- #1
SoggyBottoms
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I calculated a binocular disparity [itex]\delta[/itex] of two points, see also this topic, and got the following formula:
[itex]\delta = Arctan(\frac{f}{D + d}) - Arctan(\frac{e}{D}) - Arctan(\frac{a - e}{D}) + Arctan(\frac{a - f}{D + d})[/itex]
The assignment now says: Choose a = 6.5 cm, D = 40 cm and e = 3.25 cm. Plot the disparity for [itex]f \in [e - 10, e + 10][/itex] (cm) and [itex]d \in [-20, 20][/itex] (cm).
Does anyone know how I could make such a plot?
[itex]\delta = Arctan(\frac{f}{D + d}) - Arctan(\frac{e}{D}) - Arctan(\frac{a - e}{D}) + Arctan(\frac{a - f}{D + d})[/itex]
The assignment now says: Choose a = 6.5 cm, D = 40 cm and e = 3.25 cm. Plot the disparity for [itex]f \in [e - 10, e + 10][/itex] (cm) and [itex]d \in [-20, 20][/itex] (cm).
Does anyone know how I could make such a plot?