Method for organizing display of graphical elements (GEi), each graphical element representing at least one service, on a touchscreen of a mobile communication equipment of a user comprising at least one workspace associated to at least one virtual screen to which said graphical elements (GEi) can be attached, said mobile communication equipment further comprising a sensor configured for capturing events concerning the mobile communication equipment and a gesture detection module configured for detecting fragments of gestures based on information relative to user interaction events detected by the sensor, and a user hand that holds the mobile communication equipment when the user holds said mobile communication equipment, said method comprising: • a step (i) of determining: ∘ a current user context from first information, said current user context being a context in which the user is currently immersed chosen from a group comprising at least an activity, a location, and a current time, ∘ current situational constraint(s) from second information, said current situational constraint(s) being characteristics of the environment limiting the interaction of the user with the mobile communication equipment, each second information being chosen from a group consisting of detected interaction constraints relative to limitations of the user's interaction capabilities with said mobile communication equipment involving at least one of: touch, speech, hearing and vision, ∘ and, for at least chosen ones of said graphical elements (GEi), probabilities to be accessed by said user in said current user context, • and a step (ii) of attaching said chosen graphical elements (GEi) to areas of a displayed virtual screen depending on their respective access probabilities, said current situational constraints and said current user context, to ease access to said chosen graphical elements (GEi) by said user and wherein a chosen graphical element (GEi) associated to a highest access probability interval is attached to a first area that is the easiest to be touched by a thumb of the user hand that holds said mobile communication equipment, a chosen graphical element (GEi) associated to an access probability interval smaller than the highest one is attached to a second area that can be easily touched by a thumb of the user hand that holds said mobile communication equipment, and a chosen graphical element (GEi) associated to an access probability interval still smaller than the highest one is attached to a third area that can be relatively easily touched by a thumb of the user hand that holds said mobile communication equipment, wherein respective locations of said first, second and third areas are determined depending on at least the user hand that holds the mobile communication equipment. • a step (i) of determining: ∘ a current user context from first information, said current user context being a context in which the user is currently immersed chosen from a group comprising at least an activity, a location, and a current time, ∘ current situational constraint(s) from second information, said current situational constraint(s) being characteristics of the environment limiting the interaction of the user with the mobile communication equipment, each second information being chosen from a group consisting of detected interaction constraints relative to limitations of the user's interaction capabilities with said mobile communication equipment involving at least one of: touch, speech, hearing and vision, ∘ and, for at least chosen ones of said graphical elements (GEi), probabilities to be accessed by said user in said current user context, ∘ a current user context from first information, said current user context being a context in which the user is currently immersed chosen from a group comprising at least an activity, a location, and a current time, ∘ current situational constraint(s) from second information, said current situational constraint(s) being characteristics of the environment limiting the interaction of the user with the mobile communication equipment, each second information being chosen from a group consisting of detected interaction constraints relative to limitations of the user's interaction capabilities with said mobile communication equipment involving at least one of: touch, speech, hearing and vision, ∘ and, for at least chosen ones of said graphical elements (GEi), probabilities to be accessed by said user in said current user context, • and a step (ii) of attaching said chosen graphical elements (GEi) to areas of a displayed virtual screen depending on their respective access probabilities, said current situational constraints and said current user context, to ease access to said chosen graphical elements (GEi) by said user and wherein a chosen graphical element (GEi) associated to a highest access probability interval is attached to a first area that is the easiest to be touched by a thumb of the user hand that holds said mobile communication equipment, a chosen graphical element (GEi) associated to an access probability interval smaller than the highest one is attached to a second area that can be easily touched by a thumb of the user hand that holds said mobile communication equipment, and a chosen graphical element (GEi) associated to an access probability interval still smaller than the highest one is attached to a third area that can be relatively easily touched by a thumb of the user hand that holds said mobile communication equipment, wherein respective locations of said first, second and third areas are determined depending on at least the user hand that holds the mobile communication equipment.