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Is your feature request related to a problem? Please describe.
ARTIST only learns NURBS from the measured heliostat data from SRAL; however, ideally, we want to reconstruct surface data from an image (or multiple images) on the receiver.
Describe the solution you'd like
A new NURBS training process should be implemented to learn the NURBS surface of a heliostat based on images on the receiver.
Technical details
Ideally, this should be implemented to allow parallel computing:
The images should be in a torch.Dataset, with the considered incident_ray_direction as the input and the resulting image as a torch.Tensor as the expected output label.
Once the surface has been learnt, the NURBS parameters should be extracted in a list of FacetConfig objects so that these can be directly saved into a scenario HDF5 file.
Additional context
In the long term we also need to consider how this can be efficiently performed for multiple heliostats.
The text was updated successfully, but these errors were encountered:
Is your feature request related to a problem? Please describe.
ARTIST only learns NURBS from the measured heliostat data from SRAL; however, ideally, we want to reconstruct surface data from an image (or multiple images) on the receiver.
Describe the solution you'd like
A new NURBS training process should be implemented to learn the NURBS surface of a heliostat based on images on the receiver.
Technical details
Ideally, this should be implemented to allow parallel computing:
torch.Dataset
, with the consideredincident_ray_direction
as the input and the resulting image as atorch.Tensor
as the expected output label.FacetConfig
objects so that these can be directly saved into a scenario HDF5 file.Additional context
In the long term we also need to consider how this can be efficiently performed for multiple heliostats.
The text was updated successfully, but these errors were encountered: