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* Excited state forces: input and flow logic Collect all density matrix type routines into qs_density_matrices TDDFPT with kernel = NONE * TDA dipole moments Kernel forces LSD Triplet case (forces) * Further work on TDDFPT forces (ADMM part) * Hybrid functinal TDDFPT forces with regtests * HFX/ADMM (ground state) TDDFT forces + regtests HFX/ADMM kernel forces (w/o correction term) + regtests * ADMM X correction TDA forces + regtests * Towards xTB/sTDA forces + regtests * TB excited state dipoles * xTB/sTDA excited state dipoles + regtests * xTB/sTDA Ewald forces + regtests * HFX/ADMM functional simplifications, many new regtests * Hybrid functionals polarizability tests activated * Resolve merge conflicts Reduce regtest times * Merge codes Harris forces and TDDFT forces |
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| .. | ||
| h2o_dipole.inp | ||
| h2o_gapw.inp | ||
| h2o_gga.inp | ||
| h2o_pdip.inp | ||
| h2o_periodic.inp | ||
| h2o_polar.inp | ||
| TEST_FILES | ||