GAP system's Native Macintosh OS X front-end/environment enables efficient computer algebraic computations.
GAP is a powerful computer algebra system designed for group theory. It offers a wide range of features to its users. XGAP is a graphical front-end for GAP that can be run under X11. It is equipped with additional commands that enable the viewing of subgroup lattices and more.
CocoaGAP, on the other hand, is a native Macintosh OS X front-end/environment that is specifically tailored for the GAP computer algebra system. It comes with most of the features found in XGAP, and it accepts input from the command prompt. This means that it supports a command history, "Mac-like" keys, and other functionalities.
CocoaGAP also relies on the GAP libraries for XGAP, which enables it to display subgroup lattices, inspect specific subgroups and export data to postscript format. All in all, CocoaGAP is a great tool for those who are looking for a user-friendly front-end that is specifically designed for the GAP computer algebra system.
CocoaGAP, on the other hand, is a native Macintosh OS X front-end/environment that is specifically tailored for the GAP computer algebra system. It comes with most of the features found in XGAP, and it accepts input from the command prompt. This means that it supports a command history, "Mac-like" keys, and other functionalities.
CocoaGAP also relies on the GAP libraries for XGAP, which enables it to display subgroup lattices, inspect specific subgroups and export data to postscript format. All in all, CocoaGAP is a great tool for those who are looking for a user-friendly front-end that is specifically designed for the GAP computer algebra system.
What's New
Version 0.22: N/A