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calc.htm
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<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" lang="en" xml:lang="en">
<head>
<title>calc </title>
<link href=".code/preferred.css" rel="stylesheet" type="text/css"/>
</head>
<body>
<p class='header'>
<a href="_home.htm">Home</a> | <a href="_faq.htm">FAQ</a> | <a href="_thesis.htm">Thesis</a> | <a href="_diary.htm">Diary</a> | <a href="_projects.htm">Projects</a> | <a href="resume.htm">Resume</a> | <a href="_todo.htm">Todo</a> | <a href="_index.htm">Index</a> |<p>
<p class='main'><span class="rel">Related:</span> <a href="compu.htm">compu</a>te, equa, <a href="fract.htm">fract</a>, <a href="hex.htm">hex</a>, math<br/>
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<a class="ext" href="http://PC-Calculator.sf.net">PC-Calculator.sf.net</a> <span class="quot2">>>Pc <a href="calc.htm">Calc</a>ulator is a totally <a href="new.htm">new</a> kind of a <a href="calc.htm">calc</a>ulator. At the same time it is a handy text and formula <a href="edit.htm">edit</a>or and an advanced scientific <a href="calc.htm">calc</a>ulator. It <a href="work.htm">work</a>s in an intuitive way and it is extremely <a href="user.htm">user</a>-friendly. For instance, all possible typing errors are easily corrected and fast re<a href="calc.htm">calc</a>ulated. And, its <a href="work.htm">work</a>ing memory is like a piece of paper, which you can scroll <a href="back.htm">back</a> and forth and write your <a href="calc.htm">calc</a>ulations just where you wish. You can also add explanatory comments to remind you what the <a href="calc.htm">calc</a>ulations were made for. On exit all the comments and formulas are saved and when you next time open the program, it <a href="start.htm">start</a>s from the same position where it previously was.</span><br/>
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<a class="ext" href="http://TTCalc.sf.net">TTCalc.sf.net</a> <span class="quot2">>>TT<a href="calc.htm">Calc</a> is an open <a href="sourc.htm">sourc</a>e bignum mathematical <a href="calc.htm">calc</a>ulator. It features arithmetical functions, trigonometric functions, inverse trigonometric functions, hyperbolic functions, inverse hyperbolic functions, logical operators, logarithms, functions for converting between degrees and radians and so on. Additionally the program allows a <a href="user.htm">user</a> to define his <a href="own.htm">own</a> variables and functions.</span><br/>
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<a class="ext" href="http://HexCalc.sf.net">HexCalc.sf.net</a> <span class="quot2">>><a href="hex.htm">Hex</a><a href="calc.htm">Calc</a> is a simple <a href="calc.htm">calc</a>ulator similar to GNOME <a href="calc.htm">calc</a>ulator. it can do simple <a href="calc.htm">calc</a>ulations in <a href="hex.htm">hex</a>adecimal, octal, binary, and non-floating point decimal. It <a href="use.htm">use</a>s a 32bit signed integer. It is a helpful little coder utility.</span><br/>
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<a class="ext" href="http://OpenRPN.sf.net">OpenRPN.sf.net</a> <span class="quot2">>>OpenRPN is an initiative to design and <a href="produc.htm">produc</a>e ultra high-quality <a href="calc.htm">calc</a>ulator <a href="hard.htm">hard</a>ware and software for scientific professionals and advanced students using a community developed approach to ensure flawless operation.</span><br/>
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<a class="ext" href="http://FPCalc.sf.net">FPCalc.sf.net</a> <span class="quot2">>>The fast powerful <a href="calc.htm">CALC</a> is a desktop scientific <a href="calc.htm">calc</a>ulator, still is under development and tests. The <a href="obj.htm">obj</a>ective is offer a good and easy to <a href="use.htm">use</a> mathematical tool. I hope you enjoy it.</span><br/>
I am very proud to announce the release of the fast powerful <a href="calc.htm">CALC</a> 0.0.5.9 codename "guayaba", this version provides many changes and enhancements from the last release.<br/>
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<a class="ext" href="http://KPNCalc.sf.net">KPNCalc.sf.net</a> <span class="quot2">>>KPN <a href="calc.htm">Calc</a>ulator is a Polish notation caluclator. See the docs for more details.</span><br/>
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<a class="ext" href="http://PocketMK.sf.net">PocketMK.sf.net</a> <span class="quot2">>>PocketMK is programmable RPN <a href="calc.htm">calc</a>ulator designed to be comfortable for small screens <small>(like PDA)</small> and compatible with a set of Soviet programmable <a href="calc.htm">calc</a>ulators <small>(like MK-61)</small>. It have special functions <small>(erf, gamma ...)</small>, graphical and indirect address commands</span><br/>
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<a class="ext" href="http://Qalculate.sf.net">Qalculate.sf.net</a> <span class="quot2">>>Qalculate! is a multi-purpose desktop <a href="calc.htm">calc</a>ulator for <a href="gnu.htm">GNU</a>/Linux. It is small and simple to <a href="use.htm">use</a> but with much power and versatility underneath. Features include customizable functions, units, arbitrary precision, plotting, and a <a href="user.htm">user</a>-friendly interface <small>(KDE or GTK+)</small>.</span><br/>
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<a class="ext" href="http://CalcPlusPlus.sf.net">CalcPlusPlus.sf.net</a> <span class="quot2">>>First of all... What is <a href="calc.htm">calc</a>++?? <a href="calc.htm">calc</a>++ is a very simple interpreter for my math <a href="pars.htm">pars</a>ing <a href="lib.htm">lib</a>rary <small>(<a href="lib.htm">lib</a>math++)</small> The main <a href="ide.htm">ide</a>a was to design a simple but powerfull way to do my physics <a href="work.htm">work</a>s in less time. If you are looking for something with integrals, symbolic math, <a href="3d.htm">3D</a> plotting, etc... You <a href="cam.htm">cam</a>e to the wrong place. There are advanced <a href="lib.htm">lib</a>raries and software to do that. You should try out: <a href="gnu.htm">GNU</a> Octave, wxMaxima, etc...</span><br/>
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<a class="ext" href="http://MiniCalcGUI.sf.net">MiniCalcGUI.sf.net</a> <span class="quot2">>>Mini<a href="calc.htm">Calc</a> <a href="gui.htm">GUI</a> is a <a href="calc.htm">calc</a>ulator that supports <a href="user.htm">user</a>-defined functions and <a class="ext" href="http://graphing.It">graphing.It</a> <a href="start.htm">start</a>s instantly and runs on both Windows and <a class="ext" href="http://Linux.It">Linux.It</a> is easy to <a href="use.htm">use</a> for the average <a href="user.htm">user</a>, but also supports factorials, exponents, logs, and trig functions.</span><br/>
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<a class="ext" href="http://SimplexCalculat.sf.net">SimplexCalculat.sf.net</a> <span class="quot2">>>An innovative <a href="calc.htm">calc</a>ulator project.</span><br/>
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<a class="ext" href="http://CalculatorPlus.sf.net">CalculatorPlus.sf.net</a> <span class="quot2">>><a href="calc.htm">Calc</a>ulator is a small as it says <a href="calc.htm">calc</a>ulator written in C++. The goal is to write a fully featured <a href="calc.htm">calc</a>ulator which can beat MS <a href="calc.htm">Calc</a>ulator. It will support Win32,Linux,<a href="mac.htm">Mac</a> and so far most of the OS on the market.</span><br/>
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<a class="ext" href="http://edanator.sf.net">edanator.sf.net</a> <span class="quot2">>>Graphical binary/<a href="hex.htm">hex</a> <a href="calc.htm">calc</a>ulator and bit manipulator</span><br/>
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<a class="ext" href="http://HexTool.sf.net">HexTool.sf.net</a> <span class="quot2">>><a href="hex.htm">Hex</a>Tool is a simple yet effective Windows <a href="calc.htm">calc</a>ulator/tool; invaluable for people who <a href="work.htm">work</a> with <a href="hex.htm">Hex</a> and Binary. Now you can convert between <a href="hex.htm">Hex</a>, Binary and Decimal on the fly. No <a href="install.htm">install</a> needed: just unzip and run it!</span><br/>
<br/>
<a class="ext" href="http://RPNs.sf.net">RPNs.sf.net</a> <span class="quot2">>>A programmable RPN <a href="calc.htm">calc</a>ulator for various PDAs. It features a programming language that resembles the original RPL found in HP48, along with other "standard" features such as matrices, complex numbers, binary arithmetic etc.</span><br/>
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<a class="ext" href="http://PrecCalc.sf.net">PrecCalc.sf.net</a> <span class="quot2">>>Precise <a href="calc.htm">Calc</a>ulator has arbitrary precision. It <a href="know.htm">know</a>s all usual mathematical functions, <a href="stat.htm">stat</a>istical functions, vectors, matrices, complex numbers, <a href="fract.htm">fract</a>ions. It is programmable <small>(if, goto, print, return, = )</small>.</span><br/>
<br/>
<a class="ext" href="http://Calcoo.sf.net">Calcoo.sf.net</a> <span class="quot2">>>both RPN and algebraic <a href="mod.htm">mod</a>es. bitmapped button labels and display glyths. undo/redo. copy/paste interaction with the X clipboard. two memory registers with displays. displays for Y, Z, and T registers.</span><br/>
<br/>
<a class="ext" href="http://ReactOS-Calc.sf.net">ReactOS-Calc.sf.net</a> <span class="quot2">>>ReactOS <a href="calc.htm">Calc</a> is a scientific <a href="calc.htm">calc</a>ulator. It has been written to be a clone of <a href="calc.htm">calc</a>ulators included into MS Win32 <a href="operating system.htm">operating system</a>s. It has a similar <a href="user.htm">user</a> interface and <a href="key.htm">key</a>board shortcuts. It will be released under <a href="gnu.htm">GNU</a> <a href="gpl.htm">GPL</a> license.</span><br/>
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<a class="ext" href="http://galculator.sf.net">galculator.sf.net</a> <span class="quot2">>>galculator is a GTK 2 based scientific <a href="calc.htm">calc</a>ulator supporting algebraic <a href="mod.htm">mod</a>e as well as RPN. Features include arithmetic precedence handling, mathematical functions, <a href="diff.htm">diff</a>e<a href="rent.htm">rent</a> number bases <small>(DEC, <a href="hex.htm">HEX</a>, BIN, OCT)</small> and angle bases <small>(radiant, degree, and grad)</small>.</span><br/>
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<a class="ext" href="http://Jessamine.sf.net">Jessamine.sf.net</a> <span class="quot2">>>Jessamine is basically a text <a href="edit.htm">edit</a>or and a scientific <a href="calc.htm">calc</a>ulator for everyday <a href="use.htm">use</a> with a lot of <a href="use.htm">use</a>ful features. You can have multiple sheets inside your jotter <a href="file.htm">file</a>, <a href="mak.htm">mak</a>ing it easy to <a href="stor.htm">stor</a>e, arrange and retrieve information.</span><br/>
<br/>
<a class="ext" href="http://WinXCalc.sf.net">WinXCalc.sf.net</a> <span class="quot2">>>WinX<a href="calc.htm">Calc</a> is a <a href="calc.htm">calc</a>ulator for Microsoft Windows. Its <a href="calc.htm">calc</a>ulation engine is heavily based upon x<a href="calc.htm">calc</a>, the <a href="calc.htm">calc</a>ulator for X-Windows. Although it's not just a port of x<a href="calc.htm">calc</a>, many characteristics of x<a href="calc.htm">calc</a> <small>(like infix/rpn)</small> are maintained in WinX<a href="calc.htm">Calc</a>.</span><br/>
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<a class="ext" href="http://HP-15C.sf.net">HP-15C.sf.net</a> <span class="quot2">>>HP-15C Based <a href="calc.htm">Calc</a>ulator</span><br/>
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<a class="ext" href="http://FL-RPNCalc.sf.net">FL-RPNCalc.sf.net</a> <span class="quot2">>>Fl_RPN<a href="calc.htm">Calc</a> is a simple RPN <a href="calc.htm">Calc</a>ulator designed to be easily <a href="use.htm">use</a>d with <a href="key.htm">key</a>board/numpad. Written in C++ using the FLTK <a href="gui.htm">GUI</a> toolkit. <a href="compile.htm">Compile</a>s on Linux/Windows.</span><br/>
<br/>
<a class="ext" href="http://GTKCalc.sf.net">GTKCalc.sf.net</a> <span class="quot2">>>A simple scientific <a href="calc.htm">calc</a>ulator for complex number <a href="calc.htm">calc</a>ulation. It requires the GTK+ toolkit.</span><br/>
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<a class="ext" href="http://Zahniser.net/software/hsilop">Zahniser.net/software/hsilop</a> <span class="quot2">>>The interface is minimalist: the program <a href="start.htm">start</a>s out as a small green rectangle floating above your other windows. Enter numbers, and the hsiloP rectangle grows to display all the numbers in a "stack" <small>(the <a href="pic.htm">pic</a>ture to the <a href="left.htm">left</a> shows hsiloP running, with my desktop behind it)</small>. Each command that you enter <small>(such as + or atan or factor)</small> removes numbers from the bottom of the stack and replace them with a result.</span><br/>
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<a class="ext" href="http://ghsiloP.sf.net">ghsiloP.sf.net</a> <span class="quot2">>>ghsiloP is a GNOME/GTK+ compliant inverse Polish notation <a href="calc.htm">calc</a>ulator written in C++ with GTK--. It has most of the more common scientific <a href="calc.htm">calc</a>ulator features, with more to be added... If you have an HP 48GX <small>(like I do)</small> or similar <a href="calc.htm">calc</a>ulator, you'll love g</span><br/>
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<a class="ext" href="http://WURP.sf.net">WURP.sf.net</a> <span class="quot2">>>Wurp is an RPN <small>(Reverse Polish Notation)</small> <a href="calc.htm">calc</a>ulator, similar to the HP48 <a href="calc.htm">calc</a>ulator. Wurp supports various platforms, including KDE and curses <small>(and hopefully Windows eventually)</small>.</span><br/>
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<a class="ext" href="http://FWCalc.sf.net">FWCalc.sf.net</a> <span class="quot2">>>Once upon a time there was a pocket <a href="calc.htm">calc</a>ulator called the HP15C. It <a href="use.htm">use</a>d a system called Reverse Polish Notation <small>(RPN)</small> for doing its <a href="calc.htm">calc</a>ulations. The Fairwood <a href="calc.htm">Calc</a>ulator is a RPN <a href="calc.htm">calc</a>ulator designed for the <a href="compu.htm">compu</a>ter.</span><br/>
<br/>
<a class="ext" href="http://Qmcalc.sf.net">Qmcalc.sf.net</a> <span class="quot2">>>Qm<a href="calc.htm">calc</a> is a multi-function, multi-memory, programmable scientific <a href="calc.htm">calc</a>ulator. with about the same capabilities of a Ti-82 Graphic Scientific <a href="calc.htm">Calc</a>ulator minus a few unimplemented features, but also a few extras not included with the original Ti-82 graphic <a href="calc.htm">calc</a>ulator.</span><br/>
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<a class="ext" href="http://GCalc.sf.net">GCalc.sf.net</a> <span class="quot2">>>When in the course of <a href="compu.htm">compu</a>ting events it becomes appa<a href="rent.htm">rent</a> that not all <a href="calc.htm">calc</a>ulators are created equal, one must turn no further than to Graph<a href="calc.htm">Calc</a>. When the requirements of your <a href="compu.htm">compu</a>tations exceed the capabilities of your four-function figurer, turn to Graph<a href="calc.htm">Calc</a>. When you need to see what multiple compound exponential sinusoidal waves look like, turn to Graph<a href="calc.htm">Calc</a>. Haven't we all at some point wanted to see what "sin<small>(x)</small>^2-3*ln<small>(tan<small>(x*pi)</small>)</small>" looked like, and the Windows <a href="calc.htm">calc</a>ulator just wasn't up to the task?</span><br/>
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<a class="ext" href="http://Jirka.org/genius.html">Jirka.org/genius.html</a> <span class="quot2">>>Genius is a general purpose <a href="calc.htm">calc</a>ulator program similiar in some aspects to BC, Matlab, <a href="map.htm">Map</a>le or Mathematica. It is <a href="use.htm">use</a>ful both as a simple <a href="calc.htm">calc</a>ulator and as a research or educational tool. The syntax is very intuitive and is designed to mimic how mathematics is usually written. GEL is the name of its extention language, it stands for Genius Extension Language, clever isn't it? In fact, many of the standard genius functions are written in GEL itself.</span><br/>
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<a class="ext" href="http://PGCalc.sf.net">PGCalc.sf.net</a> <span class="quot2">>>PG <a href="calc.htm">Calc</a>ulator is a powerfull scientific <a href="calc.htm">calc</a>ulator and an excellent replacement for standard <a href="calc.htm">calc</a>ulator. It ofers full customizable <a href="user.htm">user</a> inteface and looks like <a href="real.htm">real</a> <a href="calc.htm">calc</a>ulator on <a href="user.htm">user</a> desktop.</span><br/>
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<a class="ext" href="http://Pessimization.com/software/orpie">Pessimization.com/software/orpie</a> <span class="quot2">>>Orpie is a fullscreen RPN <a href="calc.htm">calc</a>ulator for the console. Its operation is similar to that of <a href="mod.htm">mod</a>ern HP <a href="calc.htm">calc</a>ulators, but data entry has been optimized for efficiency on a PC <a href="key.htm">key</a>board. Features include extensive scientific <a href="calc.htm">calc</a>ulator functionality, units support, base conversions, command completion, configurable <a href="key.htm">key</a>bindings, and a visible interactive stack.</span><br/>
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<a class="ext" href="http://wxEcMath.sf.net">wxEcMath.sf.net</a> <span class="quot2">>>Tiny <a href="lib.htm">lib</a>rary written in C++/wxWidgets designed to manage mathematical <a href="obj.htm">obj</a>ects : <a href="pars.htm">pars</a>er of expressions, plots, matrixes and complex numbers. Ansi and Unicode are supported. Documentation and rich samples are provided.</span><br/>
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<a class="ext" href="http://Calculator186.sf.net">Calculator186.sf.net</a> <span class="quot2">>>I <a href="start.htm">start</a>ed to learn C again, and this time I performed a <a href="calc.htm">calc</a>ulator which can do simple operations by only 2 numbers per session. In the first step you shouldn't forget this: + = sum - = subtraction * = multiplication / = division Enjoy!</span><br/>
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