Add separate test parts for estimating the performance of intermediate features as one of the parameters changes around the conditions of the main evaluation print:
Angle with respect to the print plane (angle of elevation)
Aspect ratio of the feature along the feature length (longer vs. shorter holes/fins/etc)
Aspect ratio of the feature across the feature (pillars mapping to fins)
Orientation on the build plate (rotation in the build plane) -- do this one with the angle of the part something besides horizontal/vertical
For each interpolation test, we do a lengthy process where we do a separate test part for each feature type. For example, the aspect ration along the feature length test for pillars would print pillars of different heights (from bumps through pillars 2 or 3 times higher than the model aspect ratio). For each aspect ratio there would be the normal set of 10 pillars of different sizes (based on the output of a normal calibration run), using the wizard interface to iterate only until a green/yellow transition is known for each aspect ratio.
Possibly, when we have obtained a green/yellow transition for a given aspect ratio, we can just skip printing that part in the subsequent iteration, since we're not trying to zoom in too much...
TODO:
Design the new parts
On the front end,
Allow looking up the results of a previous trial
Allow starting a new trial based on the results of an old one
Allow selection of the kind of calibration run to perform (i.e. which model to use)
On the back end
Implement server-side (or client-side cached) storage of current parameters. We can't do this with urls
Add separate test parts for estimating the performance of intermediate features as one of the parameters changes around the conditions of the main evaluation print:
For each interpolation test, we do a lengthy process where we do a separate test part for each feature type. For example, the aspect ration along the feature length test for pillars would print pillars of different heights (from bumps through pillars 2 or 3 times higher than the model aspect ratio). For each aspect ratio there would be the normal set of 10 pillars of different sizes (based on the output of a normal calibration run), using the wizard interface to iterate only until a green/yellow transition is known for each aspect ratio.
Possibly, when we have obtained a green/yellow transition for a given aspect ratio, we can just skip printing that part in the subsequent iteration, since we're not trying to zoom in too much...
TODO: