ACE3/TO_MERGE/ace/arty_computers/gyk-37/fnc_doCompute.sqf

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//fnc_doCompute.sqf
#include "script_component.hpp"
// PREP(doFFE);
// PREP(formatFireCommands);
_isAdjust = _this select 0;
_missionData = [] call CBA_fnc_hashCreate;
_controls = configNamespace >> "ace_arty_bcs_Display" >> "controls" >> "ace_arty_bcs_mission" >> "controls";
_valid = [_controls, _missionData] call FUNC(validateData);
if(_valid) then {
GVAR(currentComputer) setVariable [QGVAR(currentMission), _missionData, true];
_missionType = GVAR(currentComputer) getVariable QGVAR(currentMissionType);
_targetPos = [];
_targetAlt = 0;
switch (toLower(_missionType select 0)) do {
case "grid": {
_ne = ([_missionData, IDC_Mission_MissionGridGridInput] call CBA_fnc_hashGet) call FUNC(parseGrid);
_alt = [_missionData, IDC_Mission_MissionGridAltInput] call CBA_fnc_hashGet;
_targetPos = [(_ne select 0), (_ne select 1), (parseNumber _alt)];
_targetAlt = (parseNumber _alt);
};
case "polar": {
_ne = ([_missionData, IDC_Mission_MissionPolarObserverPosInput] call CBA_fnc_hashGet) call FUNC(parseGrid);
_alt = parseNumber ([_missionData, IDC_Mission_MissionPolarObserverAltInput] call CBA_fnc_hashGet);
_ot = parseNumber ([_missionData, IDC_Mission_MissionPolarOTDirInput] call CBA_fnc_hashGet);
GVAR(currentOT) = _ot;
_range = parseNumber ([_missionData, IDC_Mission_MissionPolarRangeInput] call CBA_fnc_hashGet);
_altDif = parseNumber ([_missionData, IDC_Mission_MissionPolarAltDifInput] call CBA_fnc_hashGet);
_targetPos = [_ne, _range, MIL2DEG(_ot)] call BIS_fnc_relPos;
_targetAlt = _alt + _altDif;
_targetPos set[2, _targetAlt];
};
case "shift": {
_knownPoints = GVAR(currentComputer) getVariable [QGVAR(knownPoints), []];
_index = lbCurSel IDC_Mission_MissionShiftKnowPointSelect;
_val = lbValue [IDC_Mission_MissionShiftKnowPointSelect, _index];
_knownPoint = _knownPoints select _val;
_ne = (_knownPoint select 1) call FUNC(parseGrid);
_alt = parseNumber (_knownPoint select 2);
_ot = parseNumber ([_missionData, IDC_Mission_MissionShiftOTDirInput] call CBA_fnc_hashGet);
GVAR(currentOT) = _ot;
_lr = parseNumber ([_missionData, IDC_Mission_MissionShiftLeftRightInput] call CBA_fnc_hashGet);
_ad = parseNumber ([_missionData, IDC_Mission_MissionShiftAddDropInput] call CBA_fnc_hashGet);
_ud = parseNumber ([_missionData, IDC_Mission_MissionShiftUpDownInput] call CBA_fnc_hashGet);
_lrDir = 0;
_adDir = 0;
if(_lr < 0) then {
_lrDir = (_ot + 4800) mod 6400;
} else {
_lrDir = (_ot + 1600) mod 6400;
};
if(_ad < 0) then {
_adDir = (_ot + 3200) mod 6400;
} else {
_adDir = _ot;
};
_targetPos = [_ne, (abs _lr), MIL2DEG(_lrDir)] call BIS_fnc_relPos;
_targetPos = [_targetPos, (abs _ad), MIL2DEG(_adDir)] call BIS_fnc_relPos;
_targetAlt = _alt + _ud;
_targetPos set[2, _targetAlt];
};
};
_batteryData = GVAR(currentComputer) getVariable QGVAR(batteryData);
_gunNE = ([_batteryData, IDC_Main_BatteryGridInput] call CBA_fnc_hashGet) call FUNC(parseGrid);
_gunAlt = parseNumber ([_batteryData, IDC_Main_BatteryAltInput] call CBA_fnc_hashGet);
_gunPos = [(_gunNE select 0), (_gunNE select 1), _gunAlt];
_dof = parseNumber ([_batteryData, IDC_Main_BatteryDOFInput] call CBA_fnc_hashGet);
_roundType = ([_missionData, IDC_Mission_EngageAmmunitionTypeSelect] call CBA_fnc_hashGet) select 2;
_fuzeType = ([_missionData, IDC_Mission_EngageFuzeTypeSelect] call CBA_fnc_hashGet) select 2;
GVAR(generatingMission) = true;
[_targetPos, _gunPos, _dof, _roundType, _fuzeType] spawn FUNC(generateSolutions);
_isAdjust spawn {
_isAdjust = _this;
ctrlEnable [MISSION_ID, false];
waitUntil {
!GVAR(generatingMission)
};
ctrlEnable [MISSION_ID, true];
_solutions = GVAR(currentComputer) getVariable [QGVAR(currentSolutions),[]];
_solutionsIndex = GVAR(currentComputer) getVariable [QGVAR(currentSolutionsIndex),0];
if((count _solutions) > 0) then {
_solution = _solutions select _solutionsIndex;
if((count _solution) > 0) then {
if(_isAdjust) then {
[] call FUNC(doAdjustment);
} else {
[] call FUNC(doFFE);
};
};
};
};
};