public static void Main(string[] args)
{
Utilities.RunBenchmark.Run(args, 2, (input) =>
{
var size = input.sizes[0];
var iterations = input.sizes[1];
var image_output = RunBenchmark.ParseBoolOption(input.cmd_opts, "images");
if (input.type == typeof(double))
{
var data = ReactionDiffusionSolverDouble.Create(size);
using (new DispTimer(string.Format("ReactionDiffusion (Double) {0}*{1}", size, iterations)))
{
ReactionDiffusionSolverDouble.Solve(data, iterations, image_output);
ReactionDiffusionSolverDouble.Sync(data);
}
}
else
{
var data = ReactionDiffusionSolverSingle.Create(size);
using (new DispTimer(string.Format("ReactionDiffusion (Single) {0}*{1}", size, iterations)))
{
ReactionDiffusionSolverSingle.Solve(data, iterations, image_output);
ReactionDiffusionSolverSingle.Sync(data);
}
}
}
);
}
public static void Main(string[] args)
{
Utilities.RunBenchmark.Run(args, 3, (input) =>
{
var planets = input.sizes[0];
var asteroids = input.sizes[1];
var iterations = input.sizes[2];
var image_output = RunBenchmark.ParseBoolOption(input.cmd_opts, "images");
if (input.type == typeof(double))
{
var data = NiceSolverDouble.Create(planets, asteroids);
if (input.use_bohrium)
{
NumCIL.Bohrium.Utility.Flush();
}
using (new DispTimer(string.Format("Nice (Double) {0}x{1}*{2}", planets, asteroids, iterations)))
{
NiceSolverDouble.Solve(data, iterations, image_output);
//NiceSolverDouble.Sync(data);
if (input.use_bohrium)
{
NumCIL.Bohrium.Utility.Flush();
}
}
}
else
{
var data = NiceSolverSingle.Create(planets, asteroids);
if (input.use_bohrium)
{
NumCIL.Bohrium.Utility.Flush();
}
using (new DispTimer(string.Format("Nice (Single) {0}x{1}*{2}", planets, asteroids, iterations)))
{
NiceSolverSingle.Solve(data, iterations, image_output);
//NiceSolverSingle.Sync(data);
if (input.use_bohrium)
{
NumCIL.Bohrium.Utility.Flush();
}
}
}
}
);
}