double function ( ) { for ( int loc0 = m_TrueBin . length - 1 ; loc0 >= 0 ; loc0 -- ) { if ( m_TrueBin [ loc0 ] > 0 ) return FDRUtilities . fromBin ( loc0 ) ; if ( m_FalseBin [ loc0 ] > 0 ) return FDRUtilities . fromBin ( loc0 ) ; } return FDRUtilities . fromBin ( FDRUtilities . NUMBER_BINS ) ; }
return the hihgest score with values note this may be an approximation due to binning concode_field_sep Class THIS_CLASS concode_elem_sep int[] m_FalseSumBin concode_elem_sep boolean m_Dirty concode_elem_sep int[] m_TrueSumBin concode_elem_sep int MAX_SIZE concode_elem_sep String m_AlgorithmName concode_elem_sep FalseDiscoveryDataHolder[] EMPTY_ARRAY concode_elem_sep int[] m_TrueBin concode_elem_sep int[] m_FalseBin concode_elem_sep boolean m_HighIsBetter concode_field_sep int getNumberFalsePositivesAbove concode_elem_sep double getFirstScore concode_elem_sep String getAlgorithmName concode_elem_sep boolean isDirty concode_elem_sep void guaranteeSumsIfDirty concode_elem_sep void addFalseDiscovery concode_elem_sep void clear concode_elem_sep double computeFDR concode_elem_sep int getNumberTruePositivesAbove concode_elem_sep void setDirty concode_elem_sep void addTrueDiscovery concode_elem_sep boolean isHighIsBetter