// Function from file: vent_scrubber.dm
public void set_frequency(double new_frequency = 0)
{
GlobalVars.SSradio.remove_object(this, this.frequency);
this.frequency = new_frequency;
this.radio_connection = GlobalVars.SSradio.add_object(this, this.frequency, this.radio_filter_in);
return;
}
// Function from file: magnet.dm
public Obj_Machinery_MagneticController(dynamic loc = null) : base((object)(loc))
{
Obj_Machinery_MagneticModule M = null;
// Warning: Super call was HERE! If anything above HERE is needed by the super call, it might break!;
if (this.autolink)
{
foreach (dynamic _a in Lang13.Enumerate(GlobalVars.machines, typeof(Obj_Machinery_MagneticModule)))
{
M = _a;
if (M.freq == this.frequency && M.code == this.code)
{
this.magnets.Add(M);
}
}
}
Task13.Schedule(45, (Task13.Closure)(() => {
if (GlobalVars.SSradio != null)
{
this.radio_connection = GlobalVars.SSradio.add_object(this, this.frequency, GlobalVars.RADIO_MAGNETS);
}
return;
}));
if (Lang13.Bool(this.path))
{
this.filter_path();
}
return;
}
// Function from file: alarmlock.dm
public override void initialize( )
{
base.initialize();
GlobalVars.SSradio.remove_object(this, this.air_frequency);
this.air_connection = GlobalVars.SSradio.add_object(this, this.air_frequency, GlobalVars.RADIO_TO_AIRALARM);
this.open();
return;
}
// Function from file: alarmlock.dm
public override dynamic Destroy( )
{
if (GlobalVars.SSradio != null)
{
GlobalVars.SSradio.remove_object(this, this.air_frequency);
}
this.air_connection = null;
return(base.Destroy());
}
// Function from file: dp_vent_pump.dm
public void set_frequency(double new_frequency = 0)
{
GlobalVars.SSradio.remove_object(this, this.frequency);
this.frequency = new_frequency;
if (this.frequency != 0)
{
this.radio_connection = GlobalVars.SSradio.add_object(this, this.frequency, GlobalVars.RADIO_ATMOSIA);
}
return;
}
// Function from file: vent_pump.dm
public override dynamic Destroy( )
{
dynamic A = null;
A = GlobalFuncs.get_area_master(this);
A.air_vent_names.Remove(this.id_tag);
A.air_vent_info.Remove(this.id_tag);
if (GlobalVars.SSradio != null)
{
GlobalVars.SSradio.remove_object(this, this.frequency);
}
this.radio_connection = null;
return(base.Destroy());
}
// Function from file: signaler.dm
public void set_frequency(double new_frequency = 0)
{
if (!(GlobalVars.SSradio != null))
{
Task13.Sleep(20);
}
if (!(GlobalVars.SSradio != null))
{
return;
}
GlobalVars.SSradio.remove_object(this, this.frequency);
this.frequency = new_frequency;
this.radio_connection = GlobalVars.SSradio.add_object(this, this.frequency, GlobalVars.RADIO_CHAT);
return;
}
// Function from file: radio.dm
public RadioFrequency return_frequency(dynamic new_frequency = null)
{
string f_text = null;
RadioFrequency frequency = null;
f_text = String13.NumberToString(Convert.ToDouble(new_frequency));
frequency = this.frequencies[f_text];
if (!(frequency != null))
{
frequency = new RadioFrequency();
frequency.frequency = new_frequency;
this.frequencies[f_text] = frequency;
}
return(frequency);
}
// Function from file: radio.dm
public RadioFrequency add_object(Obj device = null, double new_frequency = 0, string filter = null)
{
string f_text = null;
RadioFrequency frequency = null;
f_text = String13.NumberToString(new_frequency);
frequency = this.frequencies[f_text];
if (!(frequency != null))
{
frequency = new RadioFrequency();
frequency.frequency = new_frequency;
this.frequencies[f_text] = frequency;
}
frequency.add_listener(device, filter);
return(frequency);
}
// Function from file: console.dm
public void post_signal(string command = null)
{
RadioFrequency frequency = null;
Signal status_signal = null;
frequency = GlobalVars.SSradio.return_frequency(1435);
if (!(frequency != null))
{
return;
}
status_signal = new Signal();
status_signal.source = this;
status_signal.transmission_method = 1;
status_signal.data["command"] = command;
frequency.post_signal(this, status_signal);
return;
}
// Function from file: radio.dm
public bool remove_object(Obj device = null, double old_frequency = 0)
{
string f_text = null;
RadioFrequency frequency = null;
f_text = String13.NumberToString(old_frequency);
frequency = this.frequencies[f_text];
if (frequency != null)
{
frequency.remove_listener(device);
if (frequency.devices.len == 0)
{
GlobalFuncs.qdel(frequency);
this.frequencies.Remove(f_text);
}
}
return(true);
}
// Function from file: vent_scrubber.dm
public override dynamic Destroy( )
{
dynamic A = null;
dynamic I = null;
A = GlobalFuncs.get_area_master(this);
A.air_scrub_names.Remove(this.id_tag);
A.air_scrub_info.Remove(this.id_tag);
if (GlobalVars.SSradio != null)
{
GlobalVars.SSradio.remove_object(this, this.frequency);
}
this.radio_connection = null;
foreach (dynamic _a in Lang13.Enumerate(this.adjacent_turfs))
{
I = _a;
I = null;
}
return(base.Destroy());
}
// Function from file: meter.dm
public override int?process_atmos( )
{
GasMixture environment = null;
double env_pressure = 0;
int val = 0;
int val2 = 0;
int val3 = 0;
RadioFrequency radio_connection = null;
Signal signal = null;
if (!Lang13.Bool(this.target))
{
this.icon_state = "meterX";
return(0);
}
if ((this.stat & 3) != 0)
{
this.icon_state = "meter0";
return(0);
}
this.f_use_power(5);
environment = ((Ent_Static)this.target).return_air();
if (!(environment != null))
{
this.icon_state = "meterX";
return(0);
}
env_pressure = environment.return_pressure();
if (env_pressure <= 15.198750495910645)
{
this.icon_state = "meter0";
}
else if (env_pressure <= 182.38499450683594)
{
val = Num13.Floor(env_pressure / 30.39750099182129 + 0.5);
this.icon_state = "meter1_" + val;
}
else if (env_pressure <= 3039.75)
{
val2 = Num13.Floor(env_pressure / 506.625 - 0.41) + 1;
this.icon_state = "meter2_" + val2;
}
else if (env_pressure <= 5978.1748046875)
{
val3 = Num13.Floor(env_pressure / 506.625 - 6) + 1;
this.icon_state = "meter3_" + val3;
}
else
{
this.icon_state = "meter4";
}
if (this.frequency != 0)
{
radio_connection = GlobalVars.SSradio.return_frequency(this.frequency);
if (!(radio_connection != null))
{
return(null);
}
signal = new Signal();
signal.source = this;
signal.transmission_method = 1;
signal.data = new ByTable().Set("id_tag", this.id_tag).Set("device", "AM").Set("pressure", Num13.Floor(env_pressure)).Set("sigtype", "status");
radio_connection.post_signal(this, signal);
}
return(null);
}
// Function from file: alarmlock.dm
public Obj_Machinery_Door_Airlock_Alarmlock(dynamic loc = null) : base((object)(loc))
{
// Warning: Super call was HERE! If anything above HERE is needed by the super call, it might break!;
this.air_connection = new RadioFrequency();
return;
}
// Function from file: atmos_control.dm
public void reconnect(Mob user = null)
{
ByTable IO = null;
RadioFrequency freq = null;
dynamic devices = null;
Obj_Machinery_Atmospherics_Components_Unary_VentPump U = null;
ByTable text = null;
Obj_Machinery_Atmospherics_Components_Unary_OutletInjector U2 = null;
ByTable text2 = null;
dynamic S = null;
dynamic new_devices = null;
Obj_Machinery_AirSensor U3 = null;
ByTable text3 = null;
Obj_Machinery_Atmospherics_Components_Unary_OutletInjector U4 = null;
Obj_Machinery_Atmospherics_Components_Unary_VentPump U5 = null;
IO = new ByTable();
freq = GlobalVars.SSradio.return_frequency(1441);
devices = freq.devices["_default"];
foreach (dynamic _a in Lang13.Enumerate(devices, typeof(Obj_Machinery_Atmospherics_Components_Unary_VentPump)))
{
U = _a;
text = GlobalFuncs.splittext(U.id_tag, "_");
IO.Or(text[1]);
}
foreach (dynamic _b in Lang13.Enumerate(devices, typeof(Obj_Machinery_Atmospherics_Components_Unary_OutletInjector)))
{
U2 = _b;
text2 = GlobalFuncs.splittext(U2.id, "_");
IO.Or(text2[1]);
}
if (!(IO.len != 0))
{
user.WriteMsg("<span class='alert'>No machinery detected.</span>");
}
S = Interface13.Input("Select the device set: ", "Selection", IO[1], null, IO, InputType.Any);
if (this != null)
{
this.input_tag = "" + S + "_in";
this.output_tag = "" + S + "_out";
this.name = "" + String13.ToUpper(S) + " Supply Control";
new_devices = freq.devices["4"];
foreach (dynamic _c in Lang13.Enumerate(new_devices, typeof(Obj_Machinery_AirSensor)))
{
U3 = _c;
text3 = GlobalFuncs.splittext(U3.id_tag, "_");
if (text3[1] == S)
{
this.sensors = new ByTable().Set("" + S + "_sensor", "Tank");
break;
}
}
}
foreach (dynamic _d in Lang13.Enumerate(devices, typeof(Obj_Machinery_Atmospherics_Components_Unary_OutletInjector)))
{
U4 = _d;
U4.broadcast_status();
}
foreach (dynamic _e in Lang13.Enumerate(devices, typeof(Obj_Machinery_Atmospherics_Components_Unary_VentPump)))
{
U5 = _e;
U5.broadcast_status();
}
return;
}
