public void NativeTestsDBG(TestInput input)
{
float plb_med__db = 0;
float plb_pts__db = 0; // positive two sigmas loss
float plb_nts__db = 0; // negative two sigmas loss
float median = 0.5f;
float pts = 0.977f; // positive two sigmas
float nts = 0.032f; // nagative two sigmas
InterValues intervalues = new InterValues();
float[] pfl = input.pfl.ToArray();
EHATA_DBG(pfl, input.f__mhz, input.h_b__meter, input.h_m__meter, input.enviro_code, median, ref plb_med__db, ref intervalues);
Assert.Equal(input.expected_plb, plb_med__db, PRECISION);
// These following two tests are simply basic sanity checks - not validation against any numerical results
EHATA(pfl, input.f__mhz, input.h_b__meter, input.h_m__meter, input.enviro_code, pts, ref plb_pts__db);
Assert.True(plb_pts__db > plb_med__db);
EHATA(pfl, input.f__mhz, input.h_b__meter, input.h_m__meter, input.enviro_code, nts, ref plb_nts__db);
Assert.True(plb_nts__db < plb_med__db);
}
private static extern void EHATA_DBG(float[] pfl, float f__mhz, float h_b__meter, float h_m__meter, int enviro_code, float reliability, ref float plb, ref InterValues intervalues);
