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Currently, the slit source is defined with a single-direction vector for all photons meaning that all photons launched from that source will have the exact same direction. In reality, however, e.g. a laser slit will have some Gaussian-like intensity distribution instead of a collimated, sharply defined slit.
The option to include a beam divergence angle in the source parameters to model this behaviour would be really nice. Usually, these angles can be measured for a real laser slit at its full-width-at-half maximum.
This feature could help model a digital twin of these slit sources more exactly.
The text was updated successfully, but these errors were encountered:
Currently, the slit source is defined with a single-direction vector for all photons meaning that all photons launched from that source will have the exact same direction. In reality, however, e.g. a laser slit will have some Gaussian-like intensity distribution instead of a collimated, sharply defined slit.
The option to include a beam divergence angle in the source parameters to model this behaviour would be really nice. Usually, these angles can be measured for a real laser slit at its full-width-at-half maximum.
This feature could help model a digital twin of these slit sources more exactly.
The text was updated successfully, but these errors were encountered: