Verified-angle construction map
Approved-view long layered curtain-frame construction map
The approved front, side, and rear views are annotated only where the center curtain opening, long front face frame, cheek-to-jaw sweep, long side fall, dense rear fall, and V-pointed lower center are visible. The diagram does not prescribe exact length, texture code, density, sectioning, layers, elevation, overdirection, cutting angle, tension, product formula, or timing.
3 publication views · 6 callouts

Center curtain opening and long front face frame
The front establishes the balanced center opening and the long swept framing around the face.
- 01
Center curtain opening
The visible front opens away from a centered line; natural part persistence and hidden sectioning are not recorded
- 02
Long front face frame
The front pieces sweep from cheek-adjacent toward jaw and long side length without proving exact dry measurements

Cheek-to-jaw sweep and long side fall
The profile separates the visible face-frame sweep from the retained long side and rearward length.
- 01
Cheek-to-jaw sweep
A visible front section curves back across cheek-to-jaw territory; exact cutting line, elevation, and overdirection are unknown
- 02
Long side fall
The side length continues well below the shoulder with soft bend and end movement; exact length and hidden layers are not established

Dense rear fall and V-pointed lower center
The rear shows retained long mass with a lower center that extends beyond the outer perimeter.
- 01
Dense rear fall
The visible rear retains substantial mass from crown through the lower length; strand density and internal weight removal are not measured
- 02
V-pointed lower center
The approved rear center extends lower than the outer corners, contradicting an exact soft-U claim
Pins locate the reference evidence; the numbered notes make the request legible in the chair. This is an original Hairqut communication diagram, not a universal service prescription.
Provenance: The diagram uses locked approved publication views that mirror the formal package byte-for-byte. Semantic HTML and SVG overlays preserve those pixels; any generated raster evaluation remains internal.
