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Lottery DataBase Analysis


California Lucky for Life (832)

Prize               Odds (1 in x)

$3,250,000     2,400,000
$5,000            1,200,000
$1,000               400,000
$500                    12,000
$100                         645
$40                           350
$20                             53
$15                             40
$10                             20
$5                               11
$5 (Ticket)                  10


Above is a raw odds chart.
Below is a JavaScript array for the same data.

var prizeAmount = [3250000,5000,1000,500,100,40,20,15,10,5,5];
document.getElementById('outputOne').innerHTML = _.map(prizeAmount, function(n){return ' $' + n;});
   

prizeAmount Output:
$3250000, $5000, $1000, $500, $100, $40, $20, $15, $10, $5, $5


var oddsAgainst = [2400000,1200000,400000,12000,645,350,53,40,20,11,10];
document.getElementById('outputTwo').innerHTML = _.map(oddsAgainst, function(n){return ' ' + n;});

oddsAgainst Output:
2400000, 1200000, 400000, 12000, 645, 350, 53, 40, 20, 11, 10


And here are the two combined as one object.
Got me as to the utility of this, but one does what one can as one circles towards a solution.

var game832 = _.object(oddsAgainst, prizeAmount);
document.getElementById('outputThree').innerHTML = JSON.stringify(game832);

Output:
{"10":5,"11":5,"20":10,"40":15,"53":20,"350":40,"645":100,"12000":500,"400000":1000,"1200000":5000,"2400000":3250000}
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© Copyright 2013 Brett Paufler


Please Note: I am an idiot.  No seriously.  The odds of my gambling odds calculations being correct are likely on par with my odds of ever winning.  You have been warned.