Info: ' Click on the SANE option to get the usual SANE mathematical functions.'
DITL_-4051.txt
Items: (3 entries)
0:
Bounds: x1=10, y1=10, x2=178, y2=82
Type: 8
Info: ' The SGIL 32 bits functions are specially written functions that compute directly in SINGLE format, conforming to both the IEEE 754 and SANE formats.'
1:
Bounds: x1=10, y1=82, x2=178, y2=166
Type: 8
Info: ' Because of the special way Macintosh™ deals with math calls, you won't get the full benefit of SGIL 32 bits in speed however, although this package may help, specially on Mac Pluses and SEs.'
2:
Bounds: x1=10, y1=166, x2=178, y2=262
Type: 8
Info: ' But, Programmers! You can overcome this small problem by purchasing our native SGIL 32 bit library, which has all the features of this package, plus speed (3 to 40 times faster on a Mac+) and extra functions (hyperbolics).'
DITL_-4050.txt
Items: (1 entries)
0:
Bounds: x1=10, y1=10, x2=178, y2=94
Type: 8
Info: ' The MC6888x option is only available if you have a Mac II or higher : it allows all of your applications to get almost the full potential of your math coprocessor, which SANE does not.'
DITL_-4049.txt
Items: (3 entries)
0:
Bounds: x1=10, y1=10, x2=178, y2=70
Type: 8
Info: ' This option allows you to use the Laporte-Vignes arithmetic to measure how precise the results of any math software is.'
1:
Bounds: x1=10, y1=70, x2=178, y2=166
Type: 8
Info: ' It proceeds by doing every computation and perturbating the last bit of each result in a random fashion. It is specially designed for scientific programmers who want to test the TRUE accuracy of their numerical methods.'
2:
Bounds: x1=10, y1=166, x2=178, y2=282
Type: 8
Info: ' Useless to say it is the ABSOLUTE tool for the real numerical programmer. Registered users get in-depth explanations and a demo program in source form. Only for real scientists, that is those with at least one coprocessor!'