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ACE3/addons/vector/functions/fnc_convertToTexturesFOS.sqf

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[WIP] Fix script errors reporting wrong line numbers (#6407) * advanced_ballistics * advanced_fatigue * advanced_throwing * ai * aircraft * arsenal * atragmx * attach * backpacks * ballistics * captives * cargo * chemlights * common * concertina_wire * cookoff * dagr * disarming * disposable * dogtags * dragging * explosives * fastroping * fcs * finger * frag * gestures * gforces * goggles * grenades * gunbag * hearing * hitreactions * huntir * interact_menu * interaction * inventory * kestrel4500 * laser * laserpointer * logistics_uavbattery * logistics_wirecutter * magazinerepack * map * map_gestures * maptools * markers * medical * medical_ai * medical_blood * medical_menu * microdagr * minedetector * missileguidance * missionmodules * mk6mortar * modules * movement * nametags * nightvision * nlaw * optics * optionsmenu * overheating * overpressure * parachute * pylons * quickmount * rangecard * rearm * recoil * refuel * reload * reloadlaunchers * repair * respawn * safemode * sandbag * scopes * slideshow * spectator * spottingscope * switchunits * tacticalladder * tagging * trenches * tripod * ui * vector * vehiclelock * vehicles * viewdistance * weaponselect * weather * winddeflection * yardage450 * zeus * arsenal defines.hpp * optionals * DEBUG_MODE_FULL 1 * DEBUG_MODE_FULL 2 * Manual fixes * Add SQF Validator check for #include after block comment * explosives fnc_openTimerUI * fix uniqueItems
2018-09-17 19:19:29 +00:00
#include "script_component.hpp"
Conform function headers to coding guidelines (#5255) * Fixed headers to work with silentspike python script * Fixed rest of the files * Fixed ace-team
2017-06-08 13:31:51 +00:00
/*
* Author: commy2
* converts rangefinder distance into array of textures for the vectors scripted info control
*
* Arguments:
* 0: Number <NUMBER>
* 1: Number <NUMBER>
*
* Return Value:
* Array <ARRAY>
*
* Example:
* [5, 6] call ace_vector_fnc_convertToTexturesFOS
*
* Public: No
*/
Refactor private ARRAY to private keyword (#5598) * Everything * Fixed missing ; * Fix missing ; and double private * Fixed cannot isNull on number * Turn _temparture back to isNil * Fix error from merge
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params ["_number", "_coordinate"];
vector FOS mode
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_number = round (_number select _coordinate);
Refactor private ARRAY to private keyword (#5598) * Everything * Fixed missing ; * Fix missing ; and double private * Fixed cannot isNull on number * Turn _temparture back to isNil * Fix error from merge
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private _isNegative = _number < 0;
vector FOS mode
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_number = abs _number;
vector: fix potential error in FOS, prep settings, config
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if (_number > 9999) exitWith {
Use new QPATHTOF and QPATHTOEF macros
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[QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa)] // return
vector FOS mode
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};
Refactor private ARRAY to private keyword (#5598) * Everything * Fixed missing ; * Fix missing ; and double private * Fixed cannot isNull on number * Turn _temparture back to isNil * Fix error from merge
2017-10-10 14:39:59 +00:00
private _digit0 = "";
private _digit1 = floor (_number / 1000);
private _digit2 = floor (_number / 100) - _digit1 * 10;
private _digit3 = floor (_number / 10) - _digit1 * 100 - _digit2 * 10;
private _digit4 = _number mod 10;
vector FOS mode
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switch (_coordinate) do {
case 0 : {
if (_isNegative) then {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_l.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit3 = "";
_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_l.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_l.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
} else {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_r.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit3 = "";
_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_r.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_r.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
};
};
case 1 : {
if (_isNegative) then {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit3 = "";
_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
} else {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_a.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit3 = "";
_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_a.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_a.paa);
vector FOS mode
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_digit1 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
};
};
case 2 : {
if (_isNegative) then {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_u.paa);
_digit1 = QPATHTOF(rsc\vector_p.paa);
vector FOS mode
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_digit2 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_u.paa);
_digit1 = QPATHTOF(rsc\vector_p.paa);
vector FOS mode
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_digit2 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_u.paa);
_digit1 = QPATHTOF(rsc\vector_p.paa);
_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
} else {
if (_digit1 == 0) then {
if (_digit2 == 0) then {
if (_digit3 == 0) then {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
_digit1 = QPATHTOF(rsc\vector_n.paa);
vector FOS mode
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_digit2 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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_digit4 = "";
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
_digit1 = QPATHTOF(rsc\vector_n.paa);
vector FOS mode
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_digit2 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
Use new QPATHTOF and QPATHTOEF macros
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_digit0 = QPATHTOF(rsc\vector_d.paa);
_digit1 = QPATHTOF(rsc\vector_n.paa);
_digit2 = format [QPATHTOF(rsc\vector_%1.paa), _digit2];
_digit3 = format [QPATHTOF(rsc\vector_%1.paa), _digit3];
_digit4 = format [QPATHTOF(rsc\vector_%1.paa), _digit4];
vector FOS mode
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};
} else {
_digit0 = "";
Use new QPATHTOF and QPATHTOEF macros
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_digit1 = QPATHTOF(rsc\vector_minus.paa);
_digit2 = QPATHTOF(rsc\vector_minus.paa);
_digit3 = QPATHTOF(rsc\vector_minus.paa);
_digit4 = QPATHTOF(rsc\vector_minus.paa);
vector FOS mode
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};
};
};
};
vector: fix potential error in FOS, prep settings, config
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// trap errors
Fix missing boolean inversion
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if !([_digit0, _digit1, _digit2, _digit3, _digit4] isEqualTypeAll "") exitWith {
Use new QPATHTOF and QPATHTOEF macros
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[QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa), QPATHTOF(rsc\vector_minus.paa)] // return
vector: fix potential error in FOS, prep settings, config
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};
vector FOS mode
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[_digit0, _digit1, _digit2, _digit3, _digit4]
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