..*********** PRINTER CONTROL DEFINITIONS ***************** ..*********** EPSON.PRT ***************** ..*** Character Sets *** .. .ou d 27 54 .character set 2 (Make this command active for set 2) ..ou d 27 55 .character set 1 (Make this command active for set 1) .. ..*** FONTS *** .. .pc W d 27 87 1 .Enlarged (Wide) .pc w d 27 87 0 .Normal .. .pc E d 27 77 .Elite - 12 characters per inch .pc e d 27 80 .Normal .. .pc C d 15 .Condensed - 17 characters per inch .pc c d 18 .Normal .. .pc I d 27 73 1 .Italics .pc i d 27 73 0 .Normal .. .pc P d 27 112 1 .Proportional .pc p d 27 112 0 .Normal .. ..*** Print Modes *** .. .pc F d 27 69 .Emphasize mode (Fat letters) .pc f d 27 70 .Normal .. .pc D d 27 71 .Double strike mode .pc d d 27 72 .Normal .. .pc Q d 27 52 .Near Letter Quality .pc q d 27 53 .Normal .. ..*** Superscript and Subscript *** .. .pc T d 27 83 0 .Superscript .pc t d 27 84 .Normal .. .pc V d 27 83 1 .Subscript .pc v d 27 84 .Normal .. ..*** Continuously Underlining *** .. .pc S d 27 45 1 .Continuously underline .pc s d 27 45 0 .Stop underlining .. .. ..****** CHARACTER DEFINITIONS USING CHARACTER SET 2 (^2) ****** .. ..*** Greek Letters *** .. .sf a d 224 .lower case a = greek letter alpha .sf b d 225 .lower case b = greek letter beta .sf G d 226 .upper case G = greek letter gamma .sf S d 228 .upper case S = greek letter sigma .sf t d 231 .lower case t = greek letter tau .sf Z d 233 .upper case Z = greek letter theta .sf O d 234 .upper case O = greek letter omega .sf P d 237 .upper case P = greek letter phi .sf e d 238 .lower case e = greek letter epsilon .sf I d 239 .upper case I = greek letter pi .. ..*** Scientific and Math Symbols *** .. .sf = d 240 .equal sign = identical symbol (triple =) .sf | d 143 .piping symbol (|)= Angstrom .sf _ d 241 .underscore (_) = + over - .sf > d 242 .greater than (>) = greater than or equal (> or =) .sf < d 243 .less than (<) = less than or equal (< or =) .sf % d 246 .percent sign (%) = division sign .sf ~ d 247 .squiggle (~) = double squiggle .sf @ d 248 .at symbol(@) = degree (temperature) .. ..*** Shapes for border and box drawing *** .. .sf * d 219 .asterisk (*) = dark border .sf ( d 176 .open paren (() = light border .sf 1 d 192 .number 1 = bottom left corner .sf 2 d 193 .number 2 = inverted T connecter .sf 3 d 217 .number 3 = bottom right corner .sf 4 d 195 .number 4 = right connecter .sf 5 d 197 .number 5 = left and right connecter .sf 6 d 180 .number 6 = left connecter .sf 7 d 218 .number 7 = top left corner .sf 8 d 194 .number 8 = T connecter .sf 9 d 191 .number 9 = top right corner .sf - d 196 .minus (-) = horizontal line .sf + d 179 .plus (+) = vertical line .. ..*** Miscellaneous Symbols *** .. .sf c d 155 .lower case c = cent sign .sf # d 156 .pound symbol (#) = British Pound sign .sf H d 171 .upper case H = fraction 1/2 .sf Q d 172 .upper case Q = fraction 1/4 .sf / d 251 .slash (/) = square route .sf ' d 254 .apostrophe (') = filled square .. ..*** Symbols drawn with Bit Image Mode *** .. .sf . binary ;Dot Product 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00000000 ;left top,bot 00000000 00011000 00011000 00000000 00000000 ;right top,bot .end .. .sf ? binary ;looks like a character to formatter ;but is a NOP as far as printer is concerned .end .. .sf , binary ;derivative symbol 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00000110 ;left top,bot 00101001 01001001 01001010 00111100 00000000 ;right top,bot .end .. .sf $ binary ;infinity symbol 00011011 ;ESC 01001011 ;4B 00001100 ;12 bit patterns 0 ;follow: 00000000 ;left top,bot 00011100 00100010 00100010 00100010 00011100 00100010 00100010 00100010 00011100 00000000 00000000 ;right top,bot .end .. .sf : binary ;DEL operator (upside-down delta) 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 01100000 ;left top,bot 01011000 01000110 01011000 01100000 00000000 ;right top,bot .end .. .sf D binary ;upper case delta 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00000110 ;left top,bot 00011010 01100010 00011010 00000110 00000000 ;right top,bot .end .. .sf \ binary ;integral sign 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00000001 ;left top,bot 00000001 00111110 01000000 01000000 00000000 ;right top,bot .end .. .sf d binary ;lower case delta 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00010110 ;left top,bot 00101001 01001001 01001001 00100110 00000000 ;right top,bot .end .. .sf p binary ;lower case phi 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00001000 ;left top,bot 00010100 00011111 01110100 00010100 00001000 ;right top,bot .end .. .sf g Binary ;lower case gamma 00011011 ;ESC 01001011 ;4B 00000110 ;6 BIT patterns 0 ;follow: 00010001 ;left top,bot 00010010 00001100 00001000 00010000 00000000 ;right top,bot .end .. .sf z binary ;lower case theta 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00000110 ;left top,bot 00011001 00101001 00101010 00111100 00000000 ;right top,bot .end .. .sf l binary ;lower case lambda 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 01000110 ;left top,bot 00101000 00010000 00001000 00000110 00000000 ;right top,bot .end .. .sf i binary ;lower case pi 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00100000 ;left $op,bot 00111111 00100000 00111110 00100001 00000000 ;right top,bot .end .. .sf s binary ;lower case sigma 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00001110 ;left top,bot 00010001 00010001 00011001 00010110 00010000 ;right top,bot .end .. .sf m binary ;lower case mu 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00111111 ;left top,bot 00001000 00000100 00000100 00111100 00000000 ;right top,bot .end .. .sf n binary ;lower case nu 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00111110 ;left top,bot 00000010 00000100 00001000 00110000 00000000 ;right top,bot .end .. .sf o binary ;lower case omega 00011011 ;ESC 01001011 ;4B 00000110 ;6 bit patterns 0 ;follow: 00011110 ;left top,bot 00000001 00011111 00000001 00011110 00000000 ;right top,bot .end