De uma olhadinha nas equações, porém dos itens que vc citou o mais calculável é a profundidade de campo, os demais envolvem muitos fatores. Na verdade mesmo a profundidade de campo pode variar de lente para lente (A nikon tem uma lente que consegue variar a profundidade de campo), o que vc consegue obter são aproximações.
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Note 1: Based on acceptable sharpness for an 8x10 inch print.
Note 2: Multiply Inches by 25.4 to convert to Millimeters. Divide Millimeters by 25.4 to convert to Inches.
Hyperfocal Distance
Setting focus at the Hyperfocal Distance gives maximum depth of field from H/2 to infinity.
H = (L x L) / (f x d)
Where:
H = Hyperfocal Distance (in millimeters)
L = lens focal length (ie, 35mm, 105mm)
f = lens aperture f-stop
d = diameter of circle of least confusion (in millimeters)
for 35mm format d = 0.03
for 6x6cm format d = 0.06
for 4x5in format d = 0.15
Near Focus Limit
NF = (H x D) / (H + (D - L))
Where:
NF = Near Focus Limit (millimeters)
H = Hyperfocal Distance (in millimeters, from above equation.)
D = lens focus distance (in millimeters)
L = lens focal length (ie, 35mm, 105mm)
Far Focus Limit
FF = (H x D) / (H - (D - L))
Where:
FF = Far Focus Limit (millimeters)
H = Hyperfocal Distance (in millimeters, from above equation)
D = lens focus distance (in millimeters)
L = lens focal length (ie, 35mm, 105mm)