// Function from file: atmos_control.dm
public override int?process_atmos( )
{
Signal signal = null;
GasMixture air_sample = null;
double total_moles = 0;
dynamic gas_id = null;
dynamic gas_name = null;
if (this.on)
{
signal = new Signal();
air_sample = this.return_air();
signal.transmission_method = 1;
signal.data = new ByTable()
.Set("sigtype", "status")
.Set("id_tag", this.id_tag)
.Set("timestamp", Game13.time)
.Set("pressure", air_sample.return_pressure())
.Set("temperature", air_sample.temperature)
.Set("gases", new ByTable())
;
total_moles = air_sample.total_moles();
foreach (dynamic _a in Lang13.Enumerate(air_sample.gases))
{
gas_id = _a;
gas_name = air_sample.gases[gas_id][3][2];
signal.data["gases"][gas_name] = air_sample.gases[gas_id][1] / total_moles * 100;
}
this.radio_connection.post_signal(this, signal, GlobalVars.RADIO_ATMOSIA);
}
return(null);
}
// Function from file: volume_pump.dm
public override int?process_atmos( )
{
GasMixture air1 = null;
dynamic air2 = null;
dynamic input_starting_pressure = null;
dynamic output_starting_pressure = null;
double? transfer_ratio = null;
GasMixture removed = null;
if ((this.stat & 3) != 0)
{
return(null);
}
if (!Lang13.Bool(this.on))
{
return(0);
}
air1 = this.airs[1];
air2 = this.airs[2];
input_starting_pressure = air1.return_pressure();
output_starting_pressure = air2.return_pressure();
if (Convert.ToDouble(input_starting_pressure) < 0.01 || Convert.ToDouble(output_starting_pressure) > 9000)
{
return(1);
}
transfer_ratio = Num13.MinInt(1, ((int)(this.transfer_rate / (air1.volume ?? 0))));
removed = air1.remove_ratio(transfer_ratio);
air2.merge(removed);
this.update_parents();
return(1);
}
// Function from file: meter.dm
public string status( )
{
string t = null;
GasMixture environment = null;
t = "";
if (Lang13.Bool(this.target))
{
environment = ((Ent_Static)this.target).return_air();
if (environment != null)
{
t += "The pressure gauge reads " + Num13.Round(environment.return_pressure(), 0.01) + " kPa; " + Num13.Round(Convert.ToDouble(environment.temperature), 0.01) + " K (" + Num13.Round(Convert.ToDouble(environment.temperature - 273.41), 0.01) + "°C)";
}
else
{
t += "The sensor error light is blinking.";
}
}
else
{
t += "The connect error light is blinking.";
}
return(t);
}
// Function from file: atmosmachinery.dm
public virtual void unsafe_pressure_release(dynamic user = null, double?pressures = null)
{
GasMixture int_air = null;
GasMixture env_air = null;
dynamic fuck_you_dir = null;
dynamic target = null;
double? range = null;
double speed = 0;
if (!Lang13.Bool(user))
{
return;
}
if (!Lang13.Bool(pressures))
{
int_air = this.return_air();
env_air = this.loc.return_air();
pressures = int_air.return_pressure() - env_air.return_pressure();
}
fuck_you_dir = Map13.GetDistance(this, user);
if (!Lang13.Bool(fuck_you_dir))
{
fuck_you_dir = Rand13.PickFromTable(GlobalVars.cardinal);
}
target = GlobalFuncs.get_edge_target_turf(user, fuck_you_dir);
range = (pressures ?? 0) / 250;
speed = (range ?? 0) / 5;
((Ent_Static)user).visible_message("<span class='danger'>" + user + " is sent flying by pressure!</span>", "<span class='userdanger'>The pressure sends you flying!</span>");
((Ent_Dynamic)user).throw_at(target, range, speed);
return;
}
// Function from file: transit_tube_pod.dm
public void mix_air( )
{
GasMixture environment = null;
double env_pressure = 0;
double int_pressure = 0;
double total_pressure = 0;
int transfer_in = 0;
int transfer_out = 0;
dynamic from_env = null;
GasMixture from_int = null;
environment = this.loc.return_air();
env_pressure = environment.return_pressure();
int_pressure = this.air_contents.return_pressure();
total_pressure = env_pressure + int_pressure;
if (total_pressure == 0)
{
return;
}
transfer_in = Num13.MaxInt(((int)(0.1)), ((int)((env_pressure - int_pressure) * 0.5 / total_pressure)));
transfer_out = Num13.MaxInt(((int)(0.1)), ((int)((int_pressure - env_pressure) * 0.3 / total_pressure)));
from_env = this.loc.remove_air(environment.total_moles() * transfer_in);
from_int = this.air_contents.remove(this.air_contents.total_moles() * transfer_out);
this.loc.assume_air(from_int);
this.air_contents.merge(from_env);
return;
}
// Function from file: special.dm
public Obj_Item_Projectile_Plasma(dynamic loc = null) : base((object)(loc))
{
dynamic proj_turf = null;
GasMixture environment = null;
double pressure = 0;
proj_turf = GlobalFuncs.get_turf(this);
if (!(proj_turf is Tile))
{
return;
}
environment = ((Ent_Static)proj_turf).return_air();
if (environment != null)
{
pressure = environment.return_pressure();
if (pressure < 30)
{
this.name = "full strength plasma blast";
this.damage *= 3;
}
}
// Warning: Super call was HERE! If anything above HERE is needed by the super call, it might break!;
return;
}
// Function from file: atmosmachinery.dm
public override dynamic attackby(dynamic A = null, dynamic user = null, string _params = null, bool?silent = null, bool?replace_spent = null)
{
dynamic T = null;
GasMixture int_air = null;
GasMixture env_air = null;
int? unsafe_wrenching = null;
double? internal_pressure = null;
if (this.can_unwrench && A is Obj_Item_Weapon_Wrench)
{
T = GlobalFuncs.get_turf(this);
if (this.level == 1 && T is Tile && T.intact)
{
user.WriteMsg("<span class='warning'>You must remove the plating first!</span>");
return(1);
}
int_air = this.return_air();
env_air = this.loc.return_air();
this.add_fingerprint(user);
unsafe_wrenching = GlobalVars.FALSE;
internal_pressure = int_air.return_pressure() - env_air.return_pressure();
GlobalFuncs.playsound(this.loc, "sound/items/ratchet.ogg", 50, 1);
user.WriteMsg(new Txt("<span class='notice'>You begin to unfasten ").the(this).item().str("...</span>").ToString());
if ((internal_pressure ?? 0) > 202.41)
{
user.WriteMsg(new Txt("<span class='warning'>As you begin unwrenching ").the(this).item().str(" a gush of air blows in your face... maybe you should reconsider?</span>").ToString());
unsafe_wrenching = GlobalVars.TRUE;
}
if (GlobalFuncs.do_after(user, 20 / A.toolspeed, null, this) && !Lang13.Bool(this.gc_destroyed))
{
((Ent_Static)user).visible_message(new Txt().item(user).str(" unfastens ").the(this).item().str(".").ToString(), new Txt("<span class='notice'>You unfasten ").the(this).item().str(".</span>").ToString(), "<span class='italics'>You hear ratchet.</span>");
this.investigate_log("was <span class='warning'>REMOVED</span> by " + GlobalFuncs.key_name(Task13.User), "atmos");
if (Lang13.Bool(unsafe_wrenching))
{
this.unsafe_pressure_release(user, internal_pressure);
}
this.Deconstruct();
}
}
else
{
return(base.attackby((object)(A), (object)(user), _params, silent, replace_spent));
}
return(null);
}
// Function from file: honker.dm
public override string get_stats_part( )
{
double integrity = 0;
int? cell_charge = null;
GasMixture int_tank_air = null;
dynamic tank_pressure = null;
dynamic tank_temperature = null;
double cabin_pressure = 0;
string output = null;
integrity = this.health / Convert.ToDouble(Lang13.Initial(this, "health")) * 100;
cell_charge = this.get_charge();
int_tank_air = this.internal_tank.return_air();
tank_pressure = (this.internal_tank != null ? ((dynamic)(Num13.Round(int_tank_air.return_pressure(), 0.01))) : ((dynamic)("None")));
tank_temperature = (this.internal_tank != null ? int_tank_air.temperature : ((dynamic)("Unknown")));
cabin_pressure = Num13.Round(this.return_pressure(), 0.01);
output = "" + this.report_internal_damage() + "\n "+ (integrity < 30 ? "<font color='red'><b>DAMAGE LEVEL CRITICAL</b></font><br>" : null) + "\n "+ ((this.internal_damage & 2) != 0 ? "<font color='red'><b>CLOWN SUPPORT SYSTEM MALFUNCTION</b></font><br>" : null) + "\n "+ ((this.internal_damage & 8) != 0 ? "<font color='red'><b>GAS TANK HONK</b></font><br>" : null) + "\n "+ ((this.internal_damage & 16) != 0 ? new Txt("<font color='red'><b>HONK-A-DOODLE</b></font> - <a href='?src=").Ref(this).str(";repair_int_control_lost=1'>Recalibrate</a><br>").ToString() : null) + "\n <b>IntegriHONK: </b> "+ integrity + "%<br>\n <b>PowerHONK charge: </b>"+ (cell_charge == null ? "No powercell installed" : "" + ((Obj_Item_Weapon_StockParts_Cell)this.cell).percent() + "%") + "<br>\n <b>Air source: </b>"+ (this.use_internal_tank ? "Internal Airtank" : "Environment") + "<br>\n <b>AirHONK pressure: </b>"+ tank_pressure + "kPa<br>\n <b>AirHONK temperature: </b>"+ tank_temperature + "°K|" + (tank_temperature - 273.41) + "°C<br>\n <b>HONK pressure: </b>"+ (cabin_pressure > 325 ? ((dynamic)("<font color='red'>" + cabin_pressure + "</font>")) : ((dynamic)(cabin_pressure))) + "kPa<br>\n <b>HONK temperature: </b> "+ this.return_temperature() + "°K|" + (this.return_temperature() - 273.41) + "°C<br>\n <b>Lights: </b>"+ (this.lights ? "on" : "off") + "<br>\n "+ (Lang13.Bool(this.dna_lock) ? new Txt("<b>DNA-locked:</b><br> <span style='font-size:10px;letter-spacing:-1px;'>").item(this.dna_lock).str("</span> [<a href='?src=").Ref(this).str(";reset_dna=1'>Reset</a>]<br>").ToString() : null) + "\n ";
return(output);
}
// Function from file: unsorted.dm
public void atmosanalyzer_scan(GasMixture air_contents = null, dynamic user = null, dynamic target = null)
{
target = target ?? this;
dynamic icon = null;
double pressure = 0;
double total_moles = 0;
ByTable cached_gases = null;
dynamic id = null;
double gas_concentration = 0;
icon = target;
((Ent_Static)user).visible_message(new Txt().item(user).str(" has used the analyzer on ").icon(icon).str(" ").item(target).str(".").ToString(), new Txt("<span class='notice'>You use the analyzer on ").icon(icon).str(" ").item(target).str(".</span>").ToString());
pressure = air_contents.return_pressure();
total_moles = air_contents.total_moles();
user.WriteMsg(new Txt("<span class='notice'>Results of analysis of ").icon(icon).str(" ").item(target).str(".</span>").ToString());
if (total_moles > 0)
{
user.WriteMsg("<span class='notice'>Pressure: " + Num13.Round(pressure, 0.1) + " kPa</span>");
cached_gases = air_contents.gases;
foreach (dynamic _a in Lang13.Enumerate(cached_gases))
{
id = _a;
gas_concentration = Convert.ToDouble(cached_gases[id][1] / total_moles);
if (Lang13.Bool(((dynamic)(GlobalVars.hardcoded_gases != null || gas_concentration > 0.01)).Contains(id)))
{
user.WriteMsg("<span class='notice'>" + cached_gases[id][3][2] + ": " + Num13.Floor(gas_concentration * 100) + " %</span>");
}
}
user.WriteMsg("<span class='notice'>Temperature: " + Num13.Floor(Convert.ToDouble(air_contents.temperature - 273.41)) + " °C</span>");
}
else
{
user.WriteMsg("<span class='notice'>" + target + " is empty!</span>");
}
return;
}
// Function from file: airlock_control.dm
public override int?process(dynamic seconds = null)
{
Signal signal = null;
GasMixture air_sample = null;
double pressure = 0;
if (this.on)
{
signal = new Signal();
signal.transmission_method = 1;
signal.data["tag"] = this.id_tag;
signal.data["timestamp"] = Game13.time;
air_sample = this.return_air();
pressure = Num13.Round(air_sample.return_pressure(), 0.1);
this.alert = pressure < 81.51;
signal.data["pressure"] = String13.NumberToString(pressure);
this.radio_connection.post_signal(this, signal, GlobalVars.RADIO_AIRLOCK, 5);
}
this.update_icon();
return(null);
}
// Function from file: passive_gate.dm
public override int?process_atmos( )
{
GasMixture air1 = null;
dynamic air2 = null;
dynamic output_starting_pressure = null;
dynamic input_starting_pressure = null;
int pressure_delta = 0;
double transfer_moles = 0;
GasMixture removed = null;
base.process_atmos();
if (!Lang13.Bool(this.on))
{
return(0);
}
air1 = this.airs[1];
air2 = this.airs[2];
output_starting_pressure = air2.return_pressure();
input_starting_pressure = air1.return_pressure();
if (Convert.ToDouble(output_starting_pressure) >= Num13.MinInt(((int)(this.target_pressure)), Convert.ToInt32(input_starting_pressure - 10)))
{
return(1);
}
if (air1.total_moles() > 0 && Convert.ToDouble(air1.temperature) > 0)
{
pressure_delta = Num13.MinInt(((int)(this.target_pressure - Convert.ToDouble(output_starting_pressure))), Convert.ToInt32((input_starting_pressure - output_starting_pressure) / 2));
transfer_moles = pressure_delta * Convert.ToDouble(air2.volume) / Convert.ToDouble(air1.temperature * 8.31);
removed = air1.remove(transfer_moles);
air2.merge(removed);
this.update_parents();
}
return(null);
}
// Function from file: ripley.dm
public void update_pressure( )
{
dynamic T = null;
GasMixture environment = null;
double pressure = 0;
Obj_Item_MechaParts_MechaEquipment_Drill drill = null;
Obj_Item_MechaParts_MechaEquipment_Drill drill2 = null;
T = GlobalFuncs.get_turf(this.loc);
environment = ((Ent_Static)T).return_air();
pressure = environment.return_pressure();
if (pressure < 20)
{
this.step_in = 3;
foreach (dynamic _a in Lang13.Enumerate(this.equipment, typeof(Obj_Item_MechaParts_MechaEquipment_Drill)))
{
drill = _a;
drill.equip_cooldown = Lang13.Initial(drill, "equip_cooldown") / 2;
}
}
else
{
this.step_in = 5;
foreach (dynamic _b in Lang13.Enumerate(this.equipment, typeof(Obj_Item_MechaParts_MechaEquipment_Drill)))
{
drill2 = _b;
drill2.equip_cooldown = Lang13.Initial(drill2, "equip_cooldown");
}
}
return;
}
// Function from file: airalarm.dm
public override ByTable ui_data(dynamic user = null)
{
ByTable data = null;
dynamic A = null;
dynamic T = null;
GasMixture environment = null;
Tlv cur_tlv = null;
double pressure = 0;
dynamic temperature = null;
double total_moles = 0;
dynamic partial_pressure = null;
dynamic gas_id = null;
dynamic id_tag = null;
dynamic long_name = null;
dynamic info = null;
dynamic id_tag2 = null;
dynamic long_name2 = null;
dynamic info2 = null;
Tlv selected = null;
ByTable thresholds = null;
dynamic gas_id2 = null;
data = new ByTable().Set("locked", this.locked).Set("siliconUser", user.has_unlimited_silicon_privilege).Set("emagged", this.emagged).Set("danger_level", this.danger_level);
A = GlobalFuncs.get_area(this);
data["atmos_alarm"] = A.atmosalm;
data["fire_alarm"] = A.fire;
T = GlobalFuncs.get_turf(this);
environment = ((Ent_Static)T).return_air();
data["environment_data"] = new ByTable();
pressure = environment.return_pressure();
cur_tlv = this.TLV["pressure"];
data["environment_data"] += new ByTable(new object [] { new ByTable().Set("name", "Pressure").Set("value", pressure).Set("unit", "kPa").Set("danger_level", cur_tlv.get_danger_level(pressure)) });
temperature = environment.temperature;
cur_tlv = this.TLV["temperature"];
data["environment_data"] += new ByTable(new object [] {
new ByTable()
.Set("name", "Temperature")
.Set("value", temperature)
.Set("unit", "K (" + Num13.Round(Convert.ToDouble(temperature - 273.41), 0.1) + "C)")
.Set("danger_level", cur_tlv.get_danger_level(temperature))
});
total_moles = environment.total_moles();
partial_pressure = environment.temperature * 8.31 / environment.volume;
foreach (dynamic _a in Lang13.Enumerate(environment.gases))
{
gas_id = _a;
if (!this.TLV.Contains(gas_id))
{
continue;
}
cur_tlv = this.TLV[gas_id];
data["environment_data"] += new ByTable(new object [] {
new ByTable()
.Set("name", environment.gases[gas_id][3][2])
.Set("value", environment.gases[gas_id][1] / total_moles * 100)
.Set("unit", "%")
.Set("danger_level", cur_tlv.get_danger_level(environment.gases[gas_id][1] * partial_pressure))
});
}
if (!this.locked || user.has_unlimited_silicon_privilege)
{
data["vents"] = new ByTable();
foreach (dynamic _b in Lang13.Enumerate(A.air_vent_names))
{
id_tag = _b;
long_name = A.air_vent_names[id_tag];
info = A.air_vent_info[id_tag];
if (!Lang13.Bool(info) || Convert.ToDouble(info["frequency"]) != this.frequency)
{
continue;
}
data["vents"] += new ByTable(new object [] {
new ByTable()
.Set("id_tag", id_tag)
.Set("long_name", GlobalFuncs.sanitize(long_name))
.Set("power", info["power"])
.Set("checks", info["checks"])
.Set("excheck", info["checks"] & 1)
.Set("incheck", info["checks"] & 2)
.Set("direction", info["direction"])
.Set("external", info["external"])
.Set("extdefault", Convert.ToDouble(info["external"]) == 101.32499694824219)
});
}
data["scrubbers"] = new ByTable();
foreach (dynamic _c in Lang13.Enumerate(A.air_scrub_names))
{
id_tag2 = _c;
long_name2 = A.air_scrub_names[id_tag2];
info2 = A.air_scrub_info[id_tag2];
if (!Lang13.Bool(info2) || Convert.ToDouble(info2["frequency"]) != this.frequency)
{
continue;
}
data["scrubbers"] += new ByTable(new object [] {
new ByTable()
.Set("id_tag", id_tag2)
.Set("long_name", GlobalFuncs.sanitize(long_name2))
.Set("power", info2["power"])
.Set("scrubbing", info2["scrubbing"])
.Set("widenet", info2["widenet"])
.Set("filter_co2", info2["filter_co2"])
.Set("filter_toxins", info2["filter_toxins"])
.Set("filter_n2o", info2["filter_n2o"])
});
}
data["mode"] = this.mode;
data["modes"] = new ByTable();
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Filtering - Scrubs out contaminants").Set("mode", 1).Set("selected", this.mode == 1).Set("danger", 0) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Contaminated - Scrubs out ALL contaminants quickly").Set("mode", 8).Set("selected", this.mode == 8).Set("danger", 0) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Draught - Siphons out air while replacing").Set("mode", 2).Set("selected", this.mode == 2).Set("danger", 0) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Refill - Triple vent output").Set("mode", 9).Set("selected", this.mode == 9).Set("danger", 0) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Cycle - Siphons air before replacing").Set("mode", 4).Set("selected", this.mode == 4).Set("danger", 1) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Siphon - Siphons air out of the room").Set("mode", 7).Set("selected", this.mode == 7).Set("danger", 1) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Panic Siphon - Siphons air out of the room quickly").Set("mode", 3).Set("selected", this.mode == 3).Set("danger", 1) });
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Off - Shuts off vents and scrubbers").Set("mode", 5).Set("selected", this.mode == 5).Set("danger", 0) });
if (Lang13.Bool(this.emagged))
{
data["modes"] += new ByTable(new object [] { new ByTable().Set("name", "Flood - Shuts off scrubbers and opens vents").Set("mode", 6).Set("selected", this.mode == 6).Set("danger", 1) });
}
selected = null;
thresholds = new ByTable();
selected = this.TLV["pressure"];
thresholds.Add(new ByTable(new object [] { new ByTable().Set("name", "Pressure").Set("settings", new ByTable()) }));
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "pressure").Set("val", "min2").Set("selected", selected.min2) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "pressure").Set("val", "min1").Set("selected", selected.min1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "pressure").Set("val", "max1").Set("selected", selected.max1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "pressure").Set("val", "max2").Set("selected", selected.max2) });
selected = this.TLV["temperature"];
thresholds.Add(new ByTable(new object [] { new ByTable().Set("name", "Temperature").Set("settings", new ByTable()) }));
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "temperature").Set("val", "min2").Set("selected", selected.min2) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "temperature").Set("val", "min1").Set("selected", selected.min1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "temperature").Set("val", "max1").Set("selected", selected.max1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", "temperature").Set("val", "max2").Set("selected", selected.max2) });
foreach (dynamic _d in Lang13.Enumerate(GlobalVars.meta_gas_info))
{
gas_id2 = _d;
if (!this.TLV.Contains(gas_id2))
{
continue;
}
selected = this.TLV[gas_id2];
thresholds.Add(new ByTable(new object [] { new ByTable().Set("name", GlobalVars.meta_gas_info[gas_id2][2]).Set("settings", new ByTable()) }));
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", gas_id2).Set("val", "min2").Set("selected", selected.min2) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", gas_id2).Set("val", "min1").Set("selected", selected.min1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", gas_id2).Set("val", "max1").Set("selected", selected.max1) });
thresholds[thresholds.len]["settings"] += new ByTable(new object [] { new ByTable().Set("env", gas_id2).Set("val", "max2").Set("selected", selected.max2) });
}
data["thresholds"] = thresholds;
}
return(data);
}
// Function from file: airalarm.dm
public override int?process(dynamic seconds = null)
{
dynamic location = null;
Tlv cur_tlv = null;
GasMixture environment = null;
ByTable env_gases = null;
dynamic partial_pressure = null;
double environment_pressure = 0;
int pressure_dangerlevel = 0;
int temperature_dangerlevel = 0;
int gas_dangerlevel = 0;
dynamic gas_id = null;
int old_danger_level = 0;
if ((this.stat & 3) != 0 || Lang13.Bool(this.shorted))
{
return(null);
}
location = GlobalFuncs.get_turf(this);
if (!Lang13.Bool(location))
{
return(null);
}
environment = ((Ent_Static)location).return_air();
env_gases = environment.gases;
partial_pressure = environment.temperature * 8.31 / environment.volume;
cur_tlv = this.TLV["pressure"];
environment_pressure = environment.return_pressure();
pressure_dangerlevel = cur_tlv.get_danger_level(environment_pressure);
cur_tlv = this.TLV["temperature"];
temperature_dangerlevel = cur_tlv.get_danger_level(environment.temperature);
gas_dangerlevel = 0;
foreach (dynamic _a in Lang13.Enumerate(env_gases))
{
gas_id = _a;
if (!this.TLV.Contains(gas_id))
{
continue;
}
cur_tlv = this.TLV[gas_id];
gas_dangerlevel = Num13.MaxInt(gas_dangerlevel, cur_tlv.get_danger_level(env_gases[gas_id][1] * partial_pressure));
}
environment.garbage_collect();
old_danger_level = this.danger_level;
this.danger_level = Num13.MaxInt(pressure_dangerlevel, temperature_dangerlevel, gas_dangerlevel);
if (old_danger_level != this.danger_level)
{
this.apply_danger_level();
}
if (this.mode == 4 && environment_pressure < 5.066249847412109)
{
this.mode = 1;
this.apply_mode();
}
return(null);
}
// Function from file: equipment_locker.dm
public Obj_Effect_Resonance(dynamic loc = null, dynamic creator = null, int timetoburst = 0) : base((object)(loc))
{
dynamic proj_turf = null;
dynamic M = null;
GasMixture environment = null;
double pressure = 0;
Mob_Living L = null;
Mob_Living L2 = null;
proj_turf = GlobalFuncs.get_turf(this);
if (!(proj_turf is Tile))
{
return;
}
if (proj_turf is Tile_Simulated_Mineral)
{
M = proj_turf;
Task13.Schedule(timetoburst, (Task13.Closure)(() => {
GlobalFuncs.playsound(this, "sound/weapons/resonator_blast.ogg", 50, 1);
M.gets_drilled(creator);
GlobalFuncs.qdel(this);
return;
}));
}
else
{
environment = ((Ent_Static)proj_turf).return_air();
pressure = environment.return_pressure();
if (pressure < 50)
{
this.name = "strong resonance field";
this.resonance_damage = 50;
}
Task13.Schedule(timetoburst, (Task13.Closure)(() => {
GlobalFuncs.playsound(this, "sound/weapons/resonator_blast.ogg", 50, 1);
if (Lang13.Bool(creator))
{
foreach (dynamic _a in Lang13.Enumerate(this.loc, typeof(Mob_Living)))
{
L = _a;
GlobalFuncs.add_logs(creator, L, "used a resonator field on", "resonator");
L.WriteMsg("<span class='danger'>The " + this.name + " ruptured with you in it!</span>");
L.adjustBruteLoss(this.resonance_damage);
}
}
else
{
foreach (dynamic _b in Lang13.Enumerate(this.loc, typeof(Mob_Living)))
{
L2 = _b;
L2.WriteMsg("<span class='danger'>The " + this.name + " ruptured with you in it!</span>");
L2.adjustBruteLoss(this.resonance_damage);
}
}
GlobalFuncs.qdel(this);
return;
}));
}
return;
}
// Function from file: dp_vent_pump.dm
public override int?process_atmos( )
{
dynamic air1 = null;
dynamic air2 = null;
GasMixture environment = null;
double environment_pressure = 0;
int pressure_delta = 0;
double transfer_moles = 0;
dynamic removed = null;
dynamic parent1 = null;
int pressure_delta2 = 0;
double transfer_moles2 = 0;
dynamic removed2 = null;
dynamic parent2 = null;
base.process_atmos();
if (!Lang13.Bool(this.on))
{
return(0);
}
air1 = this.airs[1];
air2 = this.airs[2];
environment = this.loc.return_air();
environment_pressure = environment.return_pressure();
if (Lang13.Bool(this.pump_direction))
{
pressure_delta = 10000;
if ((((int)(this.pressure_checks ?? 0)) & 1) != 0)
{
pressure_delta = Num13.MinInt(pressure_delta, ((int)(this.external_pressure_bound - environment_pressure)));
}
if ((((int)(this.pressure_checks ?? 0)) & 2) != 0)
{
pressure_delta = Num13.MinInt(pressure_delta, Convert.ToInt32(air1.return_pressure() - this.input_pressure_min));
}
if (pressure_delta > 0)
{
if (Convert.ToDouble(air1.temperature) > 0)
{
transfer_moles = pressure_delta * (environment.volume ?? 0) / Convert.ToDouble(air1.temperature * 8.31);
removed = air1.remove(transfer_moles);
this.loc.assume_air(removed);
this.air_update_turf();
parent1 = this.parents[1];
parent1.update = 1;
}
}
}
else
{
pressure_delta2 = 10000;
if ((((int)(this.pressure_checks ?? 0)) & 1) != 0)
{
pressure_delta2 = Num13.MinInt(pressure_delta2, ((int)(environment_pressure - this.external_pressure_bound)));
}
if ((((int)(this.pressure_checks ?? 0)) & 2) != 0)
{
pressure_delta2 = Num13.MinInt(pressure_delta2, ((int)(this.output_pressure_max - Convert.ToDouble(air2.return_pressure()))));
}
if (pressure_delta2 > 0)
{
if (Convert.ToDouble(environment.temperature) > 0)
{
transfer_moles2 = pressure_delta2 * Convert.ToDouble(air2.volume) / Convert.ToDouble(environment.temperature * 8.31);
removed2 = this.loc.remove_air(transfer_moles2);
air2.merge(removed2);
this.air_update_turf();
parent2 = this.parents[2];
parent2.update = 1;
}
}
}
return(1);
}
// Function from file: life.dm
public override void handle_environment(GasMixture environment = null)
{
dynamic loc_temp = null;
dynamic pressure = null;
dynamic adjusted_pressure = null;
if (!(environment != null))
{
return;
}
loc_temp = this.get_temperature(environment);
if (this.stat != 2)
{
this.natural_bodytemperature_stabilization();
}
if (!this.on_fire)
{
if (Convert.ToDouble(loc_temp) < Convert.ToDouble(this.bodytemperature))
{
this.bodytemperature += Num13.MinInt(Convert.ToInt32((loc_temp - this.bodytemperature) / 6), 30);
}
else
{
this.bodytemperature += Num13.MinInt(Convert.ToInt32((loc_temp - this.bodytemperature) / 6), 30);
}
}
if (Convert.ToDouble(this.bodytemperature) > 360.41)
{
dynamic _a = this.bodytemperature; // Was a switch-case, sorry for the mess.
if (360 <= _a && _a <= 400)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Hot), 1);
this.adjustFireLoss(2);
}
else if (400 <= _a && _a <= 460)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Hot), 2);
this.adjustFireLoss(3);
}
else if (460 <= _a && _a <= Double.PositiveInfinity)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Hot), 3);
if (this.on_fire)
{
this.adjustFireLoss(8);
}
else
{
this.adjustFireLoss(3);
}
}
}
else if (Convert.ToDouble(this.bodytemperature) < 260.41)
{
if (!(this.loc is Obj_Machinery_Atmospherics_Components_Unary_CryoCell))
{
dynamic _b = this.bodytemperature; // Was a switch-case, sorry for the mess.
if (200 <= _b && _b <= 260)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Cold), 1);
this.adjustFireLoss(0.5);
}
else if (120 <= _b && _b <= 200)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Cold), 2);
this.adjustFireLoss(1.5);
}
else if (Double.NegativeInfinity <= _b && _b <= 120)
{
this.throw_alert("temp", typeof(Obj_Screen_Alert_Cold), 3);
this.adjustFireLoss(3);
}
}
else
{
this.clear_alert("temp");
}
}
else
{
this.clear_alert("temp");
}
pressure = environment.return_pressure();
adjusted_pressure = this.calculate_affecting_pressure(pressure);
dynamic _c = adjusted_pressure; // Was a switch-case, sorry for the mess.
if (550 <= _c && _c <= Double.PositiveInfinity)
{
this.adjustBruteLoss(Num13.MinInt(Convert.ToInt32((adjusted_pressure / 550 - 1) * 4), 4));
this.throw_alert("pressure", typeof(Obj_Screen_Alert_Highpressure), 2);
}
else if (325 <= _c && _c <= 550)
{
this.throw_alert("pressure", typeof(Obj_Screen_Alert_Highpressure), 1);
}
else if (50 <= _c && _c <= 325)
{
this.clear_alert("pressure");
}
else if (20 <= _c && _c <= 50)
{
this.throw_alert("pressure", typeof(Obj_Screen_Alert_Lowpressure), 1);
}
else
{
this.adjustBruteLoss(2);
this.throw_alert("pressure", typeof(Obj_Screen_Alert_Lowpressure), 2);
}
return;
}
// Function from file: scanners.dm
public override dynamic attack_self(dynamic user = null, dynamic flag = null, bool?emp = null)
{
Ent_Static location = null;
GasMixture environment = null;
double pressure = 0;
double total_moles = 0;
ByTable env_gases = null;
dynamic o2_concentration = null;
dynamic n2_concentration = null;
double co2_concentration = 0;
double plasma_concentration = 0;
dynamic id = null;
dynamic gas_concentration = null;
this.add_fingerprint(user);
if (Lang13.Bool(user.stat) || user.eye_blind != 0)
{
return(null);
}
location = user.loc;
if (!(location is Tile))
{
return(null);
}
environment = location.return_air();
pressure = environment.return_pressure();
total_moles = environment.total_moles();
user.WriteMsg("<span class='info'><B>Results:</B></span>");
if (Math.Abs(pressure - 101.32499694824219) < 10)
{
user.WriteMsg("<span class='info'>Pressure: " + Num13.Round(pressure, 0.1) + " kPa</span>");
}
else
{
user.WriteMsg("<span class='alert'>Pressure: " + Num13.Round(pressure, 0.1) + " kPa</span>");
}
if (total_moles != 0)
{
env_gases = environment.gases;
GlobalVars.hardcoded_gases.Apply(Lang13.BindFunc(environment, "assert_gases"));
o2_concentration = env_gases["o2"][1] / total_moles;
n2_concentration = env_gases["n2"][1] / total_moles;
co2_concentration = Convert.ToDouble(env_gases["co2"][1] / total_moles);
plasma_concentration = Convert.ToDouble(env_gases["plasma"][1] / total_moles);
environment.garbage_collect();
if (Math.Abs(Convert.ToDouble(n2_concentration - 0.79)) < 20)
{
user.WriteMsg("<span class='info'>Nitrogen: " + Num13.Floor(Convert.ToDouble(n2_concentration * 100)) + " %</span>");
}
else
{
user.WriteMsg("<span class='alert'>Nitrogen: " + Num13.Floor(Convert.ToDouble(n2_concentration * 100)) + " %</span>");
}
if (Math.Abs(Convert.ToDouble(o2_concentration - 0.01)) < 2)
{
user.WriteMsg("<span class='info'>Oxygen: " + Num13.Floor(Convert.ToDouble(o2_concentration * 100)) + " %</span>");
}
else
{
user.WriteMsg("<span class='alert'>Oxygen: " + Num13.Floor(Convert.ToDouble(o2_concentration * 100)) + " %</span>");
}
if (co2_concentration > 0.01)
{
user.WriteMsg("<span class='alert'>CO2: " + Num13.Floor(co2_concentration * 100) + " %</span>");
}
else
{
user.WriteMsg("<span class='info'>CO2: " + Num13.Floor(co2_concentration * 100) + " %</span>");
}
if (plasma_concentration > 0.01)
{
user.WriteMsg("<span class='info'>Plasma: " + Num13.Floor(plasma_concentration * 100) + " %</span>");
}
foreach (dynamic _a in Lang13.Enumerate(env_gases))
{
id = _a;
if (GlobalVars.hardcoded_gases.Contains(id))
{
continue;
}
gas_concentration = env_gases[id][1] / total_moles;
user.WriteMsg("<span class='alert'>" + env_gases[id][3][2] + ": " + Num13.Floor(Convert.ToDouble(gas_concentration * 100)) + " %</span>");
}
user.WriteMsg("<span class='info'>Temperature: " + Num13.Floor(Convert.ToDouble(environment.temperature - 273.41)) + " °C</span>");
}
return(null);
}
// Function from file: swarmer.dm
public void DisperseTarget(Mob_Living target = null)
{
int cycle = 0;
Tile random_location = null;
Tile F = null;
GasMixture A = null;
ByTable A_gases = null;
int? trace_gases = null;
dynamic id = null;
double pressure = 0;
Obj_Item_Weapon_Restraints_Handcuffs_Cable_Zipties Z = null;
Mob_Living H = null;
if (target != this)
{
this.WriteMsg("<span class='info'>Attempting to remove this being from our presence.</span>");
if (this.z != 1)
{
this.WriteMsg("<span class='warning'>Our bluespace transceiver cannot locate a viable bluespace link, our teleportation abilities are useless in this area.</span>");
return;
}
if (GlobalFuncs.do_mob(this, target, 30))
{
cycle = 0;
while (cycle < 100)
{
random_location = Map13.GetTile(Rand13.Int(37, 202), Rand13.Int(75, 192), 1);
if (random_location is Tile_Simulated_Floor)
{
F = random_location;
if (Lang13.Bool(((dynamic)F).air))
{
A = ((dynamic)F).air;
A_gases = A.gases;
trace_gases = null;
foreach (dynamic _a in Lang13.Enumerate(A_gases))
{
id = _a;
if (GlobalVars.hardcoded_gases.Contains(id))
{
continue;
}
trace_gases = GlobalVars.TRUE;
break;
}
if (Lang13.Bool(A_gases["o2"]) && Convert.ToDouble(A_gases["o2"][1]) >= 16 && !Lang13.Bool(A_gases["plasma"]) && (!Lang13.Bool(A_gases["co2"]) || Convert.ToDouble(A_gases["co2"][1]) < 10) && !Lang13.Bool(trace_gases))
{
if (Convert.ToDouble(A.temperature) > 270 && Convert.ToDouble(A.temperature) < 360)
{
pressure = A.return_pressure();
if (pressure > 20 && pressure < 550)
{
if (target is Mob_Living_Carbon_Human)
{
Z = new Obj_Item_Weapon_Restraints_Handcuffs_Cable_Zipties(this);
H = target;
Z.apply_cuffs(H, this);
}
GlobalFuncs.do_teleport(target, F, 0);
GlobalFuncs.playsound(this, "sound/effects/sparks4.ogg", 50, 1);
break;
}
}
}
}
}
cycle++;
}
return;
}
}
return;
}
// Function from file: vent_pump.dm
public override int?process_atmos( )
{
dynamic air_contents = null;
GasMixture environment = null;
double environment_pressure = 0;
int pressure_delta = 0;
double transfer_moles = 0;
dynamic removed = null;
int pressure_delta2 = 0;
double transfer_moles2 = 0;
dynamic removed2 = null;
base.process_atmos();
if ((this.stat & 3) != 0)
{
return(null);
}
if (!Lang13.Bool(this.nodes[1]))
{
this.on = 0;
}
if (!Lang13.Bool(this.on) || this.welded == true)
{
return(0);
}
air_contents = this.airs[1];
environment = this.loc.return_air();
environment_pressure = environment.return_pressure();
if ((((int)(this.pump_direction ?? 0)) & 1) != 0)
{
pressure_delta = 10000;
if ((((int)(this.pressure_checks ?? 0)) & 1) != 0)
{
pressure_delta = Num13.MinInt(pressure_delta, ((int)(this.external_pressure_bound - environment_pressure)));
}
if ((((int)(this.pressure_checks ?? 0)) & 2) != 0)
{
pressure_delta = Num13.MinInt(pressure_delta, Convert.ToInt32(air_contents.return_pressure() - this.internal_pressure_bound));
}
if (pressure_delta > 0)
{
if (Convert.ToDouble(air_contents.temperature) > 0)
{
transfer_moles = pressure_delta * (environment.volume ?? 0) / Convert.ToDouble(air_contents.temperature * 8.31);
removed = air_contents.remove(transfer_moles);
this.loc.assume_air(removed);
this.air_update_turf();
}
}
}
else
{
pressure_delta2 = 10000;
if ((((int)(this.pressure_checks ?? 0)) & 1) != 0)
{
pressure_delta2 = Num13.MinInt(pressure_delta2, ((int)(environment_pressure - this.external_pressure_bound)));
}
if ((((int)(this.pressure_checks ?? 0)) & 2) != 0)
{
pressure_delta2 = Num13.MinInt(pressure_delta2, ((int)(this.internal_pressure_bound - Convert.ToDouble(air_contents.return_pressure()))));
}
if (pressure_delta2 > 0)
{
if (Convert.ToDouble(environment.temperature) > 0)
{
transfer_moles2 = pressure_delta2 * Convert.ToDouble(air_contents.volume) / Convert.ToDouble(environment.temperature * 8.31);
removed2 = this.loc.remove_air(transfer_moles2);
if (removed2 == null)
{
return(null);
}
air_contents.merge(removed2);
this.air_update_turf();
}
}
}
this.update_parents();
return(1);
}
// 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: guardian.dm
public override void AltClickOn(Ent_Static A = null)
{
GasMixture Z = null;
ByTable Z_gases = null;
int? trace_gases = null;
dynamic id = null;
double pressure = 0;
if (!(A is Ent_Dynamic))
{
return;
}
if (this.loc == this.summoner)
{
this.WriteMsg("<span class='danger'><B>You must be manifested to warp a target!</span></B>");
return;
}
if (!Lang13.Bool(this.beacon))
{
this.WriteMsg("<span class='danger'><B>You need a beacon placed to warp things!</span></B>");
return;
}
if (!this.Adjacent(A))
{
this.WriteMsg("<span class='danger'><B>You must be adjacent to your target!</span></B>");
return;
}
if (Lang13.Bool(((dynamic)A).anchored))
{
this.WriteMsg("<span class='danger'><B>Your target cannot be anchored!</span></B>");
return;
}
this.WriteMsg("<span class='danger'><B>You begin to warp " + A + "</span></B>");
if (GlobalFuncs.do_mob(this, A, 50))
{
if (!Lang13.Bool(((dynamic)A).anchored))
{
if (Lang13.Bool(this.beacon))
{
if (Lang13.Bool(this.beacon.air))
{
Z = this.beacon.air;
Z_gases = Z.gases;
trace_gases = GlobalVars.FALSE;
foreach (dynamic _a in Lang13.Enumerate(Z_gases))
{
id = _a;
if (GlobalVars.hardcoded_gases.Contains(id))
{
continue;
}
trace_gases = GlobalVars.TRUE;
break;
}
if (Lang13.Bool(Z_gases["o2"]) && Convert.ToDouble(Z_gases["o2"][1]) >= 16 && !Lang13.Bool(Z_gases["plasma"]) && (!Lang13.Bool(Z_gases["co2"]) || Convert.ToDouble(Z_gases["co2"][1]) < 10) && !Lang13.Bool(trace_gases))
{
if (Convert.ToDouble(Z.temperature) > 270 && Convert.ToDouble(Z.temperature) < 360)
{
pressure = Z.return_pressure();
if (pressure > 20 && pressure < 550)
{
GlobalFuncs.PoolOrNew(typeof(Obj_Effect_Overlay_Temp_Guardian_Phase_Out), GlobalFuncs.get_turf(A));
GlobalFuncs.do_teleport(A, this.beacon, 0);
GlobalFuncs.PoolOrNew(typeof(Obj_Effect_Overlay_Temp_Guardian_Phase), GlobalFuncs.get_turf(A));
}
}
else
{
this.WriteMsg("<span class='danger'><B>The beacon isn't in a safe location!</span></B>");
}
}
else
{
this.WriteMsg("<span class='danger'><B>The beacon isn't in a safe location!</span></B>");
}
}
}
else
{
this.WriteMsg("<span class='danger'><B>You need a beacon to warp things!</span></B>");
}
}
}
else
{
this.WriteMsg("<span class='danger'><B>You need to hold still!</span></B>");
}
return;
}