Appendix

Test Results

14/08/2025 08:29

Important

[IMPORTANT#adm-important]
This is important.

This is important.

Note

NOTE: This is a note.

This is a note.

Tip

[TIP]
This is a tip.

This is a tip.

Warning

[WARNING]
.Pay Attention!
Beware of the dog.

Pay Attention!

Beware of the dog.

Description list

[#dl-comp-parts]
CPU:: The brain of the computer.
Hard drive:: Permanent storage for operating system and/or user files.
RAM:: Temporarily stores information the CPU uses during operation.

CPU: The brain of the computer.
Hard drive: Permanent storage for operating system and/or user files.
RAM: Temporarily stores information the CPU uses during operation.

Description list with title

.Computer Parts
[#comp-parts-list]
CPU:: The brain of the computer.
Hard drive:: Permanent storage for operating system and/or user files.
RAM:: Temporarily stores information the CPU uses during operation.

Computer Parts

CPU: The brain of the computer.
Hard drive: Permanent storage for operating system and/or user files.
RAM: Temporarily stores information the CPU uses during operation.

Example

== Unnumbered Section

====
This is a simple example.
====

Unnumbered Section

Example A.1

This is a simple example.

Example with title suffix

== Unnumbered Section

[title-suffix=text:sc[HelloWorld]]
====
This is a simple example.
====

Unnumbered Section

Example A.2HelloWorld

This is a simple example.

Theorem

[theorem]
====
This is a theorem.
====

Theorem A.3

This is a theorem.

Theorem in chapter

:chapnum: 2

[theorem]
====
This is a theorem numbered within chapter 2.
====

Theorem A.4

This is a theorem numbered within chapter 2.

Theorem with title

.Theorem Title
[theorem]
====
This is a theorem with title.
====

Theorem A.5Theorem Title

This is a theorem with title.

Figure

.Picture of a cute cat.
image::cat1.jpg[cute cat]

Listing

----
Simple listing.
----

Simple listing.

Listing with numbered title

.Listing Title
[#ltg-numbered%numbered]
----
Listing with title.
----

Listing A.1Listing Title

Listing with title.

Listing with title

.Listing Title
----
Listing with title.
----

Listing Title

Listing with title.

Source

[source,ruby]
----
def fun
  "Hello World!"
end
----

def fun
  "Hello World!"
end

Source with callouts

[source,ruby]
----
def fun ①
  "Hello World!" ②
end ③
----

def fun ①
  "Hello World!" ②
end ③

Source with title

.Hello World Program
[[src-hello-world-ruby]]
[source,ruby]
----
def fun
  "Hello World!"
end
----

Hello World Program

def fun
  "Hello World!"
end

Literal

....
Usage: adoctohtml [options]
    -w, --watch                      Watch for file changes in SRCDIR. Default: unset
    -c, --config-file CONFIG         Location of config file. Default: config.yml
....

Usage: adoctohtml [options]
    -w, --watch                      Watch for file changes in SRCDIR. Default: unset
    -c, --config-file CONFIG         Location of config file. Default: config.yml

Literal with title

.Usage for adoctohtml script
....
Usage: adoctohtml [options]
    -w, --watch                      Watch for file changes in SRCDIR. Default: unset
    -c, --config-file CONFIG         Location of config file. Default: config.yml
....

Usage for adoctohtml script

Usage: adoctohtml [options]
    -w, --watch                      Watch for file changes in SRCDIR. Default: unset
    -c, --config-file CONFIG         Location of config file. Default: config.yml

Bibliography

[bibliography]
. [[dr2014]] Dwork, C. and Roth, A. (2014). _The algorithmic foundations of differential privacy_. Boston: Now Publ.
. [[adwg]] Asciidoc Working Group (2022). _AsciiDoc_. [online] asciidoc.org. Available at: https://asciidoc.org [Accessed 26 Jul. 2025].

[1]

Dwork, C. and Roth, A. (2014). The algorithmic foundations of differential privacy. Boston: Now Publ.
[2]

Asciidoc Working Group (2022). AsciiDoc. [online] asciidoc.org. Available at: asciidoc.org [Accessed 26 Jul. 2025].

List of figures with markers

[figlist,markers=(1)]
.Two beautiful cats.
. image:cat2.jpg[Cat in basket,title=A cat in a basket.]
. image:cat3.jpg[Cat on sofa,title=A cat on a sofa.]

(1)A cat in a basket.
(2)A cat on a sofa.

Figure A.2Two beautiful cats.

Ordered list

[[olist-id]]
. First item, level 1
. Second item, level 1
.. First item, level 2
... First item, level 3
... Second item, level 3
.... First item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1

1.

First item, level 1
2.
Second item, level 1
1. (a)
  First item, level 2
  1. i.
    
    First item, level 3
  2. ii.
    
    Second item, level 3
    
    (A)
    
    First item, level 4
  3. iii.
    
    Third item, level 3
2. (b)
  
  Second item, level 2
3.

Third item, level 1

Ordered list of figures

[figlist]
.Two beautiful cats.
. image:cat2.jpg[Cat in basket,title=A cat in a basket.]
. image:cat3.jpg[Cat on sofa,title=A cat on a sofa.]

(a)A cat in a basket.
(b)A cat on a sofa.

Figure A.3Two beautiful cats.

Ordered list with custom markers

[markers=I)]
. First item, level 1
. Second item, level 1
.. First item, level 2
[markers=nonsense]
... First item, level 3
... Second item, level 3
[markers=<1>]
.... First item, level 4
.... Second item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1

I)

First item, level 1
II)
Second item, level 1
1. (a)
  First item, level 2
  1. i.
    
    First item, level 3
  2. ii.
    
    Second item, level 3
    
    <1>
    
    First item, level 4
    
    <2>
    
    Second item, level 4
  3. iii.
    
    Third item, level 3
2. (b)
  
  Second item, level 2
III)

Third item, level 1

Ordered list with start

[start=3]
. First item, level 1
. Second item, level 1
.. First item, level 2
... First item, level 3
... Second item, level 3
.... First item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1

3.

First item, level 1
4.
Second item, level 1
1. (a)
  First item, level 2
  1. i.
    
    First item, level 3
  2. ii.
    
    Second item, level 3
    
    (A)
    
    First item, level 4
  3. iii.
    
    Third item, level 3
2. (b)
  
  Second item, level 2
5.

Third item, level 1

Ordered list with start and markers

[markers="#I/",start=3]
. First item, level 1
. Second item, level 1
.. First item, level 2
.. Second item, level 2
. Third item, level 1

#III/

First item, level 1
#IV/
Second item, level 1
1. (a)
  
  First item, level 2
2. (b)
  
  Second item, level 2
#V/

Third item, level 1

Ordered list with title

.List Title
[[olist-title-id]]
. First item
. Second item
. Third item

List Title

1.

First item
2.

Second item
3.

Third item

Pseudocode

[pseudocode]
. First item, level 1
. Second item, level 1
.. First item, level 2
... First item, level 3
... Second item, level 3
.... First item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1

1

First item, level 1
2
Second item, level 1
1. 3
  First item, level 2
  1. 4
    
    First item, level 3
  2. 5
    
    Second item, level 3
    
    6
    
    First item, level 4
  3. 7
    
    Third item, level 3
2. 8
  
  Second item, level 2
9

Third item, level 1

Pseudocode with start

[pseudocode,start=5]
. First item, level 1
. Second item, level 1
.. First item, level 2
... First item, level 3
... Second item, level 3
.... First item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1

5

First item, level 1
6
Second item, level 1
1. 7
  First item, level 2
  1. 8
    
    First item, level 3
  2. 9
    
    Second item, level 3
    
    10
    
    First item, level 4
  3. 11
    
    Third item, level 3
2. 12
  
  Second item, level 2
13

Third item, level 1

Collapsible block

[%collapsible]
--
This is hidden by default.
--

Details

This is hidden by default.

Open block

--
This is wrapped content.
--

This is wrapped content.

Open block with example role

[.example]
.Block Title
--
This is an open block styled as an example.
--

Block Title

This is an open block styled as an example.

Open block with theorem role

[.example.example-theorem]
.Block Title
--
This is an open block styled as a theorem.
--

Block Title

This is an open block styled as a theorem.

Open block with title

.Block Title
--
This is wrapped content.

Another paragraph within block.
--

Block Title

This is wrapped content.

Another paragraph within block.

Paragraph with icon

This is a simple paragraph of a bi:book[120%,orange].
The source is written in AsciiDoc <<adwg>>.

This is a simple paragraph of a . The source is written in AsciiDoc [2].

Paragraph with inline text elements

You can use the mark tag to #highlight# text.{parskip}
text:del[This line of text is meant to be treated as deleted text.]{parskip}
text:strike[This line of text is meant to be treated as no longer accurate.]{parskip}
text:ins[This line of text is meant to be treated as an addition to the document.]{parskip}
text:underline[This line of text will render as underlined.]{parskip}
text:small[This line of text is meant to be treated as fine print.]{parskip}
*This line rendered as bold text.*{parskip}
_This line rendered as italicized text._{parskip}
text:sc[This line is rendered in SmallCaps.]{parskip}
text:muted[This line is fainter than the others.]{parskip}
text:danger[This line is a warning.]{parskip}
This line contains abbreviations like text:abbr[attr,title=attribute]
and text:abbr[HTML,title=HyperText Markup Language,role=initialism]{parskip}
To switch directories, type text:kbd[cd] followed by the name of the directory. +
To edit settings, press text:kbd["Ctrl + ,"].

You can use the mark tag to highlight text.
~~This line of text is meant to be treated as deleted text.~~
~~This line of text is meant to be treated as no longer accurate.~~
This line of text is meant to be treated as an addition to the document.
This line of text will render as underlined.
This line of text is meant to be treated as fine print.
This line rendered as bold text.
This line rendered as italicized text.
This line is rendered in SmallCaps.
This line is fainter than the others.
This line is a warning.
This line contains abbreviations like attr and HTML
To switch directories, type cd followed by the name of the directory.
To edit settings, press Ctrl + ,.

Paragraph with tex

Let $x\in\mathbb{R}^n$ be a vector such that
\[\sum_{i=1}^n x_i < 1\]
The above inequality is displaymath within a paragraph.

Let $x\in\mathbb{R}^n$ be a vector such that \[\sum_{i=1}^n x_i < 1\] The above inequality is displaymath within a paragraph.

Paragraph with title

.Paragraph Title
This is a paragraph with title.

Paragraph Title

This is a paragraph with title.

Blockquote

[quote,Captain James T. Kirk,Star Trek IV: The Voyage Home]
Everybody remember where we parked.

Everybody remember where we parked.

Blockquote with title

.After landing the cloaked Klingon bird of prey in Golden Gate park:
[quote,Captain James T. Kirk,Star Trek IV: The Voyage Home]
Everybody remember where we parked.

After landing the cloaked Klingon bird of prey in Golden Gate park:

Everybody remember where we parked.

Numbered section

:sectnums:

== Section Title

This is a cat: image:cat2.jpg[Cat,100,title=A beautiful cat].

====
This is an example.footnote:[Equation stem:[x^2 + y^2 = z^2]]
====

This is a stem block with title:

[stem]
.Equation Title
++++
x^2 + y^2 = z^2
++++

[lemma#lem-minor-2]
.Minor Lemma
====
This is a lemma.
====

Building on <<lem-minor-2>>:

[proposition]
====
This is a proposition.
====

:!sectnums:

1Section Title

This is a cat: Cat .

Example A.6

This is an example.

This is a stem block with title:

Equation Title

\[x^2 + y^2 = z^2\]

Lemma A.7Minor Lemma

This is a lemma.

Building on Lemma A.7:

Proposition A.8

This is a proposition.

Section

== Section Title

This is some content.

====
This is an example.
====

[lemma#lem-minor]
====
This is a lemma.
====

Building on <<lem-minor>> comes a proposition.
Part <<prop-part-last>> is important, in contrast to
part <<prop-part-minor>>.

[proposition]
====
This is a proposition with multiple parts.

[markers=(a)]
. First part of proposition.
[markers=i.]
.. First subpart.
.. [[prop-part-minor]]Second subpart.
. [[prop-part-last]]Second part of proposition.
====

[proof#prf-prop]
.Proof
--
The proof is complicated.
--

The following describes an <<alg-easy>>.
The main work is done inside step <<alg-easy-loop-body>>,
not <<alg-easy-condition-statement>>.
The algorithm terminates on the <<alg-easy-output-line>>.

[algorithm]
====
Here is an algorithm.

[[alg-easy]]
.Easy Algorithm
. Initialise variables.
. For every item in loop:
.. [[alg-easy-loop-body]]Do some stuff.
.. If some condition:
... [[alg-easy-condition-statement]]Some statement.
. [[alg-easy-output-line,output line]]Output something.
====

Take a break and look at <<fig-cats>>, paying special
attention to <<fig-sofa-cat>>.

[figlist#fig-cats]
.Two beautiful cats.
. image:cat2.jpg[Cat in basket,title=A cat in a basket.]
. [[fig-sofa-cat]]image:cat3.jpg[Cat on sofa,title=A cat on a sofa.]

[theorem#thm-important]
.An Important Theorem
====
This is a theorem with title.
====

[corollary]
====
This is a corollary to <<thm-important>>.
====

[listing]
====
----
This is a listing within an example.
----
====

Section Title

This is some content.

Example A.9

This is an example.

Lemma A.10

This is a lemma.

Building on Lemma A.10 comes a proposition. Part (b) is important, in contrast to part (a)ii.

Proposition A.11

This is a proposition with multiple parts.

(a)
First part of proposition.
1. i.
  
  First subpart.
2. ii.
  
  Second subpart.
(b)

Second part of proposition.

Proof

The proof is complicated.

The following describes an Easy Algorithm. The main work is done inside step 2(a), not 2(b)i. The algorithm terminates on the output line.

Algorithm A.12

Here is an algorithm.

Easy Algorithm

1.

Initialise variables.
2.
For every item in loop:
1. (a)
  
  Do some stuff.
2. (b)
  If some condition:
  1. i.
    
    Some statement.
3.

Output something.

Take a break and look at Figure A.4, paying special attention to (b).

(a)A cat in a basket.
(b)A cat on a sofa.

Figure A.4Two beautiful cats.

Theorem A.13An Important Theorem

This is a theorem with title.

Corollary A.14

This is a corollary to Theorem A.13.

Listing A.15

This is a listing within an example.

Section in chapter

:chapnum: 3

== Section Title

This is some content.

====
This is an example.
====

[lemma#lem-minor-3]
.Minor Lemma
====
This is a lemma.
====

Building on <<lem-minor-3>>:

[proposition#prop-reftext,reftext=text:sc[PropositionSC]]
.text:sc[PropositionSC]
====
This is a proposition.
====

The above proposition has custom reftext <<prop-reftext>>. It is nothing like
anything in <<bib-roughgarden>> or <<bib-cormen,ch.3>>.

See <<fig-cute-cat>> for a picture of a cute cat.

[[fig-cute-cat]]
.Picture of a cute cat.
image::cat2.jpg[cute cat]

Now for something more serious. Pay special attention
to line <<alg-serious-line>> of <<alg-serious>> which starts
with an <<alg-serious-init>>.

[algorithm#alg-serious]
.A Serious Algorithm
====
[pseudocode]
. [[alg-serious-init,initialisation line]]First item, level 1
. Second item, level 1
.. First item, level 2
... First item, level 3
... Second item, level 3
.... [[alg-serious-line]]First item, level 4
... Third item, level 3
.. Second item, level 2
. Third item, level 1
====

Equation <<eqn-fermat>> has no integer solutions for stem:[n>2].

[stem#eqn-fermat%numbered]
++++
a^n + b^n = c^n
++++

The following <<ltg-numbered-2>> is interesting,
especially <<co-docstring>>.

[source#ltg-numbered-2%numbered,python]
----
def say_hello():
    ①
    print("Hello World!") ②
----
<1> [[co-docstring]]A docstring should go here.
<2> A semicolon is not required.

[bibliography]
.References
. [[bib-cormen]]Cormen, T.H. et al. (2022) Introduction to Algorithms. Cambridge, MA: The Mit Press.
. [[bib-roughgarden]]Roughgarden, T. (2022) Algorithms Illuminated: Omnibus Edition. Cambridge: CUP.

Section Title

This is some content.

Example A.16

This is an example.

Lemma A.17Minor Lemma

This is a lemma.

Building on Lemma A.17:

Proposition A.18PropositionSC

This is a proposition.

The above proposition has custom reftext PropositionSC. It is nothing like anything in [2] or [1, ch.3].

See Figure A.5 for a picture of a cute cat.

Now for something more serious. Pay special attention to line 6 of Algorithm A.19 which starts with an initialisation line.

Algorithm A.19A Serious Algorithm

1

First item, level 1
2
Second item, level 1
1. 3
  First item, level 2
  1. 4
    
    First item, level 3
  2. 5
    
    Second item, level 3
    
    6
    
    First item, level 4
  3. 7
    
    Third item, level 3
2. 8
  
  Second item, level 2
9

Third item, level 1

Equation (A.1) has no integer solutions for $n>2$.

\[a^n + b^n = c^n\]

(A.1)

The following Listing A.2 is interesting, especially .

Listing A.2

def say_hello():
    ①
    print("Hello World!") ②

A docstring should go here.
A semicolon is not required.

References

[1]

Cormen, T.H. et al. (2022) Introduction to Algorithms. Cambridge, MA: The Mit Press.
[2]

Roughgarden, T. (2022) Algorithms Illuminated: Omnibus Edition. Cambridge: CUP.

Section with continued lists

== Section With Continued Lists

=== Normal list

[#lst-normal]
. First item
. Second item
[#lst-normal-sub]
.. First subitem
.. Second subitem

[continue=lst-normal]
. Continued item
. Another item
[continue=lst-normal-sub]
.. Continued subitem
.. Another subitem

=== Pseudocode list

[pseudocode#lst-pc]
. First item
. Second item
.. First subitem
.. Second subitem
... First subsubitem
.. Third subitem

[pseudocode,continue=lst-pc]
. Continued item
.. Another subitem

=== Continue ID not found

. First item
. Second item

[continue=lst-not-found]
. Third item not continued

=== ID found but not a list

[#par-not-list]
This is a paragraph.

[continue=par-not-list]
. Trying to continue a paragraph.

=== Continue shifted list

[#lst-shifted,markers=(a)]
. First item
. Second item

[continue=lst-shifted,markers=(a)]
. Continued item

Section With Continued Lists

Normal list

1.

First item
2.
Second item
1. (a)
  
  First subitem
2. (b)
  
  Second subitem

3.

Continued item
4.
Another item
1. (c)
  
  Continued subitem
2. (d)
  
  Another subitem

Pseudocode list

1

First item
2
Second item
1. 3
  
  First subitem
2. 4
  Second subitem
  1. 5
    
    First subsubitem
3. 6
  
  Third subitem

7
Continued item
1. 8
  
  Another subitem

Continue ID not found

1.

First item
2.

Second item

1.

Third item not continued

ID found but not a list

This is a paragraph.

1.

Trying to continue a paragraph.

Continue shifted list

(a)

First item
(b)

Second item

Aside

****
Sidebar content.

====
Example within sidebar.
====
****

Aside with title

.Sidebar Title
[#sb-extra-listing]
****
Some extra source code for advanced students.

[source,ruby]
----
def fun(name = nil)
  "Hello #{name || "World!"}" ①
end ②
----
<1> Prefer double quotes over single.
<2> Don't forget Ruby requires an `end` statement.
****

Sidebar Title

Some extra source code for advanced students.

def fun(name = nil)
  "Hello #{name || "World!"}" ①
end ②

Prefer double quotes over single.
Don’t forget Ruby requires an end statement.

Equation

[stem#eqn-multi%numbered]
++++
\begin{align}
\sum_{i=1}^n \left\{ x_i + (y + z_i) \right\} &= \sum_{i=1}^n \left\{ (x_i + z_i) + y \right\} \\
&= ny + \sum_{i=1}^n (x_i + z_i)
\end{align}
++++

\[\begin{align} \sum_{i=1}^n \left\{ x_i + (y + z_i) \right\} &= \sum_{i=1}^n \left\{ (x_i + z_i) + y \right\} \\ &= ny + \sum_{i=1}^n (x_i + z_i) \end{align}\]

(A.2)

Math

[stem]
++++
\begin{equation}
\frac{\epsilon}{n}\sum_{i=1}^n x_i
\end{equation}
++++

\[\begin{equation} \frac{\epsilon}{n}\sum_{i=1}^n x_i \end{equation}\]

Math with title

.Title for expression
[stem#eqn-sum]
++++
\[\frac{\epsilon}{n}\sum_{i=1}^n x_i\]
++++

Title for expression

\[\frac{\epsilon}{n}\sum_{i=1}^n x_i\]

Table

[%striped,halign=center]
|===
|Column 1, header row |Column 2, header row

|Cell in column 1, row 2
|Cell in column 2, row 2

|Cell in column 1, row 3
|Cell in column 2, row 3
|===

Table A.1
Column 1, header row	Column 2, header row
Cell in column 1, row 2	Cell in column 2, row 2
Cell in column 1, row 3	Cell in column 2, row 3

Table alignment

[%striped,halign=right,valign=middle]
|===
|Column 1, header row |Column 2, header row

|Cell in column 1, row 2, with a lot of content that should get wrapped.
|Cell in column 2

|Cell in column 1, row 3
|Cell in column 2, row 3
|===

Table A.2
Column 1, header row	Column 2, header row
Cell in column 1, row 2, with a lot of content that should get wrapped.	Cell in column 2
Cell in column 1, row 3	Cell in column 2, row 3

Table cell alignment

[%bordered,halign=center]
|===
|Column 1, header row >|Column 2, header row

|Cell in column 1, row 2, with a lot of content that should get wrapped.
>.>|Cell in column 2

|Cell in column 1, row 3
>|Cell in column 2, row 3
|===

Table A.3
Column 1, header row	Column 2, header row
Cell in column 1, row 2, with a lot of content that should get wrapped.	Cell in column 2
Cell in column 1, row 3	Cell in column 2, row 3

Table with title

.Table Title
[cols="1,1",opts="autowidth,compact,bordered"]
|===
|Column 1, header row |Column 2, header row

|Cell in column 1, row 2
|Cell in column 2, row 2

|Cell in column 1, row 3
|Cell in column 2, row 3
|===

Table A.4Table Title
Column 1, header row	Column 2, header row
Cell in column 1, row 2	Cell in column 2, row 2
Cell in column 1, row 3	Cell in column 2, row 3

Checklist

* [x] First item, level 1
* [ ] Second item, level 1
** First item, level 2
*** First item, level 3
*** Second item, level 3
**** First item, level 4
*** Third item, level 3
** Second item, level 2
* Third item, level 1

First item, level 1
Second item, level 1
- ‐
  First item, level 2
  - ⭑
    
    First item, level 3
  - ⭑
    
    Second item, level 3
    
    ◦
    
    First item, level 4
  - ⭑
    
    Third item, level 3
- ‐
  
  Second item, level 2
•

Third item, level 1

Roomy list

[%roomy]
* First item, level 1
* Second item, level 1
+
Paragraph within second item, level 1

** First item, level 2
+
Paragraph within first item, level 2
+
[%roomy]
*** First item, level 3
*** {empty}
**** First item, level 4
**** Second item, level 4
*** Third item, level 3
** Second item, level 2
* Third item, level 1

•

First item, level 1
•
Second item, level 1

Paragraph within second item, level 1
- ‐
  First item, level 2
  
  Paragraph within first item, level 2
  - ⭑
    
    First item, level 3
  - ⭑
    
    ◦
    
    First item, level 4
    
    ◦
    
    Second item, level 4
  - ⭑
    
    Third item, level 3
- ‐
  
  Second item, level 2
•

Third item, level 1

Unordered list

[[ulist-id]]
* First item, level 1
* Second item, level 1
** First item, level 2
*** First item, level 3
*** Second item, level 3
**** First item, level 4
*** Third item, level 3
** Second item, level 2
* Third item, level 1

•

First item, level 1
•
Second item, level 1
- ‐
  First item, level 2
  - ⭑
    
    First item, level 3
  - ⭑
    
    Second item, level 3
    
    ◦
    
    First item, level 4
  - ⭑
    
    Third item, level 3
- ‐
  
  Second item, level 2
•

Third item, level 1

Unordered list unmarked

[%unmarked]
* First item, level 1
* Second item, level 1
** First item, level 2
*** First item, level 3
*** Second item, level 3
**** First item, level 4
*** Third item, level 3
** Second item, level 2
* Third item, level 1

•

First item, level 1
•
Second item, level 1
- ‐
  First item, level 2
  - ⭑
    
    First item, level 3
  - ⭑
    
    Second item, level 3
    
    ◦
    
    First item, level 4
  - ⭑
    
    Third item, level 3
- ‐
  
  Second item, level 2
•

Third item, level 1

Equation $x^2 + y^2 = z^2$

« Part 4