Description Usage Arguments Value Examples
Translation of parameters between (m, p, q) and (m, n1, t) using discrete time approach
1 2 3 | pq2nt_discrete(m, p, q, dt = 0.01)
nt2pq_discrete(m, n1, t, wt = c(0.5, 0.5))
|
m |
upper bound of the number of adoptions |
p |
coefficient of innovation |
q |
coefficient of imitation |
dt |
precision of time |
n1 |
cumulative adoptions in the first period |
t |
timing when new adoptions start decreasing |
wt |
weight for n1 and t in finding (m, p, q) |
A list of translated parameters
1 2 | pq2nt_discrete(140, 0.03, 0.41)
nt2pq_discrete(140, 5.94, 5.08)
|
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