Model name?
DUNN_WenTadmor_2019v3_C__MO_714772088128_000
Temperature (K)?
No temperature given
Cauchy stress (literal list of floats, Voigt order xx,yy,zz,yz,xz,xy, eV/A^3)?
No stress given
Runtime arguments (literal dictonary)?
No runtime arguments given
Initial parameters from query or test_generator (literal list of dicts)?
[
  {
    "prototype-label": {
      "source-value": "A_cP20_221_gj"
    },
    "stoichiometric-species": {
      "source-value": [
        "C"
      ]
    },
    "a": {
      "source-value": 5.215,
      "source-unit": "angstrom"
    },
    "parameter-values": {
      "source-value": [
        0.26228631,
        0.15146094
      ]
    },
    "crystal-genome-source-structure-id": {
      "source-value": [
        [
          "RD_258592798454_000"
        ]
      ]
    },
    "duplicate_reference_data": []
  }
]

NOTE: The configuration you provided has a maximum force component 1.5142898721426388 eV/angstrom. Unless the Test Driver you are running provides minimization, you may wish to relax the configuration.


NOTE: The configuration you provided has a maximum stress component 0.11814414649053928 eV/angstrom^3 even though the nominal state of the system is unstressed. Unless the Test Driver you are running provides minimization, you may wish to relax the configuration.

                 Step     Time          Energy          fmax
LBFGSLineSearch:    0 16:16:23     -156.070549        2.141529
LBFGSLineSearch:    1 16:16:25     -156.768220        0.936350
LBFGSLineSearch:    2 16:16:26     -157.059887        0.810473
LBFGSLineSearch:    3 16:16:28     -157.149201        0.745271
LBFGSLineSearch:    4 16:16:30     -157.252019        0.589096
LBFGSLineSearch:    5 16:16:32     -157.361007        0.454180
LBFGSLineSearch:    6 16:16:34     -157.502978        0.202531
LBFGSLineSearch:    7 16:16:36     -157.539871        0.037422
LBFGSLineSearch:    8 16:16:37     -157.540654        0.000881
LBFGSLineSearch:    9 16:16:40     -157.540654        0.000110
LBFGSLineSearch:   10 16:16:41     -157.540654        0.000002