EL4P.Parameters: Initialize EL4P Aquatic Ecoogy Module Parameters
In smitdave/MASH: MASH (Modular Analysis and Simulation for Human Health)

Generate named list of EL4P parameters, and calculates lambda (see calcLambda_MicroEL4P for details).

1
2
3

EL4P.Parameters(nAqua, nHumans, R0, eqAqua, EIP, lifespan, G, nu, S,
  alpha_a = 0.8, alpha_sd = 0.004, p = 0.9, K_a = 1, K_b = 1,
  b = 0.55, c = 0.15, r = 1/38)

`nAqua`	number of aquatic habitats on landscape
`nHumans`	number of humans on landscape
`R0`	desired pathogen transmission level at equilibrium
`eqAqua`	vector of probability of oviposition at each aquatic habitat
`EIP`	length of the entomological incubation period
`lifespan`	average lifespan of mosquito
`G`	mean total lifetime egg production of adult female
`nu`	mean egg batch size for single oviposition
`S`	stability index; number of bites on humans over the average mosquito lifespan
`alpha_a`	density independent survival parameter `alpha` from pupae to adult -log(alpha_a^{\frac{1-p}{5}})
`alpha_sd`	standard deviation of density independent survival parameter `alpha`
`p`	expected fraction of cohort that advances to next life stage (1/p is expected time spent in each stage L1,L2,L3,L4,P)
`K_a`	shape parameter for gamma distributed weights on K
`K_b`	scale parameter for gamma distributed weights on K
`b`	mosquito to human transmission efficiency
`c`	human to mosquito transmission efficiency
`r`	rate of recovery in humans (1/average length of infection)