As a homework problem, follow along the last 20 minutes or so in the lecture recording and simulate two datasets for BSA (Bovine Serum Albumin), one at 20 krpm and one for 60 krpm. Adjust the time to get ~100 scans from top to bottom. Use a water + BSA solution for the simulation. Use the "Simulation Rotor" and the "Simulation 1 channel" centerpiece. Add noise as shown in the video (important!). Save and upload the simulated data to your LIMS database account. During editing, enter the known meniscus position from the simulation to override the graphically determined meniscus. Because the meniscus position is shown, you do not need to fit the meniscus or bottom of the cell. Just use this workflow:
1. 2DSA + time invariant noise
2. 2DSA iterative (10 iterations) + time and radially invariant noise
3. 2DSA Monte Carlo with 100 iterations.