/// <summary>
/// this looks for sequential numbers in a draw. See thhe InLineNumbersModel class for explination of the RelationshipType
/// </summary>
/// <returns></returns>
public static List <InLineNumbersModel> LookforSquences()
{
List <InLineNumbersModel> sl = new List <InLineNumbersModel>();
foreach (ResultLineModel r in allLines)
{
int x = 0;
for (x = 1; x <= 5; x++)
{
if (r.Col1 + x == r.Col2)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 10 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col1 = r.Col1,
Col2 = r.Col2
};
sl.Add(s);
}
if (r.Col2 + x == r.Col3)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 20 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col2 = r.Col2,
Col3 = r.Col3
};
sl.Add(s);
}
if (r.Col3 + x == r.Col4)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 30 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col3 = r.Col3,
Col4 = r.Col4
};
sl.Add(s);
}
if (r.Col4 + x == r.Col5)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 40 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col4 = r.Col4,
Col5 = r.Col5
};
sl.Add(s);
}
if (r.Star1 + x == r.Star1)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 50 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Star1 = r.Star1,
Star2 = r.Star2
};
sl.Add(s);
}
if (r.Col1 + x == r.Col2 && r.Col2 + x == r.Col3)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 60 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col1 = r.Col1,
Col2 = r.Col2,
Col3 = r.Col3
};
sl.Add(s);
}
if (r.Col2 + x == r.Col3 && r.Col3 + x == r.Col4)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 70 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col2 = r.Col2,
Col3 = r.Col3,
Col4 = r.Col4
};
sl.Add(s);
}
if (r.Col3 + x == r.Col4 && r.Col4 + x == r.Col5)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 80 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col3 = r.Col3,
Col4 = r.Col4,
Col5 = r.Col5
};
sl.Add(s);
}
if (r.Col1 + x == r.Col2 && r.Col2 + x == r.Col3 && r.Col3 + x == r.Col4)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 90 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col1 = r.Col1,
Col2 = r.Col2,
Col3 = r.Col3,
Col4 = r.Col4
};
sl.Add(s);
}
if (r.Col2 + x == r.Col3 && r.Col3 + x == r.Col4 && r.Col4 + x == r.Col5)
{
InLineNumbersModel s = new InLineNumbersModel
{
RelationshipType = 100 + x,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
Col1 = r.Col1,
Col2 = r.Col2,
Col3 = r.Col3,
Col4 = r.Col4,
Col5 = r.Col5
};
sl.Add(s);
}
}
}
return(sl);
}
/// <summary>
/// this looks for instances where main numbers and star numbers are the same
/// </summary>
/// <param name="rl"></param>
/// <returns></returns>
public static string FindInLineNumbers(List <ResultLineModel> rl)
{
List <InLineNumbersModel> il = new List <InLineNumbersModel>();
List <string> lines = new List <string>();
IndexAllLines(rl);
///this load if if statements are needed because switch requires constant values ( thats s***e the good old Select case statement did not.)
///the idea is to record instances where the main draw numbers are repeted in the star number draw.
///knowing which col the number was in and which star it was will be good for later analysis.
///the fact that both star bumbers could match the main numbers complicates things.
///right now my idea is to find matches between col and star numbers then use the ResultLine index to find where both numbers matched.
///
//RelationshipType = 1 is (1 col number = 1 star number)
foreach (ResultLineModel r in allLines)
{
if (r.Star1 == r.Col1)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star1 = r.Star1,
Col1 = r.Col1,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star1 == r.Col2)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star1 = r.Star1,
Col2 = r.Col2,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star1 == r.Col3)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star1 = r.Star1,
Col3 = r.Col3,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star1 == r.Col4)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star1 = r.Star1,
Col4 = r.Col4,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star1 == r.Col5)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star1 = r.Star1,
Col5 = r.Col5,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star2 == r.Col1)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star2 = r.Star2,
Col1 = r.Col1,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star2 == r.Col2)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star2 = r.Star2,
Col2 = r.Col2,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star2 == r.Col3)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star2 = r.Star2,
Col3 = r.Col3,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star2 == r.Col4)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star2 = r.Star2,
Col4 = r.Col4,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
if (r.Star2 == r.Col5)
{
InLineNumbersModel i = new InLineNumbersModel
{
Star2 = r.Star2,
Col5 = r.Col5,
ResultsLineIndex = r.ResultIndex,
DrawDate = r.DrawDate,
RelationshipType = 1
};
il.Add(i);
}
}// this bit kicks off looking for draws where both star numbers came out in the main draw
//it gets back a list called addBothStars which is added to the mainlist.
List <InLineNumbersModel> addBothStars = new List <InLineNumbersModel>();
addBothStars = LookForDoubles(il);
il.AddRange(addBothStars);
/// This bit kickes off looking for sequential draw numbers
//it gets back a list called addSequences which is added to the mainlist.
List <InLineNumbersModel> addSequences = new List <InLineNumbersModel>();
addSequences = LookforSquences();
il.AddRange(addSequences);
/// this bit kicks off making textFiles
ListToTextFile(il);
// this reports back to the form
return($"{il.Count} found ");
}
/// <summary>
/// this bit looks for draws where both star numbers were in the main number draw it then passes the list back to be added to the list.
/// </summary>
/// <param name="il"></param>
/// <returns></returns>
public static List <InLineNumbersModel> LookForDoubles(List <InLineNumbersModel> il)
{
List <InLineNumbersModel> dl = new List <InLineNumbersModel>();
foreach (InLineNumbersModel m1 in il)
{
List <InLineNumbersModel> q = il;
q = il.Where(x => x.ResultsLineIndex == m1.ResultsLineIndex && x.Star1 != m1.Star1).ToList();
foreach (InLineNumbersModel qm in q)
{
if (q.Count > 0)
{
InLineNumbersModel found2 = new InLineNumbersModel();
found2.RelationshipType = 2;
found2.ResultsLineIndex = qm.ResultsLineIndex;
found2.DrawDate = qm.DrawDate;
if (qm.Col1 != 0)
{
found2.Col1 = qm.Col1;
}
else
{
found2.Col1 = m1.Col1;
}
if (qm.Col2 != 0)
{
found2.Col2 = qm.Col2;
}
else
{
found2.Col2 = m1.Col2;
}
if (qm.Col3 != 0)
{
found2.Col3 = qm.Col3;
}
else
{
found2.Col3 = m1.Col3;
}
if (qm.Col4 != 0)
{
found2.Col4 = qm.Col4;
}
else
{
found2.Col4 = m1.Col4;
}
if (qm.Col5 != 0)
{
found2.Col5 = qm.Col5;
}
else
{
found2.Col5 = m1.Col5;
}
if (qm.Star1 != 0)
{
found2.Star1 = qm.Star1;
}
else
{
found2.Star1 = m1.Star1;
}
if (qm.Star2 != 0)
{
found2.Star2 = qm.Star2;
}
else
{
found2.Star2 = m1.Star2;
}
dl.Add(found2);
}
}
}
return(dl);
}
