Fujifilm XF 16mm F1.4 R WR — Simulador de bokeh y ray-tracing óptico

Interactive 3D portrait ray-traced through the published US20160282590A1 optical prescription (13 elements in 11 groups, 4 aspherical) with a 11.4 mm entrance pupil and 0.15 m minimum focus.

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Especificaciones ópticas y de retrato (medio cuerpo)

Optical & Portrait Metric Measured / Patent Value What It Means in Practice
Patent Prescription US20160282590A1 · 13 elements in 11 groups (4 aspherical) Traced surface by surface in WebGL2
Entrance Pupil Diameter 11.4 mm (at f/1.4) Controls distant background blur disc size
Upper-Body Working Distance 1.01 m Camera-to-subject distance for head-to-waist framing
Effective Focal Length (Breathing) 16.0 mm (-0.2%) Actual framing focal length at portrait distance
Depth of Field (Sharp Zone) 33 cm (87 cm – 1.20 m) Sharp zone at wide-open aperture
Minimum Focus Distance 0.15 m Closest focusing distance from the sensor

Preguntas

How much background blur does the Fujifilm XF 16mm F1.4 R WR produce?

Wide open at f/1.4, the Fujifilm XF 16mm F1.4 R WR has a 11.4 mm entrance pupil (16 mm ÷ 1.4). In an upper-body portrait at 1.01 m, the sharp depth-of-field zone spans 33 cm (87 cm to 1.20 m), while mechanical vignetting and 13 glass elements shape the out-of-focus highlights.

Does the Fujifilm XF 16mm F1.4 R WR show focus breathing at portrait distance?

Based on patent US20160282590A1, tracing the focusing group at 1.01 m gives an effective framing focal length of 16.0 mm (-0.2% vs. the nominal 16 mm). You can toggle "Match subject size" in the simulator to see the framing shift live.

What optical design is inside the Fujifilm XF 16mm F1.4 R WR?

The patent prescription (US20160282590A1) specifies 13 lens elements in 11 groups with 4 aspherical surfaces. The interactive Optical X-Ray above traces rays through every surface in real time.

Comparaciones directas de patente con Fujifilm XF 16mm F1.4 R WR

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Ver también: profundidad de campo, bokeh, factor de recorte, compresión.