/// <summary>
/// 粗く定義されるOldのListとPropと同じ間隔のNewのListを引数にしてPropを出力
/// </summary>
/// <param name="Old">粗く定義されている断面</param>
/// <param name="New">n個で定義されている断面Propに代入</param>
/// <returns>Propのコンストラクタをreturn</returns>
public void Transration(ref Prop prop, List <WingSection> Old)
{
//中間出力用のList<WingSection>,Propの分割数だけ配列作成
List <WingSection> New = new List <WingSection>();
for (int i = 0; i < Prop.n; i++)
{
New.Add(new WingSection());
}
var ZeroLiftAlpha_deg_known = new Dictionary <double, double>(); //ゼロ揚力角[deg]
var DCl_dAlpha_known = new Dictionary <double, double>(); //揚力傾斜
var MaxCl_known = new Dictionary <double, double>(); //最大Cl
var MinCl_known = new Dictionary <double, double>(); //最小Cl
var MinCd_known = new Dictionary <double, double>(); //最小Cd
var ClatMinCd_known = new Dictionary <double, double>(); //最小Cd時のCl
var DCd_dCl2_known = new Dictionary <double, double>(); //二階微分
var Reref_known = new Dictionary <double, double>(); //Reの参照部
var Reexp_known = new Dictionary <double, double>(); //Reの指数部
var Cm_known = new Dictionary <double, double>(); //翼型Cm
var Mcrit_known = new Dictionary <double, double>();
var CL_known = new Dictionary <double, double>(); //CLこれを補間したい。後はオマケ
var Thickness_known = new Dictionary <double, double>();
for (int i = 0; i < Old.Count; i++)
{
ZeroLiftAlpha_deg_known.Add(Old[i].Position, Old[i].ZeroLiftAlpha_deg);
DCl_dAlpha_known.Add(Old[i].Position, Old[i].DCl_dAlpha);
MaxCl_known.Add(Old[i].Position, Old[i].MaxCl);
MinCl_known.Add(Old[i].Position, Old[i].MinCl);
MinCd_known.Add(Old[i].Position, Old[i].MinCd);
ClatMinCd_known.Add(Old[i].Position, Old[i].ClatMinCd);
DCd_dCl2_known.Add(Old[i].Position, Old[i].DCd_dCl2);
Reref_known.Add(Old[i].Position, Old[i].Reref);
Reexp_known.Add(Old[i].Position, Old[i].Reexp);
Mcrit_known.Add(Old[i].Position, Old[i].Mcrit);
CL_known.Add(Old[i].Position, Old[i].Cl);
Thickness_known.Add(Old[i].Position, Old[i].Thickness);
}
var ZeroLiftAlpha_deg_scaler = new SplineInterpolator(ZeroLiftAlpha_deg_known);
var DCl_dAlpha_scaler = new SplineInterpolator(DCl_dAlpha_known);
var MaxCl_scaler = new SplineInterpolator(MaxCl_known);
var MinCl_scaler = new SplineInterpolator(MinCl_known);
var MinCd_scaler = new SplineInterpolator(MinCd_known);
var ClatMinCd_scaler = new SplineInterpolator(ClatMinCd_known);
var DCd_dCl2_scaler = new SplineInterpolator(DCd_dCl2_known);
var Reref_scaler = new SplineInterpolator(Reref_known);
var Reexp_scaler = new SplineInterpolator(Reexp_known);
var Mcrit_scaler = new SplineInterpolator(Mcrit_known);
var CL_scaler = new SplineInterpolator(CL_known);
var Thickness_scaler = new SplineInterpolator(Thickness_known);
double start = MaxCl_known.First().Key;
double end = MaxCl_known.Last().Key;
double step = (end - start) / prop.n_number;
int iter = 0;
for (double x = start + 0.00000000001, i = 0; x <= end; x += step, i++)
{
iter = (int)i;
New[iter].Position = (double)iter / (double)(prop.n_number - 1)
* (prop.Radius - prop.Radius_in) + prop.Radius_in;
//New[iter].ZeroLiftAlpha_deg = ZeroLiftAlpha_deg_scaler.GetValue(x);
//New[iter].DCl_dAlpha = DCl_dAlpha_scaler.GetValue(x);
//New[iter].MaxCl = MaxCl_scaler.GetValue(x);
//New[iter].MinCl = MinCl_scaler.GetValue(x);
//New[iter].MinCd = MinCd_scaler.GetValue(x);
//New[iter].ClatMinCd = ClatMinCd_scaler.GetValue(x);
//New[iter].DCd_dCl2 = DCd_dCl2_scaler.GetValue(x);
//New[iter].Reref = Reref_scaler.GetValue(x);
//New[iter].Reexp = Reexp_scaler.GetValue(x);
//New[iter].Mcrit = Mcrit_scaler.GetValue(x);
New[iter].ZeroLiftAlpha_deg = ZeroLiftAlpha_deg_scaler.GetLinearValue(x);
New[iter].DCl_dAlpha = DCl_dAlpha_scaler.GetLinearValue(x);
New[iter].MaxCl = MaxCl_scaler.GetLinearValue(x);
New[iter].MinCl = MinCl_scaler.GetLinearValue(x);
New[iter].MinCd = MinCd_scaler.GetLinearValue(x);
New[iter].ClatMinCd = ClatMinCd_scaler.GetLinearValue(x);
New[iter].DCd_dCl2 = DCd_dCl2_scaler.GetLinearValue(x);
New[iter].Reref = Reref_scaler.GetLinearValue(x);
New[iter].Reexp = Reexp_scaler.GetLinearValue(x);
New[iter].Mcrit = Mcrit_scaler.GetLinearValue(x);
New[iter].Cl = CL_scaler.GetLinearValue(x);
New[iter].Thickness = Thickness_scaler.GetLinearValue(x);
prop.CLs[iter] = New[iter].Cl;
prop.CDs[iter] = New[iter].Get_Cd();
prop.AOAs[iter] = New[iter].Get_Alpha(); //順番が大事。CLの後にAlpha
//レイノルズ数は未考慮
prop.thickness[iter] = New[iter].Thickness;
}
//return prop;
}
/// <summary>
/// PropのCSV出力
/// # header
/// Inaprop version
/// 各種パラメータ
/// # recorder
/// 分布にそった値
/// </summary>
/// <param name="prop"></param>
private void exportCSVprop(Prop prop, int partition, double start = 0)
{
if (partition < 2 || start < 0 || start > prop.Radius)
{
MessageBox.Show("Invalid value", "Error",
MessageBoxButtons.OK, MessageBoxIcon.Error);
}
// File Open
string stCurrentDir = System.IO.Directory.GetCurrentDirectory();
string exportPath = "/";
string exportName = prop.Name;
System.Text.Encoding enc = System.Text.Encoding.GetEncoding("Shift_JIS");
// 開く2つ目の引数は上書きか追加か
System.IO.StreamWriter sr = new System.IO.StreamWriter(stCurrentDir + exportPath + exportName + ".csv", true, enc);
// Header
//sr.WriteLine("Inaprop ver." + this.ProductVersion);
//sr.WriteLine("----");
sr.WriteLine("Number of blades" + "," + prop.Blade);
sr.WriteLine("radius(m)" + "," + prop.Radius);
sr.WriteLine("thrust(N)" + "," + prop.Thrust);
sr.WriteLine("Power(W)" + "," + prop.Power);
sr.WriteLine("Efficiency(%)" + "," + prop.Efficiency);
sr.WriteLine("speed(m/s)" + "," + prop.Uinf);
sr.WriteLine("rpm" + "," + prop.Rpm);
sr.WriteLine("hub rad.(m)" + "," + prop.Radius_in);
sr.WriteLine("air density(kg/m3)" + "," + prop.Rho);
sr.WriteLine("kinematic viscosity coeff.(kg/m-s)" + "," + prop.Nu);
sr.WriteLine("design METHOD" + "," + prop.Method);
sr.WriteLine("====");
// 出力用変数定義
double[] radius = new double[partition];
double[] chord = new double[partition];
double[] phi_deg = new double[partition];
double[] gamma = new double[partition];
double[] reinolds = new double[partition];
double[] Cl = new double[partition];
double[] Cd = new double[partition];
double[] thickness = new double[partition];
//partitionが分割数、divisionが何個の分割の山があるか
int division = partition - 1;
//prop.Rがn+1の配列を持っているので他のと合わせる必要がある
double[] radius_prop = new double[Prop.n];
for (int i = 0; i < Prop.n; i++)
{
radius_prop[i] = prop.R[i];
}
//補間
if (partition == Prop.n)
{
radius = radius_prop; //参照コピー、値をコピーならprop.R.CopyTo(radius);
chord = prop.ci;
phi_deg = prop.phi;
gamma = prop.gamma;
reinolds = prop.Re;
Cl = prop.CLs;
Cd = prop.CDs;
thickness = prop.thickness;
}
else
{
radius = Spline_Interpolate(radius_prop, radius_prop, partition, start);
//radius = Spline_Interpolate(prop.R, prop.R, partition, start);
chord = Spline_Interpolate(radius_prop, prop.ci, partition, start);
phi_deg = Spline_Interpolate(radius_prop, prop.phi, partition, start);
gamma = Spline_Interpolate(radius_prop, prop.gamma, partition, start);
reinolds = Spline_Interpolate(radius_prop, prop.Re, partition, start);
Cl = Spline_Interpolate(radius_prop, prop.CLs, partition, start);
Cd = Spline_Interpolate(radius_prop, prop.CDs, partition, start);
thickness = Spline_Interpolate(radius_prop, prop.thickness, partition, start);
}
// レコード
string[] parameterName = { "Position(m)", "chord(m)", "phi(deg)", "gamma", "Re", "CL", "CD", "Thickness" };
string s = string.Join(",", parameterName);
sr.WriteLine(s);
for (int i = 0; i < partition; i++)
{
string[] s1 = { radius[i].ToString("F3"), chord[i].ToString("F3"), phi_deg[i].ToString("F2"),
gamma[i].ToString("F3"), reinolds[i].ToString("F1"),
Cl[i].ToString("F2"), Cd[i].ToString("F2"),
(thickness[i] * chord[i]).ToString("F3") };
string s2 = string.Join(",", s1);
sr.WriteLine(s2);
}
//フィイルクローズ
sr.Close();
}
