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The Direct-Inverse-Solver (DiInSo) software package is orient to solve direct 3D and inverse 2D/3D electrical resistivity tomography (ERT) problems on direct current (DC). The 32-bit version of the program is free for academic research, differs little from the 64-bit version and has no limitations except for the natural constraint of any 32-bit application (the maximum ...amount of random access memory (RAM) which can be used by the application is limited to 2 Gigabytes). DiInSo written in C/C++ programming language and use multi-threaded algorithms, which allows you to use full power of your computer. Program has Windows-based interface. Distinctive features of DiInSo are: The use of tetrahedral (or triangular in the 2D case) meshes when solving both direct and inverse problems of ERT, which allows you to specify the geometries of areas of any complexity; A wide range of options for solving direct and inverse problems of ERT, with which you can adjust the solution algorithm for specific purposes; Built-in graphical visualizers, using which the user get first assesses of the results, without leaving the program; Detailed documentation in English with examples that will allow you to learn the program in a few days without absorbing in a complex theory; The ability to convert input data from other ERT software systems to the DiInSo program format; The connectivity of the DiInSo software with well-proven OpenSource projects, which allows developing DiInSo with high speed; The ability to use many of the DiInSo software options in automatic mode for novice users who have not yet learned all the features of this options. Please note that this project is under development, and therefore it is possible that there are small, medium, large and even critical errors that you can report to the chief programmer to speed up the errors correction and development process. Chief programmer - Arkadiy Marinenko. e-mail: email
The Direct-Inverse-Solver ( DiInSo ) software package is orient to solve direct 3D and inverse 2D/3D electrical resistivity tomography (ERT) problems on direct current (DC). The 32-bit version of the program is free for academic research, differs little from the 64-bit version and has no limitations except for the natural constraint of any 32-bit application (the maximum amount of random ...access memory (RAM) which can be used by the application is limited to 2 Gigabytes). DiInSo written in C/C++ programming language and use multi-threaded algorithms, which allows you to use full power of your computer. Program has Windows-based interface. Distinctive features of DiInSo are: The use of tetrahedral (or triangular in the 2D case) meshes when solving both direct and inverse problems of ERT, which allows you to specify the geometries of areas of any complexity; A wide range of options for solving direct and inverse problems of ERT, with which you can adjust the solution algorithm for specific purposes; Built-in graphical visualizers, using which the user get first assesses of the results, without leaving the program; Detailed documentation in English with examples that will allow you to learn the program in a few days without absorbing in a complex theory; The ability to convert input data from other ERT software systems to the DiInSo program format; The connectivity of the DiInSo software with well-proven OpenSource projects, which allows developing DiInSo with high speed; The ability to use many of the DiInSo software options in automatic mode for novice users who have not yet learned all the features of this options. Please note that this project is under development, and therefore it is possible that there are small, medium, large and even critical errors that you can report to the chief programmer to speed up the errors correction and development process. Chief programmer - Arkadiy Marinenko. e-mail: email
INVERSE PHYSICS FORMULAS Often high school students find it difficult to obtain the inverse formulas. The application expresses the inverse formula, starting from some mathematical formulas. Are proposed several examples of general formulas that are found in the problems in physics. Pressing the B, C, K, the application obtains the unknowns by the formula written above. This free application is not ...a form, therefore in the examples recur general letters A, B, C, K. Although this version contains a few general formulas, most of them with different letters are found in physics problems two years in high school. The application currently contains the topics: - KINEMATICS-DYNAMIC In-app purchases: - WORK-ENERGY - THERMOLOGY - ELECTRICITY - MAGNETISM Activate the Play mode: button-Mode-play. An oval button prompts you to extract the unknown, with the steps. Example formula A=B*C B button (oval), I press the keyboard / C OK. language: Italian, english KEYWORDS mathematical formulas, physical exercises, workbook, physics homework, tests of physical, free, gratis,cheap For problems: nicoletmassi@gmail.com
this program solves inverse problem of chemical kinetics on gpu and cpu,using ati stream,mpi and openmp
This software is written in Fortran 90 and is related to forward and inverse problems for the Helmholtz equation in 2-D.
Feature list: 1.) Matrix and vector: 2D Convolution, Eigenv values and eigvectors, generalized eigen values and eigenvectors, 2D FFT, Inverse 2D FFT, Matrix Inverse, 2D real FFT, LQ and QR decomposition,Least square fit, LU decomposition, Solving system of linear equations with refinment and condition number, uniform and gaussian random number generators, sorting, Singular value decomposition, solve ...system of equations by SVD decomposition, sylvester equation, biased, normal and unbiased autocorrelation,Fast circular convolution, fast cross correlation, forward and inverse discrete cosine transform, forward and inverse FFT for all combinations of real and complex,Geortz''el algorithm for frequency estimation, Hilbert transform, Teoplitz systems solution, 2.) Probability distributions PDF, CDF and Inverse CDF: binomial, geometric, hypergeometric, negative binomial, Poisson, discrete uniform, beta ,Cauchy, chi-squared, exponential, F, gamma, Maxwell, normal, Pareto, Rayleigh, Student (T), Continuous uniform, Weibull, 3.) Special functions complete elliptic integrals, Jacoby elliptic functions, Airy function and its derivative, Airy fun. of second kind and its derivative,Bessel functions: J, Y, I, K and H, associated Legendre polynomials, 4.) Polynomials Finding roots, polynomial evluation, Cubic splines, Linear and cubic interpolation algorithms, construction and evaluation of piece-wise polynoms, deconvolution, filter 5.) Optimization methods Brent, BFGS, Marquardt and Nelder-Mead minimization methods, numerical gradient and Hessian matrix 6.) In common to all topics: + Over 1200 well documented functions. + Highly Athlon, PII, PIII, PIV optimized code. + Full support for complex numbers + Your algorithm is immediatelly application ready + Direct access to web services with Delphi 6, no need to resort to java. + Direct access to databases, no plug in required + Interfaces Intel MKL and NSP
Mathfuns is a completely new scientific computing platform, which support edit and compute in the way of mathematical formula. It makes you focus on mathematical problem itself, and make complex mathematical calculations simply beyond imagination. It''s a platform for everyone, which is designed to make you have different funs in solving problems and experience programming with it. Current ...Features List: Support for all kinds of input Powerful formula editing ability Base arithmetic operations Common functions Common mathematical constants Trigonometric function and inverse trigonometric function Hyperbolic function and inverse hyperbolic function Variable definition Function definition Polynomials Manipulation Support complex number operation Matrix Limits Integral Derivatives and partial derivative Solving equations:algebraic equations, ordinary differential equation and partial differential equation Chart Support iMessage Contact us: Website: www.mathfuns.com Mailbox: mathfuns@hotmail.com QQ Group: 557846722 Sina Weibo: Mathfuns Requires iOS?8.0 or later. Compatible with iPhone, iPad, and iPod touch.
Inverse Kinematics using ANalytical Methods (IKAN) is a complete set of inverse kinematics algorithms suitable for an anthropomorphic arm or leg.
White Inverse - Skin for Animated Weather App. Please install Animated Weather application first.
MtxVec is an bject oriented numerical library for Delphi and C++ Builder users. Complete support for complex numbers for all functions in single or double precision. Matrix operations: Solving a system of linear equations with refinment and condition number via LU, QR or SVD decomposition, Inverse of the matrix, Eigenvalues and eigenvectors, Sylvester equation, Teoplitz system solver, 2D FFT, Inverse ...2D FFT, 2D real FFT, Square root of the matrix, Logarithm of the matrix... Vector operations: autocorrelation, circular convolution, cross correlation, forward and inverse discrete cosine transform, forward and inverse FFT, Geortz''el algorithm, Hilbert transform... Probability distributions PDF, CDF and Inverse CDF: binomial, geometric, hypergeometric, negative binomial, Poisson, discrete uniform, beta ,Cauchy, chi-squared, exponential, F, gamma, Maxwell, normal, Pareto, Rayleigh, Student (T), Continuous uniform, Weibull.. Sparse matrix operations: Solver for banded sparse matrices, Iterative sparse solvers: SGS, CG, BC, CS, GMRES, OM with LU preconditioning. Direct sparse solver for non-symmetric matrices. Conversions supported between: Banded, Dense, Sparse and Triplets matrix formats. Performance features: CPU specific optimizations, Critical functions optimized in assembler, symmetric multiprocessing, block processing support for vectors, fast object create and destroy, thin object layer, vector/matrix design. Special functions: complete elliptic integrals, Jacoby elliptic functions, Airy function and its derivative, Airy function of second kind and its derivative, Bessel functions: J, Y, I, K and H, associated Legendre polynomials. Math parser capable of parsing equations with real and complex numbers. Customizable operators, functions and variables. Polynomials: Finding roots, polynomial evaluation, Cubic splines, Linear and cubic interpolation algorithms, construction and evaluation of piece-wise polynoms, polynomial division. Many optimization methods...