Converted everything to orgmode

converted everything to orgmode and added solution to the README files

Vorkurs/Projekt_1/Task_1/README.org

@@ -104,51 +104,20 @@ You can also see the results for your submission on the "Enrolled Courses" tab o
 
 * Solution
 
-Front End to import libraries and files.
-
 #+begin_src cpp
 #include <iostream>
 #include "guess_a_number.h"
-#+end_src
 
-Main function where the code runs.
-
-#+begin_src cpp
 int main() {
-#+end_src
-
-Declaring Variable which will be used.
-#+begin_src cpp
   int number_to_guess; // The number to guess
   int guess;           // The guessed number
-#+end_src
 
-Front end terminal output.
-
-#+begin_src cpp
   std::cout << "Number to guess: ";
-#+end_src
-
-~choose_a_number()~ function is called to choose a number between 1 and 3
-
-#+begin_src cpp
   number_to_guess = choose_a_number(3);
-#+end_src
 
-Input front end.
-#+begin_src cpp
   std::cin >> guess;
-#+end_src
-
-Output the input of the user.
-
-#+begin_src cpp
   std::cout << "Your guess: ";
-#+end_src
 
-Depending on the guess, the output in the terminal is different, if the input of the user is the same with the random number, it will output ~Congratulations, you correctly guessed x!~. Otherwise it will output something else.
-
-#+begin_src cpp
   if (guess == number_to_guess) {
     std::cout << "Congratulations, you correctly guessed " << number_to_guess << "!";
   } else {

Vorkurs/Projekt_1/Task_2/README.org

@@ -13,11 +13,11 @@ The first project consists of two tasks: *task 1* was to reimplement the first v
 
 The program template of task 2 differs from that of task 1 in two important ways:
 
-1. A goal of task 1 was to show you how important — and potentially cumbersome — it is to precisely fulfil output requirements and to pass the automated tests. This is no longer the focus of task 2, and you are therefore given functions such as `print_you_won(...)` that generate the expected output for you.
+1. A goal of task 1 was to show you how important — and potentially cumbersome — it is to precisely fulfil output requirements and to pass the automated tests. This is no longer the focus of task 2, and you are therefore given functions such as =print_you_won(...)= that generate the expected output for you.
 
 1. The final program consists of three major parts, and the template has three corresponding "holes" where you have to fill in code: inputting the next guess, checking the guess, and finishing the current round (we refer to each guess as one round of the game).
 
-To make it easier for you to develop your solution step by step, you are given a "master implementation" for these steps, e.g `PART1_read_next_guess(...)`, which you must replace with your own code. Use the following workflow:
+To make it easier for you to develop your solution step by step, you are given a "master implementation" for these steps, e.g =PART1_read_next_guess(...)=, which you must replace with your own code. Use the following workflow:
 
 1. Run the tests: everything should be fine (thanks to the master implementations)
 
@@ -31,7 +31,7 @@ To make it easier for you to develop your solution step by step, you are given a
 
 * Your task
 
-As mentioned above, you can develop the final solution step by step, by iteratively replacing each call to a `STEP...` master implementation by your own code.
+As mentioned above, you can develop the final solution step by step, by iteratively replacing each call to a =STEP...= master implementation by your own code.
 
 ** Step 1: input the next guess
 
@@ -59,7 +59,7 @@ As mentioned above, you can develop the final solution step by step, by iterativ
    PART2_handle_guess(guess, number_to_guess, play);
    #+end_src
 
-1. Write code that compares the user-made guess with the number to guess: if the two are equal, call `print_you_won(guess)` to generate a you-won message, and set variable `play` to `false` to end the game. Otherwise, call `print_wrong_guess(guess)` to generate a wrong-guess message (and let the game continue).
+1. Write code that compares the user-made guess with the number to guess: if the two are equal, call =print_you_won(guess)= to generate a you-won message, and set variable =play= to =false= to end the game. Otherwise, call =print_wrong_guess(guess)= to generate a wrong-guess message (and let the game continue).
 
 ** Step 3: handle the guess the user made
 
@@ -102,42 +102,29 @@ You lost after 2 attempt(s) :-( The number to guess was 2.
 
 * Submitting your solution
 
-*Important*: you /must/ replace all three master implementations (calls to functions `PART1/2/3`) with your own code! Your submission /will not be accepted/ if it still uses the master implementations, regardless of how many tests pass when /you/ run them.
+*Important*: you /must/ replace all three master implementations (calls to functions =PART1/2/3=) with your own code! Your submission /will not be accepted/ if it still uses the master implementations, regardless of how many tests pass when /you/ run them.
 
 -----
 * Solutions
 
-Fronted to import libraries and the code from Task 1
 #+begin_src cpp
 #include <iostream>
 #include "guess_a_number.h"
-#+end_src
 
-Main funtion where the magic happens. We define two variables: `number_to_guess` and `max_attempts` and we assign them.
-
-#+begin_src cpp
 int main() {
-  int number_to_guess; 
-  int max_attempts;   
+  int number_to_guess;
+  int max_attempts;
 
   std::cout << "Number to guess: ";
   number_to_guess = choose_a_number(10);
 
   std::cout << "Number of attempts: ";
-#+end_src
 
-Afterwards we make sure that the player has at least one attempts and create a variable `attempts` to count the attempts the player had.
-
-#+begin_src cpp
   if (max_attempts < 1) max_attempts = 1;
 
   int attempts = 0; // Attempts made so far
   bool play = true; // false once the game is over
-#+end_src
 
-Now in a while loop, we solve `PART 1` to `3` commenting out the master functions.
-
-#+begin_src cpp
   while (play) {
     print_attempts_left(max_attempts - attempts);