A method for optimizing the display color fidelity a display of video content on a display device, comprising: obtaining data regarding color fidelity display capabilities of the display device, such as hue, tint, brightness and contrast; obtaining feedback information regarding respective current values of the color fidelity display parameters of the display device; characterized in that it comprises: performing simulations by differentiating one or more curves corresponding to the obtained data and approximating segmental portions of the one or more curves into a linear fitting, the linear fitting involving applying the respective current values to corresponding ones of the segmental portions of the one or more curves, in order to determine how changes in the color fidelity display parameters affect a display of the video content on the display; determining a prediction of a display performance of the display device based upon the respective current values of the color fidelity display parameters; measuring the light ambient to the display device; determining a calculation of an interaction of ambient light with respect to a viewing experience as represented by at least one of the determined prediction, to the measured ambient light, and the values of the color fidelity display parameters; and adjusting the color fidelity display parameters of the display device in accordance with at least one of the determined prediction and the calculation of the interaction of ambient light with respect to the viewing experience. obtaining data regarding color fidelity display capabilities of the display device, such as hue, tint, brightness and contrast; obtaining feedback information regarding respective current values of the color fidelity display parameters of the display device; characterized in that it comprises: performing simulations by differentiating one or more curves corresponding to the obtained data and approximating segmental portions of the one or more curves into a linear fitting, the linear fitting involving applying the respective current values to corresponding ones of the segmental portions of the one or more curves, in order to determine how changes in the color fidelity display parameters affect a display of the video content on the display; determining a prediction of a display performance of the display device based upon the respective current values of the color fidelity display parameters; measuring the light ambient to the display device; determining a calculation of an interaction of ambient light with respect to a viewing experience as represented by at least one of the determined prediction, to the measured ambient light, and the values of the color fidelity display parameters; and adjusting the color fidelity display parameters of the display device in accordance with at least one of the determined prediction and the calculation of the interaction of ambient light with respect to the viewing experience. performing simulations by differentiating one or more curves corresponding to the obtained data and approximating segmental portions of the one or more curves into a linear fitting, the linear fitting involving applying the respective current values to corresponding ones of the segmental portions of the one or more curves, in order to determine how changes in the color fidelity display parameters affect a display of the video content on the display; determining a prediction of a display performance of the display device based upon the respective current values of the color fidelity display parameters; measuring the light ambient to the display device; determining a calculation of an interaction of ambient light with respect to a viewing experience as represented by at least one of the determined prediction, to the measured ambient light, and the values of the color fidelity display parameters; and adjusting the color fidelity display parameters of the display device in accordance with at least one of the determined prediction and the calculation of the interaction of ambient light with respect to the viewing experience.