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min_tick_distance::NTuple{3, T} = if CS == Cylindrical |
|
if !ismissing(min_tick_distance) |
|
if min_tick_distance isa LengthQuantity |
|
world_r_mid = (sim.world.intervals[1].right + sim.world.intervals[1].left)/2 |
|
min_distance_z = min_distance_r = T(to_internal_units(min_tick_distance)) |
|
min_distance_r, min_distance_z / world_r_mid, min_distance_z |
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else |
|
T(to_internal_units(min_tick_distance[1])), |
|
T(to_internal_units(min_tick_distance[2])), |
|
T(to_internal_units(min_tick_distance[3])) |
|
end |
|
else |
|
(T(1e-5), T(1e-5) / (0.25 * grid.axes[1][end]), T(1e-5)) |
|
end |
|
else |
|
if !ismissing(min_tick_distance) |
|
if min_tick_distance isa LengthQuantity |
|
min_distance = T(to_internal_units(min_tick_distance)) |
|
min_distance, min_distance, min_distance |
|
else |
|
T(to_internal_units(min_tick_distance[1])), |
|
T(to_internal_units(min_tick_distance[2])), |
|
T(to_internal_units(min_tick_distance[3])) |
|
end |
|
else |
|
(T(1e-5), T(1e-5), T(1e-5)) |
|
end |
|
end |
Right now, we set the default value for min_tick_distance to 1e-5, which are 10µm. Any structures finer than 10µm will not be well resolved in simulations using the default values. We should think about adjusting this value (and maybe max_tick_ratio) to something less hard-coded such that the default values describe any simulation (and not just "large scale" simulations) best.
