åÃREAD ME è~TECH BF2ä1TECHFONTDOCM>The TECH font for BRADFORD resulted from a need to print both Greek letters and various technical symbols on the same line. The GREEK font has the Greek letters but only a small selection of technical symbols; that font was modified to give TECH.BF2. Many useful symbols were added including the partial differential symbol, approximately equals, small subscripts and superscripts and others. The files included in this library are: READ.ME This file; TECHFONT.DOC Some tips on using the new font and ASCII equivalents for TECH.BF2 characters; TECH.BF2 The font. Print the DOC file with BRADFORD. ters but only a small selection of technical symbols; that font was modified to give TECH.BF2. .mo1 \dk2 \fnselect .HE TECHFONT.DOC Page \pn The BRADFORD font TECH.BF2 is a new addition to the many fonts available for this excellent printing program. The easiest way to generate formulas and equations with TECH.BF2 is to write in all ASCII characters first and then use the overline command and the font change command to write in the Greek letters and technical symbols. The examples below show how this is done. EXAMPLE 1: FRESNEL NUMBER FOR A LASER: Write the formula like this, n (a ) \pr \fntech \pr \ov \pr \spq 2 \pr \fnselect N ------- \pr \fntech \pr \ov + \pr \fnselect (L) \pr \fntech \pr \ov l \pr \fnselect \pr \sp1 to get a result which looks like this: n (a ) \fntech \ov \spq 2 \fnselect N ------- \fntech \ov + \fnselect (L) \fntech \ov l \fnselect \sp1 EXAMPLE 2: STEFAN-BOLTZMANN Law: Write P(Blackbody) = T \pr \fntech \pr \ov s 4 \pr \fnselect Where P(Blackbody) = Total Power radiated (W/sq.m) \pr \fntech s \pr \fnselect = 5.67E-8 T = Temperature K (C + 273)\pr \fntech \pr \ov , , \pr \fnselect to get P(Blackbody) = T \fntech \ov s 4 \fnselect Where P(Blackbody) = Total Power radiated (W/sq.m) \fntech s \fnselect = 5.67E-8 T = Temperature K (C + 273)\fntech \ov , , \fnselect .pa Note that the new symbols are just under the spaces left for them in the ASCII string; this method of superimposing symbols avoids the problem of changing fonts in the middle of a line and then trying to get everything lined up. It is not exactly WYSIWYG (What you see is what you get!), but it's close. Unfortunately, BRADFORD counts overstrikes as individual lines even though they are not printed that way; partial compensation for this problem is the use of the narrowest line spacing (spq) when needed to make everything fit on the same page. ASCII AND TECH.BF2 FONT EQUIVALENTS ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ .FNTECH ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ .FNSELECT A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \pr \ ] ^ _ ` .FNTECH A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \pr \ ] ^ _ ` .FNSELECT a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~ .FNTECH a b c d e f g h i j k l m n o p q r s t u v w x y z { | } ~  ASCII AND TECH.BF2 FONT EQUIVALENTS ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ .FNTBFD ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ );M]ky…œ­ºÂÏßëóû#-7AKS[eoyƒ‘£µÇÙëü '9K]o“¥·ÉÛíÿ#5GUZ_iw‰›­¾ÍÚéú %5EVdq€­½Ë×å÷ #)/< 2DVdr€Š”¤¶¾ÆØæðö (2<FPV`jiw‰›­¾ÍÚéú %5EVdq€­½Ë×å÷ #)/<t~ˆš¬¾Ðâô0BTfxŠœ®ÀÒäö,>PZZdn€’¤¶ÆÔàò.<N^jxˆ–¤¶ÄÒÜî(*4 ‚B(((8(((08 8 *********:<ŠR"„H0"RŠ0H„ÿ€€€€@þÿTTBB $( $ÀÀ@  @,(((8((h( @@@@@@@àà``€àð€ @€°P @@ `@€à ` ð À@@@ Рà@@@ ` @€€ À€ @@@ ``€@@@à@`        8HˆH8  `€` þ°L€þl€€€ 2B‚B2  `€` þ‚€þ€€‚8DDþDD8$ÿ$þ€€þ€€€€€Àþþþþþ€€þ€€þþ€€€þ P„þ0D€0@€@0 `€` þ€@  @€þþ@  @þþ€@ þþ@ þ8D€€D88D€€€D8þþ€þ€€€€€þ€8D€€D88DD8þ€`þ€€€€€€`†J2†‚€Ä€¨€€Â€þ€À€€€þ€€€ÀÀ‚~‚À@€€~€€@€`  `€À ˜„‚„˜ À2J††J20L€€€L0‚H  H‚‚@$$@‚`þ`0ˆþˆ0‚ "B†Â„€ˆ€ À‚     tŒ€’`8D Q! "" "  " L 0@€ d(DÐ$BBBC R¢Œ `€ŠD  ** "#>b"  0    <~€€~€€>" „@(€D(?<0  """  > > <À„x <<ÀÀ@   @" "  !  ! ? eAB@U"n€f€ÿÿ€n€f@€€@€@€@@€xëxëxëxëxëxëxëxëxëxë