sreVprefixidi\acre\addons\sys_modesCfgAcreRadioModes.hpp))CfgEventHandlers.hppconfig.binÖÖfnc_checkAvailability.sqfllfnc_sc_muting.sqffnc_sc_speaking.sqf{{fnc_sem70akw_muting.sqf$$fnc_sem70akw_speaking.sqf’’script_component.hppOOXEH_preInit.sqf‹‹XEH_PREP.hppÉÉXEH_preStart.sqf<<//CfgAcreRadioModes.hpp class CfgAcreRadioModes { class singleChannel { availability = QFUNC(sc_muting); speaking = QFUNC(sc_speaking); channelHash[] = { "frequencyTX", "frequencyRX", "power", "mode", "CTCSSTx", "CTCSSRx", "modulation", "encryption", "TEK", "trafficRate", "syncLength" }; }; class sem70AKW { availability = QFUNC(sem70akw_muting); speaking = QFUNC(sem70akw_speaking); channelHash[] = { "frequencies", "frequencyTX", "frequencyRX", "power", "mode", "networkID" }; }; class singleChannelPRR { availability = QFUNC(sc_muting); speaking = QFUNC(sc_speaking); channelHash[] = { "frequencyTX", "frequencyRX", "power", "mode" }; }; }; class Extended_PreStart_EventHandlers { class ADDON { init = QUOTE(call COMPILE_FILE(XEH_preStart)); }; }; class Extended_PreInit_EventHandlers { class ADDON { init = QUOTE(call COMPILE_FILE(XEH_preInit)); }; }; raPÒCfgPatches‚Extended_PreStart_EventHandlersŸExtended_PreInit_EventHandlersCfgAcreRadioModes†acre_sys_modes˜ nameACRE2 - ModesunitsweaponsrequiredVersion®G@requiredAddonsacre_mainacre_sys_dataacre_sys_radioacre_sys_coreauthor$STR_acre_main_Authorurl$STR_acre_main_URLversionš™9@versionStr2.9.0.1042versionAr acre_sys_modesµinitcall compile preprocessFileLineNumbers '\idi\acre\addons\sys_modes\XEH_preStart.sqf'acre_sys_modes)initcall compile preprocessFileLineNumbers '\idi\acre\addons\sys_modes\XEH_preInit.sqf'singleChannel¿sem70AKW”singleChannelPRREavailabilityacre_sys_modes_fnc_sc_mutingspeakingacre_sys_modes_fnc_sc_speakingchannelHash frequencyTXfrequencyRXpowermodeCTCSSTxCTCSSRxmodulationencryptionTEKtrafficRatesyncLengthavailabilityacre_sys_modes_fnc_sem70akw_mutingspeakingacre_sys_modes_fnc_sem70akw_speakingchannelHashfrequenciesfrequencyTXfrequencyRXpowermodenetworkIDavailabilityacre_sys_modes_fnc_sc_mutingspeakingacre_sys_modes_fnc_sc_speakingchannelHashfrequencyTXfrequencyRXpowermode#include "script_component.hpp" /* * Author: ACRE2Team * Calls the mode specific availability function and there checks if two list of radios are able to communicate with each other. * * Arguments: * 0: First radio list * 1: Second radio list * 2: Quick, only check if any radio can communicate (optional) * * Return Value: * List of Radios who can communicate * * Example: * [[ACRE_ACTIVE_RADIO], [] call acre_sys_data_fnc_getPlayerRadioList, false] call acre_sys_modes_fnc_checkAvailability * * Public: No */ params ["_list1", "_list2", ["_quick", true]]; private _foundRadios = []; { private _matches = []; private _exit = false; private _radioId1 = _x; PUSH(_foundRadios, [ARR_2(_radioId1,_matches)]); private _radio1Data = [_radioId1, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _mode1 = HASH_GET(_radio1Data, "mode"); private _functionName = getText (configFile >> "CfgAcreRadioModes" >> _mode1 >> "availability"); if (_functionName != "") then { private _function = missionNamespace getVariable _functionName; { private _radioId2 = _x; private _on = [_radioId2, "getOnOffState"] call EFUNC(sys_data,dataEvent); private _isAvailable = false; if (_on == 1) then { _isAvailable = [_radioId1, _radioId2] call CALLSTACK_NAMED(_function, _functionName); if (_isAvailable) then { PUSH(_matches, _radioId2); }; }; if (_isAvailable && {_quick}) exitWith {}; } forEach _list2; if (_matches isNotEqualTo []) then { if (_quick) then { _exit = true; }; }; if (_exit) exitWith { }; }; } forEach _list1; _foundRadios #include "script_component.hpp" /* * Author: ACRE2Team * Checks if two radios in singleChannel or singleChannelPRR mode can "hear" eachother * * Arguments: * 0: Radio ID one * 1: Radio ID two * * Return Value: * TRUE if match * * Example: * ["_radioId1","_radioId2"] call acre_sys_modes_fnc_sc_muting * * Public: No */ params ["_radioId1", "_radioId2"]; private _radioTxData = [_radioId1, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _radioRxData = [_radioId2, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _mode1 = HASH_GET(_radioTxData, "mode"); private _mode2 = HASH_GET(_radioRxData, "mode"); private _match = false; private _modeIsSingleChannel = (_mode1 == "singleChannel") && {_mode1 == _mode2}; private _modeIsSingleChannelPRR = (_mode1 == "singleChannelPRR") && {_mode1 == _mode2}; if (_modeIsSingleChannel || {_modeIsSingleChannelPRR}) then { private _freq1 = HASH_GET(_radioTxData, "frequencyTX"); private _freq2 = HASH_GET(_radioRxData, "frequencyRX"); if (_freq1 == _freq2) then { _match = true; }; }; _match #include "script_component.hpp" /* * Author: ACRE2Team * Initiates the signal calculation function for a transmission between two radios. This is done on the receiving client * * Arguments: * 0: Transmitter * 1: Transmitter Radio ID * 2: Receiver * 3: Receiver Radio ID * * Return Value: * Signal Calculation Paramteres * * Example: * [unit1, "_txRadioId", acre_player, "_rxRadioId"] call acre_sys_modes_fnc_sc_speaking * * Public: No */ params ["", "_txRadioId", "", "_rxRadioId"]; private _txData = [_txRadioId, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _txFreq = HASH_GET(_txData, "frequencyTX"); private _txPower = HASH_GET(_txData, "power"); private _maxSignal = [0, -993]; if (_rxRadioId != _txRadioId) then { _maxSignal = [_txFreq, _txPower, _rxRadioId, _txRadioId] call EFUNC(sys_signal,getSignal); } else { if ((toLower _txRadioId) in ACRE_SPECTATOR_RADIOS) then { _maxSignal = [1, 0]; }; }; private _return = [_txRadioId, _rxRadioId, _maxSignal select 0, _maxSignal select 1, 0]; _return #include "script_component.hpp" /* * Author: ACRE2Team * Checks if two radios in sem70AKW mode can "hear" eachother * * Arguments: * 0: Radio ID one * 1: Radio ID two * * Return Value: * TRUE if match * * Example: * ["_radioId1","_radioId2"] call acre_sys_modes_fnc_sem70akw_muting * * Public: No */ params ["_radioIdTX", "_radioIdRX"]; TRACE_1("SEM70AKWMuting", _this); private _radioTxData = [_radioIdTX, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _radioRxData = [_radioIdRX, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _modeTX = HASH_GET(_radioTxData, "mode"); private _modeRX = HASH_GET(_radioRxData, "mode"); private _match = false; if (_modeTX == "sem70AKW" && {_modeRX == "sem70AKW"}) then { private _frequenciesTX = HASH_GET(_radioTxData, "frequencies"); private _frequenciesRX = HASH_GET(_radioRxData, "frequencies"); if (_frequenciesTX isEqualTo _frequenciesRX) then { _match = true; }; }; _match #include "script_component.hpp" /* * Author: ACRE2Team * Initiates the signal calculation function for a transmission between two radios in sem70AKW mode. This is done on the receiving client * * Arguments: * 0: Transmitter * 1: Transmitter Radio ID * 2: Receiver * 3: Receiver Radio ID * * Return Value: * Signal Calculation Paramteres * * Example: * [unit1, "_txRadioId", acre_player, "_rxRadioId"] call acre_sys_modes_fnc_sem70akw_speaking * * Public: No */ params ["", "_txRadioId", "", "_rxRadioId"]; private _txData = [_txRadioId, "getCurrentChannelData"] call EFUNC(sys_data,dataEvent); private _txFreq = HASH_GET(_txData, "frequencyTX"); private _txPower = HASH_GET(_txData, "power"); private _maxSignal = [0, -993]; if (_rxRadioId != _txRadioId) then { _maxSignal = [_txFreq, _txPower, _rxRadioId, _txRadioId] call EFUNC(sys_signal,getSignal); } else { if ((toLower _txRadioId) in ACRE_SPECTATOR_RADIOS) then { _maxSignal = [1, 0]; }; }; private _return = [_txRadioId, _rxRadioId, _maxSignal select 0, _maxSignal select 1, 0]; _return #define COMPONENT sys_modes #define COMPONENT_BEAUTIFIED Modes #include "\idi\acre\addons\main\script_mod.hpp" #ifdef DEBUG_ENABLED_SYS_MODES #define DEBUG_MODE_FULL #endif #ifdef DEBUG_SETTINGS_SYS_MODES #define DEBUG_SETTINGS DEBUG_SETTINGS_SYS_MODES #endif #include "\idi\acre\addons\main\script_macros.hpp" #include "script_component.hpp" ADDON = false; PREP_RECOMPILE_START; #include "XEH_PREP.hpp" PREP_RECOMPILE_END; ADDON = true; /* Single Channel with crypto */ PREP(sc_muting); PREP(sc_speaking); /* Frequency Hopping mode on SEM70/80/90 */ PREP(sem70akw_muting); PREP(sem70akw_speaking); PREP(checkAvailability); #include "script_component.hpp" #include "XEH_PREP.hpp" p7‰7‚÷%Ún@O¢å¢ñðCL