• Easy to install True Type fonts
  
• Easily print Code 39 and Codabar barcodes as a font from several applications
  
• Includes examples for Microsoft® Word, Excel, and Access
  
• Supplied with normal and human readable versions
  
• Compatible with any version of Microsoft Windows.
  
• Contains 3 of the 6 different heights of TrueType Windows® fonts offered in our Font Advantage Package for Code 39 and Codabar
  
• S and FNT fonts can also be created with the Developer's License and one year of support.

In the package we provide 12 different TrueType Self-checking barcode font types that can be used for various barcoding purposes such as name tags, inventory, data entry and other applications where barcoding can increase productivity. Here is a breakdown of the fonts provided:

Code 39 - six Code 39 fonts are provided as normal and human readable versions in short, medium and large heights. The "human readable" versions contain the letters below the barcode. Code39 (also called Code 3 of 9 and LOGMARS) is used for general barcoding purposes where letters and numbers are to be encoded. Code 39 contains barcodes for the numbers 0-9, the letters A-Z, the space character and the following symbols: - . $ / + %.

Codabar - six Codabar fonts are provided as normal and human readable versions in short, medium and large heights. Codabar is used for numbers only. Because this barcode is only used for numbers, it is not as wide as Code 39. If you are only encoding numbers, use this barcode font type if the barcode width is an issue.

Step 1 - Download and install the package. After installing the package you should be able to access the samples and used manual by choosing Start - Programs and looking in the appropriate group.

Step 2 - Use the fonts to create barcodes in your application. If you are creating barcodes that will encode letters and numbers, use Code 39. If you are encoding numbers only, use Codabar.

• How to Use Code 39 in Any Application - our Code 39 fonts are easy to use in applications and can be entered directly from the keyboard. All barcodes require a start and stop character and these can also be entered from the keyboard. For example, to create a barcode that encodes the data "1234ABCD" with the Code 39 Font, you: (1) select the "IDAutomationHC39S" font from the list of fonts in your application; (2) type the start character, in this case it is "!"; (3) type the data, in this case it is "1234ABCD"; (4) type the stop character, in this case it is "!"; and then change the font back to the default font of your document.
  Therefore, to create the scannable barcode you should have the text !1234ABCD! , then you must highlight this text and select the IDAutomationHC39S font for it.
  If you do not want the "*" to show up in the human readable version of the fonts, use ( and ) as the start and stop character. To print the barcode symbol representing a space you will need to type or print "=" (the equal character) instead of a space character or use our Font Automation Tools to perform automatic conversion. For this reason you should try not to use the space character unless it is required.
  
  
• How to Use Codabar in Any Application - our Codabar fonts are easy to use in applications and can be entered directly from the keyboard. All barcodes require a start and stop character and these can also be entered from the keyboard. Codabar uses the letters A, B, C or D as start and stop characters. For example, to create a barcode that encodes the data "1234" with the Codabar Font, you: (1) select the "IDAutomationHCBS" font from the list of fonts in your application; (2) type the start character, in this case it is "A"; (3) type the data, in this case it is "1234"; (4) type the stop character, in this case it is "B"; and then change the font back to the default font of your document.
  
  
• Calculated Field Use for Code 39 - Our fonts can be printed or displayed as calculated fields in applications by (1) selecting the Code 39 font for the field and (2) using a formula to add the start and stop characters into the field. Tabs and returns can be added (in extended39 if your scanner is programmed for it) between fields by inserting "$I" for a tab and "$M" for a return between fields as in the 2nd Microsoft Access barcode example. This can make scanning data into multiple fields easier because a tab will usually move the cursor to the next field.
  Microsoft Access - place this formula into the Control Source field:
  =("!"&[Table.DataField1]&"!")
  Microsoft Access - places a tab (in extended39) between fields:
  =("!"&[Table.DataField1] &"$I"&[Table.DataField2]&"!")
  Microsoft Excel - enter in another cell, text data from cell C3: =("!"&C3&"!")
  Microsoft Word Mail-merge - enter the ! character directly before and after the merge field:
  !<FirstName>!
  Lotus Notes - place into the formula field:
  "*"+DataField1+"*"
  Lotus Notes - a formula that places a return function (in extended39) between fields:
  "*"+DataField1+"$M"+DataField2+"*"
  Lotus Approach - field formula: Combine('*',DataField,'*')
  Lotus Approach - this field formula also replaces spaces with the "=" character as required:
  Combine('*', Translate(DataField,' ','='), '*')
  Lotus 123 for Windows - enter in another cell, text data from cell C3: ("*"&C3&"*")
  Lotus 123 for Windows - converts a number in cell C9 to text for barcoding: ("*"&@STRING(C9,0)&"*")
  Clarion: loc:barcode='*'&left(clip(DataField))&'*'
  ClarisWorks Spreadsheet - enter in another cell, text data from cell C3: ("*"&C3&"*")
  QuickBooks - refer to our QuickBooks Barcode Tutorial.