Abstract: A game controller includes an assembled shell and at least one control member which passes through the assembled shell and includes, outside the assembled shell, a head for manipulating the control member. The head is pivotable in all directions from a rest position into which it returns in a rotationally elastic manner. The game controller further includes at least one adjusting element for adjusting the stop angle (?) of the control member and is able to be removably mounted on the control member and removed from the control member without disassembling the shell of the game controller. The control member is provided with the removable adjusting element tiltable in each tilt direction until it reaches a stop position in which the adjusting element abuts and allows the tilting of the control member to be blocked.

Abstract: A game controller (1) including an assembled shell (2) and at least one pivoting control member (3) which passes through the assembled shell (2) and can be tilted manually in all directions from a rest position into which it returns in a rotationally elastic manner. For each pivoting control member (3), the game controller includes at least one removable first head (32A) and one removable second head. The two removable heads have different dimensions so as to obtain different values for the stop angle of the control member (3) in relation to its rest position when the control member (3) is tilted in abutment in the stop position.

Abstract: A method for controlling a position of a display element, comprising the steps: —measuring a position of a control lever, —projecting the position of the lever into a base plane, in order to determine a first set of coordinates, —determining a circle of positions, —determining a square circumscribing the circle of positions, —projecting, onto the circumscribed square, at least one coordinate of the first set of coordinates, —calculating a second set of coordinates in a Cartesian frame of reference, on the basis of the projection of the at least one coordinate of the first set of coordinates onto the circumscribed square.

Abstract: A game controller (1) including an assembled shell (2) and at least one pivoting control member (3) which passes through the assembled shell (2) and can be tilted manually in all directions from a rest position into which it returns in a rotationally elastic manner. For each pivoting control member (3), the game controller includes at least one removable first head (32A) and one removable second head. The two removable heads have different dimensions so as to obtain different values for the stop angle of the control member (3) in relation to its rest position when the control member (3) is tilted in abutment in the stop position.

Abstract: A game controller includes an assembled shell and at least one control member (3) which passes through the assembled shell and includes, outside the assembled shell, a head (32) for manipulating the control member (3), which is pivotable in all directions from a rest position into which it returns in a rotationally elastic manner. The game controller further includes at least one adjusting element (5A) for adjusting the stop angle (?) of the control member (3), able to be removably mounted on the control member (3) and removed from the control member (3) without disassembling the shell of the game controller; the control member (3) provided with said removable adjusting element (5A) tiltable in each tilt direction until it reaches a stop position in which the adjusting element (5A) abuts and allows the tilting of the control member (3) to be blocked.

Abstract: A control process of a display element, the process comprising the steps: measuring a position of a control lever, projecting in a base plane the position of the lever to determine a first set of coordinates, determining a homothetic figure on a mechanical stop of the lever, determining a circumscribed square on the homothetic figure, projecting onto the circumscribed square at least one coordinate of the first set of coordinates, calculating a second set of coordinates in a Cartesian reference frame, on the basis of the projection of said at least one coordinate of the first set of coordinates on the circumscribed square.

Abstract: A Virtual Access Core (VAC) manages and controls access to virtual machines. A Virtual Instruction Routine (VIR) protocol is used by all components of the system to pass instructions and information about a Virtual Session. The VAC issues commands in the VIR protocol language causing virtual machines to start and stop. A VIR host that hosts virtual machines responds to VAC commands. Web clients access the system via links, which a web server uses to send access requests to the VAC. The VAC responds by searching through process memory and database tables for information about free slots on a plurality of VIR hosts grouped into a Host Array. When one or more free slots have been identified, the VAC issues VIR Protocol commands instruction one or more VIR Hosts to load and start specific virtual machines in Specific Slots.