public void save_state(directional_vector final_state)
{
string save_double = "";
save_double += final_state.vector.a.ToString() + ";";
save_double += final_state.vector.b.ToString() + ";"; //this.n.real_fraction_value(final_state.vector.b, "10")+";";
save_double += final_state.direction + ";"; //this.n.real_fraction_value(final_state.direction, "10")+";";
foreach (cylinder c in this.cylinders)
{
save_double += c.phase_offset + ";";
}
try {
using (StreamWriter sw = new StreamWriter(this.state_file_path, false)) {
sw.WriteLine(save_double);
sw.Close();
}
} catch (Exception e) {
Console.WriteLine("The file could not be read:");
Console.WriteLine(e.Message);
}
}
public directional_vector run_simulation(int index, vector particle_position = null, double?particle_direction = null)
{
if (index < this.cylinders.Count)
{
if (particle_position != null)
{
this.cylinders[index].particle_position = particle_position;
}
if (particle_direction != null)
{
this.cylinders[index].particle_direction = Convert.ToDouble(particle_direction);
}
directional_vector result = this.cylinders[index].calculate_translation();
return(this.run_simulation(++index, result.vector, result.direction));
}
this.cylinders[0].particle_position = particle_position;
this.cylinders[0].particle_direction = Convert.ToDouble(particle_direction);
//Console.WriteLine(particle_position);
//Console.WriteLine(particle_direction);
return(new directional_vector(particle_position, Convert.ToDouble(particle_direction)));
}