This is the readme for Chapter 4 Dynamics datasets

Raw top down scans:
    - This is a WLI pattern scan consisting of 1 top down scan every 10 lines (25 cm cut distance) of each blade starting condition, taken by the Zygo Zegage in a cleanroom. This is for post-processing into depth, width and chipping plots for Figures 4.4 & 4.5 and Table 4.2. This data is openable in Gwyiddion. https://gwyddion.net/

Processed top down scans:
    - This is the post-processed data from above, consisting of a json file for each blade starting condition. The json conists of depths, widths (multiple per scan site + average and stderr widths) and the chipping ra/rq fits.

Chipping.xlsx:
    This is the chipping counts per raw scan.

Raw facet scans:
    - This is a WLI pattern scan consisting of endview scans every 10x (5x in the case of the 50 um round) of each blade starting condition, taken by the Zygo Zegage in a cleanroom. This is for post processing into symmetry, w-ratio and squareness plots for Figures 4.6 to 4.8. This data format is openable in Gywddion. https://gwyddion.net/

Processed facet scans:
    - This is the post-processed data from above, consisting of a json file for each blade starting condition. The json conists of symmetry, w-ratio and squareness for each of the scan sites.

Dicing feed rates vs roughnesses and wear rates.xlsx:
    - This is the data for Section 4.4. There are multiple sheets of 3 materials, Lithium niobate, silicon and silica, T[n] is the trench number and S[1/2] are the relevant sidewalls of the ridge waveguides. The last 3 sheets are the blade wear rates for that specific material.


