sim.QTL.data.ExE: Simulates subjects for continuous outcome

In agaye/ESPRESSO.ExE: Power Analysis and Sample Size Calculation for a environment-environment interaction model

Description

Generates the specified number of subjects

Usage

sim.QTL.data.ExE(n = NULL, ph.mean = NULL, ph.sd = NULL,
  e1.model = NULL, e1.efkt = NULL, e1.prev = NULL, e1.mean = NULL,
  e1.sd = NULL, e1.low.lim = NULL, e1.up.lim = NULL, e2.model = NULL,
  e2.efkt = NULL, e2.prev = NULL, e2.mean = NULL, e2.sd = NULL,
  e2.low.lim = NULL, e2.up.lim = NULL, i.efkt = NULL, pheno.rel = NULL)

Arguments

n	Number of subjects to simulate
ph.mean	statistical mean
e1.model	Model of the 1st environmental exposure
e1.efkt	Effects of the 1st environmental exposure
e1.prev	Prevalence of the 1st environmental exposure
e1.mean	Mean of the 1st environmental exposure
e1.sd	Standard deviation of the 1st environmental exposure
e1.low.lim	lower limit of the 1st environmental exposure
e1.up.lim	upper limit of the 1st environmental exposure
e2.model	Model of the 2nd environmental exposure
e2.efkt	Effects of the 2nd environmental exposure
e2.prev	Prevalence of the 2nd environmental exposure
e2.mean	Mean of the 2nd environmental exposure
e2.sd	Standard deviation of the 2nd environmental exposure
e2.low.lim	lower limit of the 2nd environmental exposure
e2.up.lim	upper limit of the 2nd environmental exposure
i.efkt	Interaction effect
pheno.rel	reliability of the assessment for a quantitative outcome.

Value

A matrix

Author(s)

Gaye A.

agaye/ESPRESSO.ExE documentation built on May 10, 2019, 7:30 a.m.