Jean-Luc Picard
Battle of Wolf 359
A Recap of Events
2020-01-01
No section at all
  • There is no section or no subsection set for this slide.
  • In the status line, there should be nothing.
Now we do have them
  • Now it's section “Foo”
  • And subsection “Bar”
  • This should show "Foo" / "Bar" below.
Resetting subsection
  • Now it's section “Moo”
  • But no subsection
  • This should show only show “Moo” below.
Table of Contents
Pausing Slides
  • Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy
Pausing Slides
  • Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy
  • After the first pause! Another acronym: DESData Encryption Standard
Pausing Slides
  • Pausing slides is easy! Acronyms too: WEPWired Equivalent Privacy
  • After the first pause! Another acronym: DESData Encryption Standard
  • This is after the second pause! Explaining AESAdvanced Encryption Standard-CBCCipher Block Chaining
That's the second slide
  • This is a test!
  • Should be slide number two!
  • Next up: include!
Subtopic Title
  • This is included from first presentation!
Subtopic Title
  • This is included from first presentation!
  • Second slide here!
After include
  • We just included a sub-document
  • This is the slide which directly follows an include.
  • Fixed-width text is possible: 001122abcdef
Nested ULs
  • Level 1 Moo
  • Level 1 Koo
    • Nested 1
    • Nested 2
Even the best blade will rust and grow dull unless it is cared for.
— Klingon Proverb
Left/Right slide
This is on the left side. It's a long text, so it gets wrapped. You get a nice feeling as to how wide it is.
This is on the right side. It's a long text, so it gets wrapped. You get a nice feeling as to how wide it is.
Formula in Text
  • Short Weierstrass: y^2 = x^3 + ax + b
  • Some Sum: \sum_{i = 0}^{10} \frac{i^2}{\pi}

In general, the short Weierstrass form is given as the formula y^2 = x^3 + ax + b and that's just great.

Long Formula

This is the long form:

\sum_{i = 0}^{10} \frac{i^2}{\pi}

While this is the short one for comparison:

\sum_{i = 0}^{10} \frac{i^2}{\pi}
Some Python Code
if foo == "bar":
    print("foo was 'bar'")
    return getattr(self, "bar")
else:
    print("foo was not 'bar'")
    return lambda x: tuple(x, "foo", 123)
Some C Code
int main(int argc, char **argv) {
    printf("Foo: %d -> %p\n", argc, argv);
    return 0;
}
Some Python Code from a File
# This class is in its own file.
class Foo():
    def __init__(self, moo):
        self._moo = moo

    @property
    def moo(self):
        return self._moo
Some Terminal
$ ls /
bin
sbin
Some Terminal from a File
$ cat foo
This is terminal output.
It comes from a file!
Quotation Marks
  • “US style”
  • «French style»
  • „German style“
  • ‘Single quotation marks’
Arrows
  • → Right and long right ⟶
  • ← Left and long left ⟵
  • ↔ both and ⟷ both long and both double ⇔ and both double long ⟺
  • ⇒ Double Right
  • ⇐ Double Left
  • ↵ Enter Key
  • ⭍ Lightning
Symbols
  • XOR and XMUL
  • Operators < = >
  • Infinity
Emojis
  • 🙂 😀 😉
  • 🙁 ☹️ 😢
  • 😐 😲 😮
Image Rendering
Image Animation
Image Animation
Image Animation
Escaped <> Characters
  • This is verbatim: < >
Execution of scripts 1
Hello. This is a test! foo Fin.
Execution of scripts 2
Hello. This is a test! bar Fin.
Execution of scripts 3
Hello. This is a test! tt Fin.
Nested Tags
first bold bolditalics last
Thank you!
Any questions?
Acronyms