A method for determining a fit of a piece of clothing for a person who intends to wear the piece of clothing, comprising: - measuring the piece of clothing by processing an image of the piece of clothing to obtain at least one relevant measurement (108, 109) of the piece of clothing, the measuring comprising the following stages: obtaining an image of the piece of clothing; executing perspective correction of the obtained image to determine a perspective corrected image, and further calculating a scale ratio using the perspective corrected image; extracting the piece of clothing from the perspective corrected image and transforming the perspective corrected image to a processed image with consistent format; classifying the piece of clothing in the processed image by determining a type of the piece of clothing; identifying a plurality of landmarks of the piece of clothing in the processed image based on the determined type of the piece of clothing; and calculating at least one relevant measurement (108, 109) of the piece of clothing using the identified landmarks (108, 109) and the scale ratio; characterized in that the method further comprises: - measuring at least a part of the person's body for which the piece of clothing is meant to be worn to obtain at least one relevant body measurement, the at least one relevant body measurement preferably corresponding to the at least one obtained relevant measurement (108, 109) of the piece of clothing; and - estimating, using a fitting statistical model, a fit of the piece of clothing for the person, wherein the fitting statistical model is parameterized based on body measurements and clothing measurements as inputs and respective feedback on the fit of piece of clothing as outputs, wherein the distance between the estimated outputs and the real outputs is minimized. - measuring the piece of clothing by processing an image of the piece of clothing to obtain at least one relevant measurement (108, 109) of the piece of clothing, the measuring comprising the following stages: obtaining an image of the piece of clothing; executing perspective correction of the obtained image to determine a perspective corrected image, and further calculating a scale ratio using the perspective corrected image; extracting the piece of clothing from the perspective corrected image and transforming the perspective corrected image to a processed image with consistent format; classifying the piece of clothing in the processed image by determining a type of the piece of clothing; identifying a plurality of landmarks of the piece of clothing in the processed image based on the determined type of the piece of clothing; and calculating at least one relevant measurement (108, 109) of the piece of clothing using the identified landmarks (108, 109) and the scale ratio; obtaining an image of the piece of clothing; executing perspective correction of the obtained image to determine a perspective corrected image, and further calculating a scale ratio using the perspective corrected image; extracting the piece of clothing from the perspective corrected image and transforming the perspective corrected image to a processed image with consistent format; classifying the piece of clothing in the processed image by determining a type of the piece of clothing; identifying a plurality of landmarks of the piece of clothing in the processed image based on the determined type of the piece of clothing; and calculating at least one relevant measurement (108, 109) of the piece of clothing using the identified landmarks (108, 109) and the scale ratio; - measuring at least a part of the person's body for which the piece of clothing is meant to be worn to obtain at least one relevant body measurement, the at least one relevant body measurement preferably corresponding to the at least one obtained relevant measurement (108, 109) of the piece of clothing; and - estimating, using a fitting statistical model, a fit of the piece of clothing for the person, wherein the fitting statistical model is parameterized based on body measurements and clothing measurements as inputs and respective feedback on the fit of piece of clothing as outputs, wherein the distance between the estimated outputs and the real outputs is minimized.