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OneNote equations - Bigger integrals and other hidden features

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}

1

I can't find any useful official documentation for the many features (and bugs) of the OneNote equation editor invoked with Alt+= or with insert -> Math.

One thing I discovered "by accident" today is how to make integrals (and sums and other such symbols) larger:

normal input:

int_1^2[space](a/b)/(c/d)[space]dx

Result:

It turns out that if I add "130" after int, like so:

int130_1^2[space](a/b)/(c/d)[space]dx

Result:

And finally, through experimentation, if I use 140 instead of 130 it puts the limits above and below the integral symbol, rather than as subscript and superscript:

My question is: What do 130 and 140 mean? What other options are there? Where do they come from?

microsoft-onenote equation-editor

share|improve this question

edited 16 hours ago

NeatNit

asked 18 hours ago

NeatNitNeatNit

163

• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Worth noting in case this makes it into Google results: while writing this question I found this great unofficial reference/tutorial: cs.bgu.ac.il/~khitron/Equation%20Editor.pdf
  
  – NeatNit
  18 hours ago
  

  
  
  
  

add a comment | 

1

I can't find any useful official documentation for the many features (and bugs) of the OneNote equation editor invoked with Alt+= or with insert -> Math.

One thing I discovered "by accident" today is how to make integrals (and sums and other such symbols) larger:

normal input:

int_1^2[space](a/b)/(c/d)[space]dx

Result:

It turns out that if I add "130" after int, like so:

int130_1^2[space](a/b)/(c/d)[space]dx

Result:

And finally, through experimentation, if I use 140 instead of 130 it puts the limits above and below the integral symbol, rather than as subscript and superscript:

My question is: What do 130 and 140 mean? What other options are there? Where do they come from?

microsoft-onenote equation-editor

share|improve this question

edited 16 hours ago

NeatNit

asked 18 hours ago

NeatNitNeatNit

163

• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Worth noting in case this makes it into Google results: while writing this question I found this great unofficial reference/tutorial: cs.bgu.ac.il/~khitron/Equation%20Editor.pdf
  
  – NeatNit
  18 hours ago
  

  
  
  
  

add a comment | 

I can't find any useful official documentation for the many features (and bugs) of the OneNote equation editor invoked with Alt+= or with insert -> Math.

One thing I discovered "by accident" today is how to make integrals (and sums and other such symbols) larger:

normal input:

int_1^2[space](a/b)/(c/d)[space]dx

Result:

It turns out that if I add "130" after int, like so:

int130_1^2[space](a/b)/(c/d)[space]dx

Result:

And finally, through experimentation, if I use 140 instead of 130 it puts the limits above and below the integral symbol, rather than as subscript and superscript:

My question is: What do 130 and 140 mean? What other options are there? Where do they come from?

microsoft-onenote equation-editor

share|improve this question

edited 16 hours ago

NeatNit

asked 18 hours ago

NeatNitNeatNit

163

int_1^2[space](a/b)/(c/d)[space]dx

int130_1^2[space](a/b)/(c/d)[space]dx

share|improve this question

edited 16 hours ago

NeatNit

asked 18 hours ago

NeatNitNeatNit

163

share|improve this question

edited 16 hours ago

NeatNit

asked 18 hours ago

NeatNitNeatNit

163

asked 18 hours ago

NeatNitNeatNit

163

asked 18 hours ago

NeatNitNeatNit

163

1 Answer
1

active

oldest

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0

I've discovered enough info via experimentation to answer my own question.

The number immediately following the integral (before the limits) - I call it the attribute - seems to be treated as a bit field.

The 3 least significant bits (values 0 to 7) seem to control whether the limits go above/below the integral or as subscript/superscript:

Values 1 make the limits go above and below the integral symbol.

Values 0, 2, 3 and 7 make the limits appear as subscript and superscript. This is also the default behavior.

Values 4 and 6 make above/below in OneNote for Windows 10 and OneNote 2016, but on the web version of OneNote they make sub/supertext.

Value 5 makes above/below on the web, but not in the apps.

The bit with significance of 128 enables the vertical auto-sizing that I was talking about. It only affects rendering in the apps, not in the web version.

All other bits don't seem to affect anything that I could see. Only 8 bits are saved, meaning 128 is the most significant bit, and the largest argument that could be used hypothetically is 255.

Conclusions:

If you want the limits to go above and below the integral symbol, use int1_a^b.

If you want the integral to resize automatically to match the contents, use int128_a^b. The limits _a and ^b are optional.

If you want both, use int129_a^b.

share|improve this answer

edited 5 hours ago

answered 5 hours ago

NeatNitNeatNit

163

• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  I still need to check how this affects other big operators like sum, prod and the like, but I'm not sure if I will.
  
  – NeatNit
  5 hours ago
  

  
  
  
  

add a comment | 

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0

I've discovered enough info via experimentation to answer my own question.

The number immediately following the integral (before the limits) - I call it the attribute - seems to be treated as a bit field.

The 3 least significant bits (values 0 to 7) seem to control whether the limits go above/below the integral or as subscript/superscript:

Values 1 make the limits go above and below the integral symbol.

Values 0, 2, 3 and 7 make the limits appear as subscript and superscript. This is also the default behavior.

Values 4 and 6 make above/below in OneNote for Windows 10 and OneNote 2016, but on the web version of OneNote they make sub/supertext.

Value 5 makes above/below on the web, but not in the apps.

The bit with significance of 128 enables the vertical auto-sizing that I was talking about. It only affects rendering in the apps, not in the web version.

All other bits don't seem to affect anything that I could see. Only 8 bits are saved, meaning 128 is the most significant bit, and the largest argument that could be used hypothetically is 255.

Conclusions:

If you want the limits to go above and below the integral symbol, use int1_a^b.

If you want the integral to resize automatically to match the contents, use int128_a^b. The limits _a and ^b are optional.

If you want both, use int129_a^b.

share|improve this answer

edited 5 hours ago

answered 5 hours ago

NeatNitNeatNit

163

• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  I still need to check how this affects other big operators like sum, prod and the like, but I'm not sure if I will.
  
  – NeatNit
  5 hours ago
  

  
  
  
  

add a comment | 

0

I've discovered enough info via experimentation to answer my own question.

The number immediately following the integral (before the limits) - I call it the attribute - seems to be treated as a bit field.

The 3 least significant bits (values 0 to 7) seem to control whether the limits go above/below the integral or as subscript/superscript:

Values 1 make the limits go above and below the integral symbol.

Values 0, 2, 3 and 7 make the limits appear as subscript and superscript. This is also the default behavior.

Values 4 and 6 make above/below in OneNote for Windows 10 and OneNote 2016, but on the web version of OneNote they make sub/supertext.

Value 5 makes above/below on the web, but not in the apps.

The bit with significance of 128 enables the vertical auto-sizing that I was talking about. It only affects rendering in the apps, not in the web version.

All other bits don't seem to affect anything that I could see. Only 8 bits are saved, meaning 128 is the most significant bit, and the largest argument that could be used hypothetically is 255.

Conclusions:

If you want the limits to go above and below the integral symbol, use int1_a^b.

If you want the integral to resize automatically to match the contents, use int128_a^b. The limits _a and ^b are optional.

If you want both, use int129_a^b.

share|improve this answer

edited 5 hours ago

answered 5 hours ago

NeatNitNeatNit

163

• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  I still need to check how this affects other big operators like sum, prod and the like, but I'm not sure if I will.
  
  – NeatNit
  5 hours ago
  

  
  
  
  

add a comment | 

I've discovered enough info via experimentation to answer my own question.

The number immediately following the integral (before the limits) - I call it the attribute - seems to be treated as a bit field.

The 3 least significant bits (values 0 to 7) seem to control whether the limits go above/below the integral or as subscript/superscript:

Values 1 make the limits go above and below the integral symbol.

Values 0, 2, 3 and 7 make the limits appear as subscript and superscript. This is also the default behavior.

Values 4 and 6 make above/below in OneNote for Windows 10 and OneNote 2016, but on the web version of OneNote they make sub/supertext.

Value 5 makes above/below on the web, but not in the apps.

The bit with significance of 128 enables the vertical auto-sizing that I was talking about. It only affects rendering in the apps, not in the web version.

All other bits don't seem to affect anything that I could see. Only 8 bits are saved, meaning 128 is the most significant bit, and the largest argument that could be used hypothetically is 255.

Conclusions:

If you want the limits to go above and below the integral symbol, use int1_a^b.

If you want the integral to resize automatically to match the contents, use int128_a^b. The limits _a and ^b are optional.

If you want both, use int129_a^b.

share|improve this answer

edited 5 hours ago

answered 5 hours ago

NeatNitNeatNit

163

share|improve this answer

edited 5 hours ago

answered 5 hours ago

NeatNitNeatNit

163

answered 5 hours ago

NeatNitNeatNit

163

answered 5 hours ago

NeatNitNeatNit

163