How to use dnaMD tool? ====================== `do_x3dna `_ generates `large amount of data `_ and analyzing these data is difficult. Therefore, ``dnaMD`` tools are developed to analyze data obtained from `do_x3dna output files `_. It contains set of tools to analyze the data. These tools are particularly developed for the users with no programming experiences. These can be used as commands and the resultant output files can be used in external plotting program like xmgrace, gnuplot, excel etc to plot the results. **Other tools are presently in development.** .. list-table:: List of sub-commands available in dnaMD :widths: 1, 4 :header-rows: 1 :name: commands-table * - Command - Function * - `saveAsH5 `_ - Save parameters to a HDF5 file * - `axisCurv `_ - Calculate global helical-axis, curvatures and tangents from local helical axis. * - `vsTime `_ - Extract a parameter as a function of time * - `histogram `_ - Parameter distribution during simulation * - `vsBPS `_ - Average parameters as a function of base-pair/step * - `localDeformation `_ - Deformation of local parameters in probe DNA with respect to a reference DNA * - `globalElasticity `_ - Calculate global elastic properties of the DNA * - `globalEnergy `_ - Calculate deformation free energy of the DNA * - `localElasticity `_ - Calculate local elastic properties of the DNA * - `localEnergy `_ - Calculate local deformation energy of the DNA .. toctree:: :maxdepth: 1 saveAsH5 : Save parameters to a HDF5 file axisCurv : Calculate global helical-axis, curvatures and tangents vsTime : extract a parameter as a function of time histogram : Parameter distribution during simulation vsBPS : Average parameters as a function of base-pair/step localDeformation : Deformation of local parameters in probe DNA with respect to a reference DNA globalElasticity : Calculate global elastic properties of the DNA globalEnergy : Calculate deformation free energy of the DNA localElasticity : Calculate local elastic properties of the DNA localEnergy : Calculate local deformation energy of the DNA