public ReportBorderForm(BorderExperimentResult borderExperimentResult)
{
InitializeComponent();
lbVariableCount.Text = borderExperimentResult.VariableCount.ToString();
lbFreeMembers.Text = borderExperimentResult.FreeMembers.ToString();
lbExperimentRepeat.Text = borderExperimentResult.ExperimentRepeat.ToString();
float meanKonync = borderExperimentResult.BorderCount.Sum() / borderExperimentResult.BorderCount.Count;
lbKonyncCount.Text = meanKonync.ToString();
GraphPane graphPane = this.zedGraphControl1.GraphPane;
graphPane.CurveList.Clear();
graphPane.Title.Text = "Demonstration of experiment by calculation of realizability of function";
graphPane.XAxis.Title.Text = "Experiment Number";
graphPane.YAxis.Title.Text = "Probability";
string[] massX = new string[borderExperimentResult.PercentageSatisfiability.Count];
for (int i = 0; i < borderExperimentResult.PercentageSatisfiability.Count; i++)
{
massX[i] = borderExperimentResult.PercentageSatisfiability[i].ToString();
}
PointPairList points = new PointPairList();
PointPairList list3 = new PointPairList();
Random random = new Random();
for (int i = 0; i < borderExperimentResult.BorderCount.Count; i++)
{
double x = i + 1.0;
double z = 5.0;
points.Add(x, (double)borderExperimentResult.BorderCount[i], z);
}
BarItem item = graphPane.AddBar("Count Minterms", points, Color.Blue);
graphPane.BarSettings.MinBarGap = 0f;
graphPane.XAxis.Scale.TextLabels = massX;
graphPane.XAxis.Type = AxisType.Text;
this.zedGraphControl1.AxisChange();
this.zedGraphControl1.Invalidate();
}
void BackgroundWorkerDoWorkBorderSatisfiability(object sender, DoWorkEventArgs e)
{
var borderExperimentResult = new BorderExperimentResult();
borderExperimentResult.VariableCount = variableCount;
borderExperimentResult.FreeMembers = iFreeMembers;
borderExperimentResult.ExperimentRepeat = iExperimentRepeat;
float borderSatisfiability = (float)numBorderSatisfiability.Value;
var rnd = new Random();
Log.Debug("-------------------------New checking at " + DateTime.Now);
Log.Debug("Count minterms - " + iKonyncCount);
Log.Debug("Count free members - " + iFreeMembers);
Log.Debug("Count parameters - " + variableCount);
for (int experimentIndex = 0; (experimentIndex < iExperimentRepeat) && (!e.Cancel); experimentIndex++)
{
Log.Debug("------------------Next generation");
int num = iKonyncCount;
int countParams = variableCount;
int countFreeMembers = iFreeMembers;
uint countUniqueConjunction = 0;
var buffer = new byte[BinaryCounter.BinaryCounter.FindSizeBitMapForCountParams(countParams)];
Log.DebugFormat("Size of mass = {0}", buffer.Length);
int[] freeMembersIndex = BinaryCounter.BinaryCounter.FindFreeMembersIndex(countParams, countFreeMembers);
uint mask = BinaryCounter.BinaryCounter.GetMask(freeMembersIndex);
uint rotatedMask = BinaryCounter.BinaryCounter.GetRotateMask(mask);
Log.DebugFormat("Mask = {0}", mask);
Log.DebugFormat("RotateMask = {0}", rotatedMask);
float currentSatisfiability = 0;
int indexMinterm = 0;
do
{
uint generatedConjunction = BinaryCounter.BinaryCounter.GetRandomСonjunction(countParams);
Log.DebugFormat("Generate Digit = {0}", generatedConjunction);
foreach (var recoveredConjunction in BinaryCounter.BinaryCounter.RecoveredConjunction(mask, rotatedMask, generatedConjunction, countFreeMembers))
{
uint byteIndex = recoveredConjunction / 8;
Log.Debug(" PereborDigit = " + recoveredConjunction);
Log.Debug(" Index = " + byteIndex);
byte conjunctionByte = BinaryCounter.BinaryCounter.GetCheckedBitrForConjunction(recoveredConjunction);
if ((buffer[byteIndex] & conjunctionByte) == 0)
countUniqueConjunction++;
Log.Debug(" Count = " + countUniqueConjunction);
buffer[byteIndex] |= conjunctionByte;
}
currentSatisfiability = Convert.ToSingle(countUniqueConjunction) / (1 << variableCount);
indexMinterm++;
Log.Debug("Total = " + currentSatisfiability);
} while((currentSatisfiability < borderSatisfiability) && (!e.Cancel));
borderExperimentResult.PercentageSatisfiability.Add(currentSatisfiability);
borderExperimentResult.BorderCount.Add(indexMinterm);
backgroundWorker.ReportProgress(experimentIndex);
if (backgroundWorker.CancellationPending)
{
e.Cancel = true;
break;
}
}
e.Result = borderExperimentResult;
}