The primary goal of the long-term Subgroup A is to promote collaboration and exchange among nuclear reaction code developers internationally. This document reports on the Subgroup A activities in 2004-2005, both in view of individual codes (TALYS, EMPIRE, GNASH/McGNASH) development, and in regard to the common development of the ModLib library. Notably, several important new code releases were ...

This paper presents a new gravity inversion tool GRV_D_inv, specifically GUI-based Matlab code developed to determine the three-dimensional depth structure of density interface. The algorithm used performs iteratively in frequency-domain based on relationship between Fourier transforms data and sum powers In this context, proposed is time-efficient computations, thus, it capable handling large ...

GUls and Graphic Design Researchers and developers should develop a A GUI design must account for the following: high-quality, integrated approach to the graphical presentation of all elements of human-computer . A comprehensible mental image (metaphor) (user) interface (HCI) design. Principles from Appropriate organization of data, functions, tasks. information-oriented, sysremaric design can ...

Title of dissertation: Feedback-Directed Model-Based GUI Test Case Generation Xun Yuan, Doctor of Philosophy, 2008 Dissertation directed by: Professor Atif M. Memon Department of Computer Science Most of today’s software users interact with the software through a graphical user interface (GUI), which is a representative of the broader class of event-driven software (EDS). As the correctness of ...

GENVIEW: and GENCODE: are tools for testing the adaptive nature of a genetic code under different assumptions about patterns of genetic error and the nature of amino acid similarity. GENVIEW: provides a user friendly, point-and-click interface by which a user may reproduce and extend analysis of the adaptive properties of the standard genetic code or any of its secondary derivatives. GENVIEW: i...

The research presented in this paper introduces an execution model for graphical user interfaces (GUIs) that we have developed and formalized as a sequence of actions and finite output states. This model has allowed us to investigate the possibility of applying code-based testing methodologies to testing graphical user interfaces. Our findings highlighted challenges and revealed opportunities t...

But all this Work already going on is found very Typical, A lot of Time Consuming and Quite Tiring, as the coding Process it Involves is quite Large and Complex. So we tried to mark the First Initial step towards the Automating of the Coding System and more to that using of the Coding through an Interactive GUI Based System which would evolve more inclination towards the work with less amount o...

Compositional languages and meta-programming are two approaches of code reusing. Both have its merits and demerits. We distilled the better of these two approaches by coupling disciplined meta-programming features with a compositional language like C++. In this paper we present a meta-programming approach to implement software product lines by designing an Array Product Line to implement differ...

IncH (Incremental Hope) is an incremental compiler for the functional language Hope, that is currently under development. The compiler is part of an interactive development environment, which makes small changes to the target code as the user uses a GUI editor to make changes to the source code. To do this, the IncH system maintains multiple intermediate representations of the source program, w...

This paper presents the main features of a new and updated version program PArthENoPE, which community has been using for many years computing abundances light elements produced during Big Bang Nucleosynthesis. is third release PArthENoPE code, after 2008 2018 ones, will be distributed from code's website, http://parthenope.na.infn.it. Apart minor changes, improvements in this include revisited...