Maxima full changelog

New items in core:
Additional float constants: LEAST-NEGATIVE-NORMALIZED-FLONUM largest_negative_float, least_negative_float least_positive_normalized_float, and least_negative_normalized_float
Support for pre/post sub/superscripts (get_index_properties declare_index_properties and remove_index_properties) 2) Make declare_index_properties
Mark non-trivial results from gcfactor with a GCFACTORED flag

The installer contains Maxima and the required/optional components
CLisp, SBCL, wxWidgets, wxMaxima, jsMath-Fonts, Gnuplot and VTK.
Maybe Windows will warn you, that

New items in core:
New function define_opproperty to define an operator simplification
The environment MAXIMA_INITIAL_FOLDER if set tells Maxima which

New items in core:
New function define_opproperty to define an operator simplification
The environment MAXIMA_INITIAL_FOLDER if set tells Maxima which

New items in core:
New function define_opproperty to define an operator simplification
The environment MAXIMA_INITIAL_FOLDER if set tells Maxima which

New items in core:
[0eda309] New functions encode_time and decode_time, with test cases.
New items in share:
[534a7d1] add symplectic_ode package
[46a7a0f] Add Kaplan-Meier's survival and empirical distribution estimators
Changes in core:
[cb259bb] change O(n^2) method for flattening list to O(n) method.
[21cf8e1] split totient into two parts
[6ef2b26] optimized gcfactor and tried to make it easier to read.
[1594167] optimize gc squaring and inline gctime1
[d7ff7c3] inline gctimes.
[4c8b6c6] sped up psumsq.
[f306940] speeded up imodp.
[efadb61] new implementation of ; is about a factor of 2 faster on sbcl
[9c79308] move jacbi and related functions from rat3c to numth
[75d8ceb] sped up divsum by splitting it in two parts where the lower
Numerous cross-compiling changes.
Numerous documentation changes and improvements.
Build/installation improvements.
Many updates to examples.
Many changes and improvements to test system.

Maxima has functions to work with polynomials, matrices, finite sets, integrals, erivatives and differential equations, linear algebra, plotting, floating point and arbitrary-precision arithmetic, etc.
Maxima can run on MS Windows and various flavors of Unix, including MacOS X.
There is a precompiled executable installer for Windows, RPM's for Linux, DMG for MacOS X, and source code tar.gz.

New items in core:
new function with_default_2d_display: ensure pretty-printing output

New items in core:
new function with_default_2d_display: ensure pretty-printing output

new function with_default_2d_display: ensure pretty-printing output