public HybrydClass(SoilSample soil, AttenbergLimits attenberg, string mainClass, double uniformity)
{
_mainClass = mainClass;
_uniformity = uniformity;
_soil = soil;
_attenberg = attenberg;
}
public HttpResponseMessage GetSamples()
{
var repo = new SoilSampleRepository();
SoilSample usr = repo.GetEager(1);
usr.User = null;
usr.User.Sample = null;
usr.SieveParameter.SoilSample = null;
var ddd = Request.Headers.GetCookies();
if (usr == null)
{
return(new HttpResponseMessage(HttpStatusCode.BadRequest));
}
else
{
var response = Request.CreateResponse(HttpStatusCode.OK, usr);
var cookie = new CookieHeaderValue("Session-id", "12345");
cookie.Domain = Request.RequestUri.Host;
cookie.Path = "/";
//cookie.
response.Headers.AddCookies(new CookieHeaderValue[] { cookie });
return(response);
}
}
public SieveParametersManager(SoilSample _soil)
{
Soil = _soil;
FinesSize = 0.063;
_estimator = new TwoPointEstimator();
_derivative = new Derivative(x => _estimator.Estimate(x), 0.00001);
WithUpdate = true;
}
/*
* public double GetFines(SoilSample input)
* {
* if (input.SieveParameter.FineGrainSize != 0.075)
* {
* var sieveManager = new SieveParametersManager(input) { WithUpdate = false, FinesSize = 0.075 };
* return sieveManager.GetSieveParameters().FineGrainAmount;
* }
* else
* {
* return input.SieveParameter.FineGrainAmount;
* }
* }*/
public double GetGrain(SoilSample input, double grain)
{
var sieveManager = new SieveParametersManager(input)
{
WithUpdate = false, FinesSize = 0.075
};
return(sieveManager.EstimateGrain(grain));
}
public string StartClassification(SoilSample input, double determinant)
{
var actions = _classifies.Zip(_ranges, (x, y) => new { range = y, actionClass = x }).OrderBy(n => n.range);
foreach (var action in actions)
{
if (determinant < action.range)
{
return(action.actionClass.GetClass());
}
}
return(_classifies.Last().GetClass());
}
public SizeClass(SoilSample soil, double grain, IEnumerable <IClassify <string> > classifies, IEnumerable <double> ranges)
{
var a = ranges.Count();
var b = classifies.Count();
if (ranges.Count() + 1 == classifies.Count())
{
_classifies = classifies;
_ranges = ranges;
_soil = soil;
_grain = grain;
}
else
{
throw new System.Exception();
}
}
public BasicClassificationManager(SoilSample soil, AttenbergLimits limits)
{
SoilSample = soil;
AttenbergLimits = limits;
}
public GradeClass(SoilSample soil, string mainClass, double uniformity)
{
_mainClass = mainClass;
_uniformity = uniformity;
_soil = soil;
}
