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Surface Generator

1. Work Mode

No file selected

Page:
1 / 1

Scale: Not set

85%

2. Alignment (Rotation)

Align the map or image straight.

Angle 0°
-180° Double-click to reset +180°

3. Reference Point

Drag the red marker, or set it by clicking.

Use Shift + Click to snap to surface corners.

Ermittelt automatisch Meereshöhe & Geländeneigung relativ zur Bühne.

Click on the map now...

4. Surfaces (0)

Use the toolbar on the map to create surfaces.

Calibrate Scale

Enter the real-world length of the drawn line
m

Create Surface

Enter exact dimensions

Grandstand / Riser Generator

Parametric tiered seating for Soundvision & ArrayCalc
m
Total Depth: 7.20 m • Top Z: 2.10 m
Slope: 18.4° (8 surfaces)

Curved / Amphitheater Generator

Planar 4-point tessellation for curved audience zones
m
Tessellation: 48 planar quads
Ring Depth: 12.00 m • Top Z: 1.50 m
Esc
↑↓ Navigate
↵ Select
Ctrl+K Open/Close

Share Project Snapshot

Direct shortlink & scan-ready QR code for team & clients
Scan with tablet / smartphone camera to open on-site

Report a Bug / Feedback

Export Room Data

Choose your target acoustic system or CAD format
Active Unit: Meter (m)
🚫 Derzeit sind alle Export-Formate durch den Administrator deaktiviert.
Soundvision Export Information
To ensure loudspeakers and room surfaces are in the correct scale, activate the exact same unit in Soundvision:
Soundvision ➔ Options / Settings ➔ Length Unit ➔ Meter
Placing Room Data
Move cursor to align. Click to place.
Google Maps quota limit reached: Automatically switched to OpenStreetMap (OSM).
Top View
3D Perspective
Front View
Side View
Left Drag Rotate
Right Drag Pan
Scroll Zoom
0 Surfaces
Change Category
Z:
Elevation (Z-Level)
Listener Ear Height
Legal Disclaimer
This Surface Generator is an independent, community-driven tool and is strictly not affiliated with, maintained, authorized, endorsed, or sponsored by any loudspeaker manufacturer or software developer.

All registered trademarks, product names, and company logos referenced within this tool — including L-Acoustics (Soundvision), d&b audiotechnik (ArrayCalc), Meyer Sound (MAPP 3D), CODA Audio (System Optimiser), JBL Professional / HARMAN (Venue Synthesis), RCF / TT+ Audio (RDNet / RDShape), NEXO / Yamaha (NS-1, AFC Image), Bose Professional (Modeler), AFMG Technologies (EASE, EASE Focus), and Autodesk (DXF) — are the property of their respective owners. Their mention and use are solely for identification, reference, and file interoperability purposes and do not imply any association or endorsement.
• •
🗺️ Maps Quota:
100%
🗺️ Google Maps API Quota
Monthly Budget Status: 100% Remaining
Google Free Tier 28,500 Views / mo
Used this month ~0 Views
☕ Community Boost +0 Views
Auto-Fallback Free OSM at 0%

To prevent unexpected costs, Google Satellite & Elevation shut down at 0% and seamlessly switch to free OpenStreetMap. Every coffee bought adds ~400 additional map sessions to keep satellite imagery free for everyone!

• Supported by www.va-tool.de
Build: 23.8.2026, 19:05:43

Imprint (Impressum)

Information pursuant to § 5 TMG

Andre Reitz
Großaltenstädter Straße 59A
35586 Wetzlar
Germany

Contact

Phone: +49 (0) 151 6 52 63 42 1
Email: support@va-tool.de

Trademarks & Brand Disclaimer

This Surface Generator is an independent, community-driven tool and is strictly not affiliated with, maintained, authorized, endorsed, or sponsored by any loudspeaker manufacturer or software developer. All trademarks, registered trademarks, product names, and company logos referenced on this site (including L-Acoustics, d&b audiotechnik, Meyer Sound, CODA Audio, JBL Professional / HARMAN, RCF, TT+ Audio, NEXO, Yamaha, Bose Professional, AFMG Technologies, and Autodesk) are the property of their respective owners and are used strictly for reference, identification, and interoperability purposes.

Liability for Contents

As service providers, we are liable for own contents of these websites according to Sec. 7, paragraph 1 German Telemedia Act (TMG). However, according to Sec. 8 to 10 German Telemedia Act (TMG), service providers are not obligated to permanently monitor submitted or stored information or to search for evidences that indicate illegal activities.

Legal obligations to removing information or to blocking the use of information remain unchallenged. In this case, liability is only possible at the time of knowledge about a specific violation of law. Illegal contents will be removed immediately at the time we get knowledge of them.

Liability for Links

Our offer includes links to external third party websites. We have no influence on the contents of those websites, therefore we cannot guarantee for those contents. Providers or administrators of linked websites are always responsible for their own contents.

The linked websites had been checked for possible violations of law at the time of the establishment of the link. Illegal contents were not detected at the time of the linking. A permanent monitoring of the contents of linked websites cannot be imposed without reasonable indications that there has been a violation of law. Illegal links will be removed immediately at the time we get knowledge of them.

Copyright

Contents and compilations published on these websites by the providers are subject to German copyright laws. Reproduction, editing, distribution as well as the use of any kind outside the scope of the copyright law require a written permission of the author or originator. Downloads and copies of these websites are permitted for private use only.

The commercial use of our contents without permission of the originator is prohibited. Copyright laws of third parties are respected as long as the contents on these websites do not originate from the provider. Contributions of third parties on this site are indicated as such. However, if you notice any violations of copyright law, please inform us. Such contents will be removed immediately.

Privacy Policy (Datenschutzerklärung)

1. An Overview of Data Protection

General Information

The following information provides a transparent overview of how your personal data is handled when you visit and use this website. Personal data is any data that can personally identify you.

Data Collection on this Website

Who is the responsible party (controller) for data collection on this website?
The data processing is carried out by the website operator (see contact info below).

How do we record your data?
Data is collected when you enter it (e.g. feedback/bug report). Technical data (browser, OS, IP address, timestamp) is recorded automatically by IT and hosting systems when accessing the website.

2. Hosting and Content Delivery Networks (CDN)

Google Firebase Hosting

We host this web application using Firebase Hosting, provided by Google Ireland Limited (Gordon House, Barrow Street, Dublin 4, Ireland). When accessing the site, server log files (IP address, requested URL, browser) are processed for secure and reliable operation (Art. 6(1)(f) GDPR). A Data Processing Agreement (DPA) with Standard Contractual Clauses (SCC) and EU-US Data Privacy Framework (DPF) certification is in place.

Cloudflare (DNS & Infrastructure)

DNS resolution and security routing for surface-gen.va-tool.de are provided by Cloudflare Inc. (101 Townsend St, San Francisco, CA 94107, USA; DPF-certified) based on Art. 6(1)(f) GDPR.

3. General Information and Mandatory Disclosures

Controller (Verantwortliche Stelle)

Andre Reitz
Großaltenstädter Straße 59A
35586 Wetzlar, Germany
Phone: +49 (0) 151 6 52 63 42 1
Email: support@va-tool.de

Your Rights as a Data Subject

Under the GDPR, you have the right to access (Art. 15), rectification (Art. 16), erasure (Art. 17), restriction of processing (Art. 18), data portability (Art. 20), objection (Art. 21), and the right to lodge a complaint with a supervisory authority (Art. 77 GDPR).

4. Data Collection & Local Storage

Client-Side Local Storage (§ 25(2) No. 2 TDDDG & Art. 6(1)(f) GDPR)

This tool utilizes client-side localStorage to store your active unit preferences (m/ft), local venue projects, and Google Maps API quota counters. No cross-site tracking or profiling cookies are set.

Feedback & Bug Report Form

If you submit feedback or bug reports, the information provided therein is stored in our database (Google Cloud Firestore) to handle your request (Art. 6(1)(b) & (f) GDPR).

5. Third-Party Integrations & Map Providers

Google Maps Platform (Maps SDK, Elevation, Geocoding)

Integrated for interactive satellite views, geocoding, and terrain elevation sampling (Google Ireland Limited; Art. 6(1)(f) GDPR).

OpenStreetMap & Nominatim (Fallback)

Used as an emergency fallback map layer and search provider (OpenStreetMap Foundation; Art. 6(1)(f) GDPR).

File

Switch projects instantly without reloading. Work is saved automatically.

Export Current Project

JSON Backup

Download the active project as a standalone .JSON file to your hard drive.

Import Room Data

Soundvision / CAD / ArrayCalc

Import venue and audience surfaces from Soundvision (.txt), ArrayCalc (.dbac/.xml), EASE/CAD (.dxf), or CSV.

Import Project File

Restore

Restore a previously exported .JSON project into your workspace as an active project.

User Guide & Reference

Interactive Guide

Comprehensive user guide with 5-minute Quick Start, coordinate system guide, full shortcut matrix, and export specs.

Settings

Unit of Measurement

Choose your active unit of measurement. Surface dimensions, heights, and coordinates are converted automatically.

Import Room Data

Load 3D room geometries, audience areas & CAD surfaces
Active Unit: Meter (m)
🚫 Derzeit sind alle Raum- und Daten-Importformate durch den Administrator deaktiviert.
Soundvision .txt
L-Acoustics
Soundvision Room Geometry & audience planes
ArrayCalc .dbac / .xml
d&b audiotechnik
Native ArrayCalc venue & listening planes
DXF CAD .dxf
3D CAD / EASE / NEXO
EASE 5, NEXO NS-1, Bose Modeler, Adamson, MAPP 3D
Venue Synthesis .gcf
JBL Professional
JBL Venue Synthesis 3D Geometry & Planes
Coordinates .csv / .txt
Coordinates Matrix
Point-by-point table (X, Y, Z coordinates)
System Optimiser .cvlf
CODA Audio
System Optimiser Layer File (.cvlf) 3D Planes
Project .json
Project Geometry
Surface Generator project surfaces & config
Click to choose file or drag & drop here
Supports .cvlf (CODA), .txt (Soundvision), .dbac / .xml (ArrayCalc), .dxf (CAD/EASE), .gcf (JBL), .csv, .json

Place Room Data Here?

Review placement coordinates and confirm adding the imported room surfaces to your project.

Target Position: 51.165691°, 10.451526°
Applied Rotation: 0.0°
Room Dimensions: 25.0 m × 18.0 m
Surfaces in this Import: 3 surfaces

Project Name

Confirm Action

User Guide & Reference

5-Minute Fast-Track: From Venue Map to 3D Acoustic Model

Workflow

Follow this step-by-step workflow to configure your open-air festival ground, arena, or indoor venue, construct stage & audience planes, and export ready-to-calculate files for L-Acoustics Soundvision, d&b ArrayCalc, EASE, and MAPP 3D.

1
Create Project & Set Unit

Click File ➔ + New Project in the top header. In Settings, choose your base measurement unit (Meters [m], Feet [ft], Centimeters [cm], or Millimeters [mm]).

2
Choose Mode: Map or Floor Plan

• Map Mode (Open Air): Type the venue name or address in the search bar. Switch the layer to 🛰️ Satellite.
• Floor Plan Mode (Indoor): Upload a PNG, JPG, or multi-page PDF. Click Set scale, draw a reference line on a known dimension, and enter its real-world length.

3
Position Origin (0,0,0) & Align Stage

In 3. Reference Point, click Set by click (or hold Shift to snap directly to a stage corner). Under 2. Alignment, rotate the compass until the green +Y Axis points straight forward toward the audience / FOH.

4
Draw Stage & Audience Surfaces

• Press S for Rectangle (hold Shift for 1:1 square) or D for Polygon.
• Set the category to Stage (Z = 1.50m) and Audience Standing (automatic 1.60m ear height) or Audience Seated (1.20m ear height).

5
Calculate Terrain & Inspect 3D Space

Enable Auto Z-Elevation (Google) to fetch real-world topography and hillside slopes. Click Lowest point to Z = 0 to normalize the baseline. Press V to inspect the 3D room, satellite ground texture, and listener planes.

6
Export Target Format (Ctrl + E)

Press Ctrl + E to open the Multi-System Export Center. Select your acoustic prediction system (Soundvision, ArrayCalc, MAPP 3D, EASE, etc.) and click Download.

Standard Carthesian Acoustic Coordinate System

Surface Generator aligns all export formats with the standardized professional live audio coordinate standard:

STAGE SURFACE Height: Z = +1.50 m (Relative) AUDIENCE STANDING Ear Height: 1.60 m Slope: +2.8% (Google Auto-Z) FOH MIX POSITION Ear Height: 1.20 m (Seated) Acoustic Reference Plane ORIGIN (0, 0, 0) ▲ +Y (Depth to Audience / FOH) ◄ -X (Stage Right / House L) +X (Stage Left / House R) ► ▼ -Y (Backstage)

Stage Axis Conventions

• Origin (0,0,0): Downstage Center (front edge of the main stage).
• +Y Direction: Forward towards audience, FOH, and delay towers.
• +X Direction: Stage Left (House Right when looking from FOH).
• -X Direction: Stage Right (House Left when looking from FOH).
• +Z Direction: Elevation above stage level (Upward).

Automatic Google Elevation (Auto-Z)

• Relative Topography: Computes elevation differences relative to the stage level (e.g. rising amphitheaters or festival lawns).
• Lowest Point = Z:0: Normalizes all surfaces so the lowest terrain elevation is exactly 0.00 m to prevent negative elevation issues in simulation software.

Full Keyboard & Mouse Shortcut Reference

22 Shortcuts
⚡ General & Navigation
Shortcut Context Action & Description
Ctrl + K / Cmd + KGlobalCommand Palette: Schnellsuche nach Tools, Aktionen und Generatoren.
Ctrl + E / Cmd + EGlobalExport Center: Multi-System Export Dialog für alle 12 Akustik-Formate.
Ctrl + Shift + SGlobalSoundvision & ArrayCalc Analyzer: Rigging & Mechanical Hub öffnen.
VGlobal2D / 3D Umschalter: Wechselt nahtlos zwischen 2D-Plan und interaktivem 3D WebGL-Raum.
EscGlobalAbbrechen / Schließen: Auswahl aufheben, Tool abbrechen, Modals & 3D-Ansicht schließen.
Ctrl + ZGlobalRückgängig (Undo): Macht den letzten Bearbeitungsschritt rückgängig.
Ctrl + Y / Ctrl + Shift + ZGlobalWiederholen (Redo): Stellt rückgängig gemachte Aktionen wieder her.
✏️ Zeichen- & Generator-Tools
Shortcut Context Action & Description
XToolbarAuswahl / Cursor: Flächen auswählen, verschieben und Eigenschaften editieren.
SToolbarRechteck-Tool: Rechteckige Flächen ziehen (Halte Shift für 1:1 Quadrat).
DToolbarPolygon-Tool: Beliebige Freiform-Polygone Punkt für Punkt konstruieren.
OToolbarKreis / Ellipse: Runde Bühnen, Center-Stages und radiale Zuschauerbereiche.
GToolbarTribünen-Generator: Parametrische gestufte Tribünen mit automatischer Steigung.
CToolbarCurved Seating: Radiale / kreisförmige Amphitheater-Sitzreihen & Kurven.
📐 Transformation, Gruppen & Bearbeitung
Shortcut Context Action & Description
MToolbarVerschieben-Tool: Fläche verschieben (Halte Shift für X/Y-Achsensperre).
RToolbarRotieren-Tool: Drehen um Schwerpunkt mit 8 CAD-Fangpunkten (0°, 45°, 90°...).
BToolbarVerformen / Edit: Ecken verschieben (Halte Shift für freien Winkelmodus).
Ctrl + D / Cmd + DBearbeitungDuplizieren: Klont ausgewählte Flächen mit smartem Raster-Offset.
Ctrl + G / Cmd + GGruppenGruppieren: Fasst mehrere ausgewählte Flächen zu einer Gruppe zusammen.
Ctrl + Shift + GGruppenGruppierung aufheben: Löst die ausgewählte Gruppe auf.
Ctrl + A / Cmd + ABearbeitungAlle auswählen: Wählt alle Flächen auf dem Plan aus.
Delete / BackspaceBearbeitungLöschen: Entfernt die aktuell ausgewählten Flächen.
Shift + ClickReferenzpunktEcken-Fang: Rastet den Nullpunkt (0,0,0) direkt an einer Flächenecke ein.
R / Shift + RRaum-ImportDreht die importierte 3D-Geometrie im Flug um +15° / -15°.
🎮 3D & Maus-Steuerung
Aktion Bereich Funktion
Linke Maustaste ziehen3D-RaumOrbit: 3D-Kamera frei um das Venue rotieren.
Rechte Maustaste ziehen3D-RaumPan: 3D-Kamerablickfeld verschieben.
Mausrad (Scroll)2D & 3DStufenloser Zoom in / out.
Doppelklick SliderAusrichtungSetzt den Rotationswinkel sofort auf 0° zurück.

Intelligentes Magnet-Snapping

Verhindert Lücken, überlappende Polygone und Nahtstellen:

Fang-IndikatorTypAnwendung
Grüner Punkt Corner Snap Rastet an Eckpunkten benachbarter Flächen ein.
Blauer Punkt Midpoint Snap Rastet an der exakten Kantenmitte ein.
Orange Punkt Origin Snap Rastet am Nullpunkt (0,0,0) der Hauptbühne ein.

CAD-Rotationssystem & Winkel-Snap

Präzise Drehung mit interaktivem CAD-Winkelkreis:

  • 8 Kardinal-Fangpunkte: Rastet automatisch bei 0°, 45°, 90°, 135°, 180°, 225°, 270° und 315° ein.
  • Echtzeit-Winkelbadge: Zeigt während der Drehung den exakten Winkel und die Abweichung an.
  • Shift-Feinjustierung: Halte Shift für 15°-Winkelschritte.
  • Schwerpunkt-Rotation: Rotiert komplexe Polygone exakt um ihren mathematischen Schwerpunkt.

Parametrische Generatoren (G / C)

Leistungsstarke Automatisierung für komplexe Zuschauerzonen:

  • Tribünen-Generator (G): Erstellt mehrstufige Tribünen mit konfigurierbarer Auftrittsbreite, Stufenhöhe, Steigung und automatischer Ohrhöhenberechnung.
  • Curved Seating (C): Erstellt kreis- und bogenförmige Sitzsegmente für Amphitheater und Arenen mit variablem Radius und Öffnungswinkel.
  • Gruppen-Verwaltung (Ctrl + G): Fasst Ränge und Sektoren zusammen für synchrone Farbwahl, Verschiebung und Export.

Smart Analyzer & 3D PA-Bibliothek (Ctrl+Shift+S)

Rigging Hub & Akustik-Datenbank im Admin-Portal:

  • Soundvision & ArrayCalc Analyzer: Automatisierte Analyse von PDF-, XML- und TXT-Rigging-Reports mit Splay-Winkeln, Lasten und druckbaren DIN-A4 Sheets.
  • 3D Modell Bibliothek (67+ PA-Modelle): Vollständige technische Datenbank aller L-Acoustics & d&b Systeme mit 3D WebGL-Inspector, SPL, Gewichten und Abstrahlwinkeln.

Flächenkategorien & Ohrhöhen-Standards

KategorieFarbcodeStandard OhrhöheAkustischer Einsatzzweck
Bühne (Stage)Blau0.00 mBühnenaufbau, Podeste, DJ-Riser (keine Zuhörerfläche).
Publikum StehendGrün1.60 mFestivalgelände, Infield, Stehplätze (Stehende Ohrhöhe).
Publikum SitzendOrange1.20 mKonzertbestuhlung, Theaterparkett, flache Sitzreihen.
Tribüne / BalkonLila1.20 m / 1.60 mGestufte Ränge, ansteigende Tribünen, Balkonebenen.
FOHCyan1.20 m / 1.60 mTonregie, Lichtmischpult (Referenz-Messposition).
Hindernis / WandRot0.00 mSchallgrenzen, Hallenwände, Gebäude, Sichtblockaden.

Raum-Import Engine & Interaktives Placement HUD

Surface Generator ermöglicht den direkten Import bestehender 3D-Venuemodelle, CAD-Zeichnungen und Akustik-Reports auf Satellitenkarten oder Hallenpläne:

1. Ghost Preview
Das importierte 3D-Modell schwebt transparent unter dem Mauszeiger.
2. In-Flight Rotation
Drücke R (+15°) oder Shift + R (-15°) zur Ausrichtung an Hallenwänden.
3. Snap & Bestätigung
Rastet an Nullpunkt (0,0) ein und übernimmt alle Flächen mit Höhen.

Unterstützte Import-Formate:

FormatEndungParser-Details
L-Acoustics Soundvision.txt / .pdf / .xmlpParst 3D-Quads, Dreiecke, Normalenvektoren, Ohrhöhen und Mechanical Reports.
d&b audiotechnik ArrayCalc.dbacv / .dbac / .xmlExtrahiert native XML-Venue-Ebenen, Raumhöhen und Hörzonen.
CODA System Optimiser.cvlfLiest 3D Venue Layer Files, Symmetrieachsen und Quads ein.
JBL Venue Synthesis.gcfParst native 3D-Geometriekonfigurationen für LAC-3 und Venue Synthesis.
Universal CAD / EASE / MAPP.dxfExtrahiert 3DFACE und POLYLINE Meshes aus Vectorworks, AutoCAD, EASE, NEXO, Bose.
Koordinaten-Tabelle.csv / .txtTabellarische Punktmatrix (X, Y, Z Koordinaten).

Multi-System Export Matrix (12 Formats)

L-Acoustics Soundvision .txt

Calculates mathematical cross-product normal vectors \(\vec{N}\) for plane definitions, ear-height tags, and winding orders.

d&b audiotechnik ArrayCalc .dbacv

Native XML venue structure with typed listeningPlane objects and 1.20m / 1.60m listening heights.

Meyer Sound MAPP 3D .dxf

Structured layer layout (AUDIENCE_PREDICTION) supporting auto-prediction plane snapping.

RCF / TT+ Audio RDShape .xrds

XML venue model with on-axis cross-section profiles and 3D surface geometry for RDNet.

AFMG EASE Focus 3 & Clair .pdf / .dxf

Multi-page printable audience zone data sheet with scaled 2D plan and coordinate tables (Clair, TW Audio, EAW, Adamson).

NEXO NS-1 & Yamaha AFC .dxf

3D surface meshes with NS-1 compliant layers for NS-1 and Yamaha AFC Image immersive design.

Bose Professional Modeler .dxf

Dedicated layers for listener areas and room boundaries optimized for Modeler 6+.

AFMG EASE 5 (Full 3D) .dxf

Full 3D room model with separated audience faces and boundary volumes for room acoustics.

CODA System Optimiser .cvlf

Native CODA Audio Venue Layer File with quads, ear-height zoning, and symmetry axes.

JBL Professional Synthesis .gcf

Native 3D geometry configuration for JBL Venue Synthesis and Line Array Calculator (LAC-3).

Universal 3D CAD .dxf

Clean 3DFACE meshes compatible with Vectorworks Spotlight, AutoCAD, SketchUp, Rhino, and Blender.

Raw Coordinates Table .csv

Point-by-point matrix (X, Y, Z, Latitude, Longitude) for spreadsheet and survey software.

The 4 Golden Rules for Flawless Acoustic Room Models

1. Unit Consistency

Always verify that the length unit in Surface Generator (e.g. Meters) matches your target software settings (Soundvision ➔ Options ➔ Length Unit ➔ Meter).

2. Forward +Y Alignment

The green +Y axis must always point straight from Downstage Center into the audience / FOH. Use Align by line along the stage front.

3. Magnet Snapping

Always use Corner Snapping (Green dot) to connect adjacent risers and bleachers seamlessly without intersecting polygon vertices.

4. 3D Side-View Verification

Press V before exporting and switch to Side View to ensure all stage heights, balcony inclines, and hillside slopes are geometrically sound.

Supported by www.va-tool.de • Version 4.0

What's New

Surface Generator Logo Surface Generator
Optimized for Desktop & CAD Workstations

From Venue Map to 3D Soundvision & ArrayCalc Model in 2 Minutes

Surface-Gen accelerates 3D audience and stage modeling for sound engineers, system techs, and acoustic consultants.

L-Acoustics Soundvision d&b ArrayCalc Meyer Sound MAPP 3D CODA System Optimiser JBL Venue Synthesis AFMG EASE 5 AFMG EASE Focus 3 RCF / TT+ RDShape NEXO NS-1 Bose Modeler AutoCAD & Vectorworks DXF
Interactive 3D Preview
360° Touch Orbit
Initializing 3D model...
Surfaces: 5 Polygons
Elevation: 0.00m – 5.20m
Highlights

What Surface-Gen Does

🛰️

Google Maps & Terrain Elevation

Plan directly on high-resolution Google Maps satellite imagery and query global topographic terrain elevations with one click.

📐

PDF & Blueprint Import

Import architect drawings and festival site maps as PDF or image and calibrate to true scale in seconds.

💾

Multi-Format Export

Instant export to Soundvision .txt, ArrayCalc .dbacv, AutoCAD .dxf, Venue Synthesis .gcf, and PDF reports.

⚡

Auto-Triangulation

Complex freeform polygons are automatically triangulated into simulation-ready quads and 3D faces.

Desktop Bridge

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CAD tools require precision with mouse & keyboard. Send the link directly to your desktop workstation:

Send via WhatsApp To saved messages or your chat
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