private void Setup_values()
{
interpolated_rpms = Calculation_formulas.Interpolated_x(
options.Get_list_rpm(), options.interpolation);
interpolated_moments = Calculation_formulas.Interpolated_y(
options.Get_list_rpm(), options.Get_list_moment(), interpolated_rpms);
for (int i = 0; i < interpolated_moments.Count; i++)
{
interpolated_moments[i] /= options.lever_length;
}
interpolated_consumtions = Calculation_formulas.Interpolated_y(
options.Get_list_rpm(), options.Get_list_consumption(), interpolated_rpms);
for (int i = 0; i < interpolated_consumtions.Count; i++)
{
interpolated_consumtions[i] /= 3600f;
}
engine_state = false;
rpm = 0;
rpm_old = 0;
load_state = false;
gauge_rpm.Set_max_value(7000f);
gauge_p.Set_max_value(options.max_moment / options.lever_length);
gauge_load.Set_max_value(options.max_moment / options.lever_length);
temperature.Heat_time_set(options.heat_time);
}
public void Calculate_graphs(Engine_options options, int graph_num)
{
List <int> label_x = options.Get_list_rpm();
interpolation = options.interpolation;
interpolated_x = Calculation_formulas.Interpolated_x(
options.Get_list_rpm(), interpolation);
switch (graph_num)
{
case 0:
Moment_graphs(label_x, options.Get_list_moment());
break;
case 1:
Consumption_graphs(label_x, options.Get_list_consumption());
break;
case 2:
Moment_graphs(label_x, options.Get_list_moment());
Consumption_graphs(label_x, options.Get_list_consumption());
break;
}
Moment_and_consumption_graph(label_x, options.Get_list_moment(), options.Get_list_consumption());
Graph_change(dropdown.value);
}