func (s *FileSequence) Split() FileSequences {
	if s.frameSet == nil {
		// Return a copy
		return FileSequences{s.Copy()}
	}

	franges := strings.Split(s.frameSet.FrameRange(), ",")
	if len(franges) == 1 {
		// Return a copy
		return FileSequences{s.Copy()}
	}

	var buf strings.Builder

	// Write the dir and base components once
	buf.WriteString(s.dir)
	buf.WriteString(s.basename)

	list := make(FileSequences, len(franges))
	var seq *FileSequence
	for i, frange := range franges {
		buf.WriteString(frange)
		buf.WriteString(s.padChar)
		buf.WriteString(s.ext)

		seq, _ = NewFileSequence(buf.String())
		list[i] = seq

		buf.Reset()
	}
	return list
}
func (s *FileSequence) Split() FileSequences {
	if s.frameSet == nil {
		
		return FileSequences{s.Copy()}
	}

	franges := strings.Split(s.frameSet.FrameRange(), ",")
	if len(franges) == 1 {
		
		return FileSequences{s.Copy()}
	}

	var buf strings.Builder

	
	buf.WriteString(s.dir)
	buf.WriteString(s.basename)

	list := make(FileSequences, len(franges))
	var seq *FileSequence
	for i, frange := range franges {
		buf.WriteString(frange)
		buf.WriteString(s.padChar)
		buf.WriteString(s.ext)

		seq, _ = NewFileSequence(buf.String())
		list[i] = seq

		buf.Reset()
	}
	return list
}
func ( s * FileSequence ) Split ( ) FileSequences { if s . frameSet == nil { // Return a copy return FileSequences { s . Copy ( ) } } franges := strings . Split ( s . frameSet . FrameRange ( ) , " " ) if len ( franges ) == 1 { // Return a copy return FileSequences { s . Copy ( ) } } var buf strings . Builder // Write the dir and base components once buf . WriteString ( s . dir ) buf . WriteString ( s . basename ) list := make ( FileSequences , len ( franges ) ) var seq * FileSequence for i , frange := range franges { buf . WriteString ( frange ) buf . WriteString ( s . padChar ) buf . WriteString ( s . ext ) seq , _ = NewFileSequence ( buf . String ( ) ) list [ i ] = seq buf . Reset ( ) } return list }
// Split a non-contiguous (i.e. comma-separated) sequence into
// a list of sequences that each use consistent stepping
Split a non - contiguous ( i . e . comma - separated ) sequence into a list of sequences that each use consistent stepping