Examples

This section contains reproducible workflows showing how to use zkit with TDSEZ outputs. The quick examples are designed as smoke tests: they run in seconds, produce publication-style plots, and exercise static eigenvalue, heterostructure, reconstruction, and time-dependent analysis paths.

• Realistic post-processing campaign
  • Run setup
  • 1. Summarize the run
  • 2. Load everything in Python
  • 3. Inspect the spectrum
  • 4. Plot energy over time
  • 5. Plot dipole and acceleration
  • 6. Inspect populations
  • 7. Reconstruct and plot wavefunctions
  • 8. Reconstruct selected eigenstates
  • 9. Check norm conservation
  • 10. Export selected snapshots to VTK for ParaView
  • Resulting artifacts
• Transition-dipole campaign
  • Data
  • 1. Read the spectrum
  • 2. Read the full TDM
  • 3. Extract strongest couplings from ground state
  • 4. Plot a filtered transition diagram
  • 5. Plot a heatmap
  • 6. Oscillator strength summary
  • 7. Save selected tables
• Wigner campaign
  • Data
  • 1. Load snapshots
  • 2. Reconstruct each snapshot on a phase-space grid
  • 3. Compute marginal Wigner function
  • 4. Measure nonclassicality
  • 5. Phase-space current
  • 6. Autocorrelation decay
  • 7. Campaign report
• Quick oscillator, heterostructure, and dynamics examples
  • Driven dynamics and Rabi-style transfer
  • Rabi-flopping suite
  • Three-dimensional reconstruction