private void LoadDataForFutoshiki()
{
string[] allLines = File.ReadAllLines(FILE_NAME);
int problemSize = int.Parse(allLines[0]);
int counter = 2;
FutoshikiGraph futoshikiGraph = new FutoshikiGraph(problemSize);
while (allLines[counter] != RELATIONS_FILE_SEPARATOR)
{
string[] oneMatrixLine = allLines[counter].Split(DATA_SEPARATOR);
for (int i = 0; i < oneMatrixLine.Length; i++)
{
futoshikiGraph.AddNode(ParseNode(oneMatrixLine[i], counter - 2, i));
}
counter++;
}
counter++;
while (counter < allLines.Length)
{
ParseConstraintFromTextLine(allLines[counter], futoshikiGraph);
counter++;
}
FutoshikiProblemSingleton.GetInstance().initialFutoshikiGraph = futoshikiGraph;
}
private void ParseConstraintFromTextLine(string line, FutoshikiGraph futoshikiGraph)
{
char[] constraintLine = line.ToCharArray();
int xIndex1 = Convert.ToInt32(constraintLine[0]) - 65;
int yIndex1 = int.Parse(constraintLine[1].ToString()) - 1;
int xIndex2 = Convert.ToInt32(constraintLine[3]) - 65;
int yIndex2 = int.Parse(constraintLine[4].ToString()) - 1;
futoshikiGraph.AddEdgeFromSource(xIndex1, yIndex1, xIndex2, yIndex2, GraphEdge.EDGE_TYPE_ENUM.DESTINATION_GRATER);
futoshikiGraph.AddEdgeFromSource(xIndex2, yIndex2, xIndex1, yIndex1, GraphEdge.EDGE_TYPE_ENUM.SOURCE_GREATER);
}
