SEIRV2DoseModel: SEIR+V 2-dose Model

In HHS/ASPR-flumodels: Deterministic compartmental models for influenza with mitigations.

SEIR+V 2-dose Model

Description

A model for influenza that uses a SEIR framework with age structure and that allows for vaccination with a 2-dose vaccine

Usage

SEIRV2DoseModel(population, populationFractions, contactMatrix, R0,
  latentPeriod, infectiousPeriod, seedInfections, priorImmunity,
  useCommunityMitigation, communityMitigationStartDay,
  communityMitigationDuration, communityMitigationMultiplier,
  vaccineAdministrationRatePerDay, vaccineAvailabilityByDay,
  vaccineUptakeMultiplier, dose2Delay, VEs1, VEs2, VEi1, VEi2, VEp1, VEp2,
  vaccineEfficacyDelay, simulationLength, seedStartDay, tolerance, method)

Arguments

population	Size of population; defaults to 1
populationFractions	Vector of population fractions (all non-negative, sum to 1); defaults to 1, representing a single population group
contactMatrix	A matrix whose (row i, column j) entry denotes the number of potentially infectious contacts a single individual from group j has with individuals from group i each day; defaults to proportional mixing
R0	Average number of secondary cases from a single infected individual in a completely susceptible population; must be specified
latentPeriod	Latent period in days; must be specified
infectiousPeriod	Infectious period in days; must be specified
seedInfections	Fraction of the population to seed with infections; single fraction, or vector of fractions by population group; defaults to 0
priorImmunity	Fraction of the population with prior immunity; single fraction, or vector of fractions by population group; defaults to 0
useCommunityMitigation	Whether or not to use community mitigation implemented by modulation of the contact matrix; defaults to FALSE
communityMitigationStartDay	If using community mitigation, day of the simulation on which to start mitigation; must be specified if applicable
communityMitigationDuration	If using community mitigation, duration of time during which mitigation is in effect; must be specified if applicable
communityMitigationMultiplier	If using community mitigation, the non-negative matrix of multipliers that will be used to modulate the contact matrix by elementwise multiplication; must be specified if applicable
vaccineAdministrationRatePerDay	Vaccine administration rate each day; defaults to 0
vaccineAvailabilityByDay	Vector that contains the amount of vaccine available each day; defaults to 0
vaccineUptakeMultiplier	Vector of multipliers that determines the relative rate at which vaccine is given to each age group; defaults to vaccine being allotted proportionally by population
dose2Delay	Days between doses 1 and 2; defaults to 0
VEs1	Vaccine efficacy: protection for vaccinated susceptible individuals after 1 dose; single fraction or vector of fractions by population group; defaults to 0
VEs2	Vaccine efficacy: protection for vaccinated susceptible individuals after 2 doses; single fraction or vector of fractions by population group; defaults to 0
VEi1	Vaccine efficacy: prevention of transmission from vaccinated infected individuals after 1 dose; single fraction or vector of fractions by population group; defaults to 0
VEi2	Vaccine efficacy: prevention of transmission from vaccinated infected individuals after 2 doses; single fraction or vector of fractions by population group; defaults to 0
VEp1	Vaccine efficacy: prevention of symptomatic illness in infected indivduals after 1 dose; single fraction or vector of fractions by population group; defaults to 0
VEp2	Vaccine efficacy: prevention of symptomatic illness in infected indivduals after 2 doses; single fraction or vector of fractions by population group; defaults to 0
vaccineEfficacyDelay	Delay in days between administration of dose and onset of protection; defaults to 7
simulationLength	Number of days to simulate after seeding infections; defaults to 240
seedStartDay	Day on which to seed initial infections; defaults to 0
tolerance	Absolute tolerance for numerical integration; defaults to 1e-8
method	Which integration method to use. Defaults to lsoda

Value

a SEIRV2DoseModel object

HHS/ASPR-flumodels documentation built on Dec. 6, 2022, 12:20 p.m.