public void Verify_Scanner_GlobalCoordinatesOfIdentifiedTargets()
{
var snapperImage = new SnapperImageArray("test", snapperImageArray);
var targetImages = new List <ITargetImage>()
{
new TargetImageArray("targetA", targetA, ' '),
new TargetImageArray("targetB", targetB, ' '),
};
var scanner = new SnapperSolver(snapperImage, targetImages, 0.7);
List <Scan> identifiedTargets = scanner.GetListOfScans();
var expected = new List <Coordinate>()
{
new Coordinate(0.5, 0.5),
new Coordinate(6.5, 0.5),
new Coordinate(3.5, 4.5),
};
var actual = new List <Coordinate>();
foreach (Scan scan in identifiedTargets)
{
actual.Add(scan.CentroidGlobalCoordinates);
}
Assert.AreEqual(expected, actual);
}
public void Verify_Scanner_NumberOfIdentifiedTargetA(double minimumPrecision, int numberOfTargets)
{
var snapperImage = new SnapperImageArray("test", snapperImageArray);
var targetImageList = new List <ITargetImage>()
{
new TargetImageArray("targetA", targetA, ' '),
new TargetImageArray("targetB", targetB, ' '),
};
var snapperSolver = new SnapperSolver(snapperImage, targetImageList, minimumPrecision);
int expected = numberOfTargets;
int actual = snapperSolver.GetListOfScans().Where(scan => scan.TargetImage.Name == "targetA").ToList().Count;
Assert.AreEqual(expected, actual);
}
static void Main(string[] args)
{
//1. Configure services container and inject the concrete dependencies.
ConfigureServices();
//2. Using boilerplate stackoverflow code to echo the console to a dumpfile for record purposes - use new C# 8 using statement.
using var cc = new EchoConsoleToTextFile(snapperConsoleDumpFilePath);
//3. Show introductory message
Logger.WriteLine(@"***********************************************");
Logger.WriteLine(@"* WELCOME TO THE SNAPPER ANALYSIS SYSTEM (SAS)*");
Logger.WriteLine(@"***********************************************");
Logger.WriteLine(@"Version: 1.1");
Logger.WriteLine("");
Logger.WriteLine(@"Developed by: Peter Cox");
Logger.WriteLine(@"Brief by: Bruno Martins");
Logger.WriteLine(@"Source code from: https://github.com/EurocodeHelpers");
Logger.WriteBlankLine();
Logger.WriteLine("===============================================");
Logger.WriteLine("");
//4. Set options.
Logger.WriteLine($"***Setting Options***", true);
Logger.WriteBlankLine();
double minimumConfidenceInTargetPrecision = Settings.MinimumConfidenceInTargetDetection;
double minimumConfidenceInTargetPrecision_AsAPercentage = 100 * Math.Round(minimumConfidenceInTargetPrecision, 2);
Logger.WriteLine($"Minimum precision of analysis set to {minimumConfidenceInTargetPrecision_AsAPercentage}%.");
Logger.WriteBlankLine();
Logger.WriteLine($"***Options Set.***", true);
Logger.WriteBlankLine();
Logger.WriteLine("===============================================");
Logger.WriteBlankLine();
//5. Load the snapper image we will scan for targets. There must be exactly one .blf file in the ScannerImage directory which we will scan.
Logger.WriteLine("***Loading Snapper Image****", true);
Services.SnapperImage.PrintSnapperImageInformation(Logger);
Logger.WriteLine("***Snapper Image successfully loaded.***", true);
Logger.WriteBlankLine();
Logger.WriteLine("===============================================");
Logger.WriteBlankLine();
//6. Loading the target images we will scan the snapper image for.
Logger.WriteLine("***Loading Targets****", true);
foreach (ITargetImage t in TargetImages)
{
t.PrintTargetInformation(Logger);
Logger.WriteBlankLine();
}
Logger.WriteLine("***Target images successfully loaded.***", true);
Logger.WriteBlankLine();
Logger.WriteLine("===============================================");
Logger.WriteBlankLine();
//7. Echo to console that we are now scanning for targets...
Logger.WriteBlankLine();
Logger.WriteLine("Now scanning for targets....", true);
Logger.WriteBlankLine();
Logger.WriteLine("Scanning complete.", true);
Logger.WriteBlankLine();
//8. Scan for each target...
SnapperSolver snapperSolver = new SnapperSolver(Services.SnapperImage, Services.TargetImages, minimumConfidenceInTargetPrecision);
//9. Write output to console.
snapperSolver.SummariseAnalysis(Logger, false);
//10. Write to output file.
snapperSolver.SummariseAnalysis(Output, true);
//11. Terminate program.
Logger.WriteLine("Analysis complete.", true);
Logger.ReadLine();
}
