Run the simulation for some time given some parameters. This currently returns a dataframe with the number of individuals in each state at each timestep.

The resulting dataframe contains the following columns:

  • timestep: the timestep for the row

  • infectivity: the infectivity from humans towards mosquitoes

  • FOIM: the force of infection towards mosquitoes (per species)

  • mu: the death rate of adult mosquitoes (per species)

  • EIR: the Entomological Inoculation Rate (per timestep, per species, over the whole population)

  • n_bitten: number of humans bitten by an infectious mosquito

  • n_treated: number of humans treated for clinical or severe malaria this timestep

  • n_infections: number of humans who get an asymptomatic, clinical or severe malaria this timestep

  • natural_deaths: number of humans who die from aging

  • S_count: number of humans who are Susceptible

  • A_count: number of humans who are Asymptomatic

  • D_count: number of humans who have the clinical malaria

  • U_count: number of subpatent infections in humans

  • Tr_count: number of detectable infections being treated in humans

  • ica_mean: the mean acquired immunity to clinical infection over the population of humans

  • icm_mean: the mean maternal immunity to clinical infection over the population of humans

  • ib_mean: the mean blood immunity to all infection over the population of humans

  • id_mean: the mean immunity from detection through microscopy over the population of humans

  • n: number of humans between an inclusive age range at this timestep. This defaults to n_730_3650. Other age ranges can be set with prevalence_rendering_min_ages and prevalence_rendering_max_ages parameters.

  • n_detect: number of humans with an infection detectable by microscopy between an inclusive age range at this timestep. This defaults to n_detect_730_3650. Other age ranges can be set with prevalence_rendering_min_ages and prevalence_rendering_max_ages parameters.

  • p_detect: the sum of probabilities of detection by microscopy between an inclusive age range at this timestep. This defaults to p_detect_730_3650. Other age ranges can be set with prevalence_rendering_min_ages and prevalence_rendering_max_ages parameters.

  • n_severe: number of humans with a severe infection between an inclusive age range at this timestep. Age ranges can be set with severe_prevalence_rendering_min_ages and severe_prevalence_rendering_max_ages parameters.

  • n_inc: number of new infections for humans between an inclusive age range at this timestep. incidence columns can be set with incidence_rendering_min_ages and incidence_rendering_max_ages parameters.

  • p_inc: sum of probabilities of infection for humans between an inclusive age range at this timestep. incidence columns can be set with incidence_rendering_min_ages and incidence_rendering_max_ages parameters.

  • n_inc_clinical: number of new clinical infections for humans between an inclusive age range at this timestep. clinical incidence columns can be set with clinical_incidence_rendering_min_ages and clinical_incidence_rendering_max_ages parameters.

  • p_inc_clinical: sub of probabilities of clinical infection for humans between an inclusive age range at this timestep. clinical incidence columns can be set with clinical_incidence_rendering_min_ages and clinical_incidence_rendering_max_ages parameters.

  • n_inc_severe: number of new severe infections for humans between an inclusive age range at this timestep. severe incidence columns can be set with severe_incidence_rendering_min_ages and severe_incidence_rendering_max_ages parameters.

  • p_inc_severe: the sum of probabilities of severe infection for humans between an inclusive age range at this timestep. severe incidence columns can be set with severe_incidence_rendering_min_ages and severe_incidence_rendering_max_ages parameters.

  • E_count: number of mosquitoes in the early larval stage (per species)

  • L_count: number of mosquitoes in the late larval stage (per species)

  • P_count: number of mosquitoes in the pupal stage (per species)

  • Sm_count: number of adult female mosquitoes who are Susceptible (per species)

  • Pm_count: number of adult female mosquitoes who are incubating (per species)

  • Im_count: number of adult female mosquitoes who are infectious (per species)

  • rate_D_A: rate that humans transition from clinical disease to asymptomatic

  • rate_A_U: rate that humans transition from asymptomatic to subpatent

  • rate_U_S: rate that humans transition from subpatent to susceptible

  • net_usage: the number people protected by a bed net

  • mosquito_deaths: number of adult female mosquitoes who die this timestep

run_simulation(timesteps, parameters = NULL, correlations = NULL)

Arguments

timesteps

the number of timesteps to run the simulation for (in days)

parameters

a named list of parameters to use

correlations

correlation parameters

Value

dataframe of results