Original Blog Entry: Lottery Program for Texas Lottery Based on Most Frequent Numbers of the Past 20 Tickets

lgojer1234 — Mon, 06 Sep 2021 00:10:11 GMT

//

// Lotto6f.cs - program to forecast the lottery

//

using System;

using System.IO;

public class lotto6f

{

public const int max1 = 10000; // max data size

public const int nbits = 42; // number of bits

public const int isiz = 10; // number of reps

public int nnums = 6; // number of numbers

public int[,] data = new int[max1,11]; // data

public int[,] pred = new int[max1,11]; // predictions

public int[,] bitdata = new int[max1,42]; // bit rep. of dta

public double[] scores = new double[8]; // scores of lotto

public double[] scounts = new double[8]; // total number lto

public double[] scoresp = new double[8]; // total score

public int[,] fcastbin = new int[max1,42]; // forecasts

public int[] fcastbin2 = new int[42]; // forecast at end

public int[,] fcastdecimal = new int[max1,11]; // dec. forecasts

public int[] guesses = new int[11]; // guesses

public int[] actual = new int[11]; // actual lotto #s

public int count = 0; // # of tickets

public int[,] factors = new int[5,80]; // discriminant factors

public double[,] table1 = new double[42,2]; // table 1

public double[,] table2 = new double[42,4]; // table 2

public double[,] table3 = new double[42,8]; // table 3

public double qq1 = 0; // intermediate var

public double qq2 = 0; // intermediate var

public double qq3 = 0; // intermediate var

public int predq = 0; // intermediate var

public int kkk = 0; // special supress code

public int[,,] big60 = new int[max1,isiz,7]; // tabulation of final numbers

public int[] max6 = new int[6]; // tabulation of final numbers

public int[] numright2 = new int[7]; // tabulation of final numbers

public int[] datak = new int[7]; // tabulation of final numbers

//

// ProcessLine - to process one line of input of data

//

public void processline(string line1, int count)

{

Console.WriteLine(line1);

string[] strs = line1.Split(',');

int i1 = 0;

for (i1 = 0; i1 11; i1++)

{

try

{

data[count,i1] = int.Parse(strs[i1]);

}

catch

{

data[count,i1] = 0;

}

//Console.Write(data[count,i1]+ , );

}

//Console.WriteLine();

}

//

// Loadbindata - to load the binary bits from the input file

//

public void loadbindata()

{

int i1 = 0;

int i2 = 0;

int i3 = 0;

int pos = 0;

int k = 0;

int dig = 0;

for (i1 = 0; i1 count; i1++)

{

for (i2 = 0; i2 7; i2++)

{

k = data[i1,i2+4];

for (i3 = 5; i3 = 0; i3--)

{

pos = i2*6 + i3;

dig = k % 2;

bitdata[i1,pos] = dig;

k = (int)k/2;

//Console.Write(k+ );

}

//Console.WriteLine();

}

//Console.WriteLine();

}

for (i1 = 0; i1 count; i1++)

{

//Console.Write((i1+1)+ : );

for (i2 = 0; i2 42; i2++)

{

//Console.Write(bitdata[i1,i2]+ );

}

//Console.WriteLine();

}

}

//

// Loaddata - to load the input file

//

public void loaddata()

{

StreamReader sr = new StreamReader( data1.csv );

bool exitflag = false;

string line1 = ;

while (!exitflag)

{

try

{

line1 = sr.ReadLine();

if (line1[0] != ' ')

{

processline(line1,count);

count = count + 1;

}

else

{

exitflag = true;

}

}

catch

{

exitflag = true;

}

}

sr.Close();

loadbindata();

Console.WriteLine( # of Lines: +count);

}

public void forecastlotto4()

{

int i1 = 0;

int i2 = 0;

int i3 = 0;

int i4 = 0;

int kk = 0;

int setup1 = 10;

int[] hist = new int[61];

int[] histn = new int[61];

int num = 0;

int tmp = 0;

Random rand = new Random();

for (i1 = setup1; i1 (count); i1++)

{

Console.WriteLine( Ticket: +i1);

Console.Write( Original: );

for (i2 = 0; i2 nnums+1; i2++)

{

num = 0;

for (i4 = 0; i4 6; i4++)

{

num = num*2 + bitdata[i1,i2*6 + i4];

}

Console.Write(num+ , );

}

Console.WriteLine();

Console.Write( Prediction: );

for (i3 = 0; i3 61; i3++)

{

hist[i3] = 0;

histn[i3] = i3;

}

for (i2 = i1 - setup1; i2 i1; i2++)

{

for (i4 = 0; i4 6; i4++)

{

num = 0;

for (i3 = 0; i3 6; i3++)

{

num = num*2 + bitdata[i2,i4*6 + i3];

}

if ((num = 60) (num 0))

{

hist[num] = hist[num] + 1;

}

}

for (i3 = 0; i3 61; i3++)

{

for (i4 = (i3 + 1); i4 61; i4++)

{

if (hist[i3] hist[i4])

{

tmp = hist[i4];

hist[i4] = hist[i3];

hist[i3] = tmp;

tmp = histn[i4];

histn[i4] = histn[i3];

histn[i3] = tmp;

}

}

}

}

kk = 0;

for (i3 = 0; i3 61; i3++)

{

if ((histn[i3] 0) (kk 6))

{

kk = kk + 1;

pred[i1+1,kk-1] = histn[i3];

Console.Write(pred[i1+1,kk-1]+ , );

}

}

pred[i1+1,6] = rand.Next(1,6);

pred[i1+1,6] = 3;

Console.WriteLine(pred[i1+1,6]);

}

}

public void printresults2()

{

int i1 = 0;

int i2 = 0;

int i3 = 0;

int k = 0;

int found = 0;

//string strq = ;

//string strq1 = ;

try

{

for (i1 = 0; i1 count; i1++)

{

k = 0;

Console.WriteLine( Ticket: +i1);

Console.Write( Original: );

for (i2 = 0; i2 7; i2++)

{

Console.Write(data[i1,i2+4]+ , );

}

Console.WriteLine();

Console.Write( Forecast: );

for (i2 = 0; i2 6; i2++)

{

Console.Write(pred[i1,i2]+ , );

if (i1 count)

{

found = 0;

for (i3 = 0; i3 6; i3++)

{

if (found == 0)

{

if (pred[i1,i2] == data[i1,i3+4])

{

k = k + 1;

found = 1;

}

}

}

}

}

Console.Write(pred[i1,6]+ , );

if (pred[i1,6] == data[i1,10])

{

k = k + 1;

}

Console.WriteLine( # Right: +k);

scores[k] = scores[k] + 1;

//strq1 = Console.ReadLine();

}

}

catch

{

}

try

{

for (i1 = 0; i1 8; i1++)

{

scoresp[i1] = 100*scores[i1]/count;

Console.WriteLine( Score[ +i1+ ] = +scoresp[i1]+ % );

}

//strq = Console.ReadLine();

}

catch

{

}

}

public void tabulate4b(int ii)

{

int i1 = 0;

int i2 = 0;

int i3 = 0;

int n = 0;

int tmp = 0;

int[] hist = new int[61];

int[] hist2 = new int[61];

//Console.WriteLine( Ticket: +ii);

for (i3 = 0; i3 6; i3++)

{

//Console.Write(data[ii,i3+4]+ , );

}

//Console.WriteLine();

for (i1 = 0; i1 61; i1++)

{

hist[i1] = 0;

hist2[i1] = i1;

}

for (i3 = 0; i3 6; i3++)

{

for (i2 = 0; i2 isiz; i2++)

{

n = big60[ii,i2,i3];

hist[n] = hist[n] + 1;

}

//Console.Write(n+ , );

}

for (i1 = 0; i1 61; i1++)

{

for (i2 = (i1 + 1); i2 61; i2++)

{

if (hist[i1] hist[i2])

{

tmp = hist[i1];

hist[i1] = hist[i2];

hist[i2] = tmp;

tmp = hist2[i1];

hist2[i1] = hist2[i2];

hist2[i2] = tmp;

}

}

}

//Console.WriteLine();

//for (i1 = 0; i1 61; i1++)

//{

// Console.Write(hist2[i1]+ , );

//}

//Console.WriteLine();

for (i1 = 0; i1 6; i1++)

{

datak[i1] = hist2[i1];

}

for (i1 = 0; i1 61; i1++)

{

hist[i1] = 0;

hist2[i1] = i1;

}

for (i3 = 6; i3 7; i3++)

{

for (i2 = 0; i2 isiz; i2++)

{

n = big60[ii,i2,i3];

hist[n] = hist[n] + 1;

//Console.Write(n+ , );

}

}

//Console.WriteLine();

for (i1 = 0; i1 61; i1++)

{

for (i2 = (i1 + 1); i2 61; i2++)

{

if (hist[i1] hist[i2])

{

tmp = hist[i1];

hist[i1] = hist[i2];

hist[i2] = tmp;

tmp = hist2[i1];

hist2[i1] = hist2[i2];

hist2[i2] = tmp;

}

}

}

for (i1 = 6; i1 7; i1++)

{

datak[i1] = hist2[i1];

}

//Console.WriteLine( Datak: );

for (i1 = 0; i1 7; i1++)

{

//Console.Write(datak[i1]+ , );

}

//Console.WriteLine();

}

public void bigsystem()

{

forecastlotto4();

}

public static void Main()

{

lotto6f l = new lotto6f();

bool exitflag = false;

int k = 0;

while (!exitflag)

{

Console.WriteLine( );

Console.WriteLine( Lotto6f.cs - Lottery Forecaster - (c) 2020 Leonard Gojer );

Console.WriteLine( 1 - Load Data );

Console.WriteLine( 2 - Forecast Lotto );

Console.WriteLine( 3 - Print Results );

//Console.WriteLine( 4 - Big System );

Console.WriteLine( 0 - Exit );

Console.Write( );

k = int.Parse(Console.ReadLine());

switch (k)

{

case 1 : l.loaddata();

break;

case 2 : l.kkk = 0;

l.bigsystem();

break;

case 3 : l.kkk = 0;

l.printresults2();

break;

case 4 : l.bigsystem();

break;

case 0 : exitflag = true;

break;

}

}

}

}

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