private void try_register_handlers()
{
sync_helper.try_register_handlers();
screen_info.try_register_handlers();
if (!_entity_events_set && screen_info.settings_loaded && MyAPIGateway.Entities != null)
{
var existing_entities = new HashSet <IMyEntity>();
MyAPIGateway.Entities.GetEntities(existing_entities);
foreach (IMyEntity cur_entity in existing_entities)
{
on_entity_added(cur_entity);
}
MyAPIGateway.Entities.OnEntityAdd += on_entity_added;
MyAPIGateway.Entities.OnEntityRemove += on_entity_removed;
_entity_events_set = true;
}
if (!screen_info.settings_loaded || MyAPIGateway.TerminalControls == null)
{
return;
}
if (!_ship_controller_controls_set)
{
if (_sample_controller?.GetProperty("DampenersOverride") == null)
{
return;
}
create_controller_widgets <IMyCockpit>();
create_controller_widgets <IMyRemoteControl>();
_ship_controller_controls_set = true;
_sample_controller = null;
}
if (!_thruster_controls_set)
{
if (!screen_info.torque_disabled && _sample_thruster?.GetProperty("Override") == null)
{
return;
}
_thruster_controls_set = true;
_sample_thruster = null;
if (screen_info.torque_disabled)
{
return;
}
IMyTerminalControlSeparator thruster_line = MyAPIGateway.TerminalControls.CreateControl <IMyTerminalControlSeparator, IMyThrust>("TTDTWM_LINE1");
MyAPIGateway.TerminalControls.AddControl <IMyThrust>(thruster_line);
create_switch <IMyThrust>("ActiveControl", "Steering", null, "On", "Off", "On", "Off", thruster_and_grid_tagger.is_under_active_control, thruster_and_grid_tagger.set_active_control, thruster_and_grid_tagger.is_active_control_available);
create_switch <IMyThrust>("AntiSlip", "Thrust Trimming", null, "On", "Off", "On", "Off", thruster_and_grid_tagger.is_anti_slip, thruster_and_grid_tagger.set_anti_slip, thruster_and_grid_tagger.is_anti_slip_available);
create_checkbox <IMyThrust>("DisableLinearInput", "Disable linear input", null, "On", "Off", thruster_and_grid_tagger.is_rotational_only, thruster_and_grid_tagger.toggle_linear_input, thruster_and_grid_tagger.is_active_control_available);
create_switch <IMyThrust>("StaticLimit", "Thrust Limiter", null, "On", "Off", "On", "Off", thruster_and_grid_tagger.is_thrust_limiter_on, thruster_and_grid_tagger.set_thrust_limiter, thruster_and_grid_tagger.is_thrust_limiter_available);
create_slider <IMyThrust>("ManualThrottle", "Manual throttle",
thruster_and_grid_tagger.get_manual_throttle, thruster_and_grid_tagger.set_manual_throttle, thruster_and_grid_tagger.throttle_status,
0.0f, 100.0f, 5.0f, "IncreaseThrottle", "DecreaseThrottle", "Increase Manual Throttle", "Decrease Manual Throttle");
create_PB_property <float, IMyThrust>("BalancedLevel", thruster_and_grid_tagger.get_thrust_limit);
}
if (!_programmable_block_properties_set)
{
if (_sample_PB?.GetProperty("ShowInToolbarConfig") == null)
{
return;
}
create_PB_property <Func <string, string, bool>, IMyProgrammableBlock>("ComputeOrbitElements", get_ship_elements_calculator);
create_PB_property <Func <string, Vector3D, Vector3D, bool>, IMyProgrammableBlock>("ComputeOrbitElementsFromVectors", get_vector_elements_calculator);
create_PB_property <Func <string>, IMyProgrammableBlock>("GetReferenceBodyName", get_reference_name_fetcher);
create_PB_property <Action <Dictionary <string, Vector3D> >, IMyProgrammableBlock>("GetPrimaryVectors", get_vector_fetcher);
create_PB_property <Action <Dictionary <string, double> >, IMyProgrammableBlock>("GetPrimaryScalars", get_scalar_fetcher);
create_PB_property <Action <Dictionary <string, double> >, IMyProgrammableBlock>("GetDerivedElements", get_derived_fetcher);
create_PB_property <Action <double?, Dictionary <string, double> >, IMyProgrammableBlock>("GetPositionalElements", get_positional_fetcher);
create_PB_property <Action <double, Dictionary <string, Vector3D> >, IMyProgrammableBlock>("GetStateVectors", get_state_vector_fetcher);
create_PB_property <Func <double, double, double>, IMyProgrammableBlock>("ConvertTrueAnomalyToMean", get_true_to_mean_converter);
create_PB_property <Func <double, double, double>, IMyProgrammableBlock>("ConvertMeanAnomalyToTrue", get_mean_to_true_converter);
create_PB_property <Func <double, double, Vector3D>, IMyProgrammableBlock>("ComputeOrbitNormal", get_orbit_normal_calculator);
create_PB_property <Func <Vector3D, Vector3D, Vector3D, double, double>, IMyProgrammableBlock>("ConvertRadialToTtrueAnomaly", get_radius_to_anomaly_converter);
create_PB_property <Func <double, double, double, double, double, double, ValueTuple <double, double>?>, IMyProgrammableBlock>
("ComputeOrbitIntersections", get_intersection_calculator);
_programmable_block_properties_set = true;
_sample_PB = null;
}
_setup_complete = _ship_controller_controls_set && _thruster_controls_set && _programmable_block_properties_set && _entity_events_set &&
screen_info.settings_loaded && sync_helper.network_handlers_registered;
}
