private void SetMinimumOf_ρ_and_Max()
{
minOf_ρ = new Generate_ρ_LineForDiagram(_material);
minOf_ρ.αcc = αcc;
minOf_ρ.λ = λ;
minOf_ρ.η = η;
minOf_ρ.ratio_d_and_h = ratio_d_and_h;
minOf_ρ.ratio_d1_and_h = ratio_d1_and_h;
minOf_ρ.ρ = 0.004;
minOf_ρ.GetLineForDiagram();
maxOf_ρ = new Generate_ρ_LineForDiagram(_material);
maxOf_ρ.αcc = αcc;
maxOf_ρ.λ = λ;
maxOf_ρ.η = η;
maxOf_ρ.ratio_d_and_h = ratio_d_and_h;
maxOf_ρ.ratio_d1_and_h = ratio_d1_and_h;
maxOf_ρ.ρ = 0.04;
maxOf_ρ.GetLineForDiagram();
searchingOf_ρ = new Generate_ρ_LineForDiagram(_material);
searchingOf_ρ.αcc = αcc;
searchingOf_ρ.λ = λ;
searchingOf_ρ.η = η;
searchingOf_ρ.ratio_d_and_h = ratio_d_and_h;
searchingOf_ρ.ratio_d1_and_h = ratio_d1_and_h;
}
private int CheckDiagram(Generate_ρ_LineForDiagram toCheck, double Mbh, double NbhPower2, int percision = 3)
{
toCheck.GetLineForDiagram();
var test = toCheck.ListOfDotsInLineOfDiagram;
var NmaxOfM = test.Single(m => m.Mbh == test.Max(n => n.Mbh)).NbhPower2;
if (NbhPower2 >= NmaxOfM)
{
test.RemoveAll(n => n.NbhPower2 < NmaxOfM);
var closestItemByM = test
.Aggregate((x, y) => Math.Abs(x.Mbh - Mbh) < Math.Abs(y.Mbh - Mbh) ? x : y);
if (
(Math.Round(Mbh, percision) >= Math.Round(closestItemByM.Mbh, percision) && Math.Round(closestItemByM.Mbh, percision) <= Math.Round(Mbh, percision))
&&
(Math.Round(NbhPower2, percision) >= Math.Round(closestItemByM.NbhPower2, percision) && Math.Round(closestItemByM.NbhPower2, percision) >= Math.Round(NbhPower2, percision)))
{
return(0);
}
else if (closestItemByM.NbhPower2 > NbhPower2)
{
return(1);
}
else
{
return(2);
}
}
else
{
test.RemoveAll(n => n.NbhPower2 > NmaxOfM);
var closestItemByM = test
.Aggregate((x, y) => Math.Abs(x.Mbh - Mbh) < Math.Abs(y.Mbh - Mbh) ? x : y);
if (
(Math.Round(Mbh, percision) >= Math.Round(closestItemByM.Mbh, percision) && Math.Round(closestItemByM.Mbh, percision) <= Math.Round(Mbh, percision))
&&
(Math.Round(NbhPower2, percision) >= Math.Round(closestItemByM.NbhPower2, percision) && Math.Round(closestItemByM.NbhPower2, percision) >= Math.Round(NbhPower2, percision)))
{
return(0);
}
else if (closestItemByM.NbhPower2 < NbhPower2)
{
return(1);
}
else
{
return(2);
}
}
}
private int CheckDiagram(Generate_ρ_LineForDiagram toCheck, double Mbh, double NbhPower2)
{
toCheck.GetLineForDiagram();
var test = toCheck.ListOfDotsInLineOfDiagram;
var NmaxOfM = test.Single(m => m.Mbh == test.Max(n => n.Mbh)).NbhPower2;
if (NbhPower2 >= NmaxOfM)
{
test.RemoveAll(n => n.NbhPower2 < NmaxOfM);
var closestItemByM = test
.Aggregate((x, y) => Math.Abs(x.Mbh - Mbh) < Math.Abs(y.Mbh - Mbh) ? x : y);
if (
(Mbh - 0.05 >= closestItemByM.Mbh && closestItemByM.Mbh <= Mbh + 0.05)
&&
(NbhPower2 - 0.05 >= closestItemByM.NbhPower2 && closestItemByM.NbhPower2 >= NbhPower2 + 0.05))
{
return(0);
}
else if (closestItemByM.NbhPower2 > NbhPower2)
{
return(1);
}
else
{
return(2);
}
}
else
{
test.RemoveAll(n => n.NbhPower2 > NmaxOfM);
var closestItemByM = test
.Aggregate((x, y) => Math.Abs(x.Mbh - Mbh) < Math.Abs(y.Mbh - Mbh) ? x : y);
if (
(Mbh - 0.02 >= closestItemByM.Mbh && closestItemByM.Mbh <= Mbh + 0.02)
&&
(NbhPower2 - 0.02 >= closestItemByM.NbhPower2 && closestItemByM.NbhPower2 >= NbhPower2 + 0.02))
{
return(0);
}
else if (closestItemByM.NbhPower2 < NbhPower2)
{
return(1);
}
else
{
return(2);
}
}
}
private static void testqq()
{
var m = new Material()
{
beton = TabeleEC2.BetonClasses.GetBetonClassListEC().First(n => n.name == "C30/37"),
armatura = ReinforcementType.GetArmatura().First(n => n.name == "B500B"),
};
var s = new Generate_ρ_LineForDiagram(m);
var r = s.ListOfDotsInLineOfDiagram;
}
private void testqq()
{
var m = new Material()
{
beton = TabeleEC2.BetonClasses.GetBetonClassListEC().First(n => n.name == "C30/37"),
armatura = ReinforcementType.GetArmatura().First(n => n.name == "B500B"),
};
var s = new Generate_ρ_LineForDiagram(m);
s.GetLineForDiagram();
var r = s.ListOfDotsInLineOfDiagram;
var points = r.Select(n => new Point(n.Mbh, n.NbhPower2)).AsEnumerable();
var l = new List <IEnumerable <Point> >();
l.Add(points);
list.ItemsSource = l;
}
