three_to_one = lognormal({p10: 0.4, p90:0.67})
six_to_one = lognormal({p10: 0.25, p90:0.5})
twelve_to_one = lognormal({p10: 0.2, p90:0.4})
twentyfour_to_one = lognormal({p10: 0.07, p90:0.25})
/* Describe your code here */ global_undergrad = 5% to 12% oecd_undergrad = 27% to 33% oecd_phd = 1% global_phd = (oecd_phd/oecd_undergrad)*global_undergrad biology = 2% to 10%
k = 278 y = Math.sqrt(k) d = 3%*k investment = 50%*y consumption = y-investment
/*
Describe your code here
*/
@doc("From wikipedia unless otherwise stated")
years = {
scirev: 1687-1543,
indrev: 1840-1760,
internet: 1995-1965, // A guess
ml_since_alexnet: 2024-2012/* Describe your code here */ us_win = 0.1 to 0.9 china_win = 1-us_win us_agree = 1 - us_win china_agree = 1 - china_win