... | ... | @@ -97,7 +97,7 @@ At the beginning of each simulation (a 1st of April) a virtual population was cr |
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# OUTPUT
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Simulated data are analysed at the end of each time step (using *observe()* function; see [code](https://github.com/Ibasam/IBASAM/blob/0a80e276155c90c66fe19db7ad2c315796ad6f08/IBASAM/R/demoIbasam.R#L21-L24)) to follow the population evolution at different life stages (smolt at the end of winter, parr and anadromous adult after summer,...). The time spent in river and at sea, the weight and size, the sexual maturity status, the smoltification status, the location, the genetic and phenotypic values of maturation thresholds are recorded for each individual at these observation times.
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Simulated data are analysed at the end of each time step (using [observe()](https://github.com/Ibasam/IBASAM/blob/master/IBASAM/R/observe.R) function; inserted in [code](https://github.com/Ibasam/IBASAM/blob/0a80e276155c90c66fe19db7ad2c315796ad6f08/IBASAM/R/demoIbasam.R#L21-L24)) to follow the population evolution at different life stages (smolt at the end of winter, parr and anadromous adult after summer,...). The time spent in river and at sea, the weight and size, the sexual maturity status, the smoltification status, the location, the genetic and phenotypic values of maturation thresholds are recorded for each individual at these observation times.
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Results can be stocked in a data frame:
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``` R
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