Top 10 Best Lighting Layout Software of 2026

Calculux is a lighting layout software that maps a lighting floor plan or reflected ceiling plan into a luminaire placement model and then runs photometric calculations to produce illuminance levels and uniformity checks. Philips luminaire libraries help with luminaire schedules and luminaire schedules cross-checks during early design phases. The tool also provides 3D visualization to validate mounting height, mounting location, and coverage before exporting documentation. This combination fits teams that want fewer manual handoffs between layout, calculation, and review artifacts.

A tradeoff appears in governance across large multi-discipline projects when external CAD or BIM sources contain complex geometry that must be simplified into repeatable room geometry for accurate calculations. Calculux is best when teams maintain consistent room inputs and iterate lighting layouts using the same calculation grid strategy, rather than importing highly detailed models every revision. It also fits when luminaire selection stays within Philips lighting families to minimize data translation steps.

Capture’s core workflow ties room geometry from imported CAD files to lighting layouts with controlled groups that can be reused across design revisions. The application produces calculation results aligned to lighting floor plans and reflected ceiling plans so teams can trace outcomes back to what changed in the model. It also supports document-style outputs that fit construction documentation handoffs.

The tradeoff is that repeatable zoning and grouping require disciplined naming and configuration upfront, or calculation results become harder to audit later. Capture fits best when a team manages multiple similar spaces and needs consistent calculation setup across each room set.

LightStanza supports creation and revision of lighting layouts using room dimensions, mounting heights, and luminaire placement that can be iterated without restarting the entire model. The core capability centers on driving lighting results from photometric definitions used in typical luminaire schedules workflows. The app is best fit for projects where teams want to move quickly between layout adjustments and illuminance output review.

A key tradeoff is that LightStanza does not position itself as a document-heavy pipeline replacement for CAD model preparation and contract deliverables. It fits situations where a single project team needs fast modeling, grid-based checking, and review outputs for internal coordination rather than deep interoperability across multiple BIM authoring systems.

WYSIWYG from cast-soft.com focuses on lighting layouts and design documentation in a CAD-like workflow with direct placement of luminaires and surfaces. The tool supports photometric content via common luminaire libraries and uses those schedules to drive illuminance and related calculation outputs.

WYSIWYG also generates construction-facing plan views and reporting that teams can reuse across iterations. Automation is centered on repeatable projects, template-like settings, and batch-style update cycles when geometry or fixture selections change.

AGi32 calculates point-by-point lighting results from room geometry, then drives a 3D scene view and reporting of illuminance outcomes. The workflow centers on luminaire schedules, photometric data import through standard candela files, and repeatable lighting calculations across grids and zones.

It also supports lighting power density checks using common design inputs and produces documentation outputs aligned to construction needs. Compared with other layout tools, its distinct strength is how the calculation setup stays closely tied to the lighting model used for documentation.

Visual Lighting is aimed at lighting designers and engineers who need 3D-driven layouts with practical documentation outputs for rooms and ceiling plans. The software supports lighting layout workflows that connect a 3D scene view with placement decisions, then produces calculation-ready documentation tied to the model.

It is most useful when teams iterate on mounting heights, zoning and grouping, and grid-based evaluation settings while keeping drawings synchronized with the visual layout. Visual Lighting is also a fit when Capture, AGi32, or DIALux are used elsewhere, but a dedicated layout and visualization step is required before downstream calculations.

Elite Software Inpoint and Outpoint focuses on moving lighting inputs and outputs between point-based project models and downstream documentation workflows. The toolset supports point-by-point calculations for illuminance levels and publishes results in a format intended for construction delivery.

It also handles room geometry inputs and reflected ceiling plan style layout coordination so lighting and control decisions stay aligned across revisions. The primary differentiator versus general-purpose design CAD is the tighter workflow around lighting data in and out of a repeatable calculation-to-delivery pipeline.

OpenLumen focuses on lighting layout and documentation workflows that connect room geometry, fixture placement, and calculation-ready scene setup into one repeatable process. It supports importing common CAD geometry for layout and then driving point-by-point style illuminance outputs from defined mounting, grid, and surface settings.

The software workflow emphasizes configuration reuse, so teams can standardize zones, groups, and report outputs across projects. OpenLumen also provides automation hooks via an API and export formats that fit into broader engineering and documentation pipelines.

LuxManager is an Autodesk marketplace lighting layout tool focused on authoring and reviewing lighting designs inside a controlled workflow. It supports luminaire placement on lighting floor plans, producing calculation-ready layouts tied to photometric inputs.

LuxManager emphasizes repeatable project setup, with configuration options for lighting calculations and documentation outputs. It is most distinct when used as part of an Autodesk-adjacent handoff path where layout results are standardized for project stakeholders.

IESVE FlucsPro is a lighting layout workflow add-on focused on creating and managing luminance and glare-focused outputs rather than only basic illuminance maps. It supports point-by-point calculation grids tied to room geometry and luminaire placement so designers can evaluate visual comfort alongside light levels.

The workflow is built to move from reflected ceiling plan style layout decisions into repeatable calculation runs and documented result sets for lighting design reviews. IESVE FlucsPro is most useful when glare and luminance signals drive design iterations for interior spaces.