Plot average event rate as a function of excess concentration at the surface Cs. (Notice this is independent of R.)
This can be used to inform a sensible choice for the integration timestep in explicit poisson sampling.

Meaning:
In order for a bacterium with given properties (speed, sensory timescale, chemotactic precision...) to observe a phycosphere S as large as that estimated by the KS approach, it would need to be able to resolve signals with the SNR threshold reported in the figure

The parameter space (R, Cs) should be recreated exactly from the provided scripts. Especially important for the poisson sampling simulations.

There will be no repeated simulations with different values so might as well be set constant

Analysis

• Test effect of empirical cutoffs on S
• #7
• Estimate count distributions from waiting times data
• Test effect of T on sensing by rebinning waiting times data

Simulation

• 3D run-tumble with Kolmogorov-Smirnov sensing

Visualization

• Heatmap of S normalized by spatial resolution U*T