adds TOC as well as second basic enigma pic

docs/EOFM.md

@@ -2,9 +2,17 @@
 
 ##### Table of Contents
 
+- [Introduction](#introduction)
+- [Demystifying the Enigma](#demystifying-the-enigma)
+ - [Basic Enigma](#basic-enigma)
+ - [A Current's Path](#current-path)
+ - [How hard is it to break Enigma?](#breaking-enigma)
+- [Enigma Models](#models)
+ - []()
+
 ### Introduction
 
-Welcome to the **Enigma Operator's Field Manual**. This manual purpose is to demystify the Enigma machine, the basics of the inner working of the machine, as well as operating it using a [computer simulator](https://enigma.lh.mk).
+Welcome to the **Enigma Operator's Field Manual**. This manual's purpose is to demystify the Enigma machine, to uncover the inner working of the machine, as well as operating it using a [computer simulator](https://enigma.lh.mk).
 
 The simulator is faithful to the workings of the following Enigma models:
 
@@ -30,35 +38,22 @@ That being said, the machine had only mechanised the basic operations of substit
 
 The ciphers it produced were supposed to be unbreakable even by someone in possession of the machine.
 
-##### The Basic Enigma
+#### Basic Enigma
+
 
 For the sake of simplicity, the diagram has been drawn for an alphabet of only eight letters, although in fact the Enigma worked on the ordinary 26-letter alphabet.
 
 It shows the state of the machine at some particular moment in its use. The lines marked correspond to current-carrying wires.
 
-| ![space-1.jpg](img/Enigma-1.jpg) |
-|:-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------:|
-| <small>*Current passing from the EKW, throughout the Rotors, reflecting itself at the UKW and back to a different path which ends up again, at the EKW.*<br> Found in [Andrew Hodges'](https://www.synth.co.uk/) book **Alan Turing: The Enigma**, digitalized by [Hristijan Lubeski](https://who.lh.mk).</small> |
 
+| ![space-1.jpg](img/Enigma-1.jpg) |
+|:-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------:|
+| <small>*Current passing from the EKW, throughout the Rotors, reflecting itself at the UKW and back to a different path which ends up again, at the EKW.*<br><br> *Found in [Andrew Hodges'](https://www.synth.co.uk/) book **Alan Turing: The Enigma**, digitalized by [Hristijan Lubeski](https://who.lh.mk)*.</small> |
 
-A simple switch system at the input has the effect that if a key (say the B keys) is depressed, a current flows (as shown in the diagram by bold) lines and lights up a bulb in the output display panel (in this case, under the letter D). For the hypothetical 8-letter Enigma, the next state of the machine would be:
-
-[NEXT STATE PICTURE]
 
-##### Glossary of Technical Terms:
-
-- `Tastatur` - Keyboard
-- `Steckerbrett` - Plugboard
-- `Grundstellung` - Ground / Initial settings
-- `Ringstellung` - Ring settings
-- `Maschineneinstellung` - Machine settings
-- `Lampen` - Lamps
-- `Walzenlage` - Wheel Order
-- `Umkehrwalze (UKW)` - Reversing drum / Reflector Wheel
-- `Stator / Entrittswalze (ETW)` - Static Wheel
-
-### Enigma I
+A simple switch system at the input has the effect that if a key (say the B keys) is depressed, a current flows (as shown in the diagram by bold) lines and lights up a bulb in the output display panel (in this case, under the letter D). For the hypothetical 8-letter Enigma, the next state of the machine would be:
 
-The `Enigma I` was developed around 1927/29 by Chriffrier­maschinen AG (later: Heimsoeth und Rinke) In Berlin (Germany) for the German Army (Reichswehr, later: Wehrmacht) 1 and introduced in 1932. [1]
+| ![space-1.jpg](img/Enigma-2.jpg) |
+|:--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------:|
+| <small>*Current passing from the EKW, throughout the first rotor who's path just change, throughout the rest of the rotors, reflecting itself at the UKW and back to a different path which ends up again, at the EKW.*<br><br> *Found in [Andrew Hodges'](https://www.synth.co.uk/) book **Alan Turing: The Enigma**, digitalized by [Hristijan Lubeski](https://who.lh.mk)*.</small> |
 
-Back to the simulator: