// Dumps a compairison pair for the technique "RADISH" to disk
public static bool dumpRadishStepsToDiskFor(UnfoldedBindingComparisonPair _pair)
{
// Local variables
Technique t = Technique.createTechniqueRadish();
string[] pathesSource0 = new string[RADISH_PATH_COUNT];
string[] pathesSource1 = new string[RADISH_PATH_COUNT];
// Create pathes
pathesSource0[0] = TARGET_FOLDER + string.Format(RADISH_PATH_GRAYSCALE, 0);
pathesSource0[1] = TARGET_FOLDER + string.Format(RADISH_PATH_BLURRED, 0);
pathesSource0[2] = TARGET_FOLDER + string.Format(RADISH_PATH_RADONMAP, 0);
pathesSource0[3] = TARGET_FOLDER + string.Format(RADISH_PATH_FEATUREVECTOR, 0);
pathesSource0[4] = TARGET_FOLDER + string.Format(RADISH_PATH_DCT, 0);
pathesSource1[0] = TARGET_FOLDER + string.Format(RADISH_PATH_GRAYSCALE, 1);
pathesSource1[1] = TARGET_FOLDER + string.Format(RADISH_PATH_BLURRED, 1);
pathesSource1[2] = TARGET_FOLDER + string.Format(RADISH_PATH_RADONMAP, 1);
pathesSource1[3] = TARGET_FOLDER + string.Format(RADISH_PATH_FEATUREVECTOR, 1);
pathesSource1[4] = TARGET_FOLDER + string.Format(RADISH_PATH_DCT, 1);
// First source
var j0 = new Job <bool?>((JobParameter <bool?> _params) =>
{
// Dump to disk
return(t.dumpIntermediateResultsToDisk(_pair.Source0, pathesSource0));
},
(JobParameter <bool?> _params) =>
{}
);
// Second source
var j1 = new Job <bool?>((JobParameter <bool?> _params) =>
{
// Dump to disk
return(t.dumpIntermediateResultsToDisk(_pair.Source1, pathesSource1));
},
(JobParameter <bool?> _params) =>
{}
);
// Wait for jobs
j0.waitForDone();
j1.waitForDone();
return(j0.Result.Value && j1.Result.Value);
}
// Constructor
protected ViewWithTechniqueSelection(TabPage _tabPage, string _nameControlTechniqueSelection) :
base(_tabPage)
{
// Extract technique selection
m_controlTechniqueSelection = _tabPage.Controls.Find(_nameControlTechniqueSelection, true)[0] as TechniqueSelection;
// Create techniques
m_techniqueRadish = Technique.createTechniqueRadish();
m_techniqueDCT = Technique.createTechniqueDCT();
m_techniqueWavelet = Technique.createTechniqueWavelet();
m_techniqueBMB = Technique.createTechniqueBMB();
// Set default values for: general
m_techniqueDCT.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueRadish.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueWavelet.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueBMB.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
// Set default values for: RADISH
m_techniqueRadish.addAttribute(Technique.ATT_RADISH_GAMMA, m_controlTechniqueSelection.RadishGamma);
m_techniqueRadish.addAttribute(Technique.ATT_RADISH_SIGMA, m_controlTechniqueSelection.RadishSigma);
m_techniqueRadish.addAttribute(Technique.ATT_RADISH_NUM_ANGLES, m_controlTechniqueSelection.RadishNumberOfAngles);
// Set default values for: wavelet
m_techniqueWavelet.addAttribute(Technique.ATT_WAVELET_ALPHA, m_controlTechniqueSelection.WaveletAlpha);
m_techniqueWavelet.addAttribute(Technique.ATT_WAVELET_LEVEL, m_controlTechniqueSelection.WaveletLevel);
// Set default values for: BMB
m_techniqueBMB.addAttribute(Technique.ATT_BMB_METHOD, m_controlTechniqueSelection.BMBMethod);
// Set current technique
if (m_controlTechniqueSelection.OperationMode == TechniqueSelection.eMode.SINGLE)
{
if (m_controlTechniqueSelection.CurrentTechniqueIDs == TechniqueID.RADISH)
{
m_singleTechnique = m_techniqueRadish;
}
else if (m_controlTechniqueSelection.CurrentTechniqueIDs == TechniqueID.WAVELET)
{
m_singleTechnique = m_techniqueWavelet;
}
else if (m_controlTechniqueSelection.CurrentTechniqueIDs == TechniqueID.DCT)
{
m_singleTechnique = m_techniqueDCT;
}
else
{
m_singleTechnique = m_techniqueBMB;
}
}
else
{
m_multipleTechniques.Clear();
if ((m_controlTechniqueSelection.CurrentTechniqueIDs & TechniqueID.DCT) == TechniqueID.DCT)
{
m_multipleTechniques.Add(m_techniqueDCT);
}
if ((m_controlTechniqueSelection.CurrentTechniqueIDs & TechniqueID.RADISH) == TechniqueID.RADISH)
{
m_multipleTechniques.Add(m_techniqueRadish);
}
if ((m_controlTechniqueSelection.CurrentTechniqueIDs & TechniqueID.WAVELET) == TechniqueID.WAVELET)
{
m_multipleTechniques.Add(m_techniqueWavelet);
}
if ((m_controlTechniqueSelection.CurrentTechniqueIDs & TechniqueID.BMB) == TechniqueID.BMB)
{
m_multipleTechniques.Add(m_techniqueBMB);
}
}
// Set attribute events
m_controlTechniqueSelection.OnTechniqueIDsChanged += (TechniqueID _id) =>
{
if (m_controlTechniqueSelection.OperationMode == TechniqueSelection.eMode.SINGLE)
{
if (_id == TechniqueID.RADISH)
{
m_singleTechnique = m_techniqueRadish;
}
else if (_id == TechniqueID.WAVELET)
{
m_singleTechnique = m_techniqueWavelet;
}
else if (_id == TechniqueID.DCT)
{
m_singleTechnique = m_techniqueDCT;
}
else
{
m_singleTechnique = m_techniqueBMB;
}
}
else
{
m_multipleTechniques.Clear();
if ((_id & TechniqueID.DCT) == TechniqueID.DCT)
{
m_multipleTechniques.Add(m_techniqueDCT);
}
if ((_id & TechniqueID.RADISH) == TechniqueID.RADISH)
{
m_multipleTechniques.Add(m_techniqueRadish);
}
if ((_id & TechniqueID.WAVELET) == TechniqueID.WAVELET)
{
m_multipleTechniques.Add(m_techniqueWavelet);
}
if ((_id & TechniqueID.BMB) == TechniqueID.BMB)
{
m_multipleTechniques.Add(m_techniqueBMB);
}
}
};
m_controlTechniqueSelection.OnGeneralThresholdChanged += (decimal _v) =>
{
m_techniqueDCT.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueRadish.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueWavelet.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
m_techniqueBMB.addAttribute(Technique.ATT_GENERAL_THRESHOLD, m_controlTechniqueSelection.Threshold);
};
m_controlTechniqueSelection.OnRadishGammaChanged += (decimal _v) =>
{ m_techniqueRadish.addAttribute(Technique.ATT_RADISH_GAMMA, m_controlTechniqueSelection.RadishGamma); };
m_controlTechniqueSelection.OnRadishSigmaChanged += (decimal _v) =>
{ m_techniqueRadish.addAttribute(Technique.ATT_RADISH_SIGMA, m_controlTechniqueSelection.RadishSigma); };
m_controlTechniqueSelection.OnRadishNumberOfAnglesChanged += (decimal _v) =>
{ m_techniqueRadish.addAttribute(Technique.ATT_RADISH_NUM_ANGLES, m_controlTechniqueSelection.RadishNumberOfAngles); };
m_controlTechniqueSelection.OnWaveletAlphaChanged += (decimal _v) =>
{ m_techniqueWavelet.addAttribute(Technique.ATT_WAVELET_ALPHA, m_controlTechniqueSelection.WaveletAlpha); };
m_controlTechniqueSelection.OnWaveletLevelChanged += (decimal _v) =>
{ m_techniqueWavelet.addAttribute(Technique.ATT_WAVELET_LEVEL, m_controlTechniqueSelection.WaveletLevel); };
m_controlTechniqueSelection.OnBMBMethodChanged += (int _v) =>
{ m_techniqueBMB.addAttribute(Technique.ATT_BMB_METHOD, m_controlTechniqueSelection.BMBMethod); };
}