#Simply fortran 2 source programs generator#
#Simply fortran 2 source programs driver#
#Simply fortran 2 source programs android#
#Simply fortran 2 source programs software#
#Simply fortran 2 source programs code#

# A system of tridiagonal linear equations C*x=b (the Thomas method) Thomas.f90 # Inverse matrix: Method - Doolittle LU factorization for Ax=b Inverse.f90 # The successive-over-relaxation (SOR) GS_sor.f90 # Evaluate the condition number of matrix: C(A) = norm(A*A^) C_number.f90 # Gaussian elimination with scaling and pivoting Gauss_2.f90 # Simple Gaussian elimination Gauss_1.f90 # Golden section search with parabolic interpolation ( fmin.f) Minimum of a single variable function f(x) # N-dimension integration: example of 5-dimension integration ( int_rand2.f) # Integration using Monte-Carlo method ( int_rand.f) (should be compiled with urand.f)

#Simply fortran 2 source programs driver#

# Driver program ( random2.f) for two random number generator, i.e.

#Simply fortran 2 source programs generator#

# Random number generator based on Linear Congruent Method ( random1.f) # Second-order singel ODE: The shooting method ( shoot2.f90) Ordinary differential equations (boundary value problem) # System of N first-oder or N/2 second-order ODEs: Runge-Kutta 4th order ( Rk4n.f90) with examples for a projectile motion in the (x,y) plane and the predator-prey model with rabbits and foxes (Lotka-Volterra model) # Second-order singel ODE: Predictor-Corrector, Runge-Kutta 4th order ( Ode12.f90) # First-oder single ODE: Euler, Predictor-Corrector, Runge-Kutta 4th order ( Ode11.f90) Ordinary differential equations (initial value problem) # Derivative calculated on three-point Lagrange interpolation ( deriv_Lg.f90) # Divided differences for equally spaced points ( deriv_dd.f90)

# Polinomial (Divided differences) interpolation DDint.f90 # Polinomial (Lagrange) interpolation Lagint.f90 # Automatic adaptive Integration of a function f(x,y) using Simpson rule ( simpson2D.f90) # Integration of a function f(x,y) using cubature trapezoid rule ( trap_2Dc.f90) Integration of a function of two variables f(x,y) # Driver program for int_trap.f, quanc8.f # Three adaptive integrations in one place: (program Integral3A.f90) # Automatic adaptive integration - Newton-Cotes quadrature (program quanc8.f) # Trapezoid approximation for n intervals ( int_trap.f) # Automatic adaptive integration - Gauss quaratures + recursive calls ( gaussA.f90) # Automatic adaptive integration based on Gauss quaratures ( gauss2.f90)

# Automatic adaptive integration based on Simpson rule ( simpson2.f90) # Integration based based on Gauss 8 points or 16 points ( gauss.f90) # Simpson rule on n intervals ( simpson.f90) Integration of a single variable function f(x) # Solutions of a system of two nonlinear equations f(x,y) = 0, g(x,y) = 0 Newton2.f90 # Brute force method for multiple roots BForce.f90 # Open Domain: The method of secants Secant.f90 # Open Domain: Newton's method Newton1.f90 # Closed Domain (Bisectional or False position selected by a key) CDomain.f90

#Simply fortran 2 source programs android#

AuthorДЇortran Compiler, GNU Fortran, graphical debugger, Fortran, Compiler, CompileДЄ tool for reverse engineering 3rd party, closed, binary Android apps

Setting breakpoints, examining variables, and navigating the call stack are all easy tasks. Simply Fortran provides source-level debugging facilities directly in the integrated development environment. Additionally, all project issues can be quickly examined and updated via the Project Issues panel.

#Simply fortran 2 source programs code#

Simply Fortran highlights compiler warnings and errors within the editor as the source code is updated. For new users, a step-by-step tutorial is also available. Users can quickly access documentation from the Help menu in Simply Fortran. Included with Simply Fortran is documentation for both the integrated development environment and the Fortran compiler. Simply Fortran provides autocompletion for Fortran derived types, available modules, and individual module components. Additionally, Simply Fortran can be used on platforms compatible with Microsoft Windows, including WINE. Both 32-bit and 64-bit desktops are supported. Simply Fortran runs perfectly on versions of Microsoft Windows from Windows XP through Windows 8.

When an intrinsic function or subroutine is encountered, the documentation for that procedure will be displayed as well. While entering Fortran code, Simply Fortran provides call tips for functions and subroutines declared within a user's project. The Simply Fortran package includes a configured GNU Fortran compiler installation, an integrated development environment, a graphical debugger, and a collection of other development necessities.ДЄpproximatrix Simply Fortran is an inexpensive way for anyone to productively develop using the Fortran language. Simply Fortran delivers a reliable Fortran compiler on Windows platforms with all the necessary productivity tools that professionals expect. Simply Fortran is a new, complete Fortran solution designed from the beginning for interoperability with GNU Fortran.

#Simply fortran 2 source programs software#

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