Basic OSF/Motif programming and applications (open access)

Basic OSF/Motif programming and applications

When users refer to Motif, they are usually talking about mwm, the window manager. However, when programmers mention Motif they are usually discussing the programming toolkit. This toolkit is used to develop new or modify existing applications. In this presentation, the term Motif will refer to the toolkit. Motif comes with a number of features that help users effectively use the applications built with it. The term look and feel may be overused; nonetheless, a consistent and well designed look and feel assists the user in Teaming and using new applications. The term point and click generally refers to using a mouse to select program commands. While Motif supports point and click, the toolkit also supports using the keyboard as a substitute for many operations. This gives a good typist a distinct advantage when using a familiar application. We will give an overview of the toolkit, touching on the user interface features and general programming considerations. Since the source code for many useful Motif programs is readily available, we will explain how to get these sources and touch on derived benefits. We win also point to other sources of on-line help and documentation. Finally, we will present some practical experiences …
Date: September 15, 1992
Creator: Brooks, D. & Novak, B.
System: The UNT Digital Library
Basic OSF/Motif programming and applications (open access)

Basic OSF/Motif programming and applications

When users refer to Motif, they are usually talking about mwm, the window manager. However, when programmers mention Motif they are usually discussing the programming toolkit. This toolkit is used to develop new or modify existing applications. In this presentation, the term Motif will refer to the toolkit. Motif comes with a number of features that help users effectively use the applications built with it. The term look and feel may be overused; nonetheless, a consistent and well designed look and feel assists the user in Teaming and using new applications. The term point and click generally refers to using a mouse to select program commands. While Motif supports point and click, the toolkit also supports using the keyboard as a substitute for many operations. This gives a good typist a distinct advantage when using a familiar application. We will give an overview of the toolkit, touching on the user interface features and general programming considerations. Since the source code for many useful Motif programs is readily available, we will explain how to get these sources and touch on derived benefits. We win also point to other sources of on-line help and documentation. Finally, we will present some practical experiences …
Date: September 15, 1992
Creator: Brooks, D. (EG and G Idaho, Inc., Idaho Falls, ID (United States)) & Novak, B. (Westinghouse Idaho Nuclear Co., Inc., Idaho Falls, ID (United States))
System: The UNT Digital Library
Physics of YbBiPt (open access)

Physics of YbBiPt

YbBiPt has a low temperature linear specific heat coefficient of 8J/mole-Yb K{sup 2} and a small specific-heat anomaly at 0.4K. We discuss new experiments on specific-heat of diluted YbBiPt, and magnetic field dependent effects and electrical resistivity in pure YbBiPt. We argue that in this material the Kondo and crystal-field energy scales are small and of comparable magnitude, placing YbBiPt in the same class as many Uranium heavy-electron compounds.
Date: September 15, 1992
Creator: Thompson, J. D.; Canfield, P. C.; Lacerda, A.; Hundley, M. F.; Fisk, Z.; Ott, H. R. et al.
System: The UNT Digital Library
Physics of YbBiPt (open access)

Physics of YbBiPt

YbBiPt has a low temperature linear specific heat coefficient of 8J/mole-Yb K{sup 2} and a small specific-heat anomaly at 0.4K. We discuss new experiments on specific-heat of diluted YbBiPt, and magnetic field dependent effects and electrical resistivity in pure YbBiPt. We argue that in this material the Kondo and crystal-field energy scales are small and of comparable magnitude, placing YbBiPt in the same class as many Uranium heavy-electron compounds.
Date: September 15, 1992
Creator: Thompson, J. D.; Canfield, P. C.; Lacerda, A.; Hundley, M. F.; Fisk, Z. (Los Alamos National Lab., NM (United States)); Ott, H. R. et al.
System: The UNT Digital Library