arbitrary precision
Precision Plugin 1.8
Precision Plugin - MPCalc plugin more>>
It can handle numbers with up to 30,000 decimal digits. It can also handle numbers whose absolute values lie between about 1e-40000000 and 1e+40000000.
As a Carbon, PPC, and x86 plugin, it can be used to build Mac OS 9.x, Mac OS X, or Windows applications. It has almost all the REALbasic built in functions at much higher precisions.
Precision Plug-in 1.8
REALbasic plug-in adds random number functions. more>>
It can handle numbers with up to 30,000 decimal digits. It can also handle numbers whose absolute values lie between about 1e-40000000 and 1e+40000000.
As a Carbon, PPC, and x86 plugin, it can be used to build Mac OS 9.x, Mac OS X, or Windows applications.
It has almost all the REALbasic built in functions at much higher precisions. In version 1.6 Ive added a "last" argument. Its described in the documentation.
In version 1.7 there is a random number generator, which can be reseeded. v. 1.7.2 speeds up the factorial and xToy functions. Version 1.8 adds a primality test based on Victor Shoups NTL implementation of the Miller-Rabin Test.
IPConf
Free CLI based tool for automatic IP network configuration more>> Free CLI based tool for automatic IP network configuration
IPConf is a free and open source Python based command line utility to automatically detect the network connected to an interface and configure it, including: dynamic or static IP assignment, host file and DNS resolver file.
IPConf uses a simple configuration file and can run arbitrary commands when the interface goes up. The name of the detected network is saved and made available for the rest of the system.
Main features:
- simple and clean syntax for the configuration;
- create host file and DNS file;
- can call any DHCP-like client to automatically configure the interface;
- can assign static IP address;
- can run arbitrary programs when the interface goes up;
- the name of the detected network is saved in a file so it can be used by any shell script.
System requirements:
-
- Python
FoxTrot Professional Search 2.5.1
FoxTrot Professional Search is widely known as a comprehensive and high-quality find-by-content solution which brings precision tools for finding the proverbial needle in a haystack directly within PDF, HTML more>> <<less
ImageCrop
NSImage component for resizing images more>> NSImage component for resizing images
ImageCrop offers a free category on NSImage that allows you to obtain a resized version of the image to fit an arbitrary size, with a choice of cropping or scaling methods (crop center, crop start, crop end, or scale to fit).
ImageCrop makes use of high-quality interpolation to get the resized image.
System requirements:
- Xcode 2.1 or later
GrandPerspective 0.99
GrandPerspective - Graphically shows disk usage within a file system more>>
It can help you to manage your disk, as you can easily spot which files and folders take up the most space.
It uses a so-called tree map for visualisation. Each file is shown as a rectangle with an area proportional to the files size. Files in the same folder appear together, but their placement is otherwise arbitrary.
Gambit-C 4.1.2
Gambit-C is such a great program including a Scheme interpreter and a Scheme compiler which can be used to build standalone executables. more>>
Gambit-C 4.1.2 is such a great program including a Scheme interpreter and a Scheme compiler which can be used to build standalone executables. Because the compiler generates portable C code it is fairly easy to port to any platform with a decent C compiler. The thread system is very efficient and can support millions of concurrent processes.
The Gambit-C system conforms to the R4RS, R5RS and IEEE Scheme standards. The full numeric tower is implemented, including: infinite precision integers (bignums), rationals, inexact reals (floating point numbers), and complex numbers.
Major Features:
- Conformance. The Gambit-C system conforms to the R4RS, R5RS and IEEE Scheme standards and implements all optional features. Tail calls and first class continuations conform to the Scheme semantics. The full numeric tower is implemented, including: arbitrary precision integers (bignums), rationals, inexact reals (floating point numbers), and complex numbers. Several extensions to Scheme are provided, including: lightweight threads, a foreign-function interface (FFI), and extended I/O capabilities (Unicode, networking, subprocesses, ...).
- Portability. Because the system is mostly written in Scheme and the compiler generates portable C code, it is easy to port the system as well as programs compiled with it to any platform with a decent C or C++ compiler. There is no reliance on a particular C compiler, although the system can take advantage of some gcc-specific constructs. The C code generated is oblivious to the endianness and word size of the target environment (32 and 64 bit architectures are currently supported).
- Performance. The compiler includes several powerful program transformations such as user procedure inlining, partial-evaluation, and lambda-lifting. With appropriate declarations in the source code the executable programs generated by the compiler run roughly as fast as equivalent C programs. Programs containing no declarations are also optimized without compromising the Scheme semantics by speculatively inlining predefined procedures. Thanks to an efficient implementation of continuations, the thread system is very efficient and can support millions of concurrent threads. The bignum library uses sophisticated algorithms that are in some cases asymptotically faster than those of GMP (GNU Multiple Precision Arithmetic Library). [Note: With the release of GMP 4.3.0 in April 2009, this claim is no longer true; ]
- Reliability. Stable releases typically have very few bugs. Bug tracking is done with bugzilla. Gambit-C has been used to develop large-scale real-world software in academic and commercial settings.
- Mac OS X 10.3 or later.
implemented, including: infinite precision integers (bignums), rationals, inexact reals
Myth: The Fallen Lords Icons
This is a set of 21 superb icons representing Bungies rockin game Myth: The Fallen Lords. These icons portray many of the characters seen the the game with excellent precision more>> This is a set of 21 superb icons representing Bungies rockin game Myth: The Fallen Lords. These icons portray many of the characters seen the the game with excellent precision. Below is a preview of a few icons youll get in this set.
System 7.0 or later.
Airfoil Analysis 1.0.2
Airfoil Analysis - Vortice-Panel method for airfoil analysis more>>
Main features:
- Arbitrary shapes
- NACA 4,5 digits airfoils.
- Up to 200 panels.
- Calculate aerodynamic coefficients.
- Plot angle of attack dependencies.
- Plot velocity and pressure fields.
Prime Finder 1.0
Prime Finder - Finds, counts and lists all prime numbers more>>
It is a universal binary and a timer is included: therefore, if nothing else, it may be used as a benchmarking utility.
Completly freeware.
MPCalc Plugin 3.0
MPCalc Plugin is a smart program which brings the features of multi-precision RPN calculator to a REALbasic program. more>>
MPCalc Plugin 3.0 is a smart program which brings the features of multi-precision RPN calculator to a REALbasic program. It can handle numbers with up to 30,000 decimal digits. It can also handle numbers whose absolute values lie between 1e-167100000 and 1e+167100000. It is a Universal plugin for Mac OS X. Over forty scientific functions are now available.
MPCalc plugin - Multi-precision RPN scientific calculations. MPCalc plugin 2.5 - Bob DelanyColourUtility 1.3
ColourUtility - Convert between Web/Hex, RGB, Integer, and CMYK values more>>
In addition it also provides a standard Apple colour picker from where you can pick any arbitrary colour from the colour wheel (or use the magnifying tool to grab a colour from anywhere on your screen) and get its values.
If you are involved in prepress or graphic design you can load your preferred CMYK ICC profile to get more accurate CMYK conversions.
Enhancements:
- Compatible with Intel based Macs.
- Closing the window now quits the application.
unRAR 3.20a
unRAR is a command line utility to extract, view, and test the contents of an RAR archive Requirements: Mac OS X 10.1 or later more>> unRAR is a command line utility to extract, view, and test the contents of an RAR archive
Mac OS X 10.1 or later.
Version 3.20a adds the following:
- New package + dmg distribution.
- Adds support for modern timestamps in the archive (previously used old DOS FAT style timestamps with 2-second precision).
- Bare mode for listing contents of archive - just the file names.
HP-16C iPhone 1.0.5
HP-16C iPhone - Programmers programmable calculator for your device more>> HP-16C iPhone - Programmers programmable calculator for your device
HP-16C iPhone is afree and open-source programmers programmable calculator for your device.
Main features:
- Hexadecimal, decimal, octal and binary conversions
- Adjustable word size from 1 to 64 bits
- Performs unsigned, 1s or 2s complement math
- Integer and floating point math.
- Shift functions: Left and right, arithmetic and non.
- Rotate functions: Rotate a single position or N positions left or right, through carry or not.
- Left justify the bits of a word.
- Masking: Create masks to mask left or right N bits.
- #B: returned number of bits set in a word
- Multiply/Divide: Provided functions for multiplying single precision numbers into single precision or double precision results. Likewise, allowed single or double precision dividends.
- Bitwise Logic: and, or, not, xor
- Bit setting and testing
- RPN entry
- Programmable
System requirements:
- iPhone
Enhancements
- Fixed bug that caused splash screen to appear every launch.
Extended Plugin 3.1
Extended Plugin - REALbasic plug-in adds new data types more>>
ExtFloat is the type RR of NTL. You can set both the bit precision and the decimal output precision for ExtFloat, with no limitation except for available memory. It might take awhile, but you can now calculate pi in a REALbasic program to a million decimal places, or more. The power of 10 for ExtFloat can range from about -60,000,000 to +60,000,000 as compared to -308 to +308 for a Double.
ExtComplex doesnt exist in NTL. I made it from two ExtFloats. So the real and imaginary parts of an ExtComplex use the bit precision and the decimal output precision set for ExtFloat. So you can now use complex numbers with almost unlimited precision.
IAExtFloat also doesnt exist in Victor Shoups NTL. It is a data type which is used for Interval Arithmetic, which is arithmetic with inequalities. An IAExtFloat number is represented by two ExtFloat numbers (a, b), where one thinks of an ExtFloat number x being in the interval between a and b. That is: a<<less
