PRODUCTS
Products Overview
Mathematica
Mathematica for Students
Mathematica Home Edition
Wolfram
CDF Player
(free download)
Computable Document Format (CDF)
web
Mathematica
grid
Mathematica
Wolfram
Workbench
Wolfram
SystemModeler
Wolfram
Finance Platform
Mathematica
Add-Ons
Wolfram|Alpha Products
SOLUTIONS
Solutions Overview
Engineering
Aerospace Engineering & Defense
Chemical Engineering
Control Systems
Electrical Engineering
Image Processing
Industrial Engineering
Materials Science
Mechanical Engineering
Operations Research
Optics
Petroleum Engineering
Biotechnology & Medicine
Bioinformatics
Medical Imaging
Finance, Statistics & Business Analysis
Actuarial Sciences
Data Analysis & Mining
Econometrics
Economics
Financial Engineering & Mathematics
Financial Risk Management
Statistics
Software Engineering & Content Delivery
Authoring & Publishing
Interface Development
Software Engineering
Web Development
Science
Astronomy
Biological Sciences
Chemistry
Environmental Sciences
Geosciences
Social & Behavioral Sciences
Design, Arts & Entertainment
Game Design, Special Effects & Generative Art
Education
STEM Education Initiative
Higher Education
Community & Technical College Education
Primary & Secondary Education
Students
Technology
Computable Document Format (CDF)
High-Performance & Parallel Computing (HPC)
See Also: Technology Guide
PURCHASE
Online Store
Other Ways to Buy
Volume & Site Licensing
Contact Sales
Software
Service
Upgrades
Training
Books
Merchandise
SUPPORT
Support Overview
Knowledge Base
Learning Center
Community & Forums
Training
Does My Site Have a License?
Wolfram User Portal
COMPANY
About Wolfram Research
News & Events
Wolfram Blog
Partnerships
Employment Opportunities
History of
Mathematica
Stephen Wolfram's Home Page
Contact Us
OUR SITES
All Sites
Wolfram|Alpha
Demonstrations Project
MathWorld
Integrator
Wolfram Functions Site
Mathematica Journal
Wolfram Media
Wolfram
Tones
Wolfram Science
Stephen Wolfram
DOCUMENTATION CENTER SEARCH
New to
Mathematica
?
Find your learning path
»
Mathematica
>
Notebooks and Documents
>
Low-Level Notebook Programming
>
Low-Level Notebook Structure
>
SubscriptBox
>
BUILT-IN MATHEMATICA SYMBOL
Representing Textual Forms by Boxes
String Representation of Boxes
Typing Subscripts
Tutorials »
|
Subscript
SuperscriptBox
SubsuperscriptBox
UnderscriptBox
ScriptSizeMultipliers
See Also »
|
Low-Level Notebook Structure
More About »
SubscriptBox
SubscriptBox
is the low-level box representation for
in notebook expressions.
MORE INFORMATION
SubscriptBox
is the low-level representation of
Subscript
. Except for low-level notebook expression manipulation,
SubscriptBox
should not need to be used directly.
Inside
SubscriptBox
can be input as
.
In a notebook, a
SubscriptBox
can be created using
Ctrl
+
_
or
Ctrl
+
-
.
Ctrl
+
Space
moves out of the subscript position.
In
StandardForm
,
SubscriptBox
is interpreted on input as
Subscript
.
The baseline of
SubscriptBox
is taken to be the baseline of
x
.
SubscriptBox
is usually output with
y
in a smaller font than
x
.
In
StandardForm
, explicit
SubscriptBox
objects are output literally. You can use
DisplayForm
to see the display form of such objects.
EXAMPLES
CLOSE ALL
Basic Examples
(3)
Display a letter with a subscript:
A
SubscriptBox
form is typically interpreted as a
Subscript
expression:
The standard formatting for
Subscript
uses
SubscriptBox
:
The formatted result looks like this:
Display a letter with a subscript:
In[1]:=
Out[1]//DisplayForm=
A
SubscriptBox
form is typically interpreted as a
Subscript
expression:
In[1]:=
Out[1]=
In[2]:=
Out[2]//FullForm=
The standard formatting for
Subscript
uses
SubscriptBox
:
In[1]:=
Out[1]//FullForm=
The formatted result looks like this:
In[2]:=
Out[2]=
SEE ALSO
Subscript
SuperscriptBox
SubsuperscriptBox
UnderscriptBox
ScriptSizeMultipliers
TUTORIALS
Representing Textual Forms by Boxes
String Representation of Boxes
Typing Subscripts
MORE ABOUT
Low-Level Notebook Structure
New in 3 | Last modified in 6