static void RunExperimenets(List <ImageArea> areas, Mat.Indexer <Vec3b> indexer, int exp_num = 1)
{
Param A_ = DBConnector.GetParam("Больший радиус"),
B_ = DBConnector.GetParam("Меньший радиус"),
count_ = DBConnector.GetParam("Количество точек");
A_.Max = 10;
B_.Max = 8;
count_.Max = 16;
int test_num = 1;
foreach (var a in A_.AsEnumerable())
{
foreach (var b in B_.AsEnumerable())
{
foreach (var c in count_.AsEnumerable())
{
Console.WriteLine($"test {test_num}/{A_.count * B_.count * count_.count}");
var exp = new Experement()
{
ExperimentNumber = exp_num, TestNubmer = test_num
};
DBConnector.CreateItem(exp);
DBConnector.CreateList(new List <ExperimentPlan>()
{
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = A_.Code, ValueParameter = a
},
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = B_.Code, ValueParameter = b
},
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = count_.Code, ValueParameter = c
},
});
var results = MakeExperemnt(a, b, c, areas, exp, indexer);
DBConnector.CreateList(results);
test_num++;
}
}
}
}
void RunExperimenets(List <ImageArea> areas, Mat.Indexer <Vec3b> indexer, int exp_num = 1)
{
Param A = new Param()
{
Min = (int)numericUpDownAFrom.Value,
Max = (int)numericUpDownATo.Value,
Step = (int)numericUpDownAStep.Value,
Code = "1"
};
Param B = new Param()
{
Min = (int)numericUpDownBFrom.Value,
Max = (int)numericUpDownBTo.Value,
Step = (int)numericUpDownBStep.Value,
Code = "2"
};
Param PCount = new Param()
{
Min = (int)numericUpDownPFrom.Value,
Max = (int)numericUpDownPTo.Value,
Step = (int)numericUpDownPStep.Value,
Code = "3"
};
this.labelExpNum.Invoke(new Action(() => { labelExpNum.Text = exp_num.ToString(); }));
int test_num = 1;
foreach (var a in A.AsEnumerable())
{
foreach (var b in B.AsEnumerable())
{
foreach (var c in PCount.AsEnumerable())
{
this.labelCurrentIteration.Invoke(new Action(() => { labelCurrentIteration.Text = test_num.ToString(); }));
var exp = new Experement()
{
ExperimentNumber = exp_num, TestNubmer = test_num
};
DBConnector.CreateItem(exp);
DBConnector.CreateList(new List <ExperimentPlan>()
{
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = A.Code, ValueParameter = a
},
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = B.Code, ValueParameter = b
},
new ExperimentPlan()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, CodeParameter = PCount.Code, ValueParameter = c
},
});
var results = ConsoleApp.Program.MakeExperemnt(a, b, c, areas, exp, indexer);
DBConnector.CreateList(results);
test_num++;
}
}
}
}
public static List <ExperimentResult> MakeExperemnt(int A, int B, int count, List <ImageArea> areas, Experement exp, Mat.Indexer <Vec3b> indexer)
{
Console.WriteLine($"{A} {B} {count}");
var lbp = new LBPProcessor(A, B, count);
List <Tuple <RGBHistogramm <uint>, ImageArea> > histogramm_list = new List <Tuple <RGBHistogramm <uint>, ImageArea> >();
foreach (ImageArea row in areas)
{
histogramm_list.Add(new Tuple <RGBHistogramm <uint>, ImageArea>(lbp.CalcHistogramForArea(row.X1, row.Y1, row.h, row.w, indexer), row));
}
List <ExperimentResult> results = new List <ExperimentResult>();
foreach (var histogram in histogramm_list)
{
var hist = histogram.Item1;
var area = histogram.Item2;
string defect = area.IsDefect ? "-" : "";
var distanseR = hist.R.Distanse(histogramm_list[1].Item1.R);
var distanseG = hist.G.Distanse(histogramm_list[1].Item1.G);
var distanseB = hist.B.Distanse(histogramm_list[1].Item1.B);
var summa = distanseR + distanseG + distanseB;
results.Add(new ExperimentResult()
{
ExperimentNumber = exp.ExperimentNumber, TestNubmer = exp.TestNubmer, IdArea = area.Id, DefectPower = summa
});
//Console.WriteLine($"{area.X1,3}, {area.Y1,3}: {summa,3} {defect,2} {threshold,2}");
}
return(results);
}
