Download

 Latest release version released in January 2016:

-Source-

cgtkcalc-2.2.0.tar.gz
(103Kbytes)

cgtkcalc-2.2.0-1.src.rpm
(105Kbytes)

-Linux binary file-

cgtkcalc-2.2.0-1.x86_64.rpm
(for x86_64, GTK+-2.0, glibc-2.14, 51Kbytes)

-Windows binary file-

cgtkcalc220-win32-bin.zip placed at sourceforge's download page
(Win32 setup file, 3.9Mbytes)
 
 
 

Older files are available at the download page on sourceforge.net.


 Development version is in the git repository.

Get cgtkcalc at SourceForge.net. Fast, secure and Free Open Source software downloads

   cgtkcalc

 A Simple Complex Number Calculator for GTK+

 Author: SAITOH Akira

     This is a simple scientific calculator for complex numbers.
   The real part, imaginary part, absolute value, and argument of a
   complex number can be input.
     As this is a simple one, if matrix calculation is needed, a
   more scientific calculator is proper, such as Rascal or Octave.
   See the manual page for details.


 - News -
   * 2 Jan. 2016: Buttons "re z" and "im z" have been added and the layout has been slightly changed. (2.2.0)
   * 30 Dec. 2015: The latest development version has been put into the git repository.
   * 11 Aug. 2011: It has been confirmed that the present version 2.1.9, albeit a little old now, compiles fine in Fedora 15. In addition, the present binary RPM files work fine in Fedora 15 (both 32-bit and 64-bit). The binary setup file for MS Win 32 works fine in Windows 7 (both 32-bit and 64-bit). (just information)
   * Slight modifications have been made so that a package can be created using recent versions of GCC and RPM without warning or error. (2.1.9)
   * The text for Help and manuals have been updated. (2.1.8)
   * The inconsistency in the function Paste has been fixed: in this version, "a-ib" is regarded as "a-bi", is not regarded as "a". (2.1.7)
   * The accuracy of the calculation of the gamma function has been improved so that it returns a correct value for an input complex number with a negative real part and a very small imaginary part. (2.1.6)
   * A modification has been done so that it can be compiled with gcc-3.4.x without warning during compilation under 64-bit environments (with GTK+-2.x.x or with GTK+-1.2.x.) (2.1.4)
   * The "mod" function has been modified so that it works as an ordinary "mod" for real-number inputs, e.g., -3 mod 5 = 2. (2.1.3)
   * The accuracy of complex-number calculation in the zcomplex library has been improved, particularly in inverse hyperbolic functions and inverse trigonometric functions. (2.1.0)
   * The default font size is modified, conforming to recent Linux distributions. (2.0.10)

 - Manuals -
   Manual Page
   Install Guide
   Mem. for Alpha 
   Manual on the Option -rc, How to Change the Color
  
Succinct Guide to the Options -s and -w

 - Requirements -
  1. GTK+-1.2.x or 2.x.x and some UNIX system are required to compile source codes.
  2. Binary files (x86_64 Linux and Win32 native) are also available.
   GTK+ is common in Linux distributions; the Win32 file contains the precompiled DLLs.
   Therefore, you probably need not to install the GTK+ libraries by yourself.

 - Japanese Page -
   Japanese Site


 This software is distributed under the GNU General Public License version 2.0.

 
 

You are the 191193 th visitor (since 2000).
Current local time: Friday, 29-Apr-2016 21:34:03 UTC.