translink_expected_links_true_mtsl: Calculate expected number of true transmission pairs assuming...

In HopkinsIDD/phylosamp: Sample Size Calculations for Molecular and Phylogenetic Studies

Calculate expected number of true transmission pairs assuming multiple-transmission and single-linkage

Description

This function calculates the expected number true transmission pairs in a sample of size M. The multiple-transmission and single-linkage method assumes the following:

1. Each case i is, on average, the infector of R cases in the population (N)

2. Each case i is allowed to be linked by the linkage criteria to only one other case j in the sampled population (M).

Usage

translink_expected_links_true_mtsl(sensitivity, rho, M, R)

Arguments

sensitivity	scalar or vector giving the sensitivity of the linkage criteria
rho	scalar or vector giving the proportion of the final outbreak size that is sampled
M	scalar or vector giving the number of cases sampled
R	scalar or vector giving the effective reproductive number of the pathogen

Value

scalar or vector giving the expected number of true transmission pairs in the sample

Author(s)

John Giles, Shirlee Wohl and Justin Lessler

See Also

Other transmission linkage functions: translink_expected_links_obs_mtml(), translink_expected_links_obs_mtsl(), translink_expected_links_obs_stsl(), translink_expected_links_obs(), translink_expected_links_true_mtml(), translink_expected_links_true_stsl(), translink_expected_links_true(), translink_fdr(), translink_prob_transmit_mtml(), translink_prob_transmit_mtsl(), translink_prob_transmit_stsl(), translink_prob_transmit(), translink_samplesize(), translink_tdr()

Examples

translink_expected_links_true_mtsl(sensitivity=0.95, rho=0.2, M=200, R=1)

HopkinsIDD/phylosamp documentation built on May 28, 2023, 3:21 a.m.