How these tests are scored

The audited reference color game uses HSB values, converts them to RGB and CIE Lab, then scores CIEDE2000 Delta E with a hue-sensitive product curve. Dialed Color matches that measurement model for the random HSB color game; the reference site's separate logo/character Color2 dataset is a curated-content task, not a random target task.

Solo and challenge targets are seed-generated pseudo-random HSB colors. Daily targets use date-based fixed palettes or date hash offsets, so the same seed gives the same colors.

The app converts target and submitted colors into RGB and CIE Lab coordinates, then measures color difference with the CIEDE2000 Delta E formula.

The round score maps CIEDE2000 color difference onto a 0-10 assessment score with a reference-style product curve. Delta E is standardized; the 0-10 curve is not a CIE standard.

A report can discuss hue drift, saturation/brightness drift, average Delta E, and consistency across rounds. It should not claim clinical color vision, brand-color literacy, or long-term memory ability from one five-round run.

Screen calibration, brightness, color profile, ambient light, and the user's display all affect results.

The reference sound task is a pitch-recall game: play a browser-generated tone, let the user drag vertically to choose a remembered tone, then score perceptual pitch distance. Dialed Color uses the same task framing with local Web Audio synthesis, cents, and normalized ERB-rate distance.

Targets are seed-generated pseudo-random browser tones inside a fixed frequency range. The same seed and difficulty reproduce the same target tones.

The app compares target Hz and submitted Hz with cents plus ERB-rate distance, so pitch error is measured on logarithmic and perceptual scales instead of raw hertz alone.

The round score maps ERB-rate distance onto a 0-10 assessment score with a product-calibrated curve. It is not a medical hearing score.

A report can describe average cents error, whether guesses trend sharp or flat, and whether low/mid/high tones are harder. It should not diagnose hearing acuity or pitch disorders.

Headphones, speaker quality, volume, browser audio behavior, background noise, and hearing range can all change performance.

The reference time task uses deterministic intervals, visual hints on easy mode, and a log-ratio timing score. Dialed Color now uses the same interval ranges and log-ratio curve, while keeping the brand and report language separate.

Targets are seed-generated pseudo-random time intervals. Easy rounds draw 1000-3500ms intervals; harder rounds draw from 500-6000ms with long intervals spread across the run.

The app compares target duration and submitted duration using absolute error, relative error, and Weber fraction-style signed error.

The round score maps log-ratio timing error onto a 0-10 assessment score. The log/ratio basis follows timing psychophysics; the exact 0-10 curve is product calibration.

A report can discuss early/late bias, average absolute error, relative error, and Weber-fraction-style consistency. It should not claim attention disorder, neurological status, or reaction-time diagnosis.

Input device latency, browser frame timing, attention, audio/visual lag, and refresh rate can change timing results.

The reference shape task compares the user's recreated geometry against a generated target with overlap, rotation, position, and scale behavior. Dialed Color uses a raster-overlap and symmetry-aware rotation model to make those errors visible.

Targets are seed-generated circles, polygons, and stars from the reference side sequence, with controlled position, rotation, and scale per difficulty.

The app compares target and submitted geometry with a 64x64 raster overlap score, then applies symmetry-aware rotation and scale penalties.

The round score maps combined geometry error onto a 0-10 assessment score with a product-calibrated curve.

A report can describe outline overlap, center drift, scale drift, and rotation drift. It should not infer visual-spatial disorder or motor impairment.

Pointer precision, touch-screen size, motor control, viewport size, and visual attention can affect results.

The SBTI task is a structured self-report assessment layer: questions map answers into 15 SBTI dimensions, a nearest archetype label, and Big Five-informed OCEAN tendencies. This requires transparent wording and strong non-diagnostic disclaimers.

Questions and type labels come from the authorized sbti-test.com content package, not from random generation.

The app maps answers into SBTI dimension patterns and directly scores Big Five-informed tendencies from selected answer evidence. It is not an official IPIP, BFI, NEO, or clinical personality instrument.

The match score maps answer patterns onto a 0-10 style assessment score and share result. It is not a psychometric validity score.

A report can summarize answer patterns, strongest dimensions, weakest dimensions, nearest SBTI archetypes, and Big Five-informed OCEAN tendencies. It should not make clinical, hiring, school, or relationship decisions.

Self-report mood, joke wording, social context, and intentionally exaggerated answers can change the result.