public static void RunAnalysis(PathSet PS, StructureSet SS, double rxlevel)
{
double rxdoselevel;
double rtogindex;
double lomaxscheib;
double vantreits;
PS.DoseSpace = Matrix.Normalize(PS.DoseSpace);
AnalysisInfo ai = new AnalysisInfo();
RX = rxlevel;
int startingz = PS.SlicePositions[0] - (PS.DoseCalculationThickness / 2);
AnalyzeLesionCoverage(PS.DoseSpace,SS.fj_Tumor,startingz);
ai.RxLevel = RX;
ai.LesionVolume = lesionvolume;
ai.Rx_Volume = totalvolcoveredbyrx;
ai.RxLesion_Volume = lesioncoveragebyrx;
ai.RTOG = totalvolcoveredbyrx / lesionvolume;
ai.LomaxScheib = lesioncoveragebyrx / totalvolcoveredbyrx;
ai.VantReits = (lesioncoveragebyrx * lesioncoveragebyrx) / (lesionvolume * totalvolcoveredbyrx);
ai.TestName = System.DateTime.Now.ToShortTimeString();
AIList.Add(ai);
}
public static void RunAnalysis(float[][,] dosespace, float[][,] tumor, double rxlevel)
{
double rxdoselevel;
double rtogindex;
double lomaxscheib;
double vantreits;
int startingz = 20;
dosespace = Matrix.Normalize(dosespace);
AnalysisInfo ai = new AnalysisInfo();
RX = rxlevel;
AnalyzeLesionCoverage(dosespace, tumor, startingz);
ai.RxLevel = RX;
ai.LesionVolume = lesionvolume;
ai.Rx_Volume = totalvolcoveredbyrx;
ai.RxLesion_Volume = lesioncoveragebyrx;
ai.RTOG = totalvolcoveredbyrx / lesionvolume;
ai.LomaxScheib = lesioncoveragebyrx / totalvolcoveredbyrx;
ai.VantReits = (lesioncoveragebyrx * lesioncoveragebyrx) / (lesionvolume * totalvolcoveredbyrx);
ai.TestName = System.DateTime.Now.ToShortTimeString();
AIList.Add(ai);
}
