Abstract: OpenType fonts have become a standard with desktop published with over 150,000 fonts available each potentially comprising up to 65,535 characters and even more glyphs. Accordingly it is difficult for anybody to know the endless combinations for every font or even a significant subset of these OpenType fonts. At present users must go through a series of trial and error modifications to observe the fonts inherent design variations to find either the one they want or determine that the font is not appropriate. Embodiments of the invention in contrast provide users with a solution wherein the appearance of the characters and/or glyphs is first determined by the system and then presented to the user. Based on the appearance of the characters the user can then select the appearance they desire and the system determines which features are required for that appearance and proceeds accordingly.

Abstract: A method includes the steps of: providing a computer readable non-transitory storage medium including a computer readable code configured to run on a computer and to perform a process to visualize a property of objects of a computer drawing; providing a user input device communicatively coupled to the computer; displaying by the computer a list of the properties of the objects in the computer drawing; selecting by the user input device by a hover-over operation a selected property from the list of the properties; and indicating by the computer a marker on the computer drawing at one or more locations of an instance of the objects having the selected property. A system for visualization of a property of objects is also described.

Abstract: A method includes the steps of: providing a computer readable code configured to run on a local computer and configured to perform a process keep a reference point of an item in a substantially fixed position on a computer display while the item is being edited; running the computer readable code on the local computer; detecting by computer a user edit; recording by computer a position of the reference point of the item on the computer display and a value of a scroll bar; calculating by computer a new point of the reference point of the item and a new value of the scroll bar such that following the user edit, the reference of the item remains at the substantially fixed position on the computer display; and redrawing the item near the substantially fixed position on the computer display. A system to perform the method is also described.