How Attractive Are You – Free AI Face Harmony & Symmetry Test

Wondering how attractive am I or seeking an objective AI attractiveness rater? Our studio-grade AI face rater and facial analysis engine evaluates facial symmetry, golden ratio face proportions, midface ratio, and canthal tilt with 478 3D landmarks. If you’ve wondered how attractive am I AI or want to explore how attractive am I using artificial intelligence, get your free, instant analysis right in your browser.

Quick Instant Demo:

Upload or Drop Your Frontal Portrait

Drag & drop your headshot, select a file, or use your device camera for an instant, private facial symmetry test and beauty score.

High-security client sandbox: Images are processed in local memory and never transmitted over the internet for 100% private free face analysis.

Sub-100ms Inference

Hardware-accelerated WebAssembly canvas analysis.

478 3D Landmarks

Deep facial contour, iris, and midface ratio coordinates.

Disclosed Math Formula

Transparent geometric weighting and PSL rating alignment.

Viral 9:16 Face Card

Instant export for TikTok and Instagram Story.

Landmark Precision: Optimal Frontal Match
1200 x 1600 px
-- SCORE / 100
Showstopper

Superior Facial Harmony & Architectural Balance

Landmark geometry reflects superior bilateral symmetry with near-optimal facial thirds and classic golden ratio proportions.

Aesthetic Distribution: Top 4.2%
Bilateral Symmetry
--
Weight 30%
Vertical Thirds
--
Weight 20%
Horizontal Fifths
--
Weight 20%
Golden Ratio Φ
--
Weight 15%
Canthal Tilt
--
Weight 7.5%
Gonial Angle
--
Weight 7.5%

Six-Axis Scientific Harmony Breakdown

Bilateral Symmetry

30% WEIGHT
Equidistance from Midline --

Evaluates mirroring between zygomatic, orbital, and gonial landmark pairs across the facial midline.

Vertical Facial Thirds

20% WEIGHT
Trichion : Glabella : Menton --

Divides face into upper, middle, and lower sections. Evaluates variance against the 1:1:1 canon.

Horizontal Facial Fifths

20% WEIGHT
Transverse Eye Widths --

Evaluates the 5 transverse segments from ear margin to eye, eye fissure width, and intercanthal gap.

Golden Ratio Phi (1.618)

15% WEIGHT
Height-to-Width Ratio --

Compares facial bounding proportions and inter-feature distances against the golden constant phi.

Canthal Tilt Vector

7.5% WEIGHT
Medial vs Lateral Canthus --

Angle of the palpebral fissure. Positive tilt (+3° to +6°) is traditionally considered youthful and alert.

Jawline & Gonial Angle

7.5% WEIGHT
Mandibular Plane Angle --

Calculates ramus-to-mandible bone angle and sharpness of jawline-to-neck transition.

Face Shape
Harmonious Oval
Midface Compactness
1.04 (Optimal)
Interpupillary Gap
1:1 Balanced
Lip Fullness Ratio
1 : 1.618

Actionable Aesthetic & Styling Roadmap

Constructive, non-surgical styling adjustments tailored to your detected facial bone geometry:

Haircut & Framing

Curtain bangs, textured quiff, or soft layering to highlight balanced cheekbones.

Eyewear Optimization

Geometric, cat-eye, or rectangular frames that maintain width proportion.

Posture & Grooming

Maintain clean eyebrow arches and upright cervical spine posture for jawline definition.

The AuraFace Standard

Why Choose Our Face Attractiveness Analyzer

Engineered for anyone asking “am I attractive” or seeking an objective face rating without black-box estimations, cloud uploads, or paywall traps. Whether you want to test attraction, take a face attractiveness test, or calculate your ai attractiveness rating, our platform delivers unmatched privacy and precision.

100% On-Device Client Privacy

Your photos are processed exclusively inside your browser’s local sandbox memory using WebAssembly. No image files are ever uploaded, transmitted, or stored on external cloud servers.

478 3D Landmark High-Density Mesh

Rather than relying on coarse 68-point outlines, our convolutional neural mesh tracks 478 high-precision 3D sub-pixel coordinates spanning orbital contours, alar base, and jawline angles.

Fully Disclosed Scientific Formulas

Zero black-box guessing. Unlike typical face rating AI apps that assign arbitrary looks rating scores, every metric is derived from published anthropometric canons: Bilateral Facial Symmetry (30%), Vertical Thirds (20%), Horizontal Fifths (20%), Golden Ratio Face Phi Proximity (15%), and Canthal Tilt & Jaw Angles (15%).

Actionable Non-Surgical Roadmap

We don’t just output a cold face score or attractive scale number; our integrated face shape detector identifies your skeletal proportions and delivers constructive hairstyle, eyewear, and posture levers to tangibly improve facial harmony.

Viral 9:16 Social Face Card

One-click export of an ultra-aesthetic 1080×1920 high-resolution graphic showing your photo, score, archetype title, and 6-axis badges, perfectly formatted for TikTok and Instagram.

Instant & 100% Free Face Analysis Forever

Sub-100ms hardware-accelerated face scanner and facial analyser with zero mandatory sign-up, zero credit deductions, and zero hidden weekly subscription paywalls.

Landmark Precision: Optimal Frontal Match
1200 x 1600 px
— SCORE / 100
Showstopper

Superior Facial Harmony & Architectural Balance

Landmark geometry reflects superior bilateral symmetry with near-optimal facial thirds and classic golden ratio proportions.

Aesthetic Distribution: Top 4.2%
Bilateral Symmetry
—
Weight 30%
Vertical Thirds
—
Weight 20%
Horizontal Fifths
—
Weight 20%
Golden Ratio Φ
—
Weight 15%
Canthal Tilt
—
Weight 7.5%
Gonial Angle
—
Weight 7.5%

Six-Axis Scientific Harmony Breakdown

Bilateral Symmetry

30% WEIGHT
Equidistance from Midline —

Evaluates mirroring between zygomatic, orbital, and gonial landmark pairs across the facial midline.

Vertical Facial Thirds

20% WEIGHT
Trichion : Glabella : Menton —

Divides face into upper, middle, and lower sections. Evaluates variance against the 1:1:1 canon.

Horizontal Facial Fifths

20% WEIGHT
Transverse Eye Widths —

Evaluates the 5 transverse segments from ear margin to eye, eye fissure width, and intercanthal gap.

Golden Ratio Phi (1.618)

15% WEIGHT
Height-to-Width Ratio —

Compares facial bounding proportions and inter-feature distances against the golden constant phi.

Canthal Tilt Vector

7.5% WEIGHT
Medial vs Lateral Canthus —

Angle of the palpebral fissure. Positive tilt (+3° to +6°) is traditionally considered youthful and alert.

Jawline & Gonial Angle

7.5% WEIGHT
Mandibular Plane Angle —

Calculates ramus-to-mandible bone angle and sharpness of jawline-to-neck transition.

Face Shape
Harmonious Oval
Midface Compactness
1.04 (Optimal)
Interpupillary Gap
1:1 Balanced
Lip Fullness Ratio
1 : 1.618

Actionable Aesthetic & Styling Roadmap

Constructive, non-surgical styling adjustments tailored to your detected facial bone geometry:

Haircut & Framing

Curtain bangs, textured quiff, or soft layering to highlight balanced cheekbones.

Eyewear Optimization

Geometric, cat-eye, or rectangular frames that maintain width proportion.

Posture & Grooming

Maintain clean eyebrow arches and upright cervical spine posture for jawline definition.

Computer Vision Architecture

How Our 5-Step AI Landmark Engine Audits Facial Geometry

From browser pixel ingestion to 478 3D vector normalization — discover how our client-side WebAssembly engine extracts millimeter-level aesthetic coordinates in under 100 milliseconds.

01

Spatial Ingestion & Preprocessing

Your portrait is oriented, checked for minimum focal resolution, and balanced for dynamic range on a client-side offscreen canvas without saving or uploading your raw image.

02

478 3D Landmark Localization

Our convolutional neural mesh maps 478 precision 3D spatial points across cranial margins, iris centers, palpebral fissures, alar base, and mandibular jaw contours.

03

Bilateral Sagittal Midline Derivation

The system fits an anatomical vertical axis connecting the glabella, pronasale, and menton, measuring Euclidean mirroring distance across 36 bilateral landmark pairs.

04

Anthropometric Ratio Evaluation

Quantifies neoclassical vertical thirds, transverse fifths, divine golden ratio phi (Φ ≈ 1.618), canthal tilt angle, and mandibular gonial definition against classical canons.

05

Calibrated Normalization & Synthesis

The six weighted geometric vectors are compiled against a standardized aesthetic distribution curve, generating your 0–100 score, archetype, and exportable Face Card.

100% Client-Side WebAssembly Advantage

Unlike traditional AI face rating apps that send your sensitive personal selfies to distant third-party GPU servers, AuraFace AI executes all 478 landmark matrix calculations directly inside your browser’s local sandbox memory. Zero latency, zero data retention, and complete privacy guaranteed.

Eliminating Camera Distortion

What influences your score, and why it changes between photos

Why does the same individual score an 88 on one portrait and a 73 on another? Understand how lens focal length, lighting angles, head rotation, and facial tension warp detected landmarks.

01 • LENS

Focal Length & “Fisheye” Distortion

Smartphone front cameras use wide-angle lenses (24mm–28mm). Held close to the face, perspective distortion inflates central features (nose) by up to 30% while compressing cheekbones. A 50mm–85mm portrait distance reveals your true bone structure.

02 • LIGHT

Directional Shadows vs Diffuse Luminance

Harsh overhead lighting casts false shadows under the brow bone and deepens tear troughs and nasolabial folds. Diffuse, eye-level ambient lighting ensures the AI reads natural resting bone contours rather than harsh shadows.

03 • ANGLE

Roll, Pitch & Yaw Head Tilts

Even a 3° to 5° head rotation or chin tilt reduces bilateral symmetry by over 10 points. For an accurate mathematical baseline, align your eyes horizontally with the camera lens with zero tilt.

04 • TONUS

Resting Facial Tonus vs Forced Pouts

Smiles and raised eyebrows naturally alter facial thirds and pull the corners of the lips. A completely neutral, relaxed expression allows the algorithm to measure your resting skeletal architecture accurately.

05 • DISTANCE

Camera Elevation & Sensor Convergence

Shooting from beneath the chin foreshortens the forehead while artificially elongating the lower jaw. Shooting from above shrinks the chin. Keeping the lens precisely parallel to eye level ensures true anatomical fidelity.

06 • SHARPNESS

Motion Blur vs Edge Definition

Aggressive software smoothing filters or hand shake smear sub-pixel iris and orbital borders. Crisp, unfiltered optical focus enables our neural network to pin 478 3D coordinates with sub-millimeter precision.

Studio Calibration Standards

Tips for more accurate face attractiveness analysis

Follow these evidence-based photography guidelines to ensure our 478 3D landmark engine measures your genuine anatomical proportions without environmental distortions.

Recommended Photo Conditions

  • Camera at Exact Eye Level: Hold phone at arm’s length or 4–6 feet away using a timer or tripod to prevent wide-angle distortion.
  • Balanced, Natural Window Light: Soft daylight facing you illuminates features evenly without harsh bilateral shadows.
  • Completely Neutral Expression: Relax forehead and jaw, keeping lips lightly touching without smiling or squinting.
  • Hair Tucked Behind Ears: Ensures full visibility of the forehead hairline (trichion) and jawline angles (gonion).
  • No Thick Glasses or Occlusions: Remove heavy dark frames or hats that obscure eyebrow arches and orbital contours.

Conditions That Falsely Lower Scores

  • Close-Up “Arm-Length” Selfies: 24mm camera distortion expands nose width and falsely reduces golden ratio alignment.
  • Overhead Fluorescent Lighting: Creates artificial dark bags beneath the eyes and darkens the lower facial third.
  • Side Angles & Head Tilts: Any three-quarter angle breaks the vertical symmetry axis, skewing left-right parity.
  • Heavy Filters & Smoothing: Beauty smoothing blurs essential anatomical landmark edges needed for sub-pixel localization.
  • Asymmetrical Smirks or Pouts: Contracting one cheek or puckering lips falsely skews midline reflection metrics.

Full Mathematical Transparency

How Your Attractiveness Score Is Calculated

Unlike black-box AI tools that output arbitrary numbers, AuraFace AI publishes its exact mathematical formula and component weightings, serving as the benchmark standard in facial attractiveness test methodology.

30%

Bilateral Facial Symmetry

Calculates mirroring error between 36 paired landmark vectors across the vertical sagittal midline for our face symmetry test and facial symmetry test to check face symmetry. Having a naturally symmetrical face is recognized in every beauty symmetry test and symmetrical face test as a fundamental indicator of aesthetic balance.

20%

Vertical Facial Thirds

Forehead (trichion to glabella), midface (glabella to subnasale), and lower jaw (subnasale to menton) compared against 1:1:1.

20%

Horizontal Facial Fifths

Checks whether the face width equals five equal eye-width segments as defined in classical Renaissance art canons.

15%

Golden Ratio & Divine Proportion

Proximity of total face height to bizygomatic width against the divine proportion phi (Φ = 1.618) to evaluate a mathematically perfect ratio face. This measures your golden face ratio and convergence on the classical golden section face.

15%

Canthal Tilt & Jaw Definition

Evaluation of palpebral fissure inclination (+3° to +6° positive canthal tilt vs downward negative canthal tilt) and mandibular gonial bone contour.

Calibrated Aesthetic Bands

What Your Face Rating Score Means

Scores reflect objective geometric alignment with selected proportional canons, placed within a normal distribution curve.

Score Range Classification Tier Aesthetic Distribution Architectural Profile
88 – 100 Showstopper Top 4% of Scans Exceptional bilateral symmetry, tight convergence on golden ratio canons, and distinct bone definition.
83 – 87 Standout Top 15% of Scans High structural cohesion, well-balanced facial fifths, and harmonious eye-to-mouth proportions.
78 – 82 Glow-Up Tier Top 35% of Scans Above-average measured balance with identifiable levers for hairstyle, grooming, or lighting enhancement.
65 – 77 Harmonious Core Distribution Distinctive, expressive facial characteristics. Minor camera tilt or focal length changes heavily modulate scores.
< 65 Foundation Base Distribution Unique feature balance deviating from standard canons; high upside through camera angle and flattering lighting.

Decoding the PSL Scale, 1–10 Beauty Scales & Objective Facial Ratings

When people search to rate my face, ask how attractive am I, how pretty am I, how beautiful am I, or wonder am I beautiful or am I good looking, they often encounter community frameworks like the PSL scale (a 1 to 8+ system grading Prettiness, Status, and Looks, often searched as a PSL. score) or informal 1–10 beauty scales and attraction scale rankings. While online communities focused on rating looks are inherently subjective and variable, our calibrated 0–100 face rating AI uses millimeter-precise 3D landmark geometry. Our attractiveness calculator translates classic aesthetic canons into reproducible mathematical percentiles — so you understand the exact skeletal balance, midface ratio, and symmetry that establish your true face score.

Demonstrated Geometric Audits

Sample results across different faces

Explore real-world landmark scans across diverse facial archetypes — evaluating how symmetry, facial thirds, and bone angles compute objective harmony scores.

Female Model Studio Face Analysis Sample 91.4 Showstopper • Top 4%

Harmonious Luminary

Near-perfect horizontal fifths with intercanthal width matching eye length, alongside an optimal +4.8° positive canthal tilt and exceptional bilateral symmetry.

Symmetry: 94.2% Thirds: 1.02:1:0.98 Canthal: +4.8° Phi: 92.6%
Male Model Studio Face Analysis Sample 89.8 Showstopper • Top 4%

Classical Apollo

Prominent bizygomatic cheekbone width, a sculpted 121° gonial jaw angle, and tight golden ratio facial compactness with balanced 1:2 philtrum-to-chin proportion.

Symmetry: 91.8% Gonial: 121° fWHR: 1.94 Thirds: 0.98:1:1.01
Editorial Natural Face Analysis Sample 87.2 Standout • Top 15%

Symmetrical Muse

Soft natural contours with high sagittal midline alignment, harmonious eyebrow spacing, and balanced lower-third proportion across hairline to menton.

Symmetry: 89.4% Thirds: 1.01:1.02:0.97 Canthal: +3.9° Phi: 88.5%

Scientific Nuance & Validation

Is the AI Face Attractiveness Analyzer accurate?

How mathematical computer vision and modern attractiveness AI models analyse facial geometry — what a 478-landmark face analysis test accurately measures, and what a 2D static photograph cannot capture.

Measurable In Static Photos

  • Bilateral Symmetry: Cross-cultural studies (Rhodes et al.) consistently show facial symmetry correlates with perceived visual attractiveness.
  • Averageness & Proportions: Faces closer to population-average ratios (Langlois & Roggman) are processed more fluently by human vision.
  • Facial Thirds & Fifths: Centuries of plastic surgery literature confirm harmonious horizontal and vertical segmentation reduces visual tension.
  • Canthal Tilt: Upward positive inclination of the eye corners correlates with perceived vitality and alertness.

What A Photo Scan Cannot See

  • •
    Warmth, Smiles & Micro-Expressions: Genuine smiles in real life dramatically outperform static mathematical symmetry on dating platforms.
  • •
    Voice, Posture & Charisma: Acoustic vocal traits and confident body language drive real-world attraction more than 2D pixels.
  • •
    Camera Lens Distortion: Smartphone wide-angle selfie cameras (24mm-28mm) warp nose size and midface proportions by up to 30%.
  • •
    Lighting & Head Rotation: Subtle 5-degree head rotations shift detected symmetry by over 12% on 2D images.