timeseriesplots_labels.json

{
    "energy_min_steep.xvg": ["Steepest Descent Minimization", "timesteps", "energy [kJ / mol]"],
    "energy_min_cg.xvg": ["Conjugate Gradient Minimization", "timesteps", "energy [kJ / mol]"],
    "temperature.xvg": ["Temperature", "time [ps]", "temperature [K]"],
    "density.xvg": ["Density", "time [ps]", "density [kg / m^3]"],
    "density.dat": ["Density", "time [ps]", "density [g / cm^3]"],
    "energy_total.xvg": ["Total Energy", "time [ps]", "energy [kJ / mol]"],
    "rmsd_xray_mainchain.xvg": ["Mainchain RMSD w.r.t. Xray", "time [ps]", "rmsd [nm]"],
    "rmsd_equil_mainchain.xvg": ["Mainchain RMSD w.r.t. Equil", "time [ps]", "rmsd [nm]"],
    "rmsd_equil_sidechain.xvg": ["Sidechain RMSD w.r.t. Equil", "time [ps]", "rmsd [nm]"],
    "radius_gyration.xvg": ["Radius of Gyration", "time [ps]", "radius [nm]"],
    "rmsd_equil_ligand_fit.xvg": ["Ligand RMSD [fit] w.r.t. Equil", "time [ps]", "rmsd [nm]"],
    "rmsd_equil_ligand_no_fit.xvg": ["Ligand RMSD [no fit] w.r.t. Equil", "time [ps]", "rmsd [nm]"]
}