Description Usage Arguments Value See Also
For finding a needle in a haystack. Uses backfill() to simulate accumulation.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 | n_dimensional_search(
so,
ti_rng,
to_rng,
vi_rng,
vo_rng,
ti_scl = 1,
to_scl = 1,
ks_scl = 1,
dp_scl = 1,
m_scl = 1,
b_scl = 1,
type = 0,
it = 100,
n = 10000,
batch = 10
)
|
so |
is a spatial object (creek nodes) |
ti_rng |
is the range of temporal input rates to search |
to_rng |
is the range of temporal output rates to search |
vi_rng |
is the range of volumetric input rates to search |
vo_rng |
is the range of volumetric input rates to search |
ti_scl |
is the range of temporal input scales to search |
to_scl |
is the range of temporal output scales to search |
ks_scl |
is the range of streampower scales to search |
dp_scl |
is the range of deposit probability scales to search |
b_scl |
is the proportion of volume that settles out of deposits at obstructions |
it |
is the number of iterations to perform at each point |
n |
is the number of years to simulate accumulation, an integer |
a list with elements (record, mean output rate)
backfill
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