Este no esta como la version del libro ya que tenia cambios mas actualizados como diagnosticas y pseudo-codigo

README-en.md

@@ -41,6 +41,27 @@ Before coming to the laboratory you should have:
 
 The skeleton for the program that we provide simulates a basketball game between two players. The successful throws into the basket receive two points. The data is initiated with the name of each player and the global statistics in the "tournament": total of games played, attempted throws, successful throws and rebounds. The program includes random functions and formulas to determine the player that attempts a throw, if the player scores, and  the player that takes the rebound. During the simulated game the score for each player is kept and each player's data is updated. At the end of the game, a table with the statistics is displayed.
 
+The algorithm that simulates the game is the following:
+
+```
+1. init the player
+2. assign jugadorEnOfensiva randomly
+3. while (none has won)
+4.   simulate a shot to the basket
+5.   if (scored)
+6.     update the statistics of the player that shot the basket
+7.     if (the score >= 32):
+8.        inform that the offense player (jugadorEnOfensiva) won 
+9.     else:
+10.       exchange offensive player
+11.  else:
+12.    update statistics of the player that shot the basket
+13.    determine who gets the rebound
+14.    update the statistics of the player that got the rebound
+15.    assign a pleyer in offense (jugadorEnOfensiva)
+16. show the players statistics
+```
+
 ---
 
 ###The `BBPlayer` Class

README-es.md

@@ -49,20 +49,20 @@ El algoritmo que simula el juego es el siguiente:
 ```
 1.  inicializar jugadores
 2.  asignar jugadorEnOfensiva aleatoriamente
-2.  while (ninguno ha ganado):
-3.    simular tiro al canasto
-4.    if (anotó):
-5.      actualizar estadisticas de quien tiró al canasto
-6.      if (puntuación >= 32):
-7.        informar que jugadorEnOfensiva ganó
-8.      else:
-9.        intercambiar jugadorEnOfensiva
-10.   else:
-11.     actualizar estadisticas de quien tiró al canasto
-11.     determinar quien atrapa rebote
-12.     actualizar estadisticas de quien atrapó rebote
-13.     asignar jugadorEnOfensiva
-14. mostrar estadísticas de los jugadores
+3.  while (ninguno ha ganado):
+4.    simular tiro al canasto
+5.    if (anotó):
+6.      actualizar estadisticas de quien tiró al canasto
+7.      if (puntuación >= 32):
+8.        informar que jugadorEnOfensiva ganó
+9.      else:
+10.        intercambiar jugadorEnOfensiva
+11.   else:
+12.     actualizar estadisticas de quien tiró al canasto
+13.     determinar quien atrapa rebote
+14.     actualizar estadisticas de quien atrapó rebote
+15.     asignar jugadorEnOfensiva
+16. mostrar estadísticas de los jugadores
 ```
 
 ---