Martínez Molecular Modeling Group's repositories
JuliaNotes.jl
A collection of examples and explanations about Julia
CellListMap.jl
Flexible implementation of cell lists to map the calculations of particle-pair dependent functions, such as forces, energies, neighbor lists, etc.
EasyFit.jl
Easy interface for obtaining fits for 2D data
2021_FortranCon
Simulation codes shown at the FortranCon 2021
jlcode_example
Example of the use of jlcode and the JuliaMono font to write Julia code in LaTeX
Packmol.jl
The future of Packmol
ComplexMixtures.jl
Package to perform minimum-distance distribution analyses of complex solute-solvent interactions
PDBTools.jl
Simple structure and functions to read and write PDB files
FundamentosDMC.jl
Material para el curso Fundamentos de Mecánica Estadística y Simulaciones: Simulación Computacional Avanzada en Química, Bioquímica y Ciencias de Materiales. CELFI/Universidad de Buenos Aires
MolecularMinimumDistances.jl
Computes the set of minimum distances between to sets of particles, which can be grouped (like in molecules).
MolSimToolkit.jl
A set of tools for analyzing molecular dynamics simulations
SolventShellInteractions.jl
Computes the interaction potential between a solute and the solvent molecules having at least one atom within a cutoff distance from the solute.
XEMMSB2021
Files for XEMMSB2021
BlockAverage.jl
Computes the block average and error of the mean of (time-dependent) data.
PackmolInputCreator.jl
Package to help creation of Packmol input files for mixtures.
MDLovoFit.jl
Julia wrapper for the MDLovoFit package
CellListMapArticleCodes
Code blocks of the CellListMap paper.
ComplexMixturesExamples
Examples provided for the ComplexMixtures package.
2024_Ramos_Martinez_BGHI
Data for Ramos, Martínez, 2024
atd_scripts
Anistropic Thermal Diffusion scripts - http://leandro.iqm.unicamp.br/atd-scripts
AtomDistances.jl
Simple script to illustrate how to compute distance-dependent properties using Chemfiles, PDBTools, etc.
m3g.github.io
Martínez Molecular Modeling Group
MDLovoFit
MDLovoFit is a package for the analysis of the mobility and structural fluctuation in Molecular Dynamics simulations. It allows the automatic identification of rigid and mobile regions of protein structures.