Eyeglasses lens evaluation device

An eyeglasses lens evaluation device, comprising:

• a controller configured to:
• set a pair of right and left eyeball models and a pair of right and left eyeglasses lenses models in a virtual space, the pair of right and left eyeball models representing a pair of right and left eyeballs of a wearer, the pair of right and left eyeglasses lenses models representing a pair of right and left eyeglasses lenses;
• set a particular position on an evaluation target space as a fixation point in the virtual space;
• set a virtual optical model, in the virtual space, representing a condition where the wearer wears a pair of right and left eyeglasses lenses and is looking at the fixation point and fixes wearer's eyes based on the pair of right and left eyeball models and the pair of right and left eyeglasses lenses models;
• set a line of sight passing position, of the wearer, on each of the pair of right and left eyeglasses lenses, respectively, in the virtual optical model;
• set a plurality of evaluation positions on the evaluation target space as a plurality of evaluation points;
• calculate an apparent position of each of the plurality of evaluation points set on the evaluation target space in a virtual state where the wearer wears the pair of right and left eyeglasses lenses and fixates the wearer's eyes on the fixation point via the line of sight passing positions;
• calculate, for each of the plurality of evaluation points, a difference between the calculated apparent position of each of the plurality of evaluation points and a reference position of each of the plurality of evaluation points;
• and
• calculate an evaluation index by taking statics of the calculated difference for each of the plurality of evaluation points, wherein
• the particular position of the fixation point is different from the plurality of positions set on the evaluation target space as the plurality of evaluation points.