an existing setup or replacing an older system, we offer tailored upgrade options with discounts of up to 40%.

If you are currently using another manufacturer’s system, send us your model and measurement requirements. We will review your trade-in possibilities, identify the best Ommatidia configuration, and outline a practical upgrade path for your team.

Discuss your upgrade or trade-in

Do you want to know more?

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Q-Series software questions

Plan capture, review and export as one traceable measurement workflow.

What is the difference between Atelier and OmmH5Viewer?

Atelier is used at the Q-Series instrument to configure the scan, align the target, monitor live signals and capture the measurement. OmmH5Viewer opens the recorded dataset for waveform, spectrum, mode-map and geometry-aware review, validation and export. They serve consecutive stages of the same workflow.

Which data formats does the Q-Series workflow use?

HDF5 is the native measurement record that keeps data and metadata together. OmmH5Viewer can prepare UFF for compatible modal-data workflows and CSV for suitable tabular handoffs. Confirm the required fields, units, coordinate conventions and receiving-tool compatibility before the test.

Does the software automatically validate a design or diagnose a fault?

No. It supports capture, review, processing and export of measurement evidence. A design-validation, fault or safety conclusion still needs a defined test, quality checks, the applicable analysis method and qualified engineering interpretation in the context of the structure and operating conditions.

What should I provide for a software workflow demo?

Share the Q-Series configuration, test objective, representative target or dataset, required views and calculations, coordinate and unit conventions, trigger or reference channels, export format and receiving engineering tool. The demo can then test the actual handoff rather than a generic feature list.