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I have been following the FDTD tutorials for GPAW, and have been able to determine how to print the electric field strength (magnitude), but not the components of the electric field. How would I do this?

Thank you, Jason Gray

The tutorials I am following are: https://wiki.fysik.dtu.dk/gpaw/documentation/electrodynamics/qsfdtd.html#advanced-example-near-field-enhancement for the classical case and https://wiki.fysik.dtu.dk/gpaw/documentation/electrodynamics/hybridscheme.html for the hybrid quantum/classical scheme

I have been following the FDTD tutorials for GPAW, and have been able to determine how to print the electric field strength (magnitude), but not the components of the electric field. How would I do this?

Thank you, Jason Gray

The tutorials I am following are: this one for the classical case and this one for the hybrid quantum/classical scheme.

I have been following the FDTD tutorials for GPAW, and have been able to determine how to print the electric field strength (magnitude), but not the components of the electric field. How would I do this?

Thank you, Jason Gray

I have been following the FDTD tutorials for GPAW, and have been able to determine how to print the electric field strength (magnitude), but not the components of the electric field. How would I do this?

Thank you, Jason Gray

The tutorials I am following are: https://wiki.fysik.dtu.dk/gpaw/documentation/electrodynamics/qsfdtd.html#advanced-example-near-field-enhancement for the classical case and https://wiki.fysik.dtu.dk/gpaw/documentation/electrodynamics/hybridscheme.html for the hybrid quantum/classical scheme