ABACUS3.10.1 H2 RT-TDDFT/LR-TDA teaching package

First inspect existing data: bash analyze.sh
Fresh calculation in an allocated P100 resource: sbatch submit.slurm
22 conditions:13 frozen-ion RT trajectories and9 CPU LR controls.
One physical method per workflow; controls are not independent properties.
RT uses one P100; LR uses host CPU. Modules GNU13.3/HPC-X2.50,1MPI,1thread.
setup.py refuses to overwrite work. Full suite runs sequentially in this simple template.
NoCPU56 benchmark; noV10032 use.
Actual positive electronic first moment, negative induced physical dipole change.
LR is TDA; printed oscillator conventions and finite-basis limits retained.
Current release does not export full LR vectors; use actual native transition tables.
No convergence claim for finite propagation windows or molecular cross sections.
