public void CheckImagesCountWithWrongPath()
{
// Arrage
int quantity = 10;
int equalsCount = 0;
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
List <ThermalFile> thermalFiles = new List <ThermalFile>();
ThermalFile.thermalreader = new MockReader();
ThermalFile thermalFile = ThermalFile.Read(path);
// Act
for (int i = 0; i < quantity; i++)
{
thermalFiles.Add(thermalFile);
}
ThermalFile brokenThermalFile = DeclareBadThermalFile(thermalFiles[0]);
brokenThermalFile.path = @"D:\ThermalDetection\Theata\tem23.tof";
thermalFiles.Add(brokenThermalFile);
equalsCount = CalculateEqualsItems(thermalFiles);
// Assert
Assert.AreEqual(thermalFiles.Count, equalsCount);
}
public void WriteFileTest()
{
// Arrage
List <ThermalFile> thermalFiles = new List <ThermalFile>();
ThermalFile.thermalreader = new MockReader();
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
string path2 = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp225.tof";
// Act
ThermalFile file = ThermalFile.Read(path);
File.Delete(path2);
ThermalFile.Write(path2, file);
ThermalFile file2 = ThermalFile.Read(path2);
int excepted = 1;
if (file == file2)
{
excepted = 1;
}
// Assert
Assert.AreEqual(1, excepted);
}
public void ComprareThermalFilesWithBrokenImage()
{
// Arrage
int quantity = 10;
int equalsCount = 0;
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
List <ThermalFile> thermalFiles = new List <ThermalFile>();
ThermalFile.thermalreader = new MockReader();
ThermalFile thermalFile = ThermalFile.Read(path);
// Act
for (int i = 0; i < quantity; i++)
{
thermalFiles.Add(thermalFile);
}
ThermalFile badFile = GenerateThermalFileWithBrokenImage(thermalFiles[0]);
thermalFiles.Add(badFile);
foreach (var thermal in thermalFiles)
{
if (thermal == thermalFiles[1])
{
equalsCount++;
}
}
// Assert
Assert.AreEqual(quantity, equalsCount);
}
public void NotEqualsThermalFilesWithBrokenPath()
{
// Arrage
int quantity = 10;
int badComprared = 0;
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
List <ThermalFile> thermalFiles = new List <ThermalFile>();
ThermalFile.thermalreader = new MockReader();
ThermalFile thermalFile = ThermalFile.Read(path);
// Act
for (int i = 0; i < quantity; i++)
{
thermalFiles.Add(thermalFile);
}
ThermalFile brokenThermalFile = DeclareBadThermalFile(thermalFiles[0]);
brokenThermalFile.path = @"D:\ThermalDetection\Theata\tem23.tof";
thermalFiles.Add(brokenThermalFile);
foreach (var thermal in thermalFiles)
{
if (thermal != thermalFiles[0])
{
badComprared++;
}
}
// Assert
Assert.AreEqual(0, badComprared);
}
private ThermalFile DeclareBadThermalFile(ThermalFile thermalFile)
{
ThermalFile badThermalFile = new ThermalFile();
badThermalFile.count = thermalFile.count;
badThermalFile.minTemperature = thermalFile.minTemperature;
badThermalFile.maxTemperature = thermalFile.maxTemperature;
badThermalFile.images = new List <Emgu.CV.UMat>(thermalFile.images);
badThermalFile.TemperatureData = new List <int[, ]>(thermalFile.TemperatureData);
return(badThermalFile);
}
public List <IFile> getThermoFiles()
{
string[] fileslist = Directory.GetFiles(currentPath, thermoExtension);
foreach (var filename in fileslist)
{
IFile file = new ThermalFile();
file.Path = filename;
thermofiles.Add(file);
}
return(thermofiles);
}
public void ReadThermalFile()
{
// Arrage
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
// Act
IThermalReader thermalFileReader = new MockReader();
ThermalFile thermalFile = thermalFileReader.Read(path);
// Assert
int imagesCount = thermalFile.images.Count;
Assert.AreNotEqual(0, imagesCount);
}
private void loadThermalFile(string path)
{
Console.WriteLine("Load Thermal File: " + path);
thermalFile = ThermalFile.Read(path);
imageBox1.Image = thermalFile.images[0];
trackBar1.Maximum = thermalFile.count - 1;
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine();
Console.WriteLine("Images: " + thermalFile.count);
Console.WriteLine("min: " + thermalFile.minTemperature);
}
public ThermalFile Read(string filePath)
{
ThermalFile thermalFile = new ThermalFile();
thermalFile.path = "somewhere.tof";
thermalFile.count = 10;
thermalFile.raw = MakeRawData(10);
thermalFile.TemperatureData = DataConverting.RawDataToArray(thermalFile.raw, 120, 160);
thermalFile.images = DataConverting.CreateThermalImages(thermalFile.intMatrices, thermalFile.minTemperature, thermalFile.maxTemperature);
//thermalFile.count = thermalFile.images.Count;
return(thermalFile);
}
private ThermalFile GenerateThermalFileWithBrokenImage(ThermalFile file)
{
ThermalFile brokenThermalFile = DeclareBadThermalFile(file);
List <Emgu.CV.UMat> imgs = new List <Emgu.CV.UMat>();
Emgu.CV.UMat img = file.images[0];
imgs.Add(img);
imgs.Add(img);
for (int i = 2; i < file.count; i++)
{
imgs.Add(file.images[i]);
}
brokenThermalFile.images = new List <Emgu.CV.UMat>(imgs);
return(brokenThermalFile);
}
public void CheckImagesCountInFile()
{
// Arrage
int quantity = 10;
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
IThermalReader thermalFileReader = new MockReader();
int imagecount = 0;
// Act
for (int i = 0; i < quantity; i++)
{
ThermalFile thermalFile = thermalFileReader.Read(path);
imagecount = thermalFile.images.Count;
}
// Assert
Assert.AreNotEqual(0, imagecount);
}
public void ComprareThermalFiles()
{
// Arrage
int quantity = 10;
int equalsCount = 0;
string path = @"D:\ThermalDetection\ThermalDetection\ThermalData\temp223.tof";
List <ThermalFile> thermalFiles = new List <ThermalFile>();
ThermalFile.thermalreader = new MockReader();
ThermalFile thermalFile = ThermalFile.Read(path);
// Act
for (int i = 0; i < quantity; i++)
{
thermalFiles.Add(thermalFile);
}
equalsCount = CalculateEqualsItems(thermalFiles);
// Assert
Assert.AreEqual(quantity, equalsCount);
}
