OrthoFaceCosmetic ios
OrthoFaceCosmeticVision
The app uses φ as a harmony reference, not as a beauty requirement. φ is approximately 1.618 and its reciprocal is approximately 0.618. In facial visualization, these references help compare height/width, facial thirds, nose/mouth relationships, cheek/jaw relationships, lip balance, and surface dominance. The app’s unique concept is that colour can modify how these proportions are perceived. Colour does not change anatomy, but it changes visual weight. Highlight can make a weak region appear more present; contour can make a dominant region appear less wide; blush can visually lift the cheek; lip warmth can balance the mouth within the lower facial third; matte texture can reduce shine-driven projection. Therefore, colour can carry proportion. A face has not only geometric ratios but also light ratios, shadow ratios, surface-brightness ratios, warmth ratios, and attention ratios. OrthoFaceCosmetic uses AR to teach this connection.
OrthoFaceCosmetic is an AR-based iOS app that uses the golden ratio (φ) and facial mesh analysis to generate reversible cosmetic colour guidance. Rather than scoring faces against a beauty ideal, it maps facial proportions — thirds, widths, symmetry, midline — and translates any visual imbalances into practical suggestions: where to highlight, contour, add blush, define lips, or leave the area natural. The core insight is that colour can carry proportion — shifting how regions are perceived without altering anatomy. An Apple Vision Pro companion mode lets users or clinicians review the correction logic in an immersive view. The app is designed to be ethically neutral, framing everything as optional, reversible, and educational rather than corrective.
OrthoFaceCosmetic is an AR-based facial proportion and cosmetic colour-guidance app that combines golden-ratio references, fixed face-mesh vertex IDs, symmetry analysis, surface-volume interpretation, and reversible colour-vector overlays. Its purpose is to show how light, shadow, warmth, matte texture, and highlight can visually rebalance facial relationships before any structural intervention is considered.
The app understands the face as a living proportion system. It studies φ, inverse φ, φ², φ³, vertical thirds, horizontal widths, facial curves, midline balance, surface clusters, and regional dominance. Then it translates those measurements into ordinary cosmetic guidance: highlight where a surface should visually advance, contour where it should recede, blush where it should lift, lip warmth where expression needs balance, matte violet where shine or projection should soften, mint where the area should stay natural, and cyan where exact technical vertex selection is needed.
In this sense, colour has φ in the face because colour changes how proportion is perceived. A light region can become the dominant 61.8% visual anchor. A shadow can reduce a visually excessive zone. A blush vector can reconnect the cheek-to-temple relationship. A lip tint can rebalance the mouth within the lower facial third. A matte surface can reduce visual volume without changing anatomy. Colour becomes a proportional instrument.
OrthoFaceCosmetic does not claim that φ defines beauty. It uses φ as a compassionate reference for balance, education, and reversible preview. The app helps the user ask: “Is this concern structural, cosmetic, visual, lighting-related, or simply something that should be accepted?” The answer may be highlight, contour, blush, lip definition, no correction, or professional review.
The app’s final goal is not to create a perfect face.
Its goal is to help the user understand the face more clearly, correct only what is useful, leave natural what is already balanced, and use colour intelligently as a gentle, reversible bridge between mathematics and human appearance.
Core positioning: OrthoFaceCosmetic is an educational, local-first, reversible AR facial-proportion and cosmetic-colour visualization tool. It is not a diagnosis, not a medical-device decision system, not a beauty score, not identity verification, and not surgical instruction.
1. Essence of OrthoFaceCosmetic
OrthoFaceCosmetic is built on one central idea: the face is not understood only by bone, teeth, soft tissue, or isolated measurements. The face is also understood by proportion, light, shadow, colour, surface weight, and visual balance.
The app uses φ, the golden ratio, not as a rigid beauty law, but as a reference language for facial harmony. It helps the user see whether some facial regions appear visually dominant, visually weak, too wide, too narrow, too long, too flat, too heavy, or simply in need of softer balance. Then it translates those observations into reversible cosmetic colour guidance before any structural, orthodontic, surgical, or aesthetic procedure is considered.
The core concept is that colour can carry proportion. Colour can visually move facial surfaces forward or backward. Colour can make one region appear lighter, heavier, longer, shorter, wider, narrower, lifted, calmer, or more balanced. Therefore, colour can be used to express and correct φ-related visual relationships on the face.
This does not mean that a person should literally paint mathematical φ lines on the face. It means the app uses φ and related facial ratios to decide where light, shadow, warmth, softness, or neutrality should be placed so the face is read with better visual balance.
1.1 φ is a reference, not a judgement
The golden ratio is φ = 1.618... and its reciprocal is approximately 0.618. This 61.8% / 38.2% relationship is useful as a reference grid in art, design, architecture, and facial analysis. In OrthoFaceCosmetic, φ is used as a reference grid, not as a beauty score.
The app should never communicate that a face is wrong because it is not φ. Instead, it communicates that a surface has a certain visual weight compared with surrounding facial relations, and that a reversible colour correction may soften, lift, advance, or recede the area.
OrthoFaceCosmetic does not define beauty. It helps the user ask what is structural, what is visual, what is dental, what is cosmetic, what is caused by light or shadow, what is only perception, what is worth changing, and what should be left natural. The goal is facial harmony, not mathematical perfection.
1.2 How φ appears in the face
The face contains many natural proportional relationships: face height / face width, upper third / middle third / lower third, forehead / midface / lower face, cheek width / jaw width, nose width / face width, mouth width / nose width, upper lip / lower lip, chin height / lower facial third, eye spacing / facial width, and vertical / horizontal balance.
OrthoFaceCosmetic can evaluate linear ratios, surface ratios, volume-like surface dominance, symmetry and asymmetry, midline deviation, left/right facial balance, φ, inverse φ, φ², φ³ references, Marquardt-style relation maps, curve and spline relations, and regional surface clusters.
However, measurement alone is not enough. A face can be mathematically close to a ratio but still appear visually unbalanced because of skin brightness, shadow placement, surface reflectivity, makeup, lighting, camera angle, expression, hairline, lip colour, under-eye darkness, chin shine, jaw shadow, cheek flatness, or nose contrast. OrthoFaceCosmetic adds the missing perceptual layer: colour correction through light, shadow, warmth, and matte/reflective finish.
1.3 Colour has φ in the face
When we say that colour has φ in the face, the meaning is that colour can be distributed according to proportion. Colour can create dominant and secondary visual zones, shift the eye toward a 61.8 / 38.2 balance, and make a face read closer to a harmonious relationship without changing the real anatomy.
A region can be physically unchanged but visually corrected because the eye reads it differently after colour placement. A face has geometric proportion, surface proportion, colour proportion, light proportion, shadow proportion, warmth proportion, and attention proportion. OrthoFaceCosmetic combines these layers.
If one region occupies too much visual attention, the app may reduce its weight with shadow. If another region is too quiet, the app may increase its presence with highlight or warmth. In this sense, colour becomes a proportional instrument.
1.4 Colour as visual volume
The app treats cosmetic colour as a visual volume modifier. A light area appears closer, larger, fuller, more projected, more lifted, and more important. A dark matte area appears farther back, smaller, narrower, less projected, less heavy, and less dominant. A warm rose area appears healthier, softer, lifted, more alive, and more connected. A matte violet or soft shadow area appears calmer, less shiny, less swollen-looking, less projected, and less visually loud. Mint means review, observe, keep natural, and do not over-correct.
This is why OrthoFaceCosmetic is not simply a makeup filter. It is a measurement-to-colour translation system. The app asks which surface visually dominates, which surface needs support, which surface should recede, which surface should advance, which surface should be warmed, and which surface should be left alone.
1.5 φ, φ², and φ³ as deeper relations
At the φ level, the app compares line relations such as height/width, upper/lower relation, nose/mouth relation, and cheek/jaw relation. At the φ² level, the app can think in terms of surface relationships, because faces are made of surfaces: forehead, cheek, jaw, chin, nose, and lips. At the φ³ level, the app considers volume-like visual relationships, because the face is three-dimensional and surfaces can appear heavy because of depth, curvature, shine, or shadow.
Colour can modify perceived volume: highlight advances volume, contour recedes volume, matte texture reduces shine-volume, blush lifts transition-volume, and lip warmth restores expressive volume. This is why OrthoFaceCosmetic connects φ not only to geometry, but also to perceived facial volume.
2. OrthoFaceCosmetic Colour Language
These colours are map colours only. They do not mean the user should paint literal gold, blue, rose, red, mint, violet, or cyan on the face. The app translates each colour into a generic cosmetic product category and a reversible visual effect.
3. How the App Decides What to Suggest
The app does not randomly place colours. It reads the live face mesh, fixed vertex IDs, distance ratios, left/right balance, vertical thirds, horizontal widths, surface clusters, and φ / inverse φ / φ² / φ³ relations. Then it asks whether a zone is visually dominant, weak, flat, wide, narrow, long, short, shiny, heavy, unsupported, asymmetric, uncertain, or already balanced.
The app then converts the observation into a reversible colour action: a dominant lower face may receive blue or violet on the jaw and chin plus gold/rose on the cheek apex; a visually wide nose may receive blue on the side walls, a narrow gold bridge highlight, and violet on the shiny tip; a flat midface may receive gold on the cheek apex and rose toward the temple; a weak upper lip may receive warm red on the upper lip and gold on the cupid’s bow.
The core workflow is: measure → interpret → colour-map → explain → preview → retain or reject.
Default workflow:
1. User accepts consent.
2. The app opens in AutoCorrect mode.
3. The live AR face mesh is shown when the device supports ARKit face tracking.
4. Transparent colour patches appear on selected review surfaces.
5. Arrows point to the affected/review surface.
6. A scrollable right-corner panel explains why the area was selected, what colour role it has, what generic product category can be used, how to apply it, what visual effect is expected, what to avoid, and whether to retain or hide the preview.
7. The user can retain, hide, reject, or return to live automatic suggestions. 8. Vertex IDs can optionally be shown as small plain white V-number labels directly on the AR face mesh for technical review and manual vertex paint.
The app includes built-in educational help images explaining how each colour is used on the face. These images are shown inside scrollable and zoomable Help dialogs. They teach placement, product category, application guidance, and expected visual effect.
Apple Vision Pro:
The iOS app can optionally stream a local paired face-mesh and cosmetic-plan packet to the OrthoFaceCosmetic visionOS viewer. This is done by the user through visible Apple Vision Pro pairing controls. The workflow uses a SharedQR marker for coordinate alignment. The iPhone remains the TrueDepth capture source; Vision Pro displays the streamed mesh, colour patches, arrows, vertex IDs, and review panels in immersive space. Streaming is local only and initiated by the user.
OrthoFaceCosmeticVision
The iOS app captures and calculates. Apple Vision Pro visualizes and teaches. Colour becomes a reversible proportional language for understanding facial harmony.
OrthoFaceCosmetic iOS + Apple Vision Pro Workflow
OrthoFaceCosmetic connects iPhone AR face-mesh analysis with Apple Vision Pro immersive review.
Measure facial proportion, explore φ-based harmony, see reversible cosmetic colour guidance, and understand how highlight, contour, blush, lip warmth, and matte texture change perceived facial balance.
The iPhone captures and calculates. Apple Vision Pro visualizes and teaches. Colour becomes a reversible proportional language for facial harmony.
Why colour has φ in the face
The app is based on the idea that facial proportion is not only mathematical. Proportion is also visual. A region can look too dominant because it is too bright, too shiny, too shadowed, too wide, too flat, or too visually heavy.
Colour can change perceived proportion:
• highlight makes a surface appear closer, fuller, and more projected;
• contour makes a surface appear smaller, narrower, and farther back;
• blush can lift and connect cheek-to-temple surfaces;
• lip warmth can balance the mouth inside the lower facial third;
• matte violet can reduce shine-driven projection;
• mint protects balanced areas from overcorrection.
In this sense, colour can carry φ. Colour can shift the eye toward a more harmonious visual relationship without changing anatomy.
iOS role: capture and analysis
The iPhone/iPad is the main capture and calculation device. It performs:
1. Consent and privacy workflow.
2. ARKit face tracking when supported.
3. Live face-mesh capture.
4. Fixed vertex-ID mapping.
5. Symmetry and proportion analysis.
6. φ / φ² / φ³ and other relation calculations.
7. AutoCorrect cosmetic colour-plan generation.
8. Manual vertex paint if needed.
9. Local AR rendering.
10. Correction TXT export and share.
The iOS AutoCorrect panel explains each suggested surface: why it was selected, what colour role applies, what product category may be used, how to blend, what effect to expect, what to avoid, and whether to retain or hide the preview.
Apple Vision Pro role: immersive paired viewer
Apple Vision Pro is the immersive viewer. It receives the iOS-generated face mesh and cosmetic plan over a local user-initiated connection.
It can display:
• the streamed face mesh;
• transparent cosmetic colour patches;
• arrows pointing to affected or review surfaces;
• optional small white vertex ID labels;
• φ / Marquardt / Blue Guide overlays when activated;
• a scrollable explanation panel;
• help images that teach the colour-correction concept.
Apple Vision Pro does not replace the iPhone capture pipeline. The iPhone captures and calculates; Vision Pro displays and teaches.
Local connectivity workflow
a. first dowload the image above and print in common printer the shared QRcode 12x12 cm in plain paper
1. Open OrthoFaceCosmetic on iPhone/iPad.
2. Open OrthoFaceCosmetic Vision on Apple Vision Pro.
3. Accept consent on both devices.
4. On iOS, press Start Apple Vision Pro stream.
5. On Vision Pro, press Start Apple Vision Pro listening.
6. On iOS, press Pair QR then front.
7. Show the same SharedQR marker to iOS and Apple Vision Pro.
8. Wait for the paired -green surface with xyz appear in Apple vision once paired and the same in ios device once paired / streaming state.
9. Return iOS to front face capture.
10. Continue AutoCorrect review on iOS while Vision Pro mirrors the plan in immersive space.
The connection is local and user-initiated. No external cloud upload is required by the core workflow.
SharedQR coordinate alignment
iOS and Apple Vision Pro have different 3D coordinate spaces. The SharedQR marker acts like a common ruler.
iOS face point → marker-space point → Vision Pro world point
This allows the same cosmetic plan to appear in the correct spatial relationship in immersive view. If QR pairing is not locked, the app can still show a fallback preview, but it should not claim exact shared placement.
What is streamed locally
The local packet can include:
• timestamp;
• mesh vertices;
• triangle indices;
• selected vertex states;
• active measurements;
• cosmetic colour-plan data;
• patch vertex IDs;
• arrow visibility;
• opacity and intensity;
• focused, retained, or rejected patch state;
• QR coordinate transform when paired.
The stream is used only for visualization on the user's paired Apple Vision Pro device.
Privacy and safety
OrthoFaceCosmetic is local-first. Face meshes, cosmetic plans, measurements, and vertex IDs remain on device unless the user intentionally starts local Apple Vision Pro streaming or manually exports/shares a file.The app is not a medical device, diagnosis tool, treatment planner, attractiveness score, identity system, or surgical instruction system. It uses language such as review surface, visual weight, reversible preview, and cosmetic suggestion.
Balanced areas may be left natural. The user can retain, hide, reject, export, or share suggestions.
Complete workflow diagram text
Consent → iOS AR face mesh → vertex IDs → φ relations → AutoCorrect colour plan → local stream → SharedQR pairing → Apple Vision Pro immersive display → review / retain / hide / export.
This is the essence of OrthoFaceCosmetic: the iOS app captures and calculates, Apple Vision Pro visualizes and teaches, and colour becomes a reversible proportional language for understanding facial harmony.
1. The app is not a beauty-scoring app.
2. The app is not a medical diagnosis app.
3. The app is not a surgical or orthodontic treatment planner.
4. The app does not recommend cosmetic brands.
5. The app does not instruct users to paint literal blue, gold, mint, violet, or cyan makeup.
6. The app does not upload face data by default.
7. The Apple Vision Pro feature is local paired visualization only.
8. Vertex IDs are technical AR mesh references, not identity data.
9. The app uses reversible visual overlays and user-controlled retain/hide decisions.
10. φ is used only as an educational proportion reference.
OrthoFaceCosmetic is not a medical device and does not provide diagnosis, treatment, surgical planning, orthodontic treatment decisions, or aesthetic-medical prescriptions. The app uses non-judgmental language. It does not tell users that their face is defective or that an area must be fixed. It presents optional review surfaces and reversible cosmetic visualization. Users are encouraged to retain only subtle changes that feel helpful and natural. Balanced areas may be marked as “keep natural.” If the overlay causes distress, repeated checking, or unrealistic self-comparison, the user should stop using the visualization and seek appropriate human support.
Helvetica Light is an easy-to-read font, with tall and narrow letters, that works well on almost every site.
Technical Appendix
Essence of OrthoFaceCosmetic: φ, facial relations, colour, and reversible correction OrthoFaceCosmetic is built on one central idea:
The face is not understood only by bone, teeth, soft tissue, or isolated measurements.The face is also understood by proportion, light, shadow, colour, surface weight, and visual balance.The app uses φ, the golden ratio, not as a rigid beauty law, but as a reference language for facial harmony. It helps the user see whether some facial regions appear visually dominant, visually weak, too wide, too narrow, too long, too flat, too heavy, or simply in need of softer balance. Then it translates those observations into reversible cosmetic colour guidance before any structural, orthodontic, surgical, or aesthetic procedure is considered.T
The heart of the concept is:Colour can carry proportion.Colour can visually move facial surfaces forward or backward.Colour can make one region appear lighter, heavier, longer, shorter, wider, narrower, lifted, calmer, or more balanced.Therefore, colour can be used to express and correct φ-related visual relationships on the face.This does not mean that a person should literally paint mathematical φ lines on the face. It means the app uses φ and related facial ratios to decide where light, shadow, warmth, softness, or neutrality should be placed so the face is read with better visual balance.
1. The first principle: φ is a reference, not a judgementThe golden ratio is:\phi = 1.618...Its reciprocal is:1 / \phi = 0.618...This 61.8% / 38.2% division is common in proportion systems, architecture, art, design, and facial analysis. In OrthoFaceCosmetic, φ is used as a reference grid, not as a beauty score.The app should never say:“This face is wrong because it is not φ.”Instead, it says:“This surface has more visual weight than the surrounding facial relation.A reversible colour correction may soften, lift, advance, or recede the area.”This difference is essential.
OrthoFaceCosmetic does not define beauty. It helps the user understand:What is structural?What is visual?What is dental?What is cosmetic?What is light/shadow?What is only perception?What is worth changing?What should be left natural?The goal is facial harmony, not mathematical perfection.⸻
2. How φ appears in the faceThe face contains many natural proportional relationships:face height / face widthupper third / middle third / lower thirdforehead / midface / lower facecheek width / jaw widthnose width / face widthmouth width / nose widthupper lip / lower lipchin height / lower facial thirdeye spacing / facial widthvertical balance / horizontal balanceOrthoFaceCosmetic reads these relationships through the live AR face mesh and vertex IDs.The app can evaluate:linear ratiossurface ratiosvolume-like surface dominancesymmetry and asymmetrymidline deviationleft/right facial balanceφ, inverse φ, φ², φ³ referencesMarquardt-style relation mapscurve and spline relationsregional surface clustersBut the app does not stop at measurement. Measurement alone is not enough.A face can be mathematically close to a ratio but still appear visually unbalanced because of:skin brightness shadow placementsurface reflectivitymakeuplightingcamera angle facial expressionhairlinelip colourunder-eye darknesschin shinejaw shadowcheek flatnessnose contrastSo OrthoFaceCosmetic adds the missing layer:perceptual correction through colour.
3. The key idea: colour has φ in the faceWhen we say “colour has φ in the face,” the meaning is:Colour can be distributed according to proportion.Colour can create dominant and secondary visual zones.Colour can shift the eye toward a 61.8 / 38.2 balance.Colour can make a face read closer to a harmonious ratio without changing the real anatomy.For example, if one region occupies too much visual attention, the app may reduce its weight with shadow. If another region is too quiet, the app may increase its presence with highlight or warmth.So φ is not only a ruler. It becomes a colour-placement principle.A face has:geometric proportionsurface proportioncolour proportionlight proportionshadow proportionwarmth proportionattention proportionOrthoFaceCosmetic combines these.A region can be physically unchanged but visually corrected because the eye reads it differently after colour placement.⸻
4. Colour as visual volumeThe app treats cosmetic colour as a visual volume modifier. A light area appears:closerlargerfullermore projectedmore liftedmore important A dark matte area appears:farther backsmallernarrowerless projectedless heavyless dominant A warm rose area appears:healthiersofterliftedmore alivemore connectedA matte violet / soft shadow area appears:calmerless shinyless swollen-lookingless projectedless visually loudA neutral mint area means:reviewobservekeep naturaldo not over-correctThis is why OrthoFaceCosmetic is not simply a makeup filter. It is a measurement-to-colour translation system.The app asks:Which surface visually dominates?Which surface needs support?Which surface should recede?Which surface should advance?Which surface should be warmed?Which surface should be left alone?Then it paints an AR colour patch on the face and explains the practical cosmetic action.⸻
5. The OrthoFaceCosmetic colour languageThe app uses seven map colours.These are not literal makeup colours. They are instruction colours.Gold — highlight / visual advanceGold means:bring this area forwardmake it brightersupport projectioncreate fullnessincrease visual importancePractical cosmetics:lighter concealersoft highlightersatin cream highlightilluminating balmslightly brighter foundationCommon areas:cheek apexbridge of nosecupid’s bowunder-eye transitionweak chin centercentral forehead when neededVisual effect:fullerliftedclosermore projectedmore dimensionalIn φ terms, gold helps a visually weak region become a stronger part of the facial proportion.⸻Blue — contour / visual recessionBlue means:push this area visually backwardreduce widthreduce dominancecreate shadowmake the surface quieterPractical cosmetics:matte contourneutral taupe-brown shadedeeper foundationcontour powdercontour stickCommon areas:jaw angletemplessides of noseunder cheekbonehairlinelower jaw borderVisual effect:narrowersmallerless projectedless heavyfarther backIn φ terms, blue reduces the visual weight of a region that is disturbing the proportional balance.⸻Rose — lift / soft transitionRose means:liftwarmsoftenconnect highlight and contourmake the face look healthierPractical cosmetics:cream blushpowder blushsoft rosepeachmauveterracotta depending on skin toneCommon areas:upper cheekcheek-to-temple transitionmidfaceouter cheeksoft lift vectorVisual effect:liftedwarmeryoungerhealthiermore connectedIn φ terms, rose helps transition zones connect the stronger and weaker proportions without harsh lines.⸻Warm red — lip warmth / definitionWarm red means:give the lip more presencedefine lip bordersrestore warmthbalance upper and lower lip attentionPractical cosmetics:lip tintlip linerlipsticklip staintinted balmglossCommon areas:upper lipcupid’s bowlip centerlip cornersvermilion borderVisual effect:warmer lipsbetter mouth definitionmore expressive smilebalanced upper/lower lip relationIn φ terms, warm red helps the mouth participate correctly in the midface/lower-face relationship.⸻Mint — neutral review / keep naturalMint means:observedo not over-correctbalanced zonesoft review onlykeep natural unless neededPractical cosmetics:skin tintvery light foundationconcealer only if neededlight powderor no productCommon areas:balanced cheek surfacesneutral midfaceareas where the app does not recommend strong correctionVisual effect:naturalevencalmnot overworkedIn φ terms, mint protects already balanced areas from unnecessary correction.⸻Violet — soft shadow / lower-value recessionViolet means:reduce shinecalm projectionsoften roundnesslower brightnesscreate gentle shadow without harsh contourPractical cosmetics:matte powderanti-shine powdersoft contour powderlow-contrast deeper foundationneutral matte shadeCommon areas:chin tipforehead shinenose tip shinelower cheek fullnessunder lower lipjaw fullnessVisual effect:calmerless shinyless projectedless swollen-lookingless visually loudIn φ terms, violet is a delicate correction for surface dominance that does not need strong blue contour.⸻Cyan — manual technical vertex-ID selectionCyan means:manual technical selectioncustom vertex-ID paintoperator-selected areateaching / testing zoneIt is not a cosmetic colour instruction by itself.Cyan is used when:a cliniciandeveloperartistor educatorselects exact face-mesh vertex IDsThen the selected region can be assigned a practical role:advancerecedeliftsoftenreviewlip warmthIn φ terms, cyan is a technical tool for precise surface study.⸻
6. How the app decides what to correctThe app does not randomly place colours.It looks at:face mesh geometryfixed vertex IDssurface zonesdistance ratiosleft/right balancevertical thirdshorizontal widthssurface clustersφ / inverse φ / φ² / φ³ relationsThen it asks whether a zone is visually:dominantweakflatwidenarrowlongshortshinyheavyunsupportedasymmetricuncertainbalancedThe app then converts the observation into a reversible colour action.Example:lower face visually dominant→ blue/violet on jaw and chin→ gold/rose on cheek apex→ result: lower face appears lighter, midface appears more supportedExample:nose width visually dominant→ blue on nose side walls→ narrow gold on bridge→ violet on shiny tip if needed→ result: nose appears narrower and more structuredExample:midface visually flat→ gold on cheek apex→ rose upward toward temple→ avoid heavy lower cheek contour→ result: midface appears fuller and liftedExample:upper lip visually weak→ warm red on upper lip→ gold on cupid’s bow→ avoid excessive lower-lip gloss→ result: lip balance improvesThis is the essence of OrthoFaceCosmetic:measure → interpret → colour-map → explain → preview → retain or reject.⸻
7. φ, φ², and φ³ as deeper relationsThe app can use φ at different levels.φ — line relationThis is the simplest level.Examples:height / widthupper / lower relationnose / mouth relationcheek / jaw relationThe app checks whether one distance relates harmoniously to another.φ² — surface relationφ² can be interpreted as a surface-area relationship.This matters because the face is not only lines. It has regions:forehead surfacecheek surfacejaw surfacechin surfacenose surfacelip surfaceA surface may appear too large or too small even if a line measurement is acceptable.Colour helps here because colour works on surfaces.φ³ — volume relationφ³ can be interpreted as volume-like visual relation.The face is three-dimensional. A cheek, jaw, chin, or nose can appear visually heavy because of depth, curvature, shine, or shadow.Colour can modify perceived volume:highlight advances volumecontour recedes volumematte reduces shine-volumeblush lifts transition-volumelip warmth restores expressive volumeThis is why OrthoFaceCosmetic connects φ not only to geometry, but also to perceived facial volume.
8. Colour correction is not deformationThe app does not physically change the face.It does not say:move bonecut tissueinject heresurgically alter thisInstead, it says:try a reversible visual correction firstThe correction is done with:lightshadowwarmthmatte finishsoft highlightblush directionlip definitionneutral reviewThis is important because many perceived imbalances are visual, not structural.A jaw may look too wide because of lighting.A chin may look too strong because of shine.A cheek may look flat because it lacks highlight.A lip may look weak because it lacks warmth or border definition.A nose may look wider because the side walls catch too much light.Before assuming a structural problem, the app asks:Can this be improved by colour and light?That is the healing part of the app.⸻
9. The AutoCorrect panelThe default screen is AutoCorrect.The app shows:transparent AR colour patcharrow pointing to the affected/review surfaceright-corner scrollable explanation panelretain / hide controlshelp and teaching imagesThe panel explains:why this area appearedwhat colour role it haswhat product category to usewhere to apply ithow to blend itwhat effect to expectwhat to avoidwhich vertex IDs are involvedThe user can then decide:focus this surfaceshow all surfacesretain this previewhide this suggestionchange opacitychange intensityopen helpshow vertex IDspair Apple Vision ProThis makes the system interactive and reversible.⸻
10. Arrows and vertex IDsThe arrows are not surgical vectors.They do not mean:move tissue this waychange bone this wayforce the face into this shapeThey mean:this panel row belongs to this surfacethis colour patch is the suggested review areathe arrowhead touches the affected/review surfaceThe actual cosmetic blending direction is written in the panel, such as:blend upward/outwardblend toward the templeblend toward the ear/neckblend along the side of the nosetap and softenkeep narrow and centralVertex IDs are technical mesh point numbers.When shown, they appear as small white V### labels on the face mesh. They are useful for:manual painttechnical reviewdeveloper verificationclinician teachingrepeatable surface selection⸻
11. Apple Vision Pro extensionThe iPhone captures the live TrueDepth face mesh.Apple Vision Pro can receive a local paired stream and show the face, overlays, arrows, selected masks, and cosmetic colour plan in immersive space.The Vision Pro workflow uses:local streamingQR pairingshared coordinate referenceimmersive renderingtransparent patchessurface arrowsoptional vertex IDsscrollable explanation panelThe purpose is not to replace the iPhone capture. The purpose is to let the user or clinician see the proportion and colour-correction logic in a larger immersive environment.This helps explain:where the patch iswhy the correction was suggestedhow the cosmetic action changes perceptionhow the φ relation is being visually softened⸻
12. Why the app uses teaching imagesThe teaching images explain the same colour system in a visual way.They show:gold = highlightblue = contourrose = blush/liftwarm red = lipsmint = balanced/keep naturalviolet = matte calm/soft shadowcyan = technical vertex selectionThey are built into Help so the user can zoom and study the concept.The images are important because many users understand colour correction better visually than mathematically.The app therefore combines:mathematicsARmesh verticescolour patchesarrowsteaching diagramsplain-language explanationsThis makes the concept teachable.⸻
13. The practical cosmetic translationThe app does not recommend specific companies or brands.It recommends categories:lighter concealersoft highlightersatin cream highlightilluminating balmmatte contourneutral deeper shadecontour powdercream blushpowder blushlip tintlip linerlipsticklip stainglossskin tintsetting powderanti-shine powdersoft contour powderThe user adapts these to:skin toneundertonetextureagelightingoccasionpersonal stylecomfort levelThe app should always encourage subtle correction first.The best result should look like:the face is naturally balancednot paintednot stripednot overcorrected⸻
14. The ethical essenceOrthoFaceCosmetic must protect the user emotionally.It should avoid words like:defectuglywrongbad faceimperfectmust fixIt should use:review surfacevisual weightreversible previewcosmetic suggestionsoft balanceoptional correctionkeep naturalThe app’s philosophy is:Not every measured difference needs correction.Not every asymmetry is a problem.Not every face should chase φ.φ is a guide, not a command.The safest and most beautiful output is often:leave this area naturaldo not over-correctuse only soft blendingretain only what feels helpful⸻
15. Full essence statementOrthoFaceCosmetic is an AR-based facial proportion and cosmetic colour-guidance app that combines golden-ratio references, fixed face-mesh vertex IDs, symmetry analysis, surface-volume interpretation, and reversible colour-vector overlays. Its purpose is to show how light, shadow, warmth, matte texture, and highlight can visually rebalance facial relationships before any structural intervention is considered.The app understands the face as a living proportion system. It studies φ, inverse φ, φ², φ³, vertical thirds, horizontal widths, facial curves, midline balance, surface clusters, and regional dominance. Then it translates those measurements into ordinary cosmetic guidance: highlight where a surface should visually advance, contour where it should recede, blush where it should lift, lip warmth where expression needs balance, matte violet where shine or projection should soften, mint where the area should stay natural, and cyan where exact technical vertex selection is needed.In this sense, colour has φ in the face because colour changes how proportion is perceived. A light region can become the dominant 61.8% visual anchor. A shadow can reduce a visually excessive zone. A blush vector can reconnect the cheek-to-temple relationship. A lip tint can rebalance the mouth within the lower facial third. A matte surface can reduce visual volume without changing anatomy. Colour becomes a proportional instrument.OrthoFaceCosmetic does not claim that φ defines beauty. It uses φ as a compassionate reference for balance, education, and reversible preview. The app helps the user ask: “Is this concern structural, cosmetic, visual, lighting-related, or simply something that should be accepted?” The answer may be highlight, contour, blush, lip definition, no correction, or professional review.The app’s final goal is not to create a perfect face.Its goal is to help the user understand the face more clearly, correct only what is useful, leave natural what is already balanced, and use colour intelligently as a gentle, reversible bridge between mathematics and human appearance.
OrthoFaceCosmetic is an educational AR facial-proportion and cosmetic-visualization app. It uses an iPhone/iPad AR face mesh, fixed anatomical vertex IDs, facial measurements, φ/golden-ratio references, symmetry analysis, and reversible colour-vector overlays to teach how light, shadow, warmth, matte texture, highlight, blush, and lip definition can change the perceived balance of the face.
Medical and Body-Image Safety Statement
The app does not diagnose, treat, prescribe, judge attractiveness, perform identity verification, or make medical decisions. It is not a surgical-planning tool and does not instruct the user to change bone, tissue, teeth, or anatomy. It is a reversible cosmetic-education and visualization tool.
No cosmetic brands or companies are recommended.
OrthoFaceCosmetic is not a medical device and does not provide diagnosis, treatment, surgical planning, orthodontic treatment decisions, or aesthetic-medical prescriptions.
The app uses non-judgmental language. It does not tell users that their face is defective or that an area must be fixed. It presents optional review surfaces and reversible cosmetic visualization.
Users are encouraged to retain only subtle changes that feel helpful and natural. Balanced areas may be marked as “keep natural.” If the overlay causes distress, repeated checking, or unrealistic self-comparison, the user should stop using the visualization and seek appropriate human support.
The main concept is that colour can modify perceived visual volume. A lighter surface appears more forward; a matte darker surface appears more recessed; blush can lift and connect surfaces; lip warmth can improve lip definition; and neutral/mint areas are usually left natural.
The app uses φ and related proportion references only as visual harmony guides, not as a beauty rule or clinical standard.
Colour coding: Gold = highlight / visual advance. Blue = matte contour / visual recession. Rose = blush / lift / soft transition. Warm red = lip warmth / definition. Mint = neutral review / keep natural. Violet = soft matte shadow / anti-shine / lower-value recession. Cyan = manual technical vertex-ID selection. These colours are map colours only. The user is not instructed to paint literal gold, blue, mint, violet, or cyan on the face. The app translates these colours into generic cosmetic product categories such as lighter concealer, soft highlighter, matte contour, blush, lip tint, setting powder, anti-shine powder, and skin tint. No cosmetic brands or companies are recommended.
OrthoFaceCosmetic is an advanced AR facial-proportion and cosmetic-education app designed to help users understand makeup through live visual guidance. Using real-time face-mesh analysis, φ/golden-ratio references, symmetry review, and reversible colour overlays, the app explains how light, shadow, blush, lip warmth, and matte texture can influence the perceived balance of the face.
Unlike beauty filters or judgment-based apps, OrthoFaceCosmetic does not score beauty, criticize appearance, or diagnose medical conditions. Its purpose is education. The app helps users learn how ordinary cosmetic techniques may visually advance, recede, lift, soften, define, or neutralize selected facial surfaces. It turns makeup learning into an interactive AR experience where users can explore cosmetic effects safely, clearly, and without pressure.
Each overlay colour has a specific educational meaning. Gold represents highlight areas that may bring light forward and create brightness. Blue represents contour zones that may add depth or reduce visual prominence. Rose suggests blush placement for warmth, freshness, and lifting effect. Warm red supports lip definition and colour harmony. Mint marks areas that may be kept natural. Violet indicates soft matte shadow placement, while cyan is used for technical vertex-ID selection during precise face-surface mapping.
With live AR guidance, users can see cosmetic concepts directly on their own face instead of relying only on generic tutorials. Suggested areas appear in a scrollable AutoCorrect panel, where each cosmetic zone can be reviewed, selected, adjusted, accepted, or ignored. AR arrows point clearly to the selected facial surfaces, and zoom tools allow users to inspect smaller regions with more precision. This makes the app useful for beginners learning basic makeup placement and for advanced users who want more detailed cosmetic control.
OrthoFaceCosmetic helps users understand why a technique works before applying product. It can show how highlight may brighten the face, how contour may create a softer or more sculpted impression, how blush placement may visually lift the cheeks, how lip warmth may improve definition, and how matte texture may reduce shine or calm visual emphasis. Every overlay is reversible, allowing users to compare options, remove layers, and return to a natural view at any time.
The app is ideal for personal cosmetic learning, beauty consultations, professional makeup planning, content creation, and self-guided facial-aesthetic study. Makeup artists can use it to explain placement choices to clients. Beginners can use it to understand face areas step by step. Beauty creators can use it to demonstrate cosmetic concepts in a clear and modern way. Everyday users can use it to test ideas before applying makeup in real life.
The experience is designed to feel flexible, respectful, and confidence-building. Instead of presenting one fixed “ideal” face, OrthoFaceCosmetic encourages experimentation. Users may test a softer cheek highlight, a lighter contour, a warmer lip edge, a matte shadow area, or a more natural finish, then instantly remove or adjust the overlay. The user remains in control at every stage.
By combining AR precision, educational colour mapping, face-mesh technology, and simple visual explanations, OrthoFaceCosmetic makes cosmetic theory easier to see, easier to test, easier to explain, and easier to apply. It supports natural looks, refined styling, subtle face-balancing techniques, and professional cosmetic communication.
OrthoFaceCosmetic celebrates cosmetics as a tool for learning, creativity, and visual expression — not correction. It helps users explore balance, light, shadow, warmth, softness, and natural features with clarity and confidence. Whether used for daily makeup planning, client consultation, beauty education, or personal discovery, OrthoFaceCosmetic offers a modern, interactive, and respectful way to understand the art of cosmetics.
