Bc C128 Hd Wide Font Number



There are two barcode fonts that install with Sage 100 Contractor. They are BC C39 3 to 1 HD Wide and BC UPC HD Wide. When you edit the font for tkfprt.recnum to one of the barcode fonts, then it appears as a barcode in a report and can be printed as a label. To change part numbers into barcodes on a report. Create Code 128 barcodes in any program supporting TrueType fonts. This package contains Code 128 Subsets A, B, and C, as well as fonts without human readable text. Each version contains 6 heights.

  1. Bc C128 Hd Wide Font Number Generator

Code 128 Barcode Font Overview

Code 128 Barcode Fonts encode numbers, symbols, uppercase and lowercase text as well as functions such as returns and tabs. All Code 128 barcode fonts require a start character, checksum character, and a stop character to create readable barcodes. Due to the required calculation of a checksum, implementation of Code 128 as a barcode font may be difficult without IDAutomation's Font Encoder Tools.

Code 128 Barcode Font Character Set

Three different start characters are used in Code 128 barcodes to tell the barcode reader, which character set is being used. The table below illustrates the three character sets in columns with the location of the characters. In the columns A, B and C, is the list of characters or functions that the barcode scanner will read for the associated symbol. The columns ASCII, Char and Unicode are unique to IDAutomation's Code 128 Barcode Fonts. These columns designate the location in either ASCII or Unicode where the barcode symbol for the character resides in the font. The Char column lists the character that resides at the ASCII location, which can be used to print the corresponding symbol. The character set provides easy methods of encoding functions in barcodes such as returns and tabs.

Code ACode BCode CASCII*Unicode*Char*ValueCode ACode BCode CASCII*Unicode*Char*Value
SpaceSpace00019400C2Â00VV5400860056V54
!!0100330021!01WW5500870057W55
''0200340022'02XX5600880058X56
##0300350023#03YY5700890059Y57
$$0400360024$04ZZ580090005AZ58
%%0500370025%05[[590091005B[59
&&0600380026&06600092005C60
''0700390027'07]]610093005D]61
((0800400028(08^^620094005E^62
))0900410029)09__630095005F_63
**100042002A*10nul`6400960060`64
++110043002B+11soha6500970061a65
,,120044002C,12stxb6600980062b66
--130045002D-13etxc6700990063c67
..140046002E.14eotd6801000064d68
//150047002F/15enoe6901010065e69
001600480030016ackf7001020066f70
111700490031117belg7101030067g71
221800500032218bsh7201040068h72
331900510033319hti7301050069i73
442000520034420lfj740106006Aj74
552100530035521vtk750107006Bk75
662200540036622ffl760108006Cl76
772300550037723crm770109006Dm77
882400560038824s0n780110006En78
992500570039925s1o790111006Fo79
::260058003A:26dlep8001120070p80
;;270059003B;27dc1q8101130071q81
<<280060003C<28dc2r8201140072r82
==290061003D=29dc3s8301150073s83
>>300062003E>30dc4t8401160074t84
??310063003F?31naku8501170075u85
@@3200640040@32synv8601180076v86
AA3300650041A33etbw8701190077w87
BB3400660042B34canx8801200078x88
CC3500670043C35emy8901210079y89
DD3600680044D36subz900122007Az90
EE3700690045E37esc{910123007B{91
FF3800700046F38fs|920124007C|92
GG3900710047G39gs}930125007D}93
HH4000720048H40rs~940126007E~94
II4100730049I41usdel95019500C3Ã95
JJ420074004AJ42fnc 3fnc 396019600C4Ä96
KK430075004BK43fnc 2fnc297019700C5Å97
LL440076004CL44ShiftShift98019800C6Æ98
MM450077004DM45code Ccode C99019900C7Ç99
NN460078004EN46code Bfnc 4code B020000C8È100
OO470079004FO47fnc 4code Acode A020100C9É101
PP4800800050P48fnc 1fnc 1fnc 1020200CAÊ102
QQ4900810051Q49Start AStart AStart A020300CBË103
RR5000820052R50Start BStart BStart B020400CCÌ104
SS5100830053S51Start CStart CStart C020500CDÍ105
TT5200840054T52StopStopStop020600CEÎ
UU5300850055U53

* It is necessary to print the Code 128 barcode space character from ASCII 194 instead of ASCII 32 because Windows cannot print a symbol instead of a space character from Visual Basic and most other development environments. Mac systems should print the Code128 barcode font from Unicode locations if possible because the extended characters map to different character than what is displayed on the 'Char' column in Mac Roman encoding.

* If the system regional setting is not set to 'English' or the 1252 Latin-1 code page, the Code 128 fonts support the following additional code pages in Windows: 1250 European, 1251 Cyrillic, 1253 Greek, 1254 Turkish, 1255 Hebrew and 1256 Arabic. If compatibility is necessary with any operating system, code page and locale, IDAutomation offers the Universal Barcode Font Package which creates Code 128 and many other barcode types from a single font.

* The columns ASCII, Char and Unicode are unique to IDAutomation's Code 128 Barcode Fonts.

Manual Check Character Calculation

IDAutomation provides font encoders and source code samples that are free to use with IDAutomation fonts, which will automatically format the start, stop and check characters to the barcode fonts. Therefore, manual check digit calculations are usually not necessary.

The check character is positioned after the data characters and just before the stop character. To determine the value of the check character:

  1. Reference the table above to obtain the value of the start character and all data characters.
  2. Assign a weighting to each data character (not the start character, just the data characters.) The weighting starts at 1 and increases by one for each data character.
  3. Multiply the character values by their weights for the data characters.
  4. Add these all together, including the start character, divide by 103 and obtain the remainder.
  5. Use the table above to locate the character that has the value of the remainder; use this as the check character.
Bc C128 Hd Wide Font Number
Calculating Code 128 Character Set A or B

The following table is an example of how to obtain the check character for the data 'biz' using Code 128 character set B.

Start BbizSTOP
weighting123
values104667390
totals10466146270
  1. Calculate Total: 104 + (66*1) + (73*2) + (90*3) = 586
  2. Calculate Checksum: 586 divided by 103 = 5 remainder of 71. Check digit = value of 71. The character to print for the value of 71 is 'g' or ASCII 103.

To print extended ASCII characters from a keyboard that does not have the keys defined, use the ALT+<xxxx> key combination where xxxx equals the character's ASCII location in 4 digits. For example, to type ASCII character 104 into Microsoft Word, select the font in Word, press the ALT key and while holding it down type 0104 on the keypad of the keyboard. Four digits must be entered with the keypad only.

Bc c128 hd wide font download

Therefore, to print the data 'biz' as a barcode, type: ALT 0204, b, i, z, g, ALT 0206 or ÌbizgÎ.

Calculating Code 128 Character Set C

The following table is an example of how to obtain the check character for '667390' using Code 128 character set C:

First, interleave the numbers into pairs and then choose the appropriate character that represents the number pair from the Code 128 Character Set.

Start C667390STOP
weighting123
values105667390
totals10566146270
NumbersNumber
  1. Calculate the Total:
    105 + (66*1) + (73*2) + (90*3) = 587
  2. Calculate the Checksum:
    587 divided by 103 = 5 remainder of 72. Check digit = value of 72.
    The character to print for the value of 72 is ASCII 104.

Therefore, to print the data '667390' as a barcode, you would need to type: ALT 0205, b, i, z, h, ALT 0206 or ÍbizhÎ.

Switching Between Code 128 Character Sets

It is possible to switch between character sets in a single Code 128 barcode. Although character set B can encode text and numbers, it may be necessary to switch to set A to encode a function such as a tab or carriage return.

The following table is an example of how to encode the data 'biz' using Code 128 character set B with a switch to character set A for a carriage return function:

Start BbizÉmSTOP
weighting12345
values10466739010177
totals10466146270404385
  1. Calculate Total: 104 + (66*1) + (73*2) + (90*3) + (101*4) + (77*5) = 1375
  2. Calculate Checksum: 1375 divided by 103 = 13 remainder of 36. Check digit = value of 36. The character to print for the value of 36 is 'D' or ASCII 68.

This type of switching between character sets is also compatible with the free font encoder tools. For example, specify the data bizÉm (É is the switch to set A and m is the function according to the chart) as the input for the Code 128 B function, the data ÌbizÉmDÎ would be returned, which would perform the switch to set A and the function of a return when printed with IDAutomation's font and scanned by a barcode scanner.

Calculating Check Digits For GS1-128

The FNC1 in the GS1-128 barcode is treated as any other character. This example demonstrates how to calculate (00)1234(15)12 which would be encoded as Ê001234Ê1512 in IDAutomation's font encoders. More information about creating GS1-128, UCC-128 and EAN-128 barcodes is provided in the GS1-128 Barcode FAQ and Tutorial.

Start CFNC1001234FNC11512STOP
weighting1234567
values1051020012341021512
totals10510200361365109084
  1. Add up totals: = 1063
  2. Calculate Checksum: 1063 divided by 103 = 10 remainder of 33. Check digit = value of 33.

Therefore, the following text is needed to create the barcode from the font: ÍÊÂ,BÊ/,AÎ

Code 128 Barcode Font Specifications

The X dimension (X is the width of the narrow bar) is listed below for various point sizes in millimeters and mils. 1 mil is equal to 1/1000 of an inch. IDAutomation's Code 128 barcode fonts have been specially designed to be able to produce dependable barcodes when printed at large and small point sizes. The Code 128 font may be printed as small as 4 points if the scanner is capable reading it. The Code 128 fonts are reliably read with the IDAutomation USB Barcode Scanner at point sizes of 6 to 48 points.

Point SizeApproximate X dimension (1 mil = .001')
48.102 cm40 mil
36.076 cm30 mil
32.069 cm27 mil
30.064 cm25 mil
28.058 cm23 mil
24.051 cm20 mil
20.043 cm17 mil
18.038 cm15 mil
16.033 cm13 mil
12.025 cm10 mil
8.018 cm7 mil
6.013 cm5 mil

* To print at a different X dimension, find the point size that has the X dimension closest to what is needed and use the formula below to find the point size needed:
12 * (X dimension needed) / (X dimension at 12 points) = (point size) For example, to obtain an X dimension of 12 mils, the point size should be 14:
12 * 12 / 10 = 14

When using a printer with less than 600 DPI, print at the following point sizes to create accurate barcodes:

203 DPI Printer (thermal printer)300 DPI Printer
6, 12, 18, 24, 30, 364, 8, 12, 16, 20, 24, 28, 32, 36

Eighteen different versions of the Code 128 barcode fonts are provided to support human readable versions and different width and height requirements. Fonts with the letter 'H' in the font name are human-readable versions. The last characters in the Code 128 barcode font name determine the height of the barcode with the shortest being 'XXS' and the tallest being 'XXL'. Because each single font may be printed at various point sizes, there are several combinations of heights and widths that may be produced. TrueType fonts with symbol encoding are also provided, which allow the font name to be more visible in font drop down lists of end-user Windows applications and are signified with the letter “Y” or the word 'Symbol' in the font name. The N Dimension column in the chart below is the narrow bar width to height ratio.

Purchased Font NameEvaluation Font Name*Font Height at 12pts*N Dimension
Code 128 Fonts (no text below barcode)
IDAutomationC128XXSIDAutomationSC128XXS .10' or .254 CM10
IDAutomationC128XSIDAutomationSC128XS .20' or .508 CM20
IDAutomationC128SIDAutomationSC128S .35' or .889 CM35
IDAutomationC128MIDAutomationSC128M .50' or 1.27 CM50
IDAutomationC128LIDAutomationSC128L .60' or 1.46 CM58
IDAutomationC128XLIDAutomationSC128XL .75' or 1.90 CM75
IDAutomationC128XXLIDAutomationSC128XXL 1' or 2.54 CM100
Code 128 Fonts 'Character set B' (text below barcode:**)
IDAutomationHbC128XSNA .20' or .508 CM20
IDAutomationHbC128SNA .35' or .889 CM35
IDAutomationHbC128MIDAutomationSHbC128M .50' or 1.27 CM50
IDAutomationHbC128LNA .60' or 1.46 CM58
IDAutomationHbC128XLNA .75' or 1.90 CM75
IDAutomationHbC128XXLNA 1' or 2.54 CM100
Code 128 Fonts 'Character set C' (text below barcode:**)
IDAutomationHcC128XSNA .20' or .508 CM20
IDAutomationHcC128SNA .35' or .889 CM35
IDAutomationHcC128MIDAutomationSHcC128M .50' or 1.27 CM50
IDAutomationHcC128LNA .60' or 1.46 CM58
IDAutomationHcC128XLNA .75' or 1.90 CM75
IDAutomationHcC128XXLNA 1' or 2.54 CM100
* Measurements are approximate and were measured when printed at 12 points, which should work for most scanners. Measurements for Human Readable fonts do not include the text below.

To print at a different height, find the font that has the height closest to what is needed and use the following formula to find the point size that is needed:
12 * (height you want) / (height at 12 points) = (point size converted to integer)
For example, if using IDAutomationC128M and the height is to be .75', it should be printed at 18 points:
12 * .75 / .5 = 18

** The human-readable versions also work with IDAutomation's font encoder tools. Nevertheless, they are not usually used because the Code 128 symbology MOD103 check digit is commonly displayed in the result. Human readable versions are often used for testing purposes or when it is not a problem to have the symbology check digit displayed. To print the human-readable data without the check digit, use the fonts beginning in IDAutomationC128 and print the data encoded as text below or above the barcode. The XXS size is not available in the human readable versions because of size limitations.

Code 128 Barcode Font Names Prior to July, 2003
Purchased Font NameEvaluation Font Name*Font Height at 12pts*
Code 128 Fonts (no text below barcode)
AdvC128asAdC128a 1/16' (.078') or .2 cm
AdvC128bsAdC128b 1/8' (.125') or .4 cm
AdvC128csAdC128c 1/4' (.25') or .6 cm
AdvC128dsAdC128d 1/2' (.5') or 1.1 cm
AdvC128esAdC128e 5/8' (.625') or 1.6 cm
AdvC128fsAdC128f 1' or 2.5 cm
Code 128 Fonts 'Character set B' (text below the barcode:**)
C128bHaNA 1/16' (.078') or .2 cm
C128bHbNA 1/8' (.125') or .4 cm
C128bHcsC128bHc 1/4' (.25') or .6 cm
C128bHdNA 1/2' (.5') or 1.1 cm
C128bHeNA 5/8' (.625') or 1.6 cm
C128bHfNA 1' or 2.5 cm
Code 128 Fonts 'Character set C' (text below barcode:**)
C128cHaNA 1/16' (.078') or .2 cm
C128cHbNA 1/8' (.125') or .4 cm
C128cHcsC128cHc 1/4' (.25') or .6 cm
C128cHdNA 1/2' (.5') or 1.1 cm
C128cHeNA 5/8' (.625') or 1.6 cm
C128cHfNA 1' or 2.5 cm

Technical Support

Free lifetime Level 1 support may be obtained by reviewing the knowledgebase articles that are documented and by searching resolved public forum threads or the Code-128 tag. One incident of Level 2 support for a period of 60 days is included with the purchase of any license. Level 2 support and upgrades may be provided beyond 60 days if the Level 2 Support and Upgrade Subscription is purchased when making the or

Bc C128 Hd Wide Font Number Generator

If assistance is needed, please contact IDAutomation.





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