... | ... | @@ -71,18 +71,21 @@ At the beginning of each simulation (a 1st of April) a virtual population was cr |
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# OUTPUT
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1. Load Ibasam library in R:
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> library(Ibasam)
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2. Run a simulation using the [demoIbasam](https://github.com/Ibasam/IBASAM/blob/master/IBASAM/R/demoIbasam.R) function:
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> demoIbasam(10)
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with 10 being the number of years to simulate.
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**Arguments**
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demoIbasam(nYears, CC_Temp, CC_Amp, plotting = TRUE, window = FALSE, returning = FALSE, success = TRUE, empty = TRUE)
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Results can be stocked in a data frame:
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``` R
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res <- demoIbasam(10)
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```
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* nYears: number of years to simulate.
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* CC_Temp: increase of average water temperature (in degrees Celsius) over the simulation (ex: CC_Temp = 3).
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* CC_Amp: increase of amplitude of water flow over the simulation (ex: CC_Amp = 1.25, i.e. +25%). |
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\ No newline at end of file |
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This file contains a list of variables corresponding to individuals characteristics over their life time.
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| Parameters | Description | Values |
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\ No newline at end of file |