This document provides an overview of LaTeX lists and displayed text environments. It describes the enumerate, itemize, and description list environments for creating formatted lists. It also covers manipulating list numbers and labels. Additionally, it discusses the quote, quotation, and verse environments for displaying text in a highlighted manner, such as for quotations or poetry.
Lexical analyzer, tokenizer, scanner, or lexer is a function that is invoked by the syntax analyzer. This function returns the nxt lexicon or word in the source file.
Lexical analyzer, tokenizer, scanner, or lexer is a function that is invoked by the syntax analyzer. This function returns the nxt lexicon or word in the source file.
This is the presentation on Syntactic Analysis in NLP.It includes topics like Introduction to parsing, Basic parsing strategies, Top-down parsing, Bottom-up
parsing, Dynamic programming – CYK parser, Issues in basic parsing methods, Earley algorithm, Parsing
using Probabilistic Context Free Grammars.
This is the presentation on Syntactic Analysis in NLP.It includes topics like Introduction to parsing, Basic parsing strategies, Top-down parsing, Bottom-up
parsing, Dynamic programming – CYK parser, Issues in basic parsing methods, Earley algorithm, Parsing
using Probabilistic Context Free Grammars.
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Management discipline is highly field oriented requiring strong focus on research. The current scenario is characterized by digitization, collaboration and novel measures to assess the impact of research.
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In this paper we generalized recently introduced approach of estimation of time scales of mass transport in inhomogenous materials under influence of inhomogenous potential field. Some examples of using of the approach were considered.
In the Notes on Programming Language Syntax page, an example par.docxmecklenburgstrelitzh
In the
Notes on Programming Language Syntax
page, an example parser for a simple language is given, using C syntax. Write the parser using F#, but you may only use functional programming and immutable date. Create the list of tokens as a discriminated union, which (in the simplest case) looks like an enumeration.
type TERMINAL = IF|THEN|ELSE|BEGIN|END|PRINT|SEMICOLON|ID|EOF
With this type declared, you can use the terminals like you would use enumerated values in Java.
Use immutable data. The C-code example uses mutable data. Pass the program into the start symbol function. Pass the input yet to be processed to each non-terminal function.
The main function might look like this:
let test_program program =
let result = program |> S
match result with
| [] -> failwith "Early termination or missing EOF"
| x::xs -> if x = EOF then accept() else error()
You do not have to parse input strings. Assume that the parsing has been done. Pass a list of tokens that represent a program into the start symbol. Try these program examples:
[IF;ID;THEN;BEGIN;PRINT;ID;SEMICOLON;PRINT;ID;END;ELSE;PRINT;ID;EOF]
[IF;ID;THEN;IF;ID;THEN;PRINT;ID;ELSE;PRINT;ID;ELSE;BEGIN;PRINT;ID;END;EOF]
Causes error:
[IF;ID;THEN;BEGIN;PRINT;ID;SEMICOLON;PRINT;ID;SEMICOLON;END;ELSE;PRINT;ID;EOF]
Print an accept message when the input is valid and completely consumed. Generate appropriate error messages for incorrect symbols, not enough input, and too much input.
Once you have the parser recognizing input, generate a parse tree using a discriminated type.
Implement a parser using functional programming and immutable data for the unambiguous grammar for arithmetic expressions, from the
Notes on Programming Language Syntax.
E -> E + T | E - T | T
T -> T * F | T / F | F
F -> i | (E)
Use the suggestion in the notes to get around the fact that this grammar appears to need more than one lookahead token.
Once you have the parser recognizing input, generate a parse tree using a discriminated type.
Recall that an F# function that takes two arguments can be coded in either uncurried form (in which case it takes a pair as its input) or curried form (in which case it takes the first argument and returns a function that takes the second argument). In fact it is easy to convert from one form to the other in F#. To this end, define an F# function
curry f
that converts an uncurried function to a curried function, and an F# function
uncurry f
that does the opposite conversion. For example,
> (+);;
val it : (int -> int -> int) =
[email protected]
>
> let plus = uncurry (+);;
val plus : (int * int -> int)
> plus (2,3);;
val it : int = 5
> let cplus = curry plus;;
val cplus : (int -> int -> int)
> let plus3 = cplus 3;;
val plus3 : (int -> int)
> plus3 10;;
val it : int = 13
What are the types of
curry
and
uncurry
?
Given vectors
u = (u
1
, u
2
,..., u
n
)
and .
Analisis Butir Soal PG Matematika Wajib Kelas XII IPA-IPS NFBS SerangHirwanto Iwan
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The latest edition of the OT/ICS and IoT security Threat Landscape Report 2024 also covers:
State of global ICS asset and network exposure
Sectoral targets and attacks as well as the cost of ransom
Global APT activity, AI usage, actor and tactic profiles, and implications
Rise in volumes of AI-powered cyberattacks
Major cyber events in 2024
Malware and malicious payload trends
Cyberattack types and targets
Vulnerability exploit attempts on CVEs
Attacks on counties – USA
Expansion of bot farms – how, where, and why
In-depth analysis of the cyber threat landscape across North America, South America, Europe, APAC, and the Middle East
Why are attacks on smart factories rising?
Cyber risk predictions
Axis of attacks – Europe
Systemic attacks in the Middle East
Download the full report from here:
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Chap04 scr
1. Indian TEX Users Group
URL:
http://www.river-valley.com/tug
Lists
4
Displayed text
Title Page
A
On-line Tutorial on LTEX
The Tutorial Team
Indian TEX Users Group, sjp Buildings, Cotton Hills
Trivandrum 695014, india
2000
Prof. (Dr.) K. S. S. Nambooripad, Director, Center for Mathematical Sciences, Trivandrum, (Editor);
Dr. E. Krishnan, Reader in Mathematics, University College, Trivandrum; T. Rishi, Focal Image (India)
Pvt. Ltd., Trivandrum; L. A. Ajith, Focal Image (India) Pvt. Ltd., Trivandrum; A. M. Shan, Focal Image
(India) Pvt. Ltd., Trivandrum; C. V. Radhakrishnan, River Valley Technologies, Software Technology
Park, Trivandrum constitute the TUGIndia Tutorial team
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A
A
This document is generated from LTEX sources compiled with pdfLTEX v. 14e
in an INTEL Pentium III 700 MHz system running Linux kernel version
2.2.14-12. The packages used are hyperref.sty and pdfscreen.sty
c 2000, Indian TEX Users Group. This document may be distributed under the terms
A
A
of the L TEX Project Public License, as described in lppl.txt in the base L TEX
distribution, either version 1.0 or, at your option, any later version
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2. 4 Lists, etc.
Lists
Displayed text
4.1.
Lists
Title Page
There are three list environments available for producing formatted lists:
begin{enumerate}
begin{itemize}
begin{description}
4.1.1.
list text
list text
list text
end{enumerate}
end{itemize}
end{description}
Sample enumerate
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(1) The labels consists of sequential numbers.
(2) The numbers starts at 1 with every call to the enumerate environment.
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begin{enumerate}
item The labels consists of sequential numbers.
item The numbers starts at 1 with every call to the
enumerate environment.
end{enumerate}
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3. 4.1.2.
Sample itemize
• The individual entries are indicated with a black dot, so-called bullet.
• The text in the entries may be of any length.
begin{itemize}
item The individual entries are indicated with a black dot,
a so-called bullet.
item The text in the entries may be of any length.
end{itemize}
4.1.3.
Lists
Displayed text
Title Page
Sample description
Purpose: This environment is appropriate when a number of words or expressions
are to be defined. This environment is appropriate when a number of words
or expressions are to be defined.
Example: It may also be used as an author list in the bibliography.
begin{description}
item[Purpose:] This environment is appropriate when a number of
words or expressions are to be defined. This
environment is appropriate when a number of words or
expressions are to be defined.
item[Example:] It may also be used as an author list in the
bibliography.
end{description}
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4. 4.1.4.
Nesting of lists
The above lists may be included within one another, either mixed or of one type,
to a depth of four levels. An example of a nested list with mixed types:
• The itemize label at the first level is a bullet.
(1) The numbering is with Arabic numerals since this is ...
This is the third level of the nesting, but the ...
(a) And this is the fourth level of the overall ...
(b) Thus the numbering is with lower case letters ...
The label at this level is a long dash.
(2) Every list should contain at least two points.
Lists
Displayed text
Title Page
• Blank lines ahead of an ...
begin{itemize}
item The {tt itemize} label at the first level is a bullet.
begin{enumerate}
item The numbering is with Arabic numerals since this is ...
begin{itemize}
item This is the third level of the nesting, but the ...
begin{enumerate}
item And this is the fourth level of the overall ...
item Thus the numbering is with lower case letters ...
end{enumerate}
item The label at this level is a long dash.
end{itemize}
item Every list should contain at least two points.
end{enumerate}
item Blank lines ahead of an ...
end{itemize}
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5. 4.1.5.
Manipulation of list numbers
(1) First level item
(2) First level item
(a) Second level item
(b) Second level item
i. Third level item
ii. Third level item
A. Fourth level item
B. Fourth level item
iii. Third level item
iv. Third level item
(c)
(d)
(3) First
(4) First
Second level item
Second level item
level item
level item
The default numbering scheme of list
level 1 is Arabic numbers, level 2 is lowercase letters, level 3 is lower case Roman numeral and level 4 is uppercase
letters. These numbers can be changed
by redefining the commands that typeset the numbers of various list levels. theenumi, theenumii, theenumiii
and theenumiv correspond to the number label in different levels of enumerated lists. labelenumi, labelenumii,
labelenumiii and labelenumiv relate
to the attributes of the number label in
different levels of itemized lists.
If you want to change the default number scheme of the first level of enumerated
list to bold uppercase Roman numeral enclosed within a pair of square brackets,
you might issue the following command just before the start of the begin{enumerate}
command:
Lists
Displayed text
Title Page
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renewcommandtheenumi{Roman{enumi}}
renewcommandlabelenumi{[{bfseriestheenumi}]}
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[I] First level item
[II] First level item
The commands arabic, roman, Roman, alph, Alph will yield Arabic number (1,
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6. 2, 3, . . . ), lowercase Roman numeral (i, ii, iii, . . . ), uppercase Roman numeral (I,
II, III, . . . ), lowercase alphabet (a, b, c, . . . ) and uppercase alphabet (A, B, C, . . . )
respectively.
4.1.6.
Manipulation of list labels
Lists
• First level item
• First level item
– Second level item
– Second level item
∗ Third level item
∗ Third level item
· Fourth level item
· Fourth level item
∗ Third level item
∗ Third level item
–
–
• First
• First
Second level item
Second level item
level item
level item
The default label scheme of itemized list level 1 is textbullet (•),
level 2 is textendash (–) , level 3 is
textasteriskcentered (∗) and for level
4 is textperiodcentered (·).
These
labels can be changed by redefining
the commands that typeset the labels
labelitemi,
of various list levels.
labelitemii,
labelitemiii
and
labelitemiv correspond to the labels in different levels of itemized lists.
If you want to change the default label
scheme of the first level of itemized
list to unfilled square, you might issue
the following command just before the
begin{itemize} command:
renewcommandlabelitemi{$square$}
First level item
Displayed text
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7. 4.2.
Displayed text
Quite often we might be needed to typeset text material in a different way than the
ordinary sentences to highlight its importance. These are normally called displayed
A
text. L TEX provides three environments, quote, quotation and verse for displaying
your text, the normal usage is shown below:
Lists
Displayed text
begin{quote}
begin{quotation}
begin{verse}
text
text
text
end{quote}
end{quotation}
end{verse}
Title Page
A section of text will be displayed by indenting it by an equal amount on both
sides, with these environments.
4.2.1.
Quote and quotation
The example of quote environment given below is self explanatory. The left box
gives you the code and right one is the typeset output.
... example of a short displayed
quotation.
begin{quote}
It’s a good idea to make your input
file as easy to read as possible.
end{quote}
The following is an example of a short
displayed quotation.
It’s a good idea to make your input
file as easy to read as possible.
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quote is limited to a single paragraph, while quotation can be used to display texts
running to paragraphs.
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8. 4.2.2.
Poetry
Poetry is displayed with the verse environment. A new stanza is begun with one
or more blank lines; lines within a stanza are separated by command.
begin{verse}
There is an environment for verse
Whose features some poets will curse
For instead of making
Them do emph{all} line breaking,
It allows them to put many words on a line when they’d rather be
forced to be terse.
end{verse}
Lists
Displayed text
Title Page
The above code will generate the following output:
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There is an environment for verse
Whose features some poets will curse
For instead of making
Them do all line breaking,
It allows them to put many words on a line when
they’d rather be forced to be terse.
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