private static void parseInputSeparately(InputParser inputParser, out int serverNO, out int pointNO,
out double delta, out int spaceDimension, out int histogramResolution, out Array array)
{
inputParser.parseInputSizes(out spaceDimension, out histogramResolution, out serverNO);
Console.WriteLine("Space dim: {0}, resolution: {1}, server no.: {2}", spaceDimension, histogramResolution,
serverNO);
int[] lengthsArray = new int[spaceDimension];
for (int idx = 0; idx < spaceDimension; idx++)
{
lengthsArray[idx] = histogramResolution;
}
array = Array.CreateInstance(typeof(int), lengthsArray);
inputParser.parseInputArray(serverNO, histogramResolution, array, out pointNO, out delta);
}
static void Main(string[] args)
{
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
IntTupleEqualityComparer comparer = new IntTupleEqualityComparer();
CornacchiaMethod cornacchiaMethod = new CornacchiaMethod(comparer);
BacktrackingMethod backtrackingMethod = new BacktrackingMethod(cornacchiaMethod);
ShellBuilder shellBuilder = new ShellBuilder(backtrackingMethod);
Transformator transformator = new Transformator(shellBuilder);
InputParser inputParser = new InputParser(transformator);
HeftArrayCreator heftArrayCreator = new HeftArrayCreator(transformator);
//int kNN = 274;
double kNNMeasCoeff = 1.0;//0.1;
double lbMeasCoeff = 0.0;//0.9;
int serverNO;
int pointNO;
double delta;
int spaceDimension;
int histogramResolution;
Array array;
bool together = inputParser.determineTogetherOrSeparately();
if (together)
{
array = inputParser.parseInputFile(out spaceDimension, out histogramResolution,
out serverNO, out pointNO, out delta);
}
else
{
parseInputSeparately(inputParser, out serverNO, out pointNO, out delta, out spaceDimension,
out histogramResolution, out array);
}
int kNN = (int)Math.Ceiling(delta);
int maxShellNO = transformator.determineMaxRange(spaceDimension, histogramResolution);
Shell[] shellsForKNN = shellBuilder.createShells(maxShellNO, spaceDimension);
int maxRange = transformator.determineMaxRange(spaceDimension, histogramResolution / 2);
Shell[] shellsForRange = shellBuilder.createShells(maxRange, spaceDimension);
Console.WriteLine("Point no.: {0}", pointNO);
Console.WriteLine("Delta: {0}", delta);
Console.WriteLine("kNN measurement coefficient: {0}", kNNMeasCoeff);
Console.WriteLine("Load balancing measurement coefficient: {0}", lbMeasCoeff);
Array heftArray = heftArrayCreator.createHeftArray(spaceDimension, histogramResolution, array);
IterativeDivider divider = new IterativeDivider(array, heftArray, transformator, spaceDimension,
histogramResolution, serverNO, delta, pointNO, kNN, maxRange, shellsForKNN, shellsForRange,
kNNMeasCoeff, lbMeasCoeff);
Coords[] partition;
double objectiveValue = divider.determineObjectiveValue(out partition);
Console.WriteLine("Objective value: {0}", objectiveValue);
Console.WriteLine("Sum of differences between tile hefts and delta: {0}", divider.getDiffSum());
writeOutTiles(serverNO, spaceDimension, partition);
writeOutServers(serverNO, partition);
writeOutCellsToServers(histogramResolution, serverNO, partition);
stopwatch.Stop();
// Write hours, minutes and seconds.
Console.WriteLine("Elapsed time: {0:hh\\:mm\\:ss}", stopwatch.Elapsed);
Console.WriteLine("Press any key to exit!");
Console.Read();
}
