*SHOW Translate into natural language - RTF, single file for all taxa.

*LISTING FILE tonatr.lst

*OUTPUT DIRECTORY rtf

*PRINT FILE descrip.rtf

*INPUT FILE specs

*TRANSLATE INTO NATURAL LANGUAGE

*INPUT FILE markrtf

*COMMENT : INPUT FILE empchari

*COMMENT : INPUT FILE empcharm

*INPUT FILE layout

*INPUT FILE newpar

*COMMENT : ITEM HEADINGS !
# Agrostis <L.>/ !\sb300\fs50{} A!
# Bambusa <Schreber>/ !\page\fs50{} B!
# Chloris <O. Swartz>/ !\page\fs50{} C!
# Echinochloa <P. Beauv.>/ !\page\fs50{} E!
# Festuca <L.>/ !\page\fs50{} F!
# Oryza <L.>/ !\page\fs50{} O!
# Panicum <L.>/ !\page\fs50{} P!
# Zea <L.>/ !\page\fs50{} Z!

*INPUT FILE chars

*COMMENT Activate the following two directives if you have characters with
implicit values (see 'Character edit' dialog).

*COMMENT : PRINT COMMENT
\pard\plain\s2\qc\sb500\sa400\keepn\b\f2\fs28\kerning28{} Implicit attributes
\par\pard\plain\qj\sa300\fs22{}Unless indicated otherwise,
the following attributes are implicit throughout the descriptions,
except where the characters concerned are inapplicable.

*COMMENT : TRANSLATE IMPLICIT VALUES

*PRINT COMMENT 
\par\pard\plain\s2\qc\sb500\sa400\keepn\b\f2\fs28\kerning28{} Descriptions
\par\pard\plain\qj\fs22{}The bold parts in the full descriptions are diagnostic
descriptions, generated with the aid of Intkey
(Dallwitz, Paine, and Zurcher 1995, 2000). They
distinguish each taxon in at least two[?] respects from every other taxon.

*INPUT FILE items
