public List <string> GetDrawing()
{
var results = new List <string>();
foreach (var cr in creationLines.ToList())
{
//create empty lines
int numberHeight = 4;
for (int i = 0; i <= numberHeight; i++)
{
results.Add("");
}
// Number from one line in creationList - all numbers in cr needs to be in one string line
foreach (int num in cr.ToList())
{
//get string drawing for number
var drawing = NumberDefinitions.GetNumberDefinitionByNumber(num, NumberDefinitions.CreateNumberDefinitions());
//if null, numberdefinition not found
if (drawing != null)
{
//drawing number max length
int maxLength = drawing.GetMaxLength() + numSpaces; //horizontal spaces here
// for (int drawingLine = drawing.lines.Count - 1; drawingLine >= 0; drawingLine--)
for (int drawingLine = 0; drawingLine <= drawing.lines.Count - 1; drawingLine++)
{
string s = drawing.lines[drawingLine];
if (s.Length < maxLength)
{
while (s.Length < maxLength)
{
s += " ";
}
}
results[results.Count - 1 - (drawing.lines.Count) + drawingLine] = results[results.Count - 1 - (drawing.lines.Count) + drawingLine] + s;
}
}
}
}
return(results);
}
public RecognitionEgine(List <string> searchStringList)
{
NumberDefinitionList = NumberDefinitions.CreateNumberDefinitions();
var numberFindResults = new List <FindResult>();
Content.Add("");
foreach (NumberDefinition nd in NumberDefinitionList)
{
numberFindResults.AddRange(GetNumbersInDrawing(searchStringList, nd));
}
var lineNum = 0;
foreach (var nfr in numberFindResults.OrderBy(s => s.Line).ThenBy(x => x.CharPos))
{
bool skip = false;
if (nfr.Line != lineNum)
{
//condition: numbers need to be 4 lines in height!
if (nfr.Line > lineNum + 3)
{
//Console.WriteLine();
Content.Add("");
lineNum = nfr.Line;
}
else
{
skip = true;
}
}
if (!skip)
{
//Content.Add(nfr.Number);
Content[Content.Count - 1] += nfr.Number.ToString();
//Console.Write(nfr.Number);
}
}
}