Free methods software for mac

Newtons Method enables you to find the real solutions of f(x) = 0 for a real function f(x).

"Newtons Method" is an application for a PowerPC Macintosh which, using the Newton-Raphson Method, enables you to find the real solutions of f(x) = 0 for a real function f(x). It also acts as a function evaluator to an accuracy of about 15 significant figures. You can enter a wide variety of functions for f(x).

Requirements: iMovie 3.0 or later.

The Bit Ops plugin adds methods for many useful bitwise operations on Integers.
It also provides a new class TTsBitSet that handles large arrays of bits.
Heres an incomplete list of the provided functions: And, Or, XOr, Not, Nor, Nand, Shift, Rotate, Clone, Copy, Compare, Find.
Enhancements:
- Carbon version works really now (in v1.1, the Carbon support was not existing - dont ask me how that happened).

JHostMonitor 1.0 is created as an useful a time saver for TCP/IP local area networks. Instead of pinging each computer or device, create a list, along with their static IP address or hostname, and their status will be listed: online, offline, unreachable or unknown. Uses built in networking methods of Java 1.5.

More Trash! is a simple AppleScript that enables you to view contents of trash and choose secure deletes.

Has an option to choose secure delete methods. 1 Pass Random, DoD Spec, and a 35 Pass Gutmann algorithm. More passes, longer it takes to finish.

Will display a stat screen for 3 seconds after delete. If you choose no method, a standred empty trash will happen (no overwrites).

More Trash! also places a file called TrashData.txt in the documents folder. and it also updates the size of the hard drive, as listed in the desktop.

The CONSIDEO MODELER combines the leading methods for systems thinking. The MODELER allows to visualize, explore, evaluate, communicate and foresee intuitively the complex connections in any field. As easy to use as mindmapping though more powerful you will be able to model you everydays decisions.

CODEC is a 4th Dimension component which provides MD5 digest creation routines for 4th Dimension programmers.

CODEC is a subset of functions available already in the BASh 4D component.

In keeping with the tradition of offering high quality developer tools and services, Deep Sky Technologies, Inc., has made the CODEC component available for free to the developer community.

The CODEC component consists of two methods for the creation of MD5 digests:
• CODEC_Encode_MD5_x creates a properly formatted MD5 digest directly from a supplied 4D text value.
• CODEC_Encode_MD5_z creates a properly formatted MD5 digest directly from a referenced 4D BLOB value.

Both methods are immediately available for use upon installing the CODEC component. No plugins, external documents, or initialization is needed to begin using the methods. And, all of the code in the CODEC component is set up to handle even the most stringent 4D Compiler settings (e.g. All Variables are Typed).

The Getfem++ project focuses on the development of a generic and efficient C++ library for finite element methods elementary computations. The goal is to provide a library allowing the computation of any elementary matrix (even for mixed finite element methods) on the largest class of methods and elements, and for arbitrary dimension (i.e. not only 2D and 3D problems).
Getfem++ offers a complete separation between integration methods (exact or approximated), geometric transformations (linear or not) and finite element methods of arbitrary degrees. Getfem++ is able to really relieve a more integrated finite element code of technical difficulties of elementary computations.
Examples of available finite element method are : Pk on simplices in arbitrary degrees and dimensions, Qk on parallelepipeds, P1, P2 with bubble functions, Hermite elements, Argyris element, elements with hierarchic basis (for multigrid methods for instance), discontinuous Pk or Qk, XFem, vectorial elements (RT0, Nedelec) ...
The addition of a new finite element method is straightforward. Its description on the reference element must be provided (in most of the cases, this is the description of the basis functions, and nothing more). Extensions are provided for Hermite elements, piecewise polynomial, non-polynomial and vectorial elements, XFem.
The library also includes the usual tools for finite elements such as assembly procedures for classical PDEs, interpolation methods, computation of norms, mesh operations (including automatic refinement), boundary conditions, post-processing tools such as extraction of slices from a mesh ...
Getfem++ can be used to build very general finite elements codes, where the finite elements, integration methods, dimension of the meshes, are just some parameters that can be changed very easily, thus allowing a large spectrum of experimentations.
Getfem++ has no meshing capabilities (apart regular meshes), hence it is necessary to import meshes. Imports formats currently known by getfem are GiD , GmSH and emc2 mesh files. However, given a mesh, it is possible to refine it automatically.
Enhancements:
- The getfem and gmm header files have been moved into their respective subdirectories. So, as a consequence, the include directives have to be updated:
- #include gmm_xxx.h should be replaced with #include gmm/gmm_xxx.h
- #include getfem_xxx.h should be replaced with #include getfem/getfem_xxx.h
- The getfem interface (python and matlab) is now included in the getfem tar.gz file, in the interface subdirectory. They can be enabled with the --enable-python or --enable-matlab switch of the configure script
- Some C1 composite elements have been added (triangles and quadrilaterals)
- Levelset support has been improved