Display selected distributions on a photometric sphere for beam shape, symmetry, color data, and focused C/gamma direction checks.

Inspect the luminous intensity distribution as a spatial shape and compare selected distributions in different rendering modes.

Analyze the angular distribution as a false-color map with cartesian and projection-style views for dense visual inspection.

Review selected photometry as precise numeric table data for detailed inspection, copying, and supported edits.

Calculate and plot illuminance on a selected projection plane to compare beam behavior at a specified distance.

Show equal-intensity contours to inspect beam spread, peak intensity, and contour shape.

Plot selected photometric sections as 2D curves for comparing planar sections, conic sections, and peak-direction behavior.

Render apparent illumination and color appearance on a projection plane for visual surface inspection.

Edit core photometric quantities across selected intensity distributions, including batch edits when multiple photometries are selected.

Manage structured luminaire and intensity metadata for file-format, report, manufacturer, lamp, optical, and regulatory fields.

Change coordinate type, symmetry, and angular resolution while previewing the resulting data structure.

Edit luminaire body geometry and emitter geometry with a live 3D preview for selected photometry.

Rotate selected distributions and compare before/after data before applying the update.

Apply symmetry to selected intensity distributions with a preview of the resulting photometric data.

Correct small goniophotometer mounting and orientation errors by searching for a rotation that better matches expected symmetry.

Reduce measurement noise with Gaussian smoothing while preserving the overall photometric shape.

Widen or compress selected distributions independently along horizontal axes for controlled beam-shape correction.

Create a combined photometry from selected distributions for multi-emitter or lens-variant workflows.

Manage photometries inside multi-emitter documents for modern luminaire and BIM-oriented formats.

Estimate Unified Glare Rating values for selected luminaires using luminaire luminance, position, solid angle, background luminance, and Guth position index.

Plot luminaire luminance against observation angle and overlay UGR limit curves for quick glare assessment.

Compare selected luminaire luminance curves against glare limitation curves with immediately updating limit classes.

Calculate luminaire luminance for selected photometries and present it as tabular angular data.

Report how effectively the selected luminaire sends luminous flux to a reference working area for standard room and spacing cases.

Estimate illuminance uniformity for standard spacing cases to assess regular-grid working plane layouts.

Summarize emitted luminous flux by angular zones, including gamma bands and upper/lower hemisphere groupings.

Calculate angular beam width values for luminaires whose useful output is described by one or more spread measurements.

Summarize outdoor luminaire flux by standard angular zones for uplight, glare, forward-light, and backlight classification.

Review roadway lighting classification and evaluation data for selected intensity distributions in roadway-style applications.

Search standard roadway arrangements and show where selected distributions may meet roadway class requirements.

Inspect chromaticity variation over selected luminous intensity distributions from measured or calculated color sample points.

Select areas on a 2D angular map, then paint, fill, clone, transform, scale, add, or erase intensity and color values.

Create and edit roadway lighting scenarios used by the calculator, generator, and optimizer.

Evaluate selected intensity distributions against roadway scenarios for luminance, illuminance, uniformity, and glare-related criteria.

Create idealized luminous intensity distributions for selected roadway scenarios with candidate scoring.

Search combinations of existing distributions and arrangement parameters to find the best passing roadway setup.