class_docstr: Provides a table row as a list of cells.
  A row can belong to a SimpleTable, but does not have to.
class_docstr_tok: ["Provides","a","table","row","as","a","list","of","cells",".","A","row","can","belong","to","a","SimpleTable",",","but","does","not","have","to","."]
docstr: Parameters
  ----------
  seq : sequence of data or cells
  table : SimpleTable
  datatype : str ('data' or 'header')
  dec_below : str
    (e.g., 'header_dec_below' or 'row_dec_below')
    decoration tag, identifies the decoration to go below the row.
    (Decoration is repeated as needed for text formats.)
docstr_tok: ["Parameters","--","--","--","--","--","seq",":","sequence","of","data","or","cells","table",":","SimpleTable","datatype",":","str","(","'data","'","or","'header","'",")","dec_below",":","str","(","e.g.",",","'header_dec_below","'","or","'row_dec_below","'",")","decoration","tag",",","identifies","the","decoration","to","go","below","the","row",".","(","Decoration","is","repeated","as","needed","for","text","formats",".",")"]
code: def __init__(
      self,
      seq,
      datatype="data",
      table=None,
      celltype=None,
      dec_below="row_dec_below",
      **fmt_dict,
  ):
      """
      Parameters
      ----------
      seq : sequence of data or cells
      table : SimpleTable
      datatype : str ('data' or 'header')
      dec_below : str
        (e.g., 'header_dec_below' or 'row_dec_below')
        decoration tag, identifies the decoration to go below the row.
        (Decoration is repeated as needed for text formats.)
      """
      self.datatype = datatype
      self.table = table
      if celltype is None:
          if table is None:
              celltype = Cell
          else:
              celltype = table._Cell
      self._Cell = celltype
      self._fmt = fmt_dict
      self.special_fmts = (
          dict()
      )  # special formatting for any output format
      self.dec_below = dec_below
      list.__init__(self, (celltype(cell, row=self) for cell in seq))
  
imports: from statsmodels.compat.python import lmap, lrange
  from itertools import cycle, zip_longest
  import csv
label_desc: Use image node_id 1 to create a new Row object from inherited base classes: list with example: obj = Row(seq, datatype, table, celltype, dec_below)