| Star Micronics NB24-10/15

By comparing with the results between the Standard mode and the IBM modes, you’ll notice that the (ESC) “A” CHR$(n) command with the IBM modes defined the line spacing as n/72 of an inch, instead of n/60 of an inch.

THIS LINE SPACING IS SET TO 9

THIS LINE SPACING IS SET TO 10

THIS LINE SPACING IS SET TO 11

THIS LINE SPACING IS SET TO 12

THIS LINE SPACING IS SET TO 14

THIS LINE SPACING IS SET TO 15

THIS LINE SPACING IS SET TO 16

THIS LINE SPACING IS SET TO 17

THIS LINE SPACING IS SET TO 18

THIS LINE SPACING IS SET TO 19

THIS LINE SPACING IS SET TO 20

THIS LINE SPACING IS SET TO 21

THIS LINE SPACING IS SET TO 22

THIS LINE SPACING IS SET TO 23

THIS LINE SPACING IS SET TO 24

THIS LINE SPACING IS SET TO 25

LINE SPACING IS SET TO l/6 INCH (NORMAL).

By comparing with the results between the Standard mode and the IBM modes, you’ll notice that the (ESC) “A” CHR$(n) command with the IBM modes defined the line spacing as n/72 of an inch, instead of n/60 of an inch.

This is because that the IBM Graphics printer and Proprinter are normally sets the line spacing to n/72 of an inch with this command, and most software programs use this command to set the line spacing. And we’ve thought the compatibility with those programs. In addition, the (ESC) “3” CHR$(n) command sets the line spacing to n/216 of an inch with the same reason. Table 5-2 shows all the line spacing commands, including several “shortcut” commands for commonly used line spacings.

Star Micronics NB24-10/15 user manual

Models: NB24-10/15

By comparing with the results between the Standard mode and the IBM modes, you’ll notice that the (ESC) “A” CHR$(n) command with the IBM modes defined the line spacing as n/72 of an inch, instead of n/60 of an inch.