Search Results for "laplace"

linNet is an application to compute the transfer function of linear, electronic circuits. The computation is done symbolically, not numerically, and the result is a formula rather than a number or a series of such. The found formula is the Laplace transform of the dependencies of the voltages and currents in the circuit on the input voltages and currents. A linear electronic circuit is a combination of the supported basic devices; these are resistor, conductance, capacitor, inductivity...

CFE is a postcardware written in plain C language. Cfe is a software, allowing the creation of convolution filters like SOBEL, LAPLACE, ROBINSON... It allows filters ranging from 3x3 up to 29x29. CFE speaks French, English, German, Italian and Spanish and has its own slideshow. The filter editor has 18 features such as mirrors, shiftings and rotations. There are no menus, all commands are directly accessible with the mouse. When a filter is created, you can give it a rating ranging from 1 to 5...

Opens/saves TIF, FITS, PNG, XISF, PXM, RAW, JPG, XCF, PSD. AsinH, Sqrt, Ln, Exp and Sqr stretching, HSL and RGB adjusting, Levels and Curves adjusting and Background Extraction for Color Balance, Flatness and Gradient Correction. Arithmetic between images. Resizing and croping. Color Balance based on background, selection or stars B-V (after platesolving). Debayering/Bayering. Inversion, mirroring, rotation, barrel/pincushion correction. RGB alignment/shifting. Erode, Dilate, ... Blurring...

Dev-C++ is a full-featured Integrated Development Environment (IDE) for Win32. It uses GCC, Mingw or Cygwin as compiler and libraries set. It supports Windows 98, NT, 2000 & XP. This is the original Dev-C++ software as published by Colin Laplace and this repository is frozen to version 4.9.9.2. For more recent versions of Dev-C++, please check the following forks: - Embarcadero Dev-C++: https://sourceforge.net/projects/embarcadero-devcpp/ (last update: March 2021) - Orwell Dev-C++: https...

MATLAB code that generates all figures in [Almquist and Dunham, 2020, https://doi.org/10.1016/j.jcp.2020.109294 ]. The paper considers narrow-stencil summation-by-parts finite difference methods and derives new penalty terms for boundary and interface conditions. The new penalty terms are significantly less stiff than the previous state-of-the-art method on curvilinear grids. On highly skewed grids, there may be an order of magnitude or more difference in the time-step restriction.

CorThiZon is a Matlab toolbox. MRI 3D T1 images are treated to estimate cortical thickness by zones in native and normalized space. It uses a Laplace-based technique following brain segmentation. Results can be easily reported in Excel files for further statistical analysis. If you use this toolbox, please reference: ‘Early diagnostic of Alzheimer’s disease using cortical thickness: impact of cognitive reserve', Querbes O, Aubry F, Pariente J, Lotterie JA, Démonet JF, Duret V, Puel M, Berry I...

A 3D Free Finite element Program. Still under development but already working: solves the steady state Navier-Lamé and the Laplace equation in 3D on tetrahedrons. It uses the Intel MKL and NVIDIA CUDA library for solving. GSL support needs to be improved. Open CL is still missing. In addition to the numerical core (which can be used stand-alone), another project called mcf exists for using ffp as a FEFLOW plug-in.

The RPG Dice Simulator (RPGDS) is a tiny java application that simulates all common RPG dice. These are D2 (two-sided LaPlace coin) D4 (tetrahedron, four sides) D6 (hexahedron, six sides, normal game die) D8 (octahedron, eight sides) D12 (dodecahedron, twelve sides) D20 (icosahedron, twenty sides) The project is separated into two parts: aRPGDS and jRPGDS. aRPGDS is the Android repository and package jRPGDS is the Java/AWT repository and package

Serotonin is an easy to use image filters application for Windows 8 (and lower). It is a fork/replacement of SBIP [https://code.google.com/p/sbip/] and licensed under GPL v3. === Filter Overview === * Binarizazion and Threshold image * Canny edge detection * Color segmentation * Congrap contour detection * Convolution (Laplace, Blurring) * Exponentiate color channels * Gaussian Blurring * Grayscale image * Image sketching * Invert image * Meanshift * Oil painting * Rotate color...

... values can be real numbers, symbols, or user defined symbolic expressions. Frequency domain results can be transformed to time domain via Inverse Laplace or Z Transform. Transformation between S-domain and Z-domain results can be done via Forward or Backward Derivatives (Euler Transform), Bilinear, or Impulse Invariant Transforms. Provide Bode, Gain-Phase, Nyquist, Pole-zero, Impulse, and Step response plots. Plot ranges can be set manually or automatically.

Matlab Implementation of Multi-Class Gaussian Processes. Laplace approximation following Rasmussen's book. Exact inference (current work)

This is an edge detector using ant colony algorithm. It also includes Canny, Sobel, Laplace methods. whypro@live.com

HOMB is a simple benchmark based on a parallel iterative Laplace solver aimed at comparing the performance of MPI, OpenMP, and hybrid codes on SMP and multi-core based machines.

REctangular (BEta) Cylindrical Coordinates App 2.0: "RebeCCa2" The problem, which we're interested in: How does the 'potential lines' look for the Laplace operator in a non-spherical geometry? -Can we possibly fit with an analytical expression in 2D

This is a graphical computation of the Laplace/Poisson Equation done in VC. You input a multiple rectangular domain and compute the equation using finite difference methods. It is dependent of libParserFunction.