mirror of
https://github.com/acemod/ACE3.git
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3c1e912787
- Added new ammo cfg types
- Added new caching functions
- Added dev functions
- Transfered core system to vanilla projectile EHs
- Added stringtable sub categories
- Reworked fragmenting and spalling to us submunitions
- Frag
- Implemented system around chance to hit
- Switched from hitbox estimation to hitting specific HPs
- Updated chance to miss method based on solid angle hit chance
- Split random & targeted frag to their own subfunctions
- Spall
- Uses a system of estimated momentum changes to generate spall
90 lines
3.4 KiB
Plaintext
90 lines
3.4 KiB
Plaintext
#include "script_component.hpp"
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/*
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* Author: Lambda.Tiger, based on fnc_dev_debugAmmo by "ACE-Team"
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* Dumps all ammo types to see if there's any reason to spawn fragments
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* given power, distance, and lifetime of each fragement
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*
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* Arguments:
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* 0: _dispAll <BOOL> - Display rounds that will never frag (power < 5).
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* Default value false
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* 1: _minFrgPowRng <FLOAT> - minimum range for sqrt power calculation
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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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* [false, 10] call ace_frag_fnc_fragoCalcDump
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*
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* Public: No
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*/
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params [["_dispAll", false, [false]], ["_minFrgPowRng", 35, [123]]];
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#define DT 0.01
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private _allMagsConfigs = configProperties [configFile >> "cfgAmmo", "isClass _x && !('ace' in configName _x)", true];
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private _processedCfgAmmos = [];
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private _nPrinted = 0;
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diag_log text "//****************** fragCalcDump Beg ******************//";
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// Processing ammo types
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{
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private _ammo = toLower configName _x;
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if (_ammo == "" || {_ammo in _processedCfgAmmos} ) then {continue};
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// calculating hit range
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private _skip = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(skip));
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private _force = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(force));
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private _explosive = getNumber (configFile >> "cfgAmmo" >> _ammo >> "explosive");
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private _indirectHit = getNumber(configFile >> "cfgAmmo" >> _ammo >> "indirectHit");
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private _indirectRange = getNumber(configFile >> "cfgAmmo" >> _ammo >> "indirectHitRange");
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_shouldFrag = if (_skip == 1 || (_force == 0 && {_explosive < 0.5 || {_indirectHit < 3
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|| {_indirectRange < 5 && _indirectHit < _indirectRange}}})) then {
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false;
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} else {
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true;
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};
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// Gunery equation from frago
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private _c = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(CHARGE));
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if (_c == 0) then {_c = 1;};
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private _m = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(METAL));
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if (_m == 0) then {_m = 2;};
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private _k = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(GURNEY_K));
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if (_k == 0) then {_k = 0.8;};
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private _gC = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(GURNEY_C));
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if (_gC == 0) then {_gC = 2440;};
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private _fragCount = getNumber (configFile >> "cfgAmmo" >> _ammo >> QGVAR(fragCount));
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if (_fragCount == 0) then {_fragCount = 200; _warn = true};
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profilerLog (str (sqrt (_fragCount / (4 * pi * 0.005))));
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private _velocity = 0.8 * _gC * sqrt (_c /(_m + _c * _k));
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// number of shrapnel to send a direction
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private _count = ceil (random (sqrt (_m / 1000)));
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private _fragPowerSpeedRange = [0.5, 1] vectorMultiply _fragPower;
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if (_nSkip || _dispALl) then
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{
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diag_log text format ["Ammo type: %1", _ammo];
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diag_log text format [" Indirect hit range: %1", _indirectHitRange];
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diag_log text format [" Frag sqrtPower: %1", _fragPowerSqrt];
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diag_log text format [" Frag range: %1", _fragRange];
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diag_log text format [" Frag speed range: %1", _fragPowerSpeedRange];
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diag_log text format [" Number frags: %1", _count];
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diag_log text " ~~~ Fragments ~~~";
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INC(_nPrinted);
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};
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_processedCfgAmmos pushBack _ammo;
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} forEach _allMagsConfigs;
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diag_log text "//****************** fragCalcDump End ******************//";
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diag_log text format ["//********************** printed %1 *********************//", _nPrinted]; |