oneDay_oviposit_stochastic_Patch function

Stochastic Oviposition

Stochastic Oviposition

Calculate the number of eggs oviposited by female mosquitoes following: [REMOVE_ME]O(Tx)=j=1n(((βsAf[t])Ih)Λ)ij[REMOVEME2] \overline{O(T_x)} = \sum_{j=1}^{n} \Bigg( \bigg( (\beta*\overline{s} * \overline{ \overline{Af_{[t]}}}) * \overline{\overline{\overline{Ih}}} \bigg) * \Lambda \Bigg)^{\top}_{ij} [REMOVE_ME_2]

The deterministic result for number of eggs is used as the mean of a Poisson-distributed number of actual eggs oviposited.

oneDay_oviposit_stochastic_Patch()

Description

Calculate the number of eggs oviposited by female mosquitoes following:

O(Tx)=j=1n(((βsAf[t])Ih)Λ)ij \overline{O(T_x)} = \sum_{j=1}^{n} \Bigg( \bigg( (\beta*\overline{s} * \overline{ \overline{Af_{[t]}}}) * \overline{\overline{\overline{Ih}}} \bigg) * \Lambda \Bigg)^{\top}_{ij}

The deterministic result for number of eggs is used as the mean of a Poisson-distributed number of actual eggs oviposited.

  • Maintainer: Héctor Manuel Sánchez Castellanos
  • License: GPL-3
  • Last published: 2020-10-05