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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,100 @@ | ||
| #define COOLANT_INPUT_GATE airs[1] | ||
| #define COOLANT_OUTPUT_GATE airs[2] | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator | ||
| name = "thermal regulator" | ||
| desc = "The heat regulator that helps cool energy weapons" | ||
| icon = 'nsv13/icons/obj/machinery/reactor_parts.dmi' | ||
| icon_state = "plasma_condenser" | ||
| pixel_y = 5 //So it lines up with layer 3 piping | ||
| layer = OBJ_LAYER | ||
| density = TRUE | ||
| dir = WEST | ||
| initialize_directions = WEST | ||
| pipe_flags = PIPING_ONE_PER_TURF | ||
| active_power_usage = 200 | ||
| var/obj/machinery/ship_weapon/energy/linked_gun | ||
| var/temperature = 0 | ||
| var/gas_absorption_effectiveness = 0.5 | ||
| var/gas_absorption_constant = 0.5 | ||
| var/last_coolant_temperature = 0 | ||
| var/last_output_temperature = 0 | ||
| var/last_heat_delta = 0 | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/on_construction() | ||
| var/obj/item/circuitboard/machine/thermomachine/board = circuit | ||
| if(board) | ||
| piping_layer = board.pipe_layer | ||
| ..(dir, piping_layer) | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/attack_hand(mob/user) | ||
| . = ..() | ||
| if(panel_open) | ||
| to_chat(user, "<span class='notice'>You must turn close the panel on [src] before turning it on.</span>") | ||
| return | ||
| to_chat(user, "<span class='notice'>You press [src]'s power button.</span>") | ||
| on = !on | ||
| update_icon() | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/update_icon() | ||
| cut_overlays() | ||
| if(panel_open) | ||
| icon_state = "plasma_condenser_screw" | ||
| else if(on) | ||
| icon_state = "plasma_condenser_active" | ||
| else | ||
| icon_state = "plasma_condenser" | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/ComponentInitialize() | ||
| . = ..() | ||
| AddComponent(/datum/component/simple_rotation,ROTATION_ALTCLICK | ROTATION_CLOCKWISE | ROTATION_COUNTERCLOCKWISE | ROTATION_VERBS ) | ||
| gas_absorption_effectiveness = rand(5, 6)/10 //All reactors are slightly different. This will result in you having to figure out what the balance is for K. | ||
| gas_absorption_constant = gas_absorption_effectiveness //And set this up for the rest of the round. | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/process() | ||
| update_parents() //Update the pipenet to register new gas mixes | ||
| if(next_slowprocess < world.time) | ||
| slowprocess() | ||
| next_slowprocess = world.time + 1 SECONDS | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/process_atmos() | ||
| ..() | ||
| if(!on) | ||
| return | ||
| if(!linked_gun) | ||
| return | ||
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| /obj/machinery/atmospherics/components/binary/thermal_regulator/proc/slowprocess() | ||
| ..() | ||
| if(!on) | ||
| return | ||
| if(!linked_gun) | ||
| return | ||
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| //Let's get our gasses sorted out. | ||
| var/datum/gas_mixture/coolant_input = COOLANT_INPUT_GATE | ||
| var/datum/gas_mixture/coolant_output = COOLANT_OUTPUT_GATE | ||
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| temperature = linked_gun.heat | ||
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| //Firstly, heat up the reactor based off of K. | ||
| var/input_moles = coolant_input.total_moles() //Firstly. Do we have enough moles of coolant? | ||
| if(input_moles >= minimum_coolant_level) | ||
| last_coolant_temperature = KELVIN_TO_CELSIUS(coolant_input.return_temperature()) | ||
| //Important thing to remember, once you slot in the fuel rods, this thing will not stop making heat, at least, not unless you can live to be thousands of years old which is when the spent fuel finally depletes fully. | ||
| var/heat_delta = (KELVIN_TO_CELSIUS(coolant_input.return_temperature()) / 100) * gas_absorption_effectiveness //Take in the gas as a cooled input, cool the reactor a bit. The optimum, 100% balanced reaction sits at K=1, coolant input temp of 200K / -73 celsius. | ||
| last_heat_delta = heat_delta | ||
| temperature += heat_delta | ||
| coolant_output.merge(coolant_input) //And now, shove the input into the output. | ||
| coolant_input.clear() //Clear out anything left in the input gate. | ||
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| //Now, heat up the output and set our pressure. | ||
| coolant_output.set_temperature(CELSIUS_TO_KELVIN(temperature)) //Heat the coolant output gas that we just had pass through us. | ||
| last_output_temperature = KELVIN_TO_CELSIUS(coolant_output.return_temperature()) | ||
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| heat = linked_gun.heat |
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