mature_survivor_rate = 0.888
INIT tainted_mosquitos = 0
	TRANSIT TIME = 12
	INFLOW LIMIT = °
	CAPACITY = °
prob_bit = 0.3
INIT vectors = 0
INIT uninfected_mosquitoes = 300
mosquitoes = init(uninfected_mosquitoes) + init(tainted_mosquitos) + init(vectors) 
prob_vector = vectors / mosquitoes
INIT uninfected_humans = 300
INIT human_hosts = 1
recovery_rate = .3
recovered = human_hosts * recovery_rate
birth_rate = 0.0003
INIT immune = 0
humans = human_hosts + immune + uninfected_humans
births = birth_rate * humans
flow_to_host = prob_bit * prob_vector * uninfected_humans
human_death_rate = 0.0003
uninfected_deaths = human_death_rate * uninfected_humans
immunity_rate = .01
flow_to_immune = human_hosts * immunity_rate
malaria_induced_death_rate = .005
human_host_deaths = (human_death_rate + malaria_induced_death_rate) * human_hosts
prob_bite_human = .3
prob_host = human_hosts / humans
mosquito_birth_rate = .03
mosquito_births = mosquito_birth_rate * mosquitoes
infected = prob_bite_human * prob_host *  uninfected_mosquitoes
mosquito_death_rate = 0.01
uninfected_mosquito_deaths = mosquito_death_rate * uninfected_mosquitoes
immune_deaths = human_death_rate * immune
mature_survivor_rate = 0.888
vector_deaths = mosquito_death_rate * vectors
vectors(t) = vectors(t - dt) + (tainted_to_vector - vector_deaths) * dt
uninfected_mosquitoes(t) = uninfected_mosquitoes(t - dt) + (mosquito_births - infected - uninfected_mosquito_deaths) * dt
uninfected_humans(t) = uninfected_humans(t - dt) + (recovered + births - flow_to_host - uninfected_deaths) * dt
human_hosts(t) = human_hosts(t - dt) + (flow_to_host - flow_to_immune - recovered - human_host_deaths) * dt
immune(t) = immune(t - dt) + (flow_to_immune - immune_deaths) * dt
tainted_mosquitos(t) = tainted_mosquitos(t - dt) + (infected - tainted_to_vector) * dt
mosquitoes = init(uninfected_mosquitoes) + init(tainted_mosquitos) + init(vectors) 
prob_vector = vectors / mosquitoes
recovered = human_hosts * recovery_rate
humans = human_hosts + immune + uninfected_humans
births = birth_rate * humans
flow_to_host = prob_bit * prob_vector * uninfected_humans
uninfected_deaths = human_death_rate * uninfected_humans
flow_to_immune = human_hosts * immunity_rate
human_host_deaths = (human_death_rate + malaria_induced_death_rate) * human_hosts
prob_host = human_hosts / humans
mosquito_births = mosquito_birth_rate * mosquitoes
infected = prob_bite_human * prob_host *  uninfected_mosquitoes
uninfected_mosquito_deaths = mosquito_death_rate * uninfected_mosquitoes
immune_deaths = human_death_rate * immune
immune_deaths = human_death_rate * immune
vector_deaths = mosquito_death_rate * vectors