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1c921674a9
Fixed refueling vehicles with high input rates when using fuel sources with low fuel capacity.
126 lines
5.2 KiB
Plaintext
126 lines
5.2 KiB
Plaintext
#include "script_component.hpp"
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/*
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* Author: GitHawk
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* Refuels the vehicle.
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*
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* Arguments:
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* 0: Unit <OBJECT>
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* 1: Vehicle <OBJECT>
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* 2: Nozzle <OBJECT>
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* 3: Connection Point <ARRAY>
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*
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* Return Value:
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* None
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*
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* Example:
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* [bob, kevin, nozzle, [2, 1, 5]] call ace_refuel_fnc_refuel
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*
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* Public: No
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*/
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params [["_unit", objNull, [objNull]], ["_sink", objNull, [objNull]], ["_nozzle", objNull, [objNull]], ["_connectToPoint", [0,0,0], [[]], 3]];
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private _config = configOf _sink;
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private _rate = getNumber (_config >> QGVAR(flowRate)) * GVAR(rate);
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private _maxFuel = getNumber (_config >> QGVAR(fuelCapacity));
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// Fall back to vanilla fuelCapacity value (only air and sea vehicles don't have this defined by default by us)
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// Air and sea vehicles have that value properly defined in liters, unlike ground vehicles which is is formula of (range * tested factor) - different fuel consumption system than ground vehicles
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if (_maxFuel == 0) then {
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_maxFuel = getNumber (_config >> "fuelCapacity");
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};
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[{
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params ["_args", "_pfID"];
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_args params [["_source", objNull, [objNull]], ["_sink", objNull, [objNull]], ["_unit", objNull, [objNull]], ["_nozzle", objNull, [objNull]], ["_rate", 1, [0]], ["_startFuel", 0, [0]], ["_maxFuel", 0, [0]], ["_connectFromPoint", [0,0,0], [[]], 3], ["_connectToPoint", [0,0,0], [[]], 3]];
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if !(_nozzle getVariable [QGVAR(isConnected), false]) exitWith {
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[_pfID] call CBA_fnc_removePerFrameHandler;
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};
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if (!alive _source || {!alive _sink}) exitWith {
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[objNull, _nozzle] call FUNC(dropNozzle);
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_nozzle setVariable [QGVAR(isConnected), false, true];
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if (_nozzle isKindOf "Land_CanisterFuel_F") then { _nozzle setVariable [QEGVAR(cargo,canLoad), true, true]; };
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_nozzle setVariable [QGVAR(sink), nil, true];
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_sink setVariable [QGVAR(nozzle), nil, true];
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[_pfID] call CBA_fnc_removePerFrameHandler;
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};
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private _hoseLength = _source getVariable [QGVAR(hoseLength), GVAR(hoseLength)];
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private _tooFar = ((_sink modelToWorld _connectToPoint) distance (_source modelToWorld _connectFromPoint)) > (_hoseLength - 2);
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if (_tooFar && {!(_nozzle getVariable [QGVAR(jerryCan), false])}) exitWith {
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[LSTRING(Hint_TooFar), 2, _unit] call EFUNC(common,displayTextStructured);
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[objNull, _nozzle] call FUNC(dropNozzle);
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_nozzle setVariable [QGVAR(isConnected), false, true];
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if (_nozzle isKindOf "Land_CanisterFuel_F") then { _nozzle setVariable [QEGVAR(cargo,canLoad), true, true]; };
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_nozzle setVariable [QGVAR(sink), nil, true];
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_sink setVariable [QGVAR(nozzle), nil, true];
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[_pfID] call CBA_fnc_removePerFrameHandler;
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};
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private _finished = false;
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private _fueling = _nozzle getVariable [QGVAR(isRefueling), false];
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if (_fueling) then {
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private _fuelInSource = [_source] call FUNC(getFuel);
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if (_fuelInSource == 0) exitWith {
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[LSTRING(Hint_SourceEmpty), 2, _unit] call EFUNC(common,displayTextStructured);
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_nozzle setVariable [QGVAR(lastTickMissionTime), nil];
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_nozzle setVariable [QGVAR(isRefueling), false, true];
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};
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// Calculate rate using mission time to take time acceleration and pause into account
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private _rateTime = _rate * (CBA_missionTime - (_nozzle getVariable [QGVAR(lastTickMissionTime), CBA_missionTime]));
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_nozzle setVariable [QGVAR(lastTickMissionTime), CBA_missionTime];
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if (_fuelInSource != REFUEL_INFINITE_FUEL) then {
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if (_rateTime > _fuelInSource) then {
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_rateTime = _fuelInSource;
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_fuelInSource = 0;
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} else {
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_fuelInSource = _fuelInSource - _rateTime;
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};
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} else {
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_source setVariable [QGVAR(fuelCounter), (_source getVariable [QGVAR(fuelCounter), 0]) + _rateTime, true];
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};
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if (_fuelInSource <= 0 && {_fuelInSource != REFUEL_INFINITE_FUEL}) then {
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_fuelInSource = 0;
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[_source, _fuelInSource] call FUNC(setFuel);
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_finished = true;
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[LSTRING(Hint_SourceEmpty), 2, _unit] call EFUNC(common,displayTextStructured);
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};
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private _fuelInSink = (_unit getVariable [QGVAR(tempFuel), _startFuel]) + ( _rateTime / _maxFuel);
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if (_fuelInSink > 1) then {
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_fuelInSink = 1;
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_finished = true;
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[LSTRING(Hint_Completed), 2, _unit] call EFUNC(common,displayTextStructured);
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};
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_unit setVariable [QGVAR(tempFuel), _fuelInSink];
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[QGVAR(tick), [_source, _sink, _rateTime]] call CBA_fnc_localEvent;
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[QEGVAR(common,setFuel), [_sink, _fuelInSink], _sink] call CBA_fnc_targetEvent;
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[_source, _fuelInSource] call FUNC(setFuel);
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} else {
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_unit setVariable [QGVAR(tempFuel), fuel _sink];
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};
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if (_finished) exitWith {
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[QGVAR(stopped), [_source, _sink]] call CBA_fnc_localEvent;
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_nozzle setVariable [QGVAR(lastTickMissionTime), nil];
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_nozzle setVariable [QGVAR(isRefueling), false, true];
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};
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}, 1, [
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_nozzle getVariable QGVAR(source),
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_sink,
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_unit,
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_nozzle,
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_rate,
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fuel _sink,
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_maxFuel,
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_nozzle getVariable [QGVAR(attachPos), [0,0,0]],
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_connectToPoint
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]] call CBA_fnc_addPerFrameHandler;
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