Free Open Source Codes Forge and Sharing

Sort by	Language：Fortran Category：All Time：ALL View：1000 times	Remove all
Language	All C Java PHP C++ VB C# Python Perl Delphi JavaScript Ruby Objective-C Go SAS PL/SQL ABAP Pascal ActionScript Lisp/Scheme Matlab Lua Scratch D Scala Erlang COBOL JavaFX Transact-SQL Fortran Tcl/Tk VHDL Verilog Visual C++ Borland C++ Builder VBScript ASM ASP/ASPX HTML/CSS LabView VFP Word PPT PDF JSP Shell Hadoop Others	More Hide
Category	All P2P Console Matlab Applet File Formats Java Development Windows Kernel Windows Assembly Language Sniffer Package capture Algorithm Disk Tools SQL Server Crack Hack Driver Development book Java Books Image Editing OS Develop Shell Script ToolBar Button control CSharp Data Crypt/Decrypt algrithms GUI Linux programming Graph WinSock Embeded DataBase dsp vhdl verilog Multimedia DirectX Mutithread iOS listview listbox Web Browser Image Processing ftp File Web Framework video Audio Voice Document Arm GIS software Virus Other print gps Android Symbian TCP/IP menu Hook Communication chat CellPhone VoIP MTK SMS OpenGL Socket Windows Phone BlackBerry Mac OS Muticore Cloud Computing Parallel Computing Computer Cluster Server Tech Email	More Hide
Time	ALL Today Last 3 days Last week Last month Last 6 months Last year
View	All 1000 times 500—1000 times 300—500 times 100—300 times 50—100 times below 50 times

▍Fortran: four ways to do integal

This is the Fortran source code of integration, include Gaussian five points method, Gaussian three point method, parabola method and trapezoid method. Wish this will be of helpful....

Download(s)

1028

View(s)

(not set)

by c_bowie

Algorithm Fortran

▍Fortran interpolation procedure

Fortran interpolation program, a total of 8. Including the Lagrange interpolation, spline interpolation, interpolating parabola. Essential for beginners....

Download(s)

1086

View(s)

(not set)

by magicalarm

Assembly Language Fortran

▍3D FDTD simulation of a center-fed half-wave dipole antenna

3 D FDTD simulation of a center-fed half-wave dipole antenna. The simulation was done on an FDTD grid with size: nx*ny*nz*nt = 80*80*50 * 210. Absorbing boundaries are present (Berenger's technique) consisting of the outermost 10 layers....

(not set)