public void Test_GT2GT1()
{
Console.WriteLine("Same Direction:");
{
var gt = new Tuple <double, double, double, double, double, double>(100, 1.1, 105, 1.1d, 800, 2.2);
var newgt = GTTransform.TransGT2ToGT1(gt.Item1, gt.Item2, gt.Item3, gt.Item4, 0, true);
Console.WriteLine($"{gt}:{newgt:F3}");
}
{
var gt = new Tuple <double, double, double, double, double, double>(105, 5.1, 105, 1.1d, 800, 2.2);
var newgt = GTTransform.TransGT2ToGT1(gt.Item1, gt.Item2, gt.Item3, gt.Item4, 0, true);
Console.WriteLine($"{gt}:{newgt:F3}");
}
Console.WriteLine("Inverse Direction:");
{
//gt2work, gt2raw, gt2calib, gt2calibraw, gt1calib, gt1calibraw
var gt = new Tuple <double, double, double, double, double, double>(100, 1.1, 105, 1.1d, 800, 2.2);
var newgt1 = GTTransform.TransGT2ToGT1(gt.Item1, gt.Item2, gt.Item3, gt.Item4, 70, false);
Console.WriteLine($"{gt.Item1:F2},{gt.Item2:F2},{gt.Item3:F2},{gt.Item4:F2},{gt.Item5:F2},{gt.Item6:F2}:{newgt1:F3}");
Console.WriteLine("GT1 Transform:");
var gt1 = new Tuple <double, double, double, double>(800, newgt1, 800, 2.2d);
var newgt2 = GTTransform.TransGT2ToGT1(gt1.Item1, gt1.Item2, gt1.Item3, gt1.Item4, 0);
Console.WriteLine($"{gt1}:{newgt2:F3}");
}
}
public void Test_GT()
{
//gt1work, gt1raw, gt1calib, gt1calibraw
Console.WriteLine("GT1 Transform:");
var gt = new Tuple <double, double, double, double>(100, 1.1, 105, 1.1d);
var newgt = GTTransform.TransGT(gt.Item1, gt.Item2, gt.Item3, gt.Item4);
Console.WriteLine($"{gt}:{newgt:F3}");
var newgt2 = GTTransform.TransGT2ToGT1(gt.Item1, gt.Item2, gt.Item3, gt.Item4);
Console.WriteLine($"{gt}:{newgt2:F3}");
}