Learn R Programming

sourceR (version 1.1.0)

sim_SA: Simulated data: Human cases of campylobacteriosis and numbers of source samples positive for Campylobacter.

Description

A simulated dataset containing the number of human cases of campylobacteriosis, the numbers of source samples positive for Campylobacter for each bacterial subtype, and the overall source prevalence.

Usage

sim_SA

Arguments

Format

A list containing the human cases (`cases'), source samples (`sources'), prevalences (`prev') and true values (`truevals').

cases: data frame with 364 rows and 4 variables:

Human

number of human cases of campylobacteriosis

Time

Time id for the samples

Location

Location id for the samples

Type

MLST type id for the samples

sources: data frame with 1092 rows and 4 variables

Count

number of source samples positive for campylobacteriosis

Time

Time id for the samples

Source

Source id for the samples

Type

MLST type id for the samples

prev: data frame with 12 rows and 3 variables

Value

Prevalence value (number of positive samples divided by total number of samples)

Time

Time id for the samples

Source

Source id for the samples

truevals: list containing a long format data frame for each model parameter giving the true value of that parameter.

alpha

A dataframe with 24 rows and 4 variables: Value contains the true alpha values, Time, Location and Source contain the time, location and source id's respectively.

q

A dataframe with 91 rows and 2 variables: Value contains the true q values, and Type contains the type id's.

lambda_i

A dataframe with 364 rows and 4 variables: Value contains the true lambda_i values, Time, Location and Type contain the time, location and type id's respectively.

xi

A dataframe with 24 rows and 4 variables: Value contains the true xi values, Time, Location and Source contain the time, location and source id's respectively.

r

A dataframe with 2184 rows and 5 variables: Value contains the true r values, Time, Type, Location and Source contain the time, type, location and source id's respectively.