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As discussed in the post, the Microsoft Equation Editor 3.0 (MEE) was removed from Office installations because it has security problems and no maintenance. Microsoft doesn’t have access to the MEE source code and MEE’s author,, doesn’t maintain it, instead offering the more powerful, upward-compatible program. Provided the MT Extra font is installed, MEE OLE objects display correctly, but they cannot be edited unless the user installs MathType or converts them to Office native math zones (OfficeMath). This post describes the conversion facility that ships with Office 365. The feature sets of MEE, MathType and OfficeMath are compared in the post. The converter can convert most MEE and MathType OLE objects to OfficeMath.

Word IT Pro Discussions Question 4 8/9/2017 1:10.

Some equation objects cannot be converted, e.g., long division, since OfficeMath doesn’t have a counterpart. First, let’s see how the converter works in PowerPoint, Excel, and Word, then let’s check out the functions a program can call to perform conversions, and lastly, let’s interpret an MEE “Equation Native” binary data stream.

Please let us know your thoughts via Send A Smile with #MEEConverter in the text. File Format Prerequisite Conversion to OfficeMath is only enabled for program modes that support the (Office Math Markup Language) file format. If a file is opened in “Compatibility Mode”, equation objects in the file may not be directly convertible to OfficeMath.

Word added OMML support in Word 2007 and PowerPoint and Excel added it in Office 2010. The old doc, ppt, and xls file formats do not support OMML. To convert equation objects in such files, first save them as the corresponding docx, pptx, and xlsx files using the Save As menu option. Then you can click on an equation object and get a menu/dialog that offers “Convert Equation to Office Math” and an option to “Apply to all equations”. Office Equation Object Conversion PowerPoint displays OLE objects on a slide wherever you put them. Twilight part 4 dual audio.

The objects are not embedded in the text of text boxes and hence don’t flow with text. For example, if you line up an equation object with text in a text box and change the text size, the text moves, but the equation object doesn’t move since it’s not part of the text. This differs from Word, for which OLE objects are embedded in the text and therefore flow with text changes. The equation-editor converter converts OLE objects to native math (OfficeMath) text. To put the OfficeMath for a converted object onto a PowerPoint slide, the OfficeMath is stored in its own OfficeArt text box, which has the same dimensions as the original OLE object. People often position a set of equation objects to lay out equations nicely.

Ideally all these objects would end up properly aligned in a single text box. But that’s a tricky recognition task and it isn’t handled by the converter. Users may want to do some cutting and pasting to get optimal results. The same approach is used for converting MEE objects in Excel. In Word, equation objects are embedded in the text and the corresponding OfficeMath text replaces the objects in that text. So, equation conversion in Word doesn’t have object/text alignment problems, although line and page breaks may change due to the use of different fonts.

OfficeMath requires a for characters supported by a math font, while MEE and MathType use a collection of non-math fonts that can be customized by the user. Text Size of Converted Equations The MEE object Equation-Native binary data (described in later sections) includes relative font sizes but doesn’t provide an overall default font size.

For example, if you resize an equation object in PowerPoint, the Equation-Native binary data doesn’t change nor do the text sizes in the Windows metafile used to display the object. If the converted math text is too large for its text box, PowerPoint decreases the font size to fit. In any event, the converted math text typically has a different size from that in the original OLE object. Fixups There are two kinds of fixups performed by the converter: 1) those handling differences in the math models as described in and, and 2) those dealing with equation object errors that don’t affect the object display significantly but change the display of the converted math text. For example, in OfficeMath, empty numerators, denominators, subscripts, superscripts, etc., display the place-holder character ⬚. Since the OLE objects don’t display such a character, the converter fixes up equations by removing empty subscripts and converting left subscripts with no bases into normal (right) subscripts.