- #WHY DOES HEBREW READ RIGHT TO LEFT HOW TO#
- #WHY DOES HEBREW READ RIGHT TO LEFT PROFESSIONAL#
- #WHY DOES HEBREW READ RIGHT TO LEFT WINDOWS#
#WHY DOES HEBREW READ RIGHT TO LEFT WINDOWS#
When you specify a right-to-left user display language in the Set the Office Language Preferences dialog box, the layout of menus, dialog boxes, and wizards are right to left, but the Microsoft Windows settings remain left to right.įor example, when Arabic is selected as the display language in Office you see the following display: Several right-to-left features in Office programs use the display language to determine the screen layout direction and the alignment of text within dialog boxes.
#WHY DOES HEBREW READ RIGHT TO LEFT HOW TO#
Note: If you'd like to see a short video on how to do this, here's a video at YouTube that a member of the community created showing how it's done. See add an input language in Windows and enable the keyboard layout for the right-to-left language.Ĭlick a heading below for more information To compose in a right-to-left language you will want to enable the Windows keyboard language for the right-to-left language that you want to use. You can change your display to show the menus and buttons right-to-left and/or change individual files so their contents read from right to left. In this context, "right-to-left languages" refers to any writing system that is written from right to left and includes languages that require contextual shaping, such as Arabic, and languages that do not. Microsoft Office supports right-to-left functionality and features for languages that work in a right-to-left (or a combined right-to-left, left-to-right) environment for entering, editing, and displaying text.
#WHY DOES HEBREW READ RIGHT TO LEFT PROFESSIONAL#
The left-most statements are executed first, but each individual statement is parsed as described above.Excel for Microsoft 365 Word for Microsoft 365 Outlook for Microsoft 365 PowerPoint for Microsoft 365 Access for Microsoft 365 Publisher for Microsoft 365 Excel 2021 Word 2021 Outlook 2021 PowerPoint 2021 Access 2021 Project Standard 2021 Publisher 2021 Visio Standard 2021 OneNote 2021 Excel 2019 Word 2019 Outlook 2019 PowerPoint 2019 Access 2019 Project Standard 2019 Publisher 2019 Visio Standard 2019 Excel 2016 Word 2016 Outlook 2016 PowerPoint 2016 Access 2016 OneNote 2016 Project Standard 2016 Publisher 2016 Visio Standard 2016 Office 2016 Excel 2013 Word 2013 Outlook 2013 PowerPoint 2013 Access 2013 OneNote 2013 Project Professional 2013 Project Standard 2013 Publisher 2013 Visio Professional 2013 Visio 2013 Excel 2010 Word 2010 Outlook 2010 PowerPoint 2010 Access 2010 OneNote 2010 Project 2010 Project Standard 2010 Publisher 2010 Visio 2010 Visio Standard 2010 Office 2010 More. For example, using the statement separator ⋄ to have multiple statements in a single line: 2+2 ⋄ 3 4 5 ⋄ ⎕A⍳'APL' (((((((84 - 12) - 1) - 13) - 28) - 9) - 6) - 15) ⍝ Traditional mathsĪlthough it is a general purpose programming language, used for applications from finance to 3D graphics, you can see more comparisons with mathematical notation on the APL Wiki: Īnd having said all that, APL is still generally "read" (by humans) basically left to right, even though it is parsed and executed "right-to-left", and even then it's more of "functions have a long right scope and short left scope". Which gives 0 in traditional mathematic execution order. The easiest way to demonstrate how this affects things is: 84 - 12 - 1 - 13 - 28 - 9 - 6 - 15 Since it is inspired by traditional mathematics then it follows f(g(x)):į g x means apply g to x and then apply f to the result of that, hence right to left. +/2 3 4×1 0 ¯1 ⍝ Equivalent expression for vectors Or the inner product: 2 3 4+.×1 0 ¯1 ⍝ Vector inner (dot) product Multi-dimensional array reduction (where the reduce construct was first named as such) +⌿2 4 6 ⍝ Sum of a list APL is a language which overcomes the inconsistencies (and difficulty in typing / parsing / executing) traditional mathematical notation by unifying certain constructs, such as: