A method of displaying an auto stereoscopic image comprising a series of N points of view numbered successively from 1 to N and formed of N elementary images interlaced according to a predetermined mixing scheme, on a mobile display screen rotating around a virtual or real axis extending perpendicularly to the display plane of the screen, said screen comprising an array of pixels arranged by rows and columns, each pixel being composed of multiple different sub-pixels of different colors each forming one point of view of the image, said screen being further overlaid by an optical component, of the cylindrical lenticular network or parallax barrier type, with a main axis inclined at an non-zero angle αo with respect to the direction of the columns, and configured to allow, when said screen is oriented in a preferred direction of observation, the projection of predetermined pairs of different points of view formed from two points of view separated from each other, in the series of N points of view, of at least one point of view, respectively to the left eye and the right eye of an observer, located at a nominal distance from the screen, called the uniform tint distance, said method further comprising: - a stage for pivoting of the display screen from an initial position corresponding to said preferred direction of observation to a position, called the rotated position, - a stage for detecting the pivot angle α of said display screen between said initial position and said rotated position, - a stage for rotating of said N elementary images forming the N points of view of an inverse angle of said detected pivot angle α, - an stage for interlacing of the N elementary images rotated according to said mixing scheme of the N elementary images in said initial position, - a stage for displaying said N pivoted elementary images on said display screen so that an observer can perceive, on said rotated screen, a relief image extending along said preferred direction, formed of pairs of different successive points of view in said series of points of view, and projected to the right eye and the left eye of the observer, respectively, in case the detected pivot angle α is such that the phase shift D of points of view between the two eyes of the observer, determined by the equation D = DIY/BSy * (cos(α)/ tan(α) + sin (α)), where DIY designates the distance between the two eyes of the observer and BSy refers to the stereoscopic base of the Y system, linked to the stereoscopic base of the X-axis system by the formula BSx = tan(α0) * BSy, is greater than 1 in absolute value. - a stage for pivoting of the display screen from an initial position corresponding to said preferred direction of observation to a position, called the rotated position, - a stage for detecting the pivot angle α of said display screen between said initial position and said rotated position, - a stage for rotating of said N elementary images forming the N points of view of an inverse angle of said detected pivot angle α, - an stage for interlacing of the N elementary images rotated according to said mixing scheme of the N elementary images in said initial position, - a stage for displaying said N pivoted elementary images on said display screen so that an observer can perceive, on said rotated screen, a relief image extending along said preferred direction, formed of pairs of different successive points of view in said series of points of view, and projected to the right eye and the left eye of the observer, respectively, in case the detected pivot angle α is such that the phase shift D of points of view between the two eyes of the observer, determined by the equation D = DIY/BSy * (cos(α)/ tan(α) + sin (α)), where DIY designates the distance between the two eyes of the observer and BSy refers to the stereoscopic base of the Y system, linked to the stereoscopic base of the X-axis system by the formula BSx = tan(α0) * BSy, is greater than 1 in absolute value.