X Bar Font Download
RIBBS Intelligent Mail Barcode Resource Download Site Intelligent Mail ® Barcode Fonts and Encoders Download This page lists USPS Intelligent Mail barcode files, Fonts and Encoders, available for download. Select an entry in the list-box; files matching the criteria are shown. Available Downloads Name Date Description 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for AIX on IBM Power platforms such as RS6000. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution.
Dealing with x-bar (x̄) and p-hat (p̂) in Statistics. Is what the code is for the p-hat (p̂) symbol and x-bar (x̄). If you want a serif font. Free Code 39 Barcode Font Download. The free Code 39 font X dimension (width of the narrow bar) for various point sizes is listed below.
2010-04-29 edc.exe is a utility designed to facilitate encoding and decoding USPS IMb. It requires Java 1.5 or greater be installed on MS Windows OS'es; 2000, XP, Vista and Windows 7 have been tested. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for HP-UX on HP-PA-RISC platforms.
C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for HP-UX on Itanium platforms. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for Linux on Intel/AMD x86-32 platforms.
C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-09-30 USPS Intelligent Mail barcode Encoder distribution for Linux on Intel/AMD x86-64 platforms. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for Linux on IBM Power platforms such as RS6000. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2011-09-05 USPS Intelligent Mail barcode Encoder distribution for MVS on IBM Mainframe platforms. The distribution includes examples and a standard load-module callable from Assembler, C, COBOL, and PL/I.
A jar-file and an example is included for using the Encoder from Java. 2008-05-18 USPS ntelligent Mail barcode Encoder distribution for Mac OS X on Intel and on IBM Power platforms such as iMac and MacBook computers. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2010-12-14 USPS Intelligent Mail barcode Encoder distribution for Mac OS X Desktop applications such as MS Excel and Word, and Apple iWork '09 Pages and Numbers.
The distribution includes procedures and sample templates for performing a Mail Merge operation using the applications within either MS Office for Mac or Apple iWork '09. 2011-02-15 USPS Intelligent Mail barcode Encoder distribution for MS Office 32-bit edition applications such as MS Word, MS Excel and MS Access, running on either 32-bit or 64-bit MS Windows operating systems. The distribution includes procedures and sample templates for performing a Mail Merge operation from MS Excel or MS Access to MS Word.
2012-03-27 USPS Intelligent Mail barcode Encoder distribution for MS Office 64-bit edition applications such as MS Word, MS Excel and MS Access, running on 64-bit MS Windows operating systems. The distribution includes procedures and sample templates for performing a Mail Merge operation from MS Excel or MS Access to MS Word. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for MS Windows, 32-bit, on Intel/AMD x86 platforms.
C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-09-30 USPS Intelligent Mail barcode Encoder distribution for MS Windows, 64-bit, on Intel/AMD x86-64 platforms. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for IBM i. IBM i is an operating system used on IBM Power Systems formerly known as System i, iSeries and AS/400 computers. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for Solaris on Intel/AMD x86 platforms.
C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2009-09-04 USPS Intelligent Mail barcode Encoder distribution for Solaris, 64-bit, on Intel/AMD x86-64 platforms. Optiarc Dvd Rw Ad 7585h Driver more. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-05-18 USPS Intelligent Mail barcode Encoder distribution for Solaris on SPARC-based platforms.
C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2008-09-30 USPS Intelligent Mail barcode Encoder distribution for Solaris, 64-bit, on SPARC-64 platforms. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution. 2011-03-21 USPS Intelligent Mail barcode Encoder distribution for VSE on IBM platforms. The distribution includes examples and a standard load-module callable from Assembler, C, COBOL, and PL/I. 2008-09-30 USPS Intelligent Mail barcode Encoder distribution for Linux on zSeries systems; other terms used to describe the platform include Linux/390, Linux on zSeries, Linux for zSeries, Linux on System z9, zLinux and z/Linux. C and Java sample code to call the Encoder along with run-time libraries are included in the distribution.
2008-09-30 USPS AFP (Advanced Function Printing) Intelligent Mail barcode fonts are distributed for MVS, VSE and OS/400 print platforms. There is a Standard (16pt) font and a Compact (14pt) font for each AFP print platform.
Standard (16pt) fonts are USPS compliant when printed at 16pt. Compact (14pt) fonts are USPS compliant when printed at 14pt. 2010-04-23 USPS non-AFP Intelligent Mail barcode fonts are distributed for the Postscript Type1 (PS1) and Type 3 (PS3), TrueType (TTF), HP-PCL, and Xerox Metacode print platforms. There is a Standard (16pt) font and a Compact (14pt) font for each print platform. Scalable Standard fonts are USPS compliant when printed at 16 or 17pt; 16pt is recommended. Scalable Compact fonts are USPS compliant when printed at 14, 15 or 16pt.
Only the barcode string of the scalable 14pt Compact fonts (PS3 or TTF) is less than 3 inches; however, these barcode strings risk non-compliance when printed on imprecise printers. 2009-05-27 The USPS IMb software is provided by the United States Postal Service 'as is' and any expressed or implied warranties, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose are disclaimed.
In no event shall the US Postal Service be liable for any direct, indirect, incidental, special, exemplary, or consequential damages (including, but not limited to, procurement of substitute goods or services; loss of use, data, or profits; or business interruption) however caused and on any theory of liability, whether in contract, strict liability, or tort (including negligence or otherwise) arising in any way out of the use of this software, even if advised of the possibility of such damage. 2010-02-04 This zip-file includes a set of test cases to facilitate testing of an IMb Decoder algorithm. Three file formats are available, XML, CSV and a text-file. An IMb Decoder algorithm should detect error conditions specific to the IMb Decoder function.
The documentation included in the distribution provides the required information to use these test cases. 2010-02-04 This zip-file includes a set of test cases for the USPS IMb Encoder. It is available to facilitate development and test of the IMb Encoder and/or custom encoder algorithms. Three file formats are available, XML, CSV and a text-file. Each of these 3-files contains the same 10,000 test cases. Although there is a separate zip-file for the Decoder, these test cases serve also as a source for testing Decoding applications. Download Adobe Acrobat Reader.
This is how ILLUMINATED I felt when I figured out how to type statistical symbols in MS Word the temple at Burning Man 2014. Image Credit: John David Tupper (photographerinfocus.com) I use Microsoft Word to prepare documents.
I do not like Microsoft Equation Editor. And I have to type equations and expressions not often (like every sentence or every other sentence), but definitely regularly. This has led me to apply what I like to call “agile shortcuts” — basically, I’ll write down the equation in my own handwriting, take a picture of it, and then use a paint program to crop and clean up my equation before inserting it into my document. This works nicely, and even though some people might think it’s a kludge, I kind of like the ability to retain the personality of my own handwriting in my technical documents. However, I don’t want to be embedding images if all I have to do is make reference to a variable within a paragraph of text and I’ve never had a good solution. UNTIL THIS MORNING when I really, really, really wanted to be able to use y-bar and p-hat in my paragraph, without having to do the even kludgier thing where you just call them “y-bar” and “p-hat” in the text. That doesn’t feel good.
Even Arial Unicode MS, the behemoth of fonts (it even contains tons of Chinese, Japanese, and Korean characters) does not have essential statistical symbols. But turns out, it DOES have this very useful capability called “combining diacritics” — and here’s how you can use it to type characters with their own hats and bars on them: 1. Open up Microsoft Word 2. Choose “Arial Unicode MS” as your font 3. First, type in a letter that you want to adorn with a hat. Say, for example, p. Next, go to Insert ->Symbol, drop down to “More Symbols”, and in the window that pops up, make sure you have selected “Arial Unicode MS” as the font. In the bottom right, you’ll see a text area and a dropdown.
To the right of the text area labeled “Character code:” type in 0302. That’s the code for a hat-on-top-of-a-letter. Going further right, there’s a dropdown that says “from:” and you’ll want to make sure that you see “Unicode (hex)” selected in that box. Click “Insert”. Voila, your p has a hat!! Now, type a few spaces and let’s do this again.
Only now, type in a letter that you want to adorn with a bar. Say, for example, x. 7. Next, go to Insert ->Symbol, drop down to “More Symbols”, and in the window that pops up, make sure you have selected “Arial Unicode MS” as the font.
In the bottom right, you’ll see a text area and a dropdown. To the right of the text area labeled “Character code:” type in 0305. That’s the code for a bar-on-top-of-a-letter.
Going further right, there’s a dropdown that says “from:” and you’ll want to make sure that you see “Unicode (hex)” selected in that box. Click “Insert”. Your x has a bar.
Go forth into the world and enjoy the same liberation I have just felt o, ye writers of statistical stuff in documents. Found a way to correct the bar and letter misalignment and goes through the upper case letter. Type a letter, then go to Symbol, In “Font”, select Arial, and choose “Combining Diacritical Marks” in Subject. Type 0304 for lower case, and 0305 for upper case and insert it. Afterwards, mostly the upper case will not align. The correction is to do “copy/paste”. Copy it (both letter and bar) and paste it as text ( A in Word and 123 in Excel).
It works in MS office 2010. If need more bars on top, inert bar twice, you double bars on top, and so on. If you’re looking for a way to not have to do so many mouse clicks and interrupt your typing, there are options to TYPE many math symbols and operators. For example, “x bar” will produce x̅, or “q hat” will produce q̂.
For Greek letters “ sigma” produces σ, while “ Sigma” produces Σ. (In all of these cases, do NOT type the quotes.) Click on File >Options >Proofing >AutoCorrect Options >Math AutoCorrect Check the box next to “Use Math AutoCorrect rules outside of math regions” — This allows you to use these math and symbol typing short-cuts outside of the equation tool (a little mini-window within your document for equations). Check the box next to “Replace as you type” — This initiates a special kind of AutoCorrect that replaces the text you are typing with symbols or diacritical marks.
You can find a list of typing shortcuts here: Or, if you have an equation tool open, you can hover your cursor over the symbol and the name of the symbol and any available typing shortcuts (e.g. “Infinity ( infty)”) will appear. Hi Nicole, great thread and it pushed me to figure this out for Office for Mac 2016. I found it’s an easy solution on Word for Mac and hope it’s the same for previous versions: select Word from the menu and go to Preferences. Then select AutoCorrect.
Click the radio button for “use Math AutoCorrect rules outside of math regions.” There is a list of about 100 math symbols that will be replaced automatically. For example, typing X bar will be replaced by an X with a bar on top. Typing X Bar will be replaced by an X with a double bar on top.
Typing div will insert the division symbol. Really great shortcuts. I’m using Word 2013 and what I found to look best (good enough for me) are simply the BOLD Capital letters of “Times New Roman” (go figure).
I’d show you, but I guess I can’t use Times New Roman here. For numbers greater than 4,999 you’ll need one or more overbars. There’s a few ways to do an overbar, but the one that looks best to me can be done by inserting a symbol. Let’s say you want to represent 106,748. Using Times New Roman, BOLD, type capital “C”, go to Insert ->Symbol ->More Symbols (the shortcut to get there is Alt-n-u-m), then for font (Alt-f) choose “(normal text)”, then in the lower right of the dialog (Alt-c), choose “Character code: 0305” and at the top right, the Subset should automatically switch to “Combining Diacritical Marks”.
If it doesn’t, make sure you typed the letter “C” using Times New Roman, but in any case, you need to choose “(normal text)” or some other font that gives you “Combining Diacritical Marks” and a valid symbol at 0305. Next, back to the lower right corner (Alt-m), make sure it says “from: Unicode (hex)”, then finally press the Insert button (Alt-i, left arrow, Enter). Now your “C” should have an overbar.
Next type “V” and when you go back to Insert ->Symbol (Alt-n-u), the last symbol that was used should always appear as the first choice in the upper left of the pull-down, so press Enter (or click the symbol) and your “V” should have its overbar, too. (If not, check all those previous steps again.) Last type “MDCCXLVII” and your final result should be the Roman numeral for 106,748: C̅V̅MDCCXLVII I had mixed results simply using the “0305 Alt-x” shortcut. Sometimes I could type the letter immediately followed by the number “0305” (no space) and then Alt-x and it usually inserts the overbar, but sometimes it didn’t work correctly. However, going up to the Insert Symbols dialog and making sure all the options were correct always worked. Hope that helps. I'm, and I like improving things (including myself) -- and thinking about quality as a concept and a discipline. I got my PhD in Quality from Indiana State I teach in the at James Madison University (JMU).
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