private void OnSaveResults(object sender, EventArgs e)
{
SaveFileDialog saveFileDialog = new SaveFileDialog();
saveFileDialog.Title = "Save settings in a tc file";
saveFileDialog.InitialDirectory = Directory.GetCurrentDirectory();
saveFileDialog.RestoreDirectory = true;
saveFileDialog.Filter = "Tc output file|*.tcout";
saveFileDialog.ShowDialog();
// If the file name is not an empty string open it for saving.
if (saveFileDialog.FileName != "")
{
trans_calc_input_text strin = buildInput();
trans_calc_result_text result = new trans_calc_result_text();
result.length_m_1 = res_length_m_1.Text;
result.length_ft_1 = res_length_ft_1.Text;
result.buildup_mm_1 = res_thickness_mm_1.Text;
result.R_1 = res_resistance_1.Text;
result.N_1 = res_turns_1.Text;
result.N_per_layer_1 = res_turns_per_layer_1.Text;
result.totalLayers_1 = res_totalLayers_1.Text;
result.lastLayerTurns_1 = res_lastLayerTurns_1.Text;
result.mpath_l_m = res_mpath_m.Text;
result.awg_max_current_amp_1 = res_max_current_1.Text;
result.L_1 = res_L1.Text;
result.B_max = res_Bmax.Text;
result.H = res_H.Text;
result.I_ex = res_Iex.Text;
result.permeability = res_permeability.Text;
result.weight_1 = res_weight_g1.Text;
result.length_m_2 = res_length_m_2.Text;
result.length_ft_2 = res_length_ft_2.Text;
result.buildup_mm_2 = res_thickness_mm_2.Text;
result.R_2 = res_resistance_2.Text;
result.N_2 = res_turns_2.Text;
result.N_per_layer_2 = res_turns_per_layer_2.Text;
result.totalLayers_2 = res_totalLayers_2.Text;
result.lastLayerTurns_2 = res_lastLayerTurns_2.Text;
result.awg_max_current_amp_2 = res_max_current_2.Text;
result.L_2 = res_L2.Text;
result.Vout_idle = res_Vout_idle.Text;
result.Vout_load = res_Vout_imax.Text;
result.Iout_max = res_Iout.Text;
result.total_thickness_mm = res_total_thickness_mm.Text;
result.weight_2 = res_weight_g2.Text;
result.turns_ratio = res_turns_ratio.Text;
result.wire_csa_ratio = res_csa_ratio.Text;
result.wire_total_weight = res_wire_total_mass.Text;
result.wire_weight_ratio = res_wire_weight_ratio.Text;
result.Ip_full_load = res_Ip_full_load.Text;
result.power_VA = res_powerVA.Text;
result.total_eq_R = res_total_eq_R.Text;
result.regulation = res_regulation.Text;
result.AWG1 = res_AWG1.Text;
result.AWG2 = res_AWG2.Text;
result.warnings = tc_warnings;
tc.SaveResults(strin, result, saveFileDialog.FileName);
}
}
private void runTransCalc()
{
ClearResults();
try
{
res_warnings.Text = "";
if (edit_max_temp.Text == "")
{
edit_max_temp.Text = "20";
}
if (edit_couplingCoeff.Text == "")
{
edit_couplingCoeff.Text = "1";
}
if (edit_stackingFactor.Text == "")
{
edit_stackingFactor.Text = "1";
}
trans_calc_input_text strin = buildInput();
trans_calc_result_text result = tc.Calculate(strin);
SetResultUnits();
res_length_m_1.Text = result.length_m_1;
res_length_ft_1.Text = result.length_ft_1;
res_thickness_mm_1.Text = result.buildup_mm_1;
res_resistance_1.Text = result.R_1;
res_turns_1.Text = result.N_1;
res_turns_per_layer_1.Text = result.N_per_layer_1;
res_totalLayers_1.Text = result.totalLayers_1;
res_lastLayerTurns_1.Text = result.lastLayerTurns_1;
res_mpath_m.Text = result.mpath_l_m;
res_max_current_1.Text = result.awg_max_current_amp_1;
res_L1.Text = result.L_1;
res_Bmax.Text = result.B_max;
res_H.Text = result.H;
res_Iex.Text = result.I_ex;
res_permeability.Text = result.permeability;
res_weight_g1.Text = result.weight_1;
res_length_m_2.Text = result.length_m_2;
res_length_ft_2.Text = result.length_ft_2;
res_thickness_mm_2.Text = result.buildup_mm_2;
res_resistance_2.Text = result.R_2;
res_turns_2.Text = result.N_2;
res_turns_per_layer_2.Text = result.N_per_layer_2;
res_totalLayers_2.Text = result.totalLayers_2;
res_lastLayerTurns_2.Text = result.lastLayerTurns_2;
res_max_current_2.Text = result.awg_max_current_amp_2;
res_L2.Text = result.L_2;
res_Vout_idle.Text = result.Vout_idle;
res_Vout_imax.Text = result.Vout_load;
res_Iout.Text = result.Iout_max;
res_total_thickness_mm.Text = result.total_thickness_mm;
res_weight_g2.Text = result.weight_2;
res_turns_ratio.Text = result.turns_ratio;
res_csa_ratio.Text = result.wire_csa_ratio;
res_wire_total_mass.Text = result.wire_total_weight;
res_wire_weight_ratio.Text = result.wire_weight_ratio;
res_Ip_full_load.Text = result.Ip_full_load;
res_powerVA.Text = result.power_VA;
res_total_eq_R.Text = result.total_eq_R;
res_regulation.Text = result.regulation;
res_AWG1.Text = result.AWG1;
res_AWG2.Text = result.AWG2;
tc_warnings = new List <string>();
tc_warnings = result.warnings;
foreach (string msg in result.warnings)
{
res_warnings.Text += msg + "\n";
}
if (res_total_thickness_mm.Text != Constants.EmptyValue)
{
res_total_thickness_mm.ForeColor =
result.IsWindowExceeded ? Color.Red : Color.FromArgb(0, 180, 0);
}
if (res_total_eq_R.Text != Constants.EmptyValue)
{
res_total_eq_R.ForeColor =
result.IsMaxResistanceExceeded ? Color.Red : Color.FromArgb(0, 180, 0);
}
if (res_Ip_full_load.Text != Constants.EmptyValue)
{
res_Ip_full_load.ForeColor =
result.IsAmpacity1Exceeded ? Color.Red : Color.FromArgb(0, 180, 0);
res_max_current_1.ForeColor =
result.IsAmpacity1Exceeded ? Color.Red : Color.FromArgb(0, 180, 0);
}
if (res_Iout.Text != Constants.EmptyValue)
{
res_Iout.ForeColor =
result.IsAmpacity2Exceeded ? Color.Red : Color.FromArgb(0, 180, 0);
res_max_current_2.ForeColor =
result.IsAmpacity2Exceeded ? Color.Red : Color.FromArgb(0, 180, 0);
}
button_saveResults.Enabled = true;
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}