dot-pmax_analytic_hurdle: Analytic Pmax for Hurdle Model (Natural-parameter exponential...
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.pmax_analytic_hurdle R Documentation
Analytic Pmax for Hurdle Model (Natural-parameter exponential form)
Description
For hurdle: Q(p) = Q0 * exp(k * (exp(-alpha * p) - 1))
Note: No Q0 normalization in exponent (unlike HS)
Pmax = -W_0(-1/k) / alpha
Usage
.pmax_analytic_hurdle(alpha_nat, k_nat)
Arguments
alpha_nat
Natural-scale alpha
k_nat
Natural-scale k
Value
List with pmax, method, and notes
beezdemand documentation built on March 3, 2026, 9:07 a.m.
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| .pmax_analytic_hurdle | R Documentation |
Analytic Pmax for Hurdle Model (Natural-parameter exponential form)
Description
For hurdle: Q(p) = Q0 * exp(k * (exp(-alpha * p) - 1)) Note: No Q0 normalization in exponent (unlike HS) Pmax = -W_0(-1/k) / alpha
Usage
.pmax_analytic_hurdle(alpha_nat, k_nat)
Arguments
alpha_nat |
Natural-scale alpha |
k_nat |
Natural-scale k |
Value
List with pmax, method, and notes
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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