We have the pixel to nano metre scaling for the x/y axis and the min/max height from scans.
It should therefore be feasible to work out the number of layers in the third dimension to take so that the scale is the
same as the x/y axis.
Divide the range of heights by the scaling to give the number of pixels i.e. (max(array) - min(array)) /
pixel_to_nm_scaling
We have the pixel to nano metre scaling for the x/y axis and the min/max height from scans.
It should therefore be feasible to work out the number of layers in the third dimension to take so that the scale is the
same as the x/y axis.
Divide the range of heights by the scaling to give the number of pixels i.e. (max(array) - min(array)) /
pixel_to_nm_scaling