private void CalculateW_PL()
{
S_land = Double.Parse(txt_Slanding.Text);
W_S_TO_L_list = new Double[4];
Clmax_L = Double.Parse(txt_Clmax_L.Text);
AltitudeCalculator.CalcAtmos(txt_H_landing.Text, cmb_H_landing);
Wl_Wto = Double.Parse(txt_Wl_Wto.Text);
if (cmb_Top.Text == "Top23")
{
V_sl = Math.Round(Math.Sqrt(S_land / 0.265) * 1.688, 1);
}
else
{
Double Va = Math.Sqrt(S_land / 0.3);
V_sl = Va * 1.688 / 1.3;
}
for (int i = 0; i < 4; i++)
{
W_S_TO_L_list[i] = Math.Round(Math.Pow(V_sl, 2) * Clmax_L * AltitudeCalculator.rho_h * 0.0019412449 * 0.5 / Wl_Wto, 1);
Clmax_L = Clmax_L + 0.3;
}
listBox1.DataSource = W_S_TO_L_list;
label5.Text = V_sl.ToString();
}
private void VmaxEst()
{
Vmax1_set = new List <double>();
AltitudeCalculator.CalcAtmos(txt_Height_cr.Text, cmbHeight_cr);
CalculateK();
int i = 0;
while (i < W_surf.Length)
{
Double abc = Vmax_Prop.Perf_Vmax_Prop(W_surf[i], K, CDmin, Wto_guess, 0.75 * MinPow, PropEffi);
Vmax1_set.Add(Math.Round(abc / 1.688, 0));
i += 1;
}
Max_V = new Double[8, 8];
for (int j = 0; j < Vmax1_set.Count(); j += 1)
{
for (int k = 0; k < Vmax1_set.Count(); k += 1)
{
Max_V[k, j] = Vmax1_set[k];
}
}
for (int m = 0; m < Max_V.GetLength(0); m++)
{
string[] row = new string[Max_V.GetLength(1)];
for (int j = 0; j < Max_V.GetLength(1); j++)
{
row[j] = Max_V[j, m].ToString();
}
dataGridView2.Rows.Add(row);
}
}
private void CalculateCR_T_W()
{
AltitudeCalculator.CalcAtmos(txt_Hcr.Text, cmb_Hcr);
T_W_TO_Cr_list = new Double[5];
a_h = AltitudeCalculator.a_h;
Vcr = Double.Parse(txt_Vcr.Text) * a_h / 0.3048;
q_cr = Math.Round(Math.Pow(Vcr, 2) * 0.5 * AltitudeCalculator.rho_h * 0.0019412449, 1);
CalculateCd0();
Double ab = Math.Round((C_d0 + 0.0005) * q_cr, 2);
Double cd;
e_clean = Double.Parse(txt_eClean.Text);
if (Vcr != 0)
{
cd = Math.Round(Math.PI * AR * e_clean * q_cr, 0);
}
else
{
cd = 1;
}
for (int i = 0; i < W_S_list.Length; i++)
{
T_W_TO_Cr_list[i] = Math.Round(((ab / W_S_list[i]) + (W_S_list[i] / cd)) / 0.23, 2);
}
}
private void ThrustToWeightCeiling()
{
try
{
Pbhp_ceiling_set = new List <double>();
Double ROc_cl = 100 / 60;
AltitudeCalculator.CalcAtmos(txt_Height_cl.Text, cmbHeight_cl);
CalculateK();
Double rho = Math.Round(AltitudeCalculator.rho_h * 0.00194122449, 6);
Double i = 5;
while (i <= 60)
{
Double Vy = Math.Sqrt((2 / rho) * i * Math.Sqrt(K / (3 * CDmin)));
T_W_ceiling = Math.Round((ROc_cl / Vy) + 4 * Math.Sqrt(K * CDmin / 3), 5);
Double P_cr = Double.Parse(txt_Wto_est.Text) * Vy * T_W_ceiling / (550 * Double.Parse(txt_PropEff.Text));
Pbhp_ceiling = Math.Round(P_cr / (1.132 * rho / rho_sl - 0.132), 1);
if (Double.IsInfinity(Pbhp_ceiling))
{
Pbhp_ceiling = 0;
}
Pbhp_ceiling_set.Add(Pbhp_ceiling);
i = i + 5;
}
LoadGraph();
}
catch
{
return;
}
}
private void CalculateLD_T_W()
{
T_W_TO_L_list = new Double[5];
Clmax_L = Double.Parse(txt_Clmax_L.Text);
S_land = Double.Parse(txt_Slanding.Text);
V_sl = Math.Round(Math.Sqrt(S_land / (0.3 * 1.69)), 1);
AltitudeCalculator.CalcAtmos(txt_H_landing.Text, cmb_H_landing);
Wl_Wto = Double.Parse(txt_Wl_Wto.Text);
rhoh = AltitudeCalculator.rho_h;
GetTempRatio();
Double abc = Math.Round(Math.Pow(V_sl * 1.688, 2) * 0.5 * rhoh * 0.0019412449 / Temp_Ratio, 1);
for (int i = 0; i < 4; i++)
{
T_W_TO_L_list[i] = Math.Round(abc * Clmax_L / Wl_Wto, 1);
Clmax_L = Clmax_L + 0.4;
}
listBox1.DataSource = T_W_TO_L_list;
label1.Text = abc.ToString();
LoadCarpetPlot();
}
private void txt_ROC_TextChanged(object sender, EventArgs e)
{
try
{
AltitudeCalculator.CalcAtmos(txt_Height_cr.Text, cmbHeight_cr);
ThrustToWeightClimb();
}
catch
{
return;
}
}
private void CalculateW_P_TO()
{
//dataGridView1.Rows.Clear();
W_P_TO = new double[5, 5];
List <Double> xlist = new List <double>();
Sto = Double.Parse(txt_Sto.Text);
Hto = Double.Parse(txt_H_to.Text);
AltitudeCalculator.CalcAtmos(txt_H_to.Text, cmb_Hto);
Double rhorel = AltitudeCalculator.rho_h * 0.0019412449 / rho0;
Double a1 = 0.009;
Double b1 = 4.9;
Double c1 = -Sto;
Double inner = Math.Sqrt(Math.Pow(b1, 2) - 4 * a1 * c1);
Double x1 = Math.Round((-b1 - inner) / (2 * a1), 1);
Double Top23 = Math.Round((-b1 + inner) / (2 * a1), 1);
Double ans = Top23 * AltitudeCalculator.rel_rho_h;
label1.Text = "Top23 is " + ans.ToString();
for (int i = 0; i < W_S_list.Length; i++)
{
for (int j = 0; j < ClmaxTO_list.Length; j++)
{
WpTO = Top23 * rhorel * ClmaxTO_list[j] / W_S_list[i];
W_P_TO[i, j] = Math.Round(WpTO, 1);
}
}
label1.Text = Top23.ToString();
for (int i = 0; i < W_P_TO.GetLength(0); i++)
{
string[] row = new string[W_P_TO.GetLength(1)];
for (int j = 0; j < W_P_TO.GetLength(1); j++)
{
row[j] = W_P_TO[j, i].ToString();
}
//dataGridView1.Rows.Add(row);
}
LoadCarpetPlot();
}
private void CalculateLopt()
{
GetParameters();
L_opt = Math.Round(K_c * Math.Sqrt((4 * MAC_w * S_w * V_h) / (Math.PI * Df_max)), 3);
S_h = Math.Round(MAC_w * S_w * V_h / L_opt, 3);
AltitudeCalculator.CalcAtmos(txt_Hcr.Text, cmb_Hcr);
Cl = Math.Round(2 * W_to * 9.81 / (AltitudeCalculator.rho_h * Math.Pow(V_c, 2) * S_w), 3);
Cm_0_wf = Math.Round((Cm_0 * (AR * Math.Pow(Math.Cos(sw_angle_w / 57.3), 2)) / (AR + 2 * Math.Cos(sw_angle_w / 57.3))) + 0.01 * alpha_twist, 3);
L_f = Math.Round(L_opt / l_L, 3);
X_cg = Math.Round(X_ac_wf * MAC_w - cg_ac_distance, 3);
X_cg_w = Math.Round(X_cg / MAC_w, 3);
Cl_h = Math.Round((Cm_0_wf + Cl * (X_cg - X_ac_wf)) / V_h, 3);
Cl_ah_3D = Math.Round(Cl_ah_2D / (1 + (Cl_ah_2D / (3.14 * AR_h))), 2);
//a_h = Math.Round((Cl_h / Cl_ah_3D)*57.3,2);
AR_h = Math.Round(2 * AR / 3, 1);
txt_Lopt.Text = L_opt.ToString();
txt_Sh.Text = S_h.ToString();
txt_Cl.Text = Cl.ToString();
txt_Cm0wf.Text = Cm_0_wf.ToString();
txt_Lf.Text = L_f.ToString();
txt_Xcg.Text = X_cg.ToString();
txt_X_cg_h.Text = X_cg_w.ToString();
txt_Cl_h.Text = Cl_h.ToString();
txt_Cla3D.Text = Cl_ah_3D.ToString();
//txt_ah.Text = a_h.ToString();
a_h = Double.Parse(txt_ah.Text);
}
private void CalculateTO_T_W()
{
dataGridView1.Rows.Clear();
T_W_TO = new double[5, 5];
GetTempRatio();
Sto = Double.Parse(txt_H_to.Text);
AltitudeCalculator.CalcAtmos(txt_H_to.Text, cmb_Hto);
P_h = AltitudeCalculator.P_h;
Pressrel = P_h / P_0;
Double abc = Math.Round(37.5 / (Press_Ratio * Sto), 5);
for (int i = 0; i < W_S_list.Length; i++)
{
for (int j = 0; j < ClmaxTO_list.Length; j++)
{
TWTO = abc * 1.17 * W_S_list[i] / ClmaxTO_list[j];
T_W_TO[i, j] = Math.Round(TWTO, 2);
}
}
for (int i = 0; i < T_W_TO.GetLength(0); i++)
{
string[] row = new string[T_W_TO.GetLength(1)];
for (int j = 0; j < T_W_TO.GetLength(1); j++)
{
row[j] = T_W_TO[j, i].ToString();
}
dataGridView1.Rows.Add(row);
}
label1.Text = ClmaxTO_list[0].ToString();
}
private void CalculateW_P_cr()
{
Ip = Double.Parse(txt_PwIndex.Text);
Hcr = Double.Parse(txt_Hcr.Text);
W_P_cr = new List <double>();
AltitudeCalculator.CalcAtmos(txt_Hcr.Text, cmb_Hcr);
Double rhorel = AltitudeCalculator.rho_h * 0.0019412449 / rho0;
for (int i = 0; i < W_S_list.Length; i++)
{
W_P_cr.Add(Math.Round(W_S_list[i] * 0.7 / (Math.Pow(Ip, 3) * rhorel), 1));
}
//label1.Text = (Math.Pow(Ip, 3) * rhorel).ToString();
//listBox1.DataSource = W_P_cr;
LoadCarpetPlot();
}
private void CalculateW_PL()
{
S_land = Double.Parse(txt_Slanding.Text);
W_S_TO_L_list = new Double[4];
Clmax_L = Double.Parse(txt_Clmax_L.Text);
AltitudeCalculator.CalcAtmos(txt_H_landing.Text, cmb_H_landing);
Wl_Wto = Double.Parse(txt_Wl_Wto.Text);
V_sl = Math.Round(Math.Sqrt(S_land / 0.265) * 1.688, 1);
for (int i = 0; i < 4; i++)
{
W_S_TO_L_list[i] = Math.Round(Math.Pow(V_sl, 2) * Clmax_L * AltitudeCalculator.rho_h * 0.0019412449 * 0.5 / Wl_Wto, 1);
Clmax_L = Clmax_L + 0.3;
}
LoadCarpetPlot();
}
private void CalculateCL_T_W()
{
RC = 8.33;
CalculateCd0();
CalculateCR_T_W();
AltitudeCalculator.CalcAtmos(txt_Hcr.Text, cmb_Hcr);
Vcr_cl = Math.Round(Double.Parse(txt_Vcr.Text) * AltitudeCalculator.a_h / 0.3048, 0);
Double Cl_cl = Math.Round(W_to / (q_cr * Sw), 2);
Double CD_cl = Math.Round(C_d0 + Math.Pow(Cl_cl, 2) / (AR * Math.PI * 0.8), 4);
Double LD_cl = Math.Round(Cl_cl / CD_cl, 1);
T_W_cl = Math.Round(((RC / Vcr_cl) + (1 / LD_cl)) / 0.23, 2);
LoadCarpetPlot();
label1.Text = T_W_cl.ToString();
}
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
private void Calculate_RCP()
{
Vso_fps = new List <double>();
Vso_knots = new List <double>();
RCP_list = new List <double>();
RC_list = new List <double>();
AltitudeCalculator.CalcAtmos(txt_H_to.Text, cmb_Hto);
rhoh = AltitudeCalculator.rho_h * 0.0019412449;
for (int i = 0; i < W_S_list.Length; i++)
{
Double Vso = Math.Round(Math.Sqrt(2 * W_S_list[i] / (rhoh * Clmax)), 0);
Vso_fps.Add(Vso);
Vso_knots.Add(Math.Round(Vso / 1.688, 0));
FAR_2367 = Math.Round(0.027 * Math.Pow(Vso / 1.688, 2), 0);
RC_list.Add(FAR_2367);
RCP_list.Add(Math.Round(FAR_2367 / 33000, 4));
}
//listBox1.DataSource = RCP_list;
}
public void txt_Height_cr_TextChanged(object sender, EventArgs e)
{
try
{
AltitudeCalculator.CalcAtmos(txt_Height_cr.Text, cmbHeight_cr);
ThrustToWeightCruise();
ThrustToWeight();
ThrustToWeightMin();
txt_MinBHP.Text = MinPow.ToString();
txt_MinBHP_W_S.Text = W_S.ToString();
txt_ROC_TextChanged(sender, e);
txt_Vto_TextChanged(sender, e);
txt_Height_cl_TextChanged(sender, e);
//label33.Text = (rho/rho_sl).ToString();
}
catch
{
return;
}
}
//:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
// DYNAMIC ENTRY FUNCTIONS
//==========================================================================================================
private void txt_Height_cl_TextChanged(object sender, EventArgs e)
{
try
{
dataGridView1.Rows.Clear();
dataGridView2.Rows.Clear();
ThrustToWeightCeiling();
ClmaxGraph();
ClmaxGraph2();
AltitudeCalculator.CalcAtmos(txt_Height_cr.Text, cmbHeight_cr);
PropEfficiency.PropEff(MinPow, Vcr, Math.Round(AltitudeCalculator.rho_h * 0.00194122449, 6), 78 / 12, 0.85);
txt_PropEfficiency.Text = PropEffi.ToString();
VmaxEst();
CarpetPlot();
LoadCarpetPlot();
}
catch
{
return;
}
}
private void CalculateCd0()
{
try
{
CalculateWetArea();
Double sum = 0;
for (int i = 0; i < W_S_list.Length; i++)
{
sum = sum + W_S_list[i];
}
Double avg = sum / W_S_list.Length;
C_d0 = Math.Round(f * avg / W_to, 4);
label1.Text = "Cd0 is " + C_d0.ToString();
AR = Double.Parse(txt_AR.Text);
e = Double.Parse(txt_e.Text);
np = Double.Parse(txt_np.Text);
Double Cd_0_TO_flaps = Double.Parse(txt_TOflaps.Text);
Double Cd_0_L_flaps = Double.Parse(txt_Lflaps.Text);
Double Cd_0_L_gears = Double.Parse(txt_Lgears.Text);
Double Cd_0_Stop_prop = Double.Parse(txt_Stop_prop.Text);
Cl_climb = ClmaxTO - 0.2;
Double CD = C_d0 + Cd_0_TO_flaps + Math.Pow(Cl_climb, 2) / (Math.PI * AR * e);
L_D = Math.Round(Cl_climb / CD, 1);
W_P_TO_2365_RC = new List <double>();
W_P_TO_2365_CGR = new List <double>();
W_P_TO_2367 = new List <double>();
W_P_TO_2377 = new List <double>();
CL32_CD = Math.Round(1.345 * Math.Pow(AR * e, 0.75) / Math.Pow(C_d0 + Cd_0_TO_flaps, 0.25), 1);
Double CL32_CD_stop = Math.Round(1.345 * Math.Pow(AR * e, 0.75) / Math.Pow(C_d0 + Cd_0_Stop_prop, 0.25), 1);
Double CGR = 0.0833;
Double CGR_2377 = 0.0333;
Double Clmax_L = 2;
Double Cl_Land = Clmax_L - 0.2;
Double CD_Land = C_d0 + Cd_0_L_flaps + Cd_0_L_gears + Math.Pow(Cl_Land, 2) / (Math.PI * AR * e);
Double L_D_land = Cl_Land / CD_Land;
Double CGRP = Math.Round((CGR + 1 / L_D) / Math.Sqrt(Cl_climb), 4);
Double CGRP_2377 = Math.Round((CGR_2377 + 1 / L_D_land) / Math.Sqrt(Cl_Land), 4);
AltitudeCalculator.CalcAtmos(txt_H_to.Text, cmb_Hto);
for (int i = 0; i < W_S_list.Length; i++)
{
Double right = FAR_2365 + Math.Sqrt(W_S_list[i]) / (19 * CL32_CD * 1);
W_P_TO_2365_RC.Add(Math.Round(np / (right * 1.1), 1));
Double right2 = RCP_list[i] + Math.Sqrt(W_S_list[i]) / (19 * CL32_CD_stop * Math.Sqrt(AltitudeCalculator.rel_rho_h));
W_P_TO_2367.Add(Math.Round(np / (right2), 1));
Double right3 = 18.97 * np / (CGRP * Math.Sqrt(W_S_list[i]));
W_P_TO_2365_CGR.Add(Math.Round(right3 * 0.85, 1));
Double right4 = 18.97 * np / (CGRP_2377 * Math.Sqrt(W_S_list[i]));
W_P_TO_2377.Add(Math.Round(right4, 1));
}
LoadCarpetPlot();
//listBox1.DataSource = W_P_TO_2377;
//label1.Text = CGRP_2377.ToString();
}
catch
{
return;
}
}
public void CalculateJetWeight()
{
if (cmb_Range.Text == "nm" || cmb_Atndist.Text == "nm")
{
R = Double.Parse(txt_Range.Text);
}
else if (cmb_Range.Text == "ft" || cmb_Atndist.Text == "ft")
{
R = Double.Parse(txt_Range.Text) * 0.000164579;
}
else if (cmb_Range.Text == "m" || cmb_Atndist.Text == "m")
{
R = Double.Parse(txt_Range.Text) * 0.000539957349081371537;
}
else if (cmb_Range.Text == "km" || cmb_Atndist.Text == "km")
{
R = Double.Parse(txt_Range.Text) * 0.539957349081371537;
}
else if (cmb_Range.Text == "miles" || cmb_Atndist.Text == "miles")
{
R = Double.Parse(txt_Range.Text) * 0.86897712000001081645;
}
Hcr = Double.Parse(txt_Hcr.Text);
Vclimb = Double.Parse(txt_ClimbSpeed.Text);
ROC = Double.Parse(txt_ROC.Text);
ClimbDistance = Math.Round((Hcr / ROC) * Vclimb / 60, 1);
AltitudeCalculator.CalcAtmos(txt_Hcr.Text, cmb_Hcr);
Vcr = Double.Parse(txt_Vcr.Text);
W5 = Math.Round(1 / (Math.Exp((R - ClimbDistance) * cp / (L_D * AltitudeCalculator.a_h * Vcr * 1.943844))), 3);
L_D_ltr = Double.Parse(txt_LD_ltr.Text);
Endr = Double.Parse(txt_LtrTime.Text);
cj = Double.Parse(txt_LtrFuelEff.Text);
W_ltr = Math.Round(1 / Math.Exp(Endr * cj / L_D_ltr), 3);
R_atn = Double.Parse(txt_Atndist.Text);
L_D_atn = Double.Parse(txt_LDatn.Text);
cj_atn = Double.Parse(txt_LtrFuelEff_atn.Text);
V_atn = Double.Parse(txt_Vatn.Text);
W_atn = Math.Round(1 / (Math.Exp(R_atn * cj_atn / (L_D_atn * V_atn))), 3);
Mff = Math.Round(W1 * W2 * W3 * W4 * W5 * W6 * W7 * W_ltr * W_atn, 3);
Mres = 0;
W_f = (1 - Mff);
C = 1 - (1 + Mres) * (1 - Mff) - Mtfo;
C2 = Mff * (1 + Mres) - Mtfo - Mres;
F = Math.Round(-B * Math.Pow(Wto, 2) * (1 + Mres) * Mff / (C * Wto * (1 - B) - D), 2);
Wto_Rng = Math.Round(F * cp / (L_D * AltitudeCalculator.a_h * Vcr * 1.943844), 1);
Wto_Endr = Math.Round(F * cp / L_D, 1);
Wto_V = Math.Round(-F * R * cp / (Math.Pow(AltitudeCalculator.a_h * Vcr * 1.943844, 2) * L_D), 1);
Wto_cp = Math.Round(F * R / (L_D * AltitudeCalculator.a_h * Vcr * 1.943844), 1);
Wto_LD = Math.Round(-F * R * cp / (Math.Pow(L_D, 2) * AltitudeCalculator.a_h * Vcr * 1.943844), 1);
Wto_Ecp = Math.Round(F * Endr / (L_D), 1);
Wto_ELD = Math.Round(-F * Endr * cj / Math.Pow(L_D_ltr, 2), 1);
}