//---------------------------------------------------------------------
public static void LogEvent(int currentTime, FireEvent fireEvent)
{
PlugIn.eventLog.Clear();
EventsLog el = new EventsLog();
el.SimulationYear = currentTime;
el.InitRow = fireEvent.initiationSite.Location.Row;
el.InitColumn = fireEvent.initiationSite.Location.Column;
el.InitialFireWeatherIndex = fireEvent.InitiationFireWeatherIndex;
el.IgnitionType = fireEvent.IgnitionType.ToString();
el.InitialDayOfYear = fireEvent.IgnitionDay;
el.NumberOfDays = fireEvent.NumberOfDays;
el.MeanSpreadProbability = fireEvent.MeanSpreadProbability / (double)fireEvent.TotalSitesDamaged;
el.MeanFWI = fireEvent.MeanFWI / (double)fireEvent.TotalSitesDamaged;
el.TotalSitesBurned = fireEvent.TotalSitesDamaged;
el.CohortsKilled = fireEvent.CohortsKilled;
el.MeanSeverity = fireEvent.MeanSeverity / (double)fireEvent.TotalSitesDamaged;
el.MeanWindDirection = fireEvent.MeanWindDirection / (double)fireEvent.TotalSitesDamaged;
el.MeanWindSpeed = fireEvent.MeanWindSpeed / (double)fireEvent.TotalSitesDamaged;
el.MeanEffectiveWindSpeed = fireEvent.MeanEffectiveWindSpeed / (double)fireEvent.TotalSitesDamaged;
el.MeanSuppressionEffectiveness = fireEvent.MeanSuppression / (double)fireEvent.TotalSitesDamaged;
el.TotalBiomassMortality = fireEvent.TotalBiomassMortality;
el.NumberCellsSeverity1 = fireEvent.NumberCellsSeverity1;
el.NumberCellsSeverity2 = fireEvent.NumberCellsSeverity2;
el.NumberCellsSeverity3 = fireEvent.NumberCellsSeverity3;
PlugIn.eventLog.AddObject(el);
PlugIn.eventLog.WriteToFile();
}
//---------------------------------------------------------------------
public static FireEvent Initiate(ActiveSite initiationSite, int timestep, int day, IgnitionType ignitionType)
{
//PlugIn.ModelCore.UI.WriteLine(" Fire Event initiated. Day = {0}, IgnitionType = {1}.", day, ignitionType);
if (isDebugEnabled)
{
PlugIn.ModelCore.UI.WriteLine(" Fire event started at {0} ...", initiationSite.Location);
}
FireEvent fireEvent = new FireEvent(initiationSite, day, ignitionType);
PlugIn.EventID++;
ActiveSite[] initialSites = new ActiveSite[2];
initialSites[0] = (ActiveSite)initiationSite;
initialSites[1] = (ActiveSite)initiationSite;
fireSites = new List <ActiveSite[]>();
fireSites.Add(initialSites);
// desitination and source are the same for ignition site
fireEvent.Spread(PlugIn.ModelCore.CurrentTime, day);
LogEvent(PlugIn.ModelCore.CurrentTime, fireEvent, PlugIn.EventID);
return(fireEvent);
}
//---------------------------------------------------------------------
// Ignites and Spreads a fire
private static bool Ignite(IgnitionType ignitionType, ActiveSite site, int day, double fireWeatherIndex)
{
if (SiteVars.Disturbed[site])
{
return(false);
}
FireEvent fireEvent = FireEvent.Initiate(site, modelCore.CurrentTime, day, ignitionType);
totalBurnedSites[(int)ignitionType] += fireEvent.TotalSitesBurned;
numberOfFire[(int)ignitionType]++;
totalBiomassMortality[(int)ignitionType] += (int)fireEvent.TotalBiomassMortality;
dNBR[(int)ignitionType] += (int)fireEvent.SiteMortality;
return(true);
}
//---------------------------------------------------------------------
// Ignites and Spreads a fire
private static void Ignite(Ignition ignitionType, List <ActiveSite> shuffledFireSites, int day, double fireWeatherIndex)
{
while (shuffledFireSites.Count() > 0 && SiteVars.Disturbed[shuffledFireSites.First()] == true)
{
shuffledFireSites.Remove(shuffledFireSites.First());
}
if (shuffledFireSites.Count() > 0)
{
FireEvent fireEvent = FireEvent.Initiate(shuffledFireSites.First(), modelCore.CurrentTime, day, ignitionType);
totalBurnedSites[(int)ignitionType] += fireEvent.TotalSitesDamaged;
numberOfFire[(int)ignitionType]++;
totalBiomassMortality[(int)ignitionType] += (int)fireEvent.TotalBiomassMortality;
numCellsSeverity1 += fireEvent.NumberCellsSeverity1;
numCellsSeverity2 += fireEvent.NumberCellsSeverity2;
numCellsSeverity3 += fireEvent.NumberCellsSeverity3;
}
}
//---------------------------------------------------------------------
public static void LogEvent(int currentTime, FireEvent fireEvent, int eventID)
{
PlugIn.eventLog.Clear();
EventsLog el = new EventsLog();
el.EventID = eventID;
el.SimulationYear = currentTime;
el.InitRow = fireEvent.initiationSite.Location.Row;
el.InitColumn = fireEvent.initiationSite.Location.Column;
el.InitialFireWeatherIndex = fireEvent.InitiationFireWeatherIndex;
el.IgnitionType = fireEvent.IgnitionType.ToString();
el.InitialDayOfYear = fireEvent.IgnitionDay;
el.NumberOfDays = fireEvent.NumberOfDays;
el.MaximumSpreadArea = fireEvent.MaxSpreadArea;
el.MeanSpreadProbability = fireEvent.MeanSpreadProbability / (double)fireEvent.TotalSitesSpread;
el.MeanFWI = fireEvent.MeanFWI / (double)fireEvent.TotalSitesBurned;
el.TotalSitesBurned = fireEvent.TotalSitesBurned;
el.CohortsKilled = fireEvent.CohortsKilled;
el.AvailableCohorts = fireEvent.AvailableCohorts;
el.MeanSeverity = fireEvent.MeanIntensity / (double)fireEvent.TotalSitesBurned;
el.MeanPET = fireEvent.MeanPET / (double)fireEvent.TotalSitesBurned;
el.MeanWD = fireEvent.MeanWD / (double)fireEvent.TotalSitesBurned;
el.MeanClay = fireEvent.MeanClay / (double)fireEvent.TotalSitesBurned;
el.MeanFineFuels = fireEvent.MeanFineFuels / (double)fireEvent.TotalSitesBurned;
el.MeanLadderFuels = fireEvent.MeanLadderFuels / (double)fireEvent.TotalSitesBurned;
el.MeanDNBR = fireEvent.MeanDNBR / (double)fireEvent.TotalSitesBurned;
el.MeanWindDirection = fireEvent.MeanWindDirection / (double)fireEvent.TotalSitesBurned;
el.MeanWindSpeed = fireEvent.MeanWindSpeed / (double)fireEvent.TotalSitesBurned;
el.MeanEffectiveWindSpeed = fireEvent.MeanEffectiveWindSpeed / (double)fireEvent.TotalSitesBurned;
el.MeanSuppressionEffectiveness = fireEvent.MeanSuppression / (double)fireEvent.TotalSitesSpread;
el.TotalBiomassMortality = fireEvent.TotalBiomassMortality;
//el.NumberCellsSeverity1 = fireEvent.NumberCellsSeverity1;
//el.NumberCellsSeverity2 = fireEvent.NumberCellsSeverity2;
//el.NumberCellsSeverity3 = fireEvent.NumberCellsSeverity3;
//el.NumberCellsSeverity4 = fireEvent.NumberCellsSeverity4;
//el.NumberCellsSeverity5 = fireEvent.NumberCellsSeverity5;
//el.PercentsCellsIntensityFactor1 = (double) fireEvent.NumberCellsIntensityFactor1 / (double)fireEvent.TotalSitesBurned;
//el.PercentsCellsIntensityFactor2 = (double)fireEvent.NumberCellsIntensityFactor2 / (double)fireEvent.TotalSitesBurned;
//el.PercentsCellsIntensityFactor3 = (double)fireEvent.NumberCellsIntensityFactor3 / (double)fireEvent.TotalSitesBurned;
PlugIn.eventLog.AddObject(el);
PlugIn.eventLog.WriteToFile();
}
