run.sh

#!/bin/bash
# Connell Paxton

# Bash (Bourne Again SHell) doesn't support floating point math, so `bc` is used
float_scale=2

function float_math()
{
    local stat=0
    local result=0.0
    if [[ $# -gt 0 ]]; then
        result=$(echo "scale=$float_scale; $*" | bc -q 2>/dev/null)
        stat=$?
        if [[ $stat -eq 0  &&  -z "$result" ]]; then stat=1; fi
    fi
    echo $result
    return $stat
}
if false
then
# 1. Run algorithm 80 times with Mutation disabled, and Crossover ranging from 0.55 - 0.95
# Step up Crossover rate by 0.05 every ten runs

c=0.55
for i in `seq 0 9`
do
	for j in `seq 0 9`
	do
		./ga.py `float_math "$c + (0.05 * $i)"` 0 2>>data.tsv
	done
done
./sv > cr.html
mv data.tsv cr.tsv

echo "Step one is done"

# 2. Same as 1, but with Mutation going from 0.001 to 0.005 with an iteration of 0.001 every 10
# and crossover disabled

m=0.005
for i in `seq 0 9`
do
	for j in `seq 0 9`
	do
		./ga.py 0 `float_math "$m + 0.001 * $i"` 2>> data.tsv
	done
done
./sv > mu.html
mv data.tsv mu.tsv

echo "Step two, too"
# 3. A combination of both
fi
m=0.005
c=0.55

for i in `seq 0 9`
do
	for j in `seq 0 9`
	do
		for y in `seq 0 9`
		do
			./ga.py `float_math "$c + (0.05 * $i)"` `float_math "$m + (0.001 * $j)"` 2>> data.tsv
		done
	done
done
./sv > crmu.html
mv data.tsv crmu.tsv

echo -e "Step three is finishedn\\nAll done"