decoderToolsMC_icarus.fcl

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BEGIN_PROLOG

MCTPCDecoderToolCannyFilter: 
{
    tool_type:                  TPCDecoderFilterCannyMC
    NSigmaForTrucation:         3.5 
    CoherentGrouping:           64 
    UseFFTFilter:               true 
    DiagnosticOutput:           false 
    FilterModeVec:              ["e","g","d"]
          
    FFTSigmaVals:               [[1.5,20.], [1.5,20.], [2.0,20.]]
    FFTCutoffVals:              [[8.,800.], [8.,800.], [0.0,800.]] 
    
    
    StructuringElement:         [8,16] 
    Threshold:                  [2.75,2.75,2.75] 
    
    ButterworthOrder:           2 
    ButterworthThreshld:        30 

    Morph2DStructuringElementX: 7 
    Morph2DStructuringElementX: 28 

    CoherentNoiseGrouping:      32 
    CoherentNoiseOffset:        24 
    MorphologicalWindow:        10 
    CoherentThresholdFactor:    2.5 

    ADFilter_SX:                7 
    ADFilter_SY:                7 
    Sigma_x:                    10.0 
    Sigma_y:                    10.0 
    Sigma_r:                    30.0 
    
    LowThreshold:               10.0 
    HighThreshold:              20.0  
    
    BinaryDilation_SX:          31 
    BinaryDilation_SY:          31 
}


MCTPCDecoder1DTool: {
    tool_type:          TPCDecoderFilter1DMC
    fragment_id_offset: 0
    NSigmaForTrucation: 3.5
    CoherentGrouping:   32
    StructuringElement: 16
    FilterWindow:       10
    Threshold:          [2.75, 2.75, 2.75]
    FilterModeVec:      ["e","g","d"]
    UseFFTFilter:       false
    FFTSigmaVals:       [ [1.5,20.], [1.5,20.], [2.0,20.] ]
    FFTCutoffVals:      [ [8.,800.], [8.,800.], [3.0,800.] ]
    FragmentIDMap:      [ [0,0x140C], [1,0x140E], [2,0x1410], [6,0x1414], [8,0x150E], [9,0x1510] ]
}



END_PROLOG