A method for evaluating results of an eye tracking, these results being present or obtained as information which defines, for each of a plurality of successive moments, respectively a gaze direction detected at this moment and a consequently identified visual point in a scene image assigned to this moment, wherein the scene images are time-dependent such that the scene images assigned to the different moments are different and wherein the method comprises the following steps: - evaluating a temporal change in the gaze direction and/or in the visual point for identifying different visual events, - determining different speeds (v) of eye movement within a given time period, - comparing the speeds (v) of an eye movement with a pre-selected threshold (v th) that is set so that it differentiates saccades (v> v th) from consequent movements (v<v th,) and fixations (v<v th), and so that interval limits (t 0,...) are determined as moments in time where the velocity (v) is equal to the threshold value (v th), - identifying and classifying the visual events based on the comparison result, wherein saccades are recognized as a first group of visual events in which no information intake is effected and wherein fixations and consequent movements are recognized as a second group of visual events in which information intake is effected, - dividing a period of time spanned by the moments into disjunctive intervals such that every interval (I 1 -I 6) is assigned to each of the second group of identified visual events, which corresponds to a duration of the respective visual event of the second group of visual events, - selecting a moment or proper subset of moments from each of the intervals (I 1 -I 6) which are assigned to the respective visual event of the second group of visual events, - and, for the selected moment or proper subset of moments in each of the intervals (I 1 -I 6): - determine a location of the visual point identified in the scene image, - determine respective visual points corresponding to the respective visual events of the respective intervals (I 1 -I 6), and - automatically map a respective determined location of the respective visual point for the respective selected moment or proper subset of moments in each of the intervals (I 1 -I 6) onto a position in a reference image corresponding to the respective determined location of the respective visual point of the interval (I 1 -I 6) in the scene image. - evaluating a temporal change in the gaze direction and/or in the visual point for identifying different visual events, - determining different speeds (v) of eye movement within a given time period, - comparing the speeds (v) of an eye movement with a pre-selected threshold (v th) that is set so that it differentiates saccades (v> v th) from consequent movements (v<v th,) and fixations (v<v th), and so that interval limits (t 0,...) are determined as moments in time where the velocity (v) is equal to the threshold value (v th), - identifying and classifying the visual events based on the comparison result, wherein saccades are recognized as a first group of visual events in which no information intake is effected and wherein fixations and consequent movements are recognized as a second group of visual events in which information intake is effected, - dividing a period of time spanned by the moments into disjunctive intervals such that every interval (I 1 -I 6) is assigned to each of the second group of identified visual events, which corresponds to a duration of the respective visual event of the second group of visual events, - selecting a moment or proper subset of moments from each of the intervals (I 1 -I 6) which are assigned to the respective visual event of the second group of visual events, - and, for the selected moment or proper subset of moments in each of the intervals (I 1 -I 6): - determine a location of the visual point identified in the scene image, - determine respective visual points corresponding to the respective visual events of the respective intervals (I 1 -I 6), and - automatically map a respective determined location of the respective visual point for the respective selected moment or proper subset of moments in each of the intervals (I 1 -I 6) onto a position in a reference image corresponding to the respective determined location of the respective visual point of the interval (I 1 -I 6) in the scene image. - determine a location of the visual point identified in the scene image, - determine respective visual points corresponding to the respective visual events of the respective intervals (I 1 -I 6), and - automatically map a respective determined location of the respective visual point for the respective selected moment or proper subset of moments in each of the intervals (I 1 -I 6) onto a position in a reference image corresponding to the respective determined location of the respective visual point of the interval (I 1 -I 6) in the scene image.