Abstract: The measurement system comprises a first display unit configured to represent a scene wherein at least one 2D/3D object has variable characteristics for instilling a visual response in the user, wherein said variable characteristics include at least the virtual position and virtual volume of the 2D/3D object within the scene; an interface configured to enable user interaction; processing means configured to analyze the user response based on the association of data from the interface with varying characteristics of the 2D/3D object represented in the display unit and estimating a plurality of clinical parameters of the user's visual function, and a second display unit also configured to represent a scene wherein the at least one 2D/3D object has variable characteristics for instilling a visual response in the user.

Abstract: The invention relates to a method for the detection of visual function losses. The method comprises analysing the optical quality of a patient's eye based on one or more retinal images thereof or based on information relating to retinal images corresponding to an eye having an anterior segment and intraocular means that are healthy. The method comprises: detecting a visual function loss of the visual system of functional or pathological etiology, based on the result of the aforementioned analysis; and determining if this loss is due to a reduced and/or limited neural response, which induces alterations in the innervation of the intrinsic ocular muscles of the eye.

Abstract: The invention relates to a method for the detection of visual function losses. The method comprises analysing the optical quality of a patient's eye based on one or more retinal images thereof or based on information relating to retinal images corresponding to an eye having an anterior segment and intraocular means that are healthy. The method comprises: detecting a visual function loss of the visual system of functional or pathological etiology, based on the result of the aforementioned analysis; and determining if this loss is due to a reduced and/or limited neural response, which induces alterations in the innervation of the intrinsic ocular muscles of the eye.