CWX
106 lines
3.6 KiB
C#
106 lines
3.6 KiB
C#
using Core.Annotations;
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using Core.Generators;
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using Core.Helpers;
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using Core.Models.Eft.Weather;
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using Core.Models.Enums;
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using Core.Models.Spt.Config;
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using Core.Models.Utils;
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using Core.Servers;
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using Core.Utils;
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namespace Core.Services;
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[Injectable(InjectionType.Singleton)]
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public class RaidWeatherService(
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ISptLogger<RaidWeatherService> _logger,
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DatabaseService _databaseService,
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TimeUtil _timeUtil,
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WeatherGenerator _weatherGenerator,
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SeasonalEventService _seasonalEventService,
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WeightedRandomHelper _weightedRandomHelper,
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ConfigServer _configServer
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)
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{
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protected WeatherConfig _weatherConfig = _configServer.GetConfig<WeatherConfig>();
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protected List<Weather> _weatherForecast = [];
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/// <summary>
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/// Generate 24 hours of weather data starting from midnight today
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/// </summary>
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public void GenerateWeather(Season currentSeason)
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{
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// When to start generating weather from in milliseconds
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var staringTimestampMs = _timeUtil.GetTodayMidnightTimeStamp();
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// How far into future do we generate weather
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var futureTimestampToReachMs =
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staringTimestampMs + _timeUtil.GetHoursAsSeconds(_weatherConfig.Weather.GenerateWeatherAmountHours ?? 1) * 1000; // Convert to milliseconds
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// Keep adding new weather until we have reached desired future date
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var nextTimestampMs = staringTimestampMs;
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while (nextTimestampMs <= futureTimestampToReachMs)
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{
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var newWeatherToAddToCache = _weatherGenerator.GenerateWeather(currentSeason, nextTimestampMs);
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// Add generated weather for time period to cache
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_weatherForecast.Add(newWeatherToAddToCache);
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// Increment timestamp so next loop can begin at correct time
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nextTimestampMs += GetWeightedWeatherTimePeriodMs();
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}
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}
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/// <summary>
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/// Get a time period to increment by, e.g. 15 or 30 minutes as milliseconds
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/// </summary>
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/// <returns>milliseconds</returns>
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protected long GetWeightedWeatherTimePeriodMs()
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{
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var chosenTimePeriodMinutes = _weightedRandomHelper.WeightedRandom(
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_weatherConfig.Weather.TimePeriod.Values,
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_weatherConfig.Weather.TimePeriod.Weights
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)
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.Item;
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return chosenTimePeriodMinutes * 60 * 1000; // Convert to milliseconds
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}
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/// <summary>
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/// Find the first matching weather object that applies to the current time
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/// </summary>
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public Weather GetCurrentWeather()
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{
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var currentSeason = _seasonalEventService.GetActiveWeatherSeason();
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ValidateWeatherDataExists(currentSeason);
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return _weatherForecast.Find((weather) => weather.Timestamp >= _timeUtil.GetTimeStamp());
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}
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/// <summary>
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/// Find all matching weather objects that applies to the current time + future
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/// </summary>
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public IEnumerable<Weather> GetUpcomingWeather()
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{
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var currentSeason = _seasonalEventService.GetActiveWeatherSeason();
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ValidateWeatherDataExists(currentSeason);
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return _weatherForecast.Where((weather) => weather.Timestamp >= _timeUtil.GetTimeStamp());
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}
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/// <summary>
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/// Ensure future weather data exists
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/// </summary>
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protected void ValidateWeatherDataExists(Season currentSeason)
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{
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// Clear expired weather data
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_weatherForecast.RemoveAll(weather => weather.Timestamp < _timeUtil.GetTimeStamp());
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// Check data exists for current time
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var result = _weatherForecast.Where((weather) => weather.Timestamp >= _timeUtil.GetTimeStamp());
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if (!result.Any())
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{
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GenerateWeather(currentSeason);
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}
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}
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}
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