| Projects on Google Code | Results 1 - 7 of 7 |
= !PyMinuit =
_Minuit numerical function minimization in Python_
== Minuit ==
Minuit has been the standard package for minimizing general N-dimensional functions in high-energy physics since its introduction in 1972. It features a robust set of algorithms for optimizing the search, correctin...
Utilities that helps fitting force field parameters to structure-energy data and helps anipulate molecular structures and in addition helps testing the fitted parameters by a built in MD simulations.
molecule,
force,
field,
xyz,
structure,
energy,
DFT,
densityfunctional,
potential,
forcefield,
fitting,
c,
cpp,
lancaster,
MD
data fitting tools
!MultiFit is a flexible galaxy shape-fitting algorithm. !MultiFit's main design feature is that it determines the best shape for a galaxy by examining multiple exposures of the galaxy. By using multiple exposures, rather than using a stacked exposure, !MultiFit avoids degrading information from clea...
= !PyMinuit2 =
_Minuit2 numerical function minimization in Python_
== Minuit ==
Minuit has been the standard package for minimizing general N-dimensional functions in high-energy physics since its introduction in 1972. It features a robust set of algorithms for optimizing the search, correct...
The Artificial Neural Network Architecture is a Back propagation neural network class developed to fit the FLTK library v1.1.7. The training algorithms include the Conjugate Gradient and the Levenberg-Marquardt more are to be added. The distribution include the source code and a demo proje...
artificialneuralnetworks,
neuralnetworks,
c,
backpropagation,
ann,
fitting,
artificial,
intelligence
This project consists of a Java class that will detect and return a quadratic bezier curve based on an analysis of a series of two dimensional coordinates. The regression analysis is coincident so the first and last points are stationary when deciding on an estimate. If your data points are duplic...