Analyzing…
Coverage: 0%
Best head yaw: 0°
Paths implemented
E→L→C→T, E→R→C→T, E→C→L→T, E→C→R→T, E→L→T, E→R→T, E→C→T
Controls (always visible)
Left mirror
Right mirror
Head
Tip: if the left mirror clamps, it is avoiding the short wall.
Advanced (mirror dimensions and bracket offset)
Defaults match the Wayfair product specs for Winston Porter “Corrente Pivot-N-View…”: overall 26×16 in, reflective 22×14 in (we use reflective width for the 2D segment length).
Reflective area (used in 2D)
Overall size (for drawing only)
Bracket / wall offset
Assumption: the product page references “pivot grommets” and “tilt” but does not clearly specify center-pivot bracket geometry. This simulator assumes a center-pivot point located bracket offset inches into the room from the back wall.
Assumptions (fixed geometry + person model)
  • Coordinate system: back wall is the bottom line y=0. Positive y goes upward into the room. Left wall is x=0 from y=0..11.
  • Central mirror: on the back wall from x=7..30 (23 in wide). Reflective side faces into the room.
  • Desk: rectangle 29 in wide (x=0..29) and 20 in deep (y=0..20). Right side is open (no wall).
  • Head placement: modeled as an ellipse. We interpret “10 inches away from the back wall” as: the nearest point of the head ellipse is at y=10. That means the head center is at y=10+ry.
  • PASS criterion: PASS if best achievable coverage across allowed head yaw is at least 60% of target points on the back-of-head arc.
Legend
Successful ray segment
Failed attempt (sample)
Mirrors
Yaw convention: 0° means the mirror lies along the back wall (horizontal). 90° means mirror points “into” the room (vertical).