protected override void recalculateResult()
{
if (!this.years[0].IsUsable && !this.years[1].IsUsable && !this.years[2].IsUsable)
{
this.emitWarning(CourseWarnings.EmitCourseInsufficientData(this.getRef()));
this.Result = Course.Degree.Unknown;
return;
}
if (this.years[2].NeedsRetake)
{
this.Result = Course.Degree.Fail;
this.emitWarning(CourseWarnings.EmitCourseRetakeSixFailure(this.getRef()));
return;
}
else
{
this.emitWarning(CourseWarnings.EmitCourseRetakeSixFailure(this.getRef(), true));
}
if (Boolean.Parse(Properties.Resources.X_FAIL_ON_RETAKE))
{
if (this.years[0].NeedsRetake || this.years[1].NeedsRetake)
{
this.Result = Course.Degree.Fail;
this.emitWarning(CourseWarnings.EmitCourseRetakeFailure(this.getRef()));
return;
}
else
{
this.emitWarning(CourseWarnings.EmitCourseRetakeFailure(this.getRef(), true));
}
}
if (Boolean.Parse(Properties.Resources.X_FAIL_ON_REF))
{
if (this.years[0].NeedsReferral || this.years[1].NeedsReferral || this.years[2].NeedsReferral)
{
this.Result = Course.Degree.Fail;
this.emitWarning(CourseWarnings.EmitCourseReferralFailure(this.getRef()));
return;
}
else
{
this.emitWarning(CourseWarnings.EmitCourseReferralFailure(this.getRef(), true));
}
}
List <Tuple <double, double> > yearOne = this.years[0].UsableModules;
List <Tuple <double, double> > yearTwo = this.years[1].UsableModules;
List <Tuple <double, double> > yearThree = this.years[2].UsableModules;
if (!this.years[1].IsUsable || !this.years[2].IsUsable)
{
if (Boolean.Parse(Properties.Resources.X_STOP_ON_MISSING))
{
this.Result = Course.Degree.Unknown;
this.emitWarning(CourseWarnings.EmitCourseInsufficientData(this.getRef()));
return;
}
CourseCalculationHelper.InterpolateYearResult(yearOne, yearTwo, yearThree);
this.emitWarning(CourseWarnings.EmitCourseInterpolated(this.getRef()));
}
else
{
this.emitWarning(CourseWarnings.EmitCourseInterpolated(this.getRef(), true));
}
this.emitWarning(CourseWarnings.EmitCourseInsufficientData(this.getRef(), true));
this.Result = CourseCalculationHelper.Degree(yearTwo, yearThree);
}