Matlab 6.0 | Matlab 6.5 | Matlab 7.X | |
![]() It allows to simulate any precision by just setting one parameter. Version 0.3 20080507 for Windows by CLV; original version for Linux by Ben Barrowes |
Untested! |
Src V0.3, ~0.8Mb Bin V0.3, ~0.7Mb |
Src V0.3, ~0.8Mb V0.3, ~0.7Mb |
![]() It allows to extend the machine epsilon to roughly the fourth power of the original one. Version 0.3 20080507 for Windows, by CLV |
Untested! | Version 0.3, ~2Mb | Not available yet! |
It allows to extend the machine epsilon to roughly the square of the original one. Version 0.3 20080507 for Windows, by CLV |
Version 0.3, ~2.5Mb | Version 0.3, ~400Kb | Version 0.3, ~641Kb (Updated 20080507) |
It exposes to the user all the digits used in the internal calculations of the INTEL family of processors. Unlike the dd-toolbox, the computation time should be almost the same as the standard calculations, with a little overhead in memory allocation due to the extra bits required. By Marcel Leutenegger |
262 Kb | 262 Kb | 262 Kb |
Provides full functionality to the single precision class already available in Matlab. By Marcel Leutenegger | 20080507 (~112Kb) | 20080507 (~112Kb) | Already included! |
It offers a new class which allows automatic evaluation of partial derivatives of numerical expresions with respect to specified variables. Patched by CLV | (~6Mb) | (~6Mb) | (~6Mb) |
This small set of .m functions allows (but only partly) seamless operation with non-double precision by setting defaults to a prescribed one (single, dd, qd, mp, etc.) |
(~8 kb) | (~8 kb) | (~8 kb) |