. Actiononelements, DEFDOF_ACTION, acce_l, data->GMF,data->zones,data->allElements)

. Exportresults, Step, data, disp_l, velo_l, acce_l, stress_l)

. Disp_f, insert(dispcla_l); disp_f.insert(dispenrich_l)

. Velo_f, insert(velocla_l); velo_f.insert(veloenrich_l)

. Acce_f, insert(accecla_l); acce_f.insert(acceenrich_l)

. Actiononelements, DEFDOF_ACTION, dispcla_l, data->GMF,data->zones,data->allElements)

. Actiononelements, DEFDOF_ACTION, dispenrich_l, data->GMF,data->zones,data->allElements); cracksweregrowing = false; printf("Assembling the Mass matrix\n

}. and =. Dofdata, GetNbrDof(); sprintf(idchar, "_%d

. Velo_l, clear();velo_l.insert(velo_f)

. Acce_l, clear();acce_l.insert(acce_f); dispenrich_l.clear(); veloenrich_l.clear(); acceenrich_l, clear(

. Actiononelements, DEFDOF_ACTION, dispenrich_l, data->GMF,data->zones,data->allElements)

. Actiononelements, FIXDOF_ACTION, veloenrich_l, data->GMF,data->zones,data->allElements

. Actiononelements, FIXDOF_ACTION, acceenrich_l, data->GMF,data->zones,data->allElements

}. and =. Dofdata, GetNbrDof(); printf("Nbrdof before setsize is %d\n

. Mtilde, ExecuteReordering(); system.Solve(U); printf("Passed Solving\n

. Dofdata, GetDofCurrentValue(ekin_key, -1)

. Dofdata, GetDofCurrentValue(estrain_key, -1)

. Exportresults, Step, data, disp_l, velo_l, acce_l, stress_l); printf

}. Pilot, EnergyBalanceRequested()) { printf, Before Export Energy Balance History\n

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