public void singularLandisIteration(int itr, Landis.Extension.Succession.Landispro.pdp ppdp)
{
DateTime ltime, time1, time2, time3, time4, ltimeTemp;
TimeSpan ltimeDiff;
string fptimeBU = Landis.Extension.Succession.Landispro.PlugIn.fpforTimeBU_name;
using (StreamWriter fpforTimeBU = File.AppendText(Landis.Extension.Succession.Landispro.PlugIn.fpforTimeBU_name))
{
fpforTimeBU.WriteLine("\nProcessing succession at Year: {0}:", itr);
if (itr % Succession.Landispro.PlugIn.gl_sites.TimeStepFire == 0)
{
itr /= Succession.Landispro.PlugIn.gl_sites.TimeStepFire;
ltime = DateTime.Now;
Console.WriteLine("\nStart simulating fire disturbance ... at {0}.", ltime);
Succession.Landispro.system1.fseed(Succession.Landispro.PlugIn.gl_param.RandSeed + itr / Succession.Landispro.PlugIn.gl_sites.SuccessionTimeStep * 1);
time1 = DateTime.Now;
pFire.Activate(itr, Succession.Landispro.PlugIn.freq, Succession.Landispro.PlugIn.wAdfGeoTransform);
time2 = DateTime.Now;
pFire.Activate(itr, Succession.Landispro.PlugIn.freq, Succession.Landispro.PlugIn.wAdfGeoTransform);
time3 = DateTime.Now;
pFire.Activate(itr, Succession.Landispro.PlugIn.freq, Succession.Landispro.PlugIn.wAdfGeoTransform);
time4 = DateTime.Now;
pFire.Activate(itr / Succession.Landispro.PlugIn.gl_sites.TimeStepFire, Succession.Landispro.PlugIn.freq, Succession.Landispro.PlugIn.wAdfGeoTransform);
ltimeTemp = DateTime.Now;
ltimeDiff = ltimeTemp - ltime;
Console.WriteLine("Finish simulating fire disturbance at {0} took {1} seconds", DateTime.Now, ltimeDiff);
fpforTimeBU.WriteLine("Processing fire: " + ltimeDiff + " seconds");
}
}
}
public void GetFireACTIVATE(CFIRE pf, int itr, int[] freq, double[] wAdfGeoTransform)
{
// pw->activate(itr, freq, s, sp, cellSize, randSeed, numberOfIterations, gDLLMode);
pf.Activate(itr, freq, wAdfGeoTransform);
}
