Abstract: The present disclosure is directed toward systems, and corresponding computer-readable media and methods for resizing a graphical user interface. For instance, the systems described herein detect a user selection of an object within a graphical user interface, segment the user selection into quadrants, and move the quadrants to resize the selected object based on the user input. The systems further place a pivot point within the selected object to partition the object into the quadrants. The systems detect movement of one or more selected edges and move the quadrants together with movement of the one or more selected edges to resize the selected object.

Abstract: The present disclosure is directed toward systems, and corresponding computer-readable media and methods for resizing a graphical user interface. For instance, the systems described herein detect a user selection of an object within a graphical user interface, segment the user selection into quadrants, and move the quadrants to resize the selected object based on the user input. The systems further place a pivot point within the selected object to partition the object into the quadrants. The systems detect movement of one or more selected edges and move the quadrants together with movement of the one or more selected edges to resize the selected object.

Abstract: The present disclosure is directed toward systems, and corresponding computer-readable media and methods for resizing a graphical user interface. For instance, the systems described herein detect a user selection of an object within a graphical user interface, segment the user selection into quadrants, and move the quadrants to resize the selected object based on the user input. The systems further place a pivot point within the selected object to partition the object into the quadrants. The systems detect movement of one or more selected edges and move the quadrants together with movement of the one or more selected edges to resize the selected object.