Comments (3)
@PaulMelloy I was going to raise this in a new issue but then I saw this issue. I am writing the spore deposition probability section, I tried to find 'deposition_probablity' , I couldn't find it in both mathematica and R scripts. However, the interception_prabability
function seems to fit the description of deposition_probability
function. I suspect interception_probability
represents deposition_probability
.
Please see the description below and let me know what do you think
This is the description of deposition probability in Art paper
In the model, the spore deposition probability (Sc) is used to convert potentially infective spores to number of successful infections. The deposition probability is calculated using an exponential function simcommonly used for estimating the fraction of the incoming radiation intercepted by a crop canopy
Sc = 1 – exp(–KSc × Phnt × V) (4)
KSc is the limit of the probability of deposition of potentially infective spores on susceptible growing points in a square meter area as the density of susceptible growing points (Phnt × V) approaches
This is interception_probability
function in R script (and mathematica script).
#' Probability of Interception of Conidia
#' 'interception_probability()' estimates the probability of conidia not landing
#' on suceptible growing points
#'
#' @param target_density is the density of suceptible growing points
#' @param k is a dimensionless parameter
#' @example
#' interception_probability(3000,5)
#'
#' @Keywords internal
#' @nord
interception_probability <- function(target_density, k) {
1 - exp(-k * target_density)
}
from ascotracer.
I've come up with something like this for the manuscript
interception_probability <- function(target_density, k) {
| 1 - exp(-k * target_density)
| }
from ascotracer.
I am closing this issue. We always get 1, this means no conidia should be landing on host. We're getting disease so clearly conidia are landing on host. TBH interception probability is not relevant for within paddock dispersal because we're just dealing with paddocks, there is only chickpea crop, so conidia should not be intercepted by anything and land on chickpea. I have removed the conidial interception part from the ms
from ascotracer.
Related Issues (20)
- contradiction in definition of primary infection intensity HOT 4
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- Why is primary infection intensity zero and 1 at the same time? HOT 3
- This can be deleted. There is no association between them HOT 1
- tic.R file make cause CRAN rejection HOT 3
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- devtools::buildreadme reverts changes HOT 14
- Rename master branch to main HOT 6
- Readme file doesn't knit HOT 14
- `dev` version is out of date HOT 1
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- 'Rcpp_precious_remove' not provided by package 'Rcpp'” HOT 4
- spores_per_gp_per_wet_hour documentation is incomplete
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- `== FALSE` used incorrectly in several locations
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from ascotracer.