Table 1
Summary of grid parameters for individual simulation steps.
Step | Simulation domain | Number of cells | Grid type(a) |
---|---|---|---|
r × ϕ × θ ∈ | Nr × Nϕ × Nθ | ||
A | [0.4;2.5] × [90°;83°](b) | 288 × 32 | U × U |
B | [0.4;2.5] × [90°;83°] × [−π;+π] | 288 × 32 × 768 | U × U × U |
C | [0.7;1.3] × [90°;83°] × [−π;+π] | 300 × 72 × 1486(c) | P × P × U/G(d) |
Notes. (a) Grid types: U = Uniform, P = Parabola, G = Gaussian. (b)We give code units here, with planetary position and velocity set to unity to simplify numbers. In this work, distances are given in rH or AU when convenient. (c) Example values for Nc = 25. Higher resolution in rH requires more cells overall. (d)The azimuthal direction uses U with the fargo-algorithm and G without fargo at very high resolutions, depending on the runtime. We made sure both choices give consistent results.
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