This is dummy text
gap> S5 := SymmetricGroup(5); Sym( [ 1 .. 5 ] ) gap> Size(S5); 120
Some text between two examples
gap> A5 := AlternatingGroup(5); Alt( [ 1 .. 5 ] ) gap> Size(A5); 60 gap> # Test whether ]]> can be used safely gap> [[2]]>[[1]]; true
And we wrap up with some dummy text
Intro text
‣ MyThings( arg ) | ( filter ) |
Returns: true or false
‣ MyThingsCollection( obj ) | ( filter ) |
Returns: true or false
‣ MyThingsCollColl( obj ) | ( filter ) |
Returns: true or false
Let's wrap up with something, though.
Some test just inside a section.
This is a subsection!
We can use test some markdown features here:
This is a list item.
This is a subitem
We can also use math mode here: \(a^2+b^2=c^2\).
This is emphasized text in a list item.
This is also emphasized text in a list item.
This is inline code in a list item.
All of this can also be used outside of a list. This text will only appear in the HTML version and the text version. This text will only appear in the HTML version and the text version, too.
‣ SomeCategory( arg ) | ( filter ) |
Returns: true or false
A category
‣ SomeRepresentation( arg ) | ( filter ) |
Returns: true or false
A collection category over the category we just created; A collection category over the category we just created; A collection category over the category we just created; A representation
‣ SomeAttribute( arg ) | ( attribute ) |
An attribute
‣ SomeProperty( arg ) | ( property ) |
Returns: true or false
A property
‣ SomeOperation( arg1, arg2 ) | ( operation ) |
An operation
‣ SomeConstructor( arg1, arg2 ) | ( constructor ) |
A cConstructor
‣ SomeGlobalFunction( arg ) | ( function ) |
A global function
‣ SomeGlobalVariable | ( global variable ) |
A global variable
‣ SomeGlobalName | ( global variable ) |
A global name
‣ SomeFilter | ( filter ) |
A filter
‣ SomeInfoClass | ( info class ) |
An info class
‣ SomeKeyDependentOperation( arg1, arg2 ) | ( operation ) |
A key dependent operation
‣ FirstOperation( arg ) | ( operation ) |
‣ SecondOperation( arg1, arg2 ) | ( operation ) |
‣ ThirdOperation( arg1, arg2 ) | ( operation ) |
First sentence. Second sentence. Third sentence.
This test comes after the chunk is declared, but before it is inserted. Hello, world. This line is indented! The text "Hello, world." is inserted right before this.
This test comes after the code chunk is declared, but before it is inserted.
Hello, world.
x := 1 + 1;
if x = 2 then
Print("1 + 1 = 2 holds, all is good\n");
else
Error("1+1 <> 2");
fi;
The text "Hello, world." is inserted right before this.
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