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86 lines
3.3 KiB
Plaintext
86 lines
3.3 KiB
Plaintext
#include "script_component.hpp"
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// Rain simulation
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if(GVAR(rain_period_count) > GVAR(rain_next_period)) then {
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if(overcast >= 0.7) then {
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_lastRain = GVAR(current_rain);
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_rainOverCast = ((overcast-0.7)/0.3);
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GVAR(rain_next_period) = ceil((1+random(10))/GVAR(overcast_multiplier));
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GVAR(current_rain) = (GVAR(current_rain)+(((GVAR(current_rain)))*((_rainOverCast*(GVAR(overcast_multiplier)))/8)*GVAR(rain_current_range)));
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GVAR(current_rain) = (GVAR(current_rain) max 0.01) min 1;
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_transitionTime = (_rainOverCast*5)+(random (_rainOverCast*20))+1;
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GVAR(rain_current_range) = -1+(random 2);
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ACE_RAIN_PARAMS = [_lastRain, GVAR(current_rain), _transitionTime];
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TRACE_4("",_lastRain,_rainOverCast,_transitionTime, overcast);
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} else {
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GVAR(current_rain) = 0;
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_lastRain = GVAR(current_rain);
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_rainOverCast = 1;
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_transitionTime = (_rainOverCast*5)+(random (_rainOverCast*20))+1;
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ACE_RAIN_PARAMS = [_lastRain, GVAR(current_rain), _transitionTime];
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TRACE_4("",_lastRain,_rainOverCast,_transitionTime, overcast);
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};
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GVAR(rain_period_start_time) = time;
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publicVariable "ACE_RAIN_PARAMS";
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};
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// Wind simulation
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if(GVAR(wind_period_count) > GVAR(wind_next_period)) then {
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_startDir = GVAR(wind_current_dir);
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_startSpeed = GVAR(wind_current_speed);
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GVAR(wind_current_dir) = (GVAR(wind_current_dir)+(((GVAR(wind_current_dir)))*((overcast*(GVAR(overcast_multiplier)))/8)*GVAR(wind_current_range_dir)));
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GVAR(wind_current_speed) = (GVAR(wind_current_speed)+(((GVAR(wind_current_speed)))*(overcast*(GVAR(overcast_multiplier))/12)*GVAR(wind_current_range_speed)));
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GVAR(wind_current_speed) = GVAR(wind_current_speed) max 0.01;
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if(GVAR(wind_current_dir) < 0) then {
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GVAR(wind_current_dir) = GVAR(wind_current_dir)+360;
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};
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GVAR(wind_current_dir) = GVAR(wind_current_dir) % 360;
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GVAR(wind_current_range_speed) = (-1)+(random 2);
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GVAR(wind_current_range_dir) = (-1)+(random 2);
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GVAR(wind_next_period) = ceil((2+random(5))/(GVAR(overcast_multiplier)));
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GVAR(wind_period_count) = 0;
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_gustCount = floor(random(GVAR(wind_next_period)*(overcast*((GVAR(overcast_multiplier)^3)))));
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_time = GVAR(wind_next_period)*60;
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_gusts = [];
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if(_gustCount > 0) then {
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_maxInterval = _time/_gustCount;
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for "_i" from 0 to _gustCount-1 do {
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_gustTime = (random (3 min _maxInterval));
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_timeTillGust = (_maxInterval*_i)+(random (_maxInterval - _gustTime));
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_gustSpeed = (random 1);
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_gustDir = (GVAR(wind_current_dir)+(GVAR(wind_current_dir)*(-1+(random 2))))*(overcast*(GVAR(overcast_multiplier)));
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_gusts set[(count _gusts), [_timeTillGust, _gustTime, _gustSpeed, _gustDir]];
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};
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};
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GVAR(wind_total_time) = GVAR(wind_total_time) + GVAR(wind_next_period);
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ACE_WIND_PARAMS = [_startDir,
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GVAR(wind_current_dir),
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_startSpeed,
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GVAR(wind_current_speed),
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_time,
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_gusts];
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GVAR(wind_period_start_time) = time;
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publicVariable "ACE_WIND_PARAMS";
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};
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// @todo: Temperature simulation
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GVAR(rain_period_count) = GVAR(rain_period_count) + 1;
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GVAR(wind_period_count) = GVAR(wind_period_count) + 1; |