// Function from file: oxygen_generator.dm
public override int?process_atmos( )
{
GasMixture air_contents = null;
double total_moles = 0;
double current_heat_capacity = 0;
double added_oxygen = 0;
base.process_atmos();
if (!this.on)
{
return(0);
}
air_contents = this.airs[1];
total_moles = air_contents.total_moles();
if (total_moles < this.oxygen_content)
{
current_heat_capacity = air_contents.heat_capacity();
added_oxygen = this.oxygen_content - total_moles;
air_contents.temperature = (current_heat_capacity * Convert.ToDouble(air_contents.temperature) + added_oxygen * 5463) / (current_heat_capacity + added_oxygen * 20);
air_contents.assert_gas("o2");
air_contents.gases["o2"][1] += added_oxygen;
this.update_parents();
}
return(1);
}
// Function from file: other_tools.dm
public override void critfail( )
{
dynamic T = null;
GasMixture GM = null;
base.critfail();
T = GlobalFuncs.get_turf(this);
if (!Lang13.Bool(T))
{
return;
}
GM = new GasMixture();
GM.assert_gas("plasma");
if (Rand13.PercentChance(10))
{
GM.gases["plasma"][1] += 100;
GM.temperature = 1773.1500244140625;
((Ent_Static)T).visible_message("The " + this + " suddenly disgorges a cloud of heated plasma.");
GlobalFuncs.qdel(this);
}
else
{
GM.gases["plasma"][1] += 5;
GM.temperature = (T is Tile_Simulated ? T.air.return_temperature() : ((dynamic)(293.41)));
((Ent_Static)T).visible_message("The " + this + " suddenly disgorges a cloud of plasma.");
}
((Ent_Static)T).assume_air(GM);
return;
}
// Function from file: plating.dm
public Tile_Simulated_Floor_Engine_N2o(dynamic loc = null) : base((object)(loc))
{
GasMixture adding = null;
// Warning: Super call was HERE! If anything above HERE is needed by the super call, it might break!;
adding = new GasMixture();
adding.assert_gas("n2o");
adding.gases["n2o"][1] = 6000;
adding.temperature = 293.41;
this.assume_air(adding);
return;
}
// Function from file: tank.dm
public Obj_Machinery_Atmospherics_Components_Unary_Tank(dynamic loc = null, int?process = null) : base((object)(loc), process)
{
GasMixture air_contents = null;
// Warning: Super call was HERE! If anything above HERE is needed by the super call, it might break!;
air_contents = this.airs[1];
air_contents.volume = this.volume;
air_contents.temperature = 293.41;
if (Lang13.Bool(this.gas_type))
{
air_contents.assert_gas(this.gas_type);
air_contents.gases[this.gas_type][1] = (air_contents.volume ?? 0) * 2533.125 / Convert.ToDouble(air_contents.temperature * 8.31);
this.name = "" + this.name + " (" + air_contents.gases[this.gas_type][3][2] + ")";
}
return;
}
// Function from file: turf.dm
public void Assimilate_Air( )
{
GasMixture total = null;
ByTable total_gases = null;
int turf_count = 0;
dynamic direction = null;
Tile T = null;
Tile S = null;
ByTable S_gases = null;
dynamic id = null;
ByTable air_gases = null;
dynamic id2 = null;
if (this.air != null)
{
total = new GasMixture();
total_gases = total.gases;
turf_count = 0;
foreach (dynamic _b in Lang13.Enumerate(GlobalVars.cardinal))
{
direction = _b;
T = Map13.GetStep(this, Convert.ToInt32(direction));
if (T is Tile_Space)
{
turf_count++;
continue;
}
if (T is Tile_Simulated_Floor)
{
S = T;
if (Lang13.Bool(((dynamic)S).air))
{
S_gases = ((dynamic)S).air.gases;
foreach (dynamic _a in Lang13.Enumerate(S_gases))
{
id = _a;
total.assert_gas(id);
total_gases[id][1] += S_gases[id][1];
}
total.temperature += ((dynamic)S).air.temperature;
}
turf_count++;
}
}
this.air.copy_from(total);
if (turf_count != 0)
{
air_gases = this.air.gases;
foreach (dynamic _c in Lang13.Enumerate(air_gases))
{
id2 = _c;
air_gases[id2][1] /= turf_count;
}
this.air.temperature /= turf_count;
}
GlobalVars.SSair.add_to_active(this);
}
return;
}
// Function from file: LINDA_system.dm
public void atmos_spawn_air(int flag = 0, double?amount = null)
{
GasMixture G = null;
ByTable new_gases = null;
if (!Lang13.Bool(this.text) || !Lang13.Bool(amount) || !(this.air != null))
{
return;
}
G = new GasMixture();
new_gases = G.gases;
if ((flag & 2) != 0)
{
G.temperature = 293.41;
}
if ((flag & 1) != 0)
{
G.temperature += 1000;
}
if ((flag & 4) != 0)
{
G.assert_gas("plasma");
new_gases["plasma"][1] += amount;
}
if ((flag & 8) != 0)
{
G.assert_gas("o2");
new_gases["o2"][1] += amount;
}
if ((flag & 16) != 0)
{
G.assert_gas("co2");
new_gases["co2"][1] += amount;
}
if ((flag & 32) != 0)
{
G.assert_gas("n2");
new_gases["n2"][1] += amount;
}
if ((flag & 64) != 0)
{
G.assert_gas("n2o");
new_gases["n2o"][1] += amount;
}
if ((flag & 256) != 0)
{
G.assert_gases("o2", "n2");
new_gases["o2"][1] += (amount ?? 0) * 21.83659553527832;
new_gases["n2"][1] += (amount ?? 0) * 82.14720153808594;
}
this.air.merge(G);
GlobalVars.SSair.add_to_active(this, false);
return;
}
// Function from file: effects_smoke.dm
public void Chilled(dynamic A = null)
{
dynamic T = null;
GasMixture G = null;
Obj_Effect_Hotspot H = null;
ByTable G_gases = null;
Obj_Machinery_Atmospherics_Components_Unary U = null;
Mob_Living L = null;
Obj_Item Item = null;
if (A is Tile_Simulated)
{
T = A;
if (Lang13.Bool(T.air))
{
G = T.air;
if (Map13.GetDistance(T, this.location) < 2)
{
G.temperature = 2;
}
((Tile)T).air_update_turf();
foreach (dynamic _a in Lang13.Enumerate(T, typeof(Obj_Effect_Hotspot)))
{
H = _a;
GlobalFuncs.qdel(H);
G_gases = G.gases;
if (Lang13.Bool(G_gases["plasma"]))
{
G.assert_gas("n2");
G_gases["n2"][1] += G_gases["plasma"][1];
G_gases["plasma"][1] = 0;
G.garbage_collect();
}
}
}
foreach (dynamic _b in Lang13.Enumerate(T, typeof(Obj_Machinery_Atmospherics_Components_Unary)))
{
U = _b;
if (!(U.welded == null) && !(U.welded == true))
{
U.welded = true;
U.update_icon();
U.visible_message("<span class='danger'>" + U + " was frozen shut!</span>");
}
}
foreach (dynamic _c in Lang13.Enumerate(T, typeof(Mob_Living)))
{
L = _c;
L.ExtinguishMob();
}
foreach (dynamic _d in Lang13.Enumerate(T, typeof(Obj_Item)))
{
Item = _d;
Item.extinguish();
}
}
return;
}
// Function from file: filter.dm
public override int?process_atmos( )
{
dynamic air1 = null;
dynamic air2 = null;
dynamic air3 = null;
dynamic output_starting_pressure = null;
double pressure_delta = 0;
double transfer_moles = 0;
dynamic removed = null;
GasMixture filtered_out = null;
base.process_atmos();
if (!this.on)
{
return(0);
}
if (!(Lang13.Bool(this.nodes[1]) && Lang13.Bool(this.nodes[2]) && Lang13.Bool(this.nodes[3])))
{
return(0);
}
air1 = this.airs[1];
air2 = this.airs[2];
air3 = this.airs[3];
output_starting_pressure = air3.return_pressure();
if (Convert.ToDouble(output_starting_pressure) >= this.target_pressure)
{
return(1);
}
pressure_delta = this.target_pressure - Convert.ToDouble(output_starting_pressure);
if (Convert.ToDouble(air1.temperature) > 0)
{
transfer_moles = pressure_delta * Convert.ToDouble(air3.volume) / Convert.ToDouble(air1.temperature * 8.31);
}
if (transfer_moles > 0)
{
removed = air1.remove(transfer_moles);
if (!Lang13.Bool(removed))
{
return(null);
}
filtered_out = new GasMixture();
filtered_out.temperature = removed.temperature;
if (Lang13.Bool(this.filter_type) && Lang13.Bool(removed.gases[this.filter_type]))
{
filtered_out.assert_gas(this.filter_type);
filtered_out.gases[this.filter_type][1] = removed.gases[this.filter_type][1];
removed.gases[this.filter_type][1] = 0;
removed.garbage_collect();
}
else
{
filtered_out = null;
}
air2.merge(filtered_out);
air3.merge(removed);
}
this.update_parents();
return(1);
}
// Function from file: vent_scrubber.dm
public bool scrub(Ent_Static tile = null)
{
GasMixture environment = null;
dynamic air_contents = null;
ByTable env_gases = null;
int? should_we_scrub = null;
dynamic id = null;
double transfer_moles = 0;
dynamic removed = null;
ByTable removed_gases = null;
GasMixture filtered_out = null;
ByTable filtered_gases = null;
double transfer_moles2 = 0;
dynamic removed2 = null;
if (!(tile is Tile_Simulated))
{
return(false);
}
environment = tile.return_air();
air_contents = this.airs[1];
env_gases = environment.gases;
if ((((int)(this.scrubbing ?? 0)) & 1) != 0)
{
should_we_scrub = GlobalVars.FALSE;
foreach (dynamic _a in Lang13.Enumerate(env_gases))
{
id = _a;
if (id == "n2" || id == "o2")
{
continue;
}
if (Lang13.Bool(env_gases[id][1]))
{
should_we_scrub = GlobalVars.TRUE;
break;
}
}
if (Lang13.Bool(should_we_scrub))
{
transfer_moles = Num13.MinInt(1, ((int)(this.volume_rate / (environment.volume ?? 0)))) * environment.total_moles();
removed = tile.remove_air(transfer_moles);
removed_gases = removed.gases;
if (removed == null)
{
return(false);
}
filtered_out = new GasMixture();
filtered_gases = filtered_out.gases;
filtered_out.temperature = removed.temperature;
if (Lang13.Bool(this.scrub_Toxins) && Lang13.Bool(removed_gases["plasma"]))
{
filtered_out.assert_gas("plasma");
filtered_gases["plasma"][1] = removed_gases["plasma"][1];
removed.gases["plasma"][1] = 0;
}
if (Lang13.Bool(this.scrub_CO2) && Lang13.Bool(removed_gases["co2"]))
{
filtered_out.assert_gas("co2");
filtered_out.gases["co2"][1] = removed_gases["co2"][1];
removed.gases["co2"][1] = 0;
}
if (Lang13.Bool(removed_gases["agent_b"]))
{
filtered_out.assert_gas("agent_b");
filtered_out.gases["agent_b"][1] = removed_gases["agent_b"][1];
removed.gases["agent_b"][1] = 0;
}
if (Lang13.Bool(this.scrub_N2O) && Lang13.Bool(removed_gases["n2o"]))
{
filtered_out.assert_gas("n2o");
filtered_out.gases["n2o"][1] = removed_gases["n2o"][1];
removed.gases["n2o"][1] = 0;
}
removed.garbage_collect();
air_contents.merge(filtered_out);
tile.assume_air(removed);
((Tile)tile).air_update_turf();
}
}
else
{
if (Convert.ToDouble(air_contents.return_pressure()) >= 5066.25)
{
return(false);
}
transfer_moles2 = environment.total_moles() * (this.volume_rate / (environment.volume ?? 0));
removed2 = tile.remove_air(transfer_moles2);
air_contents.merge(removed2);
((Tile)tile).air_update_turf();
}
this.update_parents();
return(true);
}