nature.monitors
Helper functions to inspect generations and return run-time information, statistics, etc.
Helper functions to inspect generations and return run-time information, statistics, etc.
apply-monitorsclj/s
(apply-monitors monitors population current-generation)Apply each function in monitors against population and current-generation
Apply each function in `monitors` against `population` and `current-generation`
mk-monitorclj/s
(mk-monitor monitor-fn population current-generation)(mk-monitor monitor-fn population current-generation format-fn)Apply monitor-fn to the population and current-generation, and print the result.
If a format-fn has been supplied, modify the output before printing.
This is useful for separating the monitor code into a separate testable function.
Apply `monitor-fn` to the `population` and `current-generation`, and print the result. If a `format-fn` has been supplied, modify the output before printing. This is useful for separating the monitor code into a separate testable function.
print-best-solutionclj/s
(print-best-solution population current-generation)Finds the individual with the highest fitness in population, and prints it to std-out
Finds the individual with the highest fitness in `population`, and prints it to std-out
print-best-solution*clj/s
(print-best-solution* population current-generation)Finds the individual with the highest fitness in population
Finds the individual with the highest fitness in `population`
print-fitness-score-frequenciesclj/s
(print-fitness-score-frequencies population current-generation)Finds how frequently each fitness score is repeated across the population, and prints it to std-out
Finds how frequently each fitness score is repeated across the `population`, and prints it to std-out
print-fitness-score-frequencies*clj/s
(print-fitness-score-frequencies* population current-generation)Finds how frequently each fitness score is repeated across the population
Finds how frequently each fitness score is repeated across the `population`
print-solution-frequenciesclj/s
(print-solution-frequencies population current-generation)Finds how frequently each genetic sequence is repeated across the population, and prints it to std-out
Finds how frequently each genetic sequence is repeated across the `population`, and prints it to std-out
print-solution-frequencies*clj/s
(print-solution-frequencies* population current-generation)Finds how frequently each genetic sequence is repeated across the population
Finds how frequently each genetic sequence is repeated across the `population`
print-worst-solutionclj/s
(print-worst-solution population current-generation)Finds the individual with the lowest fitness in population, and prints it to std-out
Finds the individual with the lowest fitness in `population`, and prints it to std-out
print-worst-solution*clj/s
(print-worst-solution* population current-generation)Finds the individual with the lowest fitness in population
Finds the individual with the lowest fitness in `population`
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