ztdraw_cumulative_intensity {nhppp} | R Documentation |
Simulate from a zero-truncated non homogeneous Poisson Point Process (zt-NHPPP) from (t_min, t_max) (order statistics method)
Description
Sample zero-truncated NHPPP times using the order statistics method,
optionally using an rstream
generator
Usage
ztdraw_cumulative_intensity(
Lambda,
Lambda_inv = NULL,
range_t = c(0, 10),
range_L = c(Lambda(range_t[1]), Lambda(range_t[2])),
rng_stream = NULL,
atmost1 = FALSE
)
Arguments
Lambda |
(function, double vector) a continuous increasing R to R map which is the integrated rate of the NHPPP |
Lambda_inv |
(function, double vector) the inverse of |
range_t |
(vector, double) min and max of the time interval |
range_L |
(vector, double) min and max of the transformed time interval |
rng_stream |
( |
atmost1 |
(boolean) draw at most 1 event time |
Value
a vector of at least 1 event times
Examples
x <- ztdraw_cumulative_intensity(Lambda = function(t) t + cos(t) - 1)
[Package nhppp version 0.1.4 Index]