diff --git a/README.md b/README.md
index 8be51b2..1d7ebb2 100644
--- a/README.md
+++ b/README.md
@@ -1,2 +1,271 @@
-# Editable-Runtime-Input-System-Unity
- RuntimeInputSystem is a simple code which enables to modify keys corresponding to a specific input at runtime.
+# Editable Runtime Input System Unity
+RuntimeInputSystem is a simple code which enables to modify keys corresponding to a specific input at runtime.
+
+By Jose Jaspe [JaspeCode] [Miventech]
+
+
+# [Donaciones] [Donations]
+
++ [Ayudame con un Cafe](paypal.me/MiVenTech)
+
++ [Help me with a coffee](paypal.me/MiVenTech)
+
+
+# [en-us] (translate)
+
+Runtime Input System (RIS) is a code for unity that allows you to edit during runtime a group of "inputs" that work based on established
+"KeyMaps", in this way we can assign these "KeyMap" to a code. and these will reweight, like the unity "Input" system. in fact the
+implementation is the closest thing to the native system of unity 
+"Input.GetKey (```KeyCode``` Key)" -> "jinput.GetKey (```string``` NameKeyMap)"
+
+## Create the KeyMaps
+ 
+### By Code
+
+You must go to the script of ```jinput.cs``` and define them in the arrays of ```KeyMaps``` and ```defaults``` that are at the beginning of the
+code.
+
+```
+       //define default keymaps
+       static string[] keyMaps = new string[7]
+       {
+           "Jump",
+           "Forward",
+           "Backward",
+           "Left",
+           "Right",
+           "Up",
+           "Down",
+       };
+       static KeyCode[] defaults = new KeyCode[7]
+       {
+           KeyCode.Space,
+           KeyCode.W,
+           KeyCode.S,
+           KeyCode.A,
+           KeyCode.D,
+           KeyCode.E,
+           KeyCode.Q,
+       };
+```
+ ### By Interface
+ 
+ try to have in the scene the prefab ```InputManagerRealTime``` or have an object with the component ``` jinputManager``` with the inspector.
+ You can view the variable ```keyMappingCustom``` which is a list that we can edit, adding or removing KeyMaps.
+
+ It is important to take into account the box ```UseKeysMappingNative``` which determines which KeyMaps the system will work with.
+
+ [true]
+ It will use the Code Defined KeyMaps.
+
+ [False]
+ It will use the KeyMaps Defined by the interface.
+ 
+ ![jinputManager](https://github.com/miventech/Editable-Runtime-Input-System-Unity/blob/main/png/jinputManager.PNG)
+ 
+ 
+ ## jinput.cs
+ 
+  This class is the one that we will use to implement the keys in the systems that are designed.
+ 
+  ## Get Keys
+ 
+  + ```Bool``` GetKey (``` string``` KeyMapName)
+  + ```Bool``` GetKeyDown (``` string``` KeyMapName)
+  + ```Bool``` GetKeyUp (``` string``` KeyMapName)
+
+  With all these static functions we can obtain the Boolean state of each KeyMap under different conditions.
+
+  ```
+      if (jinput.GetKeyDown ("Jump")) {
+             // The player jumps
+      }
+     
+      if (jinput.GetKey ("Forward")) {
+             //walk forward
+      }
+     
+      if (jinput.GetKeyUp ("Fly")) {
+             // Stop Flying
+      }
+  ```
+  
+  
+  ## Get Axes
+ 
+  + ```Float``` GetAxis (``` string``` KeyMapPositive, ```string``` KeyMapNegative)
+ 
+  With this function we will choose an artificial axis that we can define between two keyMaps a positive and a negative one.
+  the result of this function is ```-1``` || ```0``` || ```1```
+  
+  ```
+ 
+  float _v =   jinput.GetAxis("Forward", "Backward");
+ 
+  ```
+ 
+ 
+ 
+ ```
+ using UnityEngine;
+ using RuntimeInputSystem;
+
+ public class TankController : MonoBehaviour
+ {
+     public float velTank = 5;
+     public float velRot = 40;
+     public float JumpForce = 40;
+     Rigidbody rb;
+
+    void Start()
+    {
+        rb = GetComponent<Rigidbody>();
+    }
+     // Update is called once per frame
+    void Update()
+    {
+        float _v =   jinput.GetAxis("Forward", "Backward");
+        float _h =   jinput.GetAxis("Right", "Left");
+        transform.Translate(transform.forward * _v * velTank * Time.deltaTime , Space.World);
+        transform.Rotate(transform.up * velRot * _h * Time.deltaTime , Space.World);
+        if(jinput.GetKeyDown("Jump")){
+            rb.AddForce(Vector3.up * JumpForce , ForceMode.Impulse);
+        }
+
+    }
+ }
+ ```
+ 
+# [es-ve]
+
+Runtime Input System (RIS) es un codigo para unity que te permite editar durante el tiempo de ejecucion un grupo de "inputs" que
+funcionan en base a unos "KeyMaps" establecidos, de esta forma podemos asignar estos "KeyMap" a un codigo. y estos reponderan, al
+igual que el sistema de "Input" de unity. de echo la implementacion es lo mas parecido al sistema nativo de unity 
+"Input.GetKey(```KeyCode``` Key)" - > "jinput.GetKey(```string``` NameKeyMap)"
+
+ ## Crear los KeyMaps
+ 
+ ### Por Codigo
+ 
+ Debe irse al script de ```jinput.cs``` y definirlos en los array de  ```KeyMaps``` y ```defaults``` qeu se encuentran al inicio del 
+ codigo.
+
+```
+       //define default keymaps
+       static string[] keyMaps = new string[7]
+       {
+           "Jump",
+           "Forward",
+           "Backward",
+           "Left",
+           "Right",
+           "Up",
+           "Down",
+       };
+       static KeyCode[] defaults = new KeyCode[7]
+       {
+           KeyCode.Space,
+           KeyCode.W,
+           KeyCode.S,
+           KeyCode.A,
+           KeyCode.D,
+           KeyCode.E,
+           KeyCode.Q,
+       };
+```
+
+ 
+ ### Por Interfaz
+ 
+ procure tener en la scena el prefab ```InputManagerRealTime``` o tener un objeto con el componente ```jinputManager``` con el inspector.
+ podra visualizar la variable ```keyMappingCustom``` que es una lista que podemos editar, añadiendo o eliminando KeyMaps.
+ 
+ Es importante tener en cuenta la casilla ```UseKeysMappingNative``` que determian con que KeyMaps va trabajar el sistema.
+ 
+ [verdadero]
+ Usara los KeyMaps Definidos por Codigo.
+ 
+ [Falso]
+ Usara los KeyMaps Definidos por La interfaz.
+ 
+ ![jinputManager](https://github.com/miventech/Editable-Runtime-Input-System-Unity/blob/main/png/jinputManager.PNG)
+ 
+ 
+ ## jinput.cs
+ 
+ Esta clase es la que usaremos para implemetar las teclas en los sistemas que se diseñen.
+ 
+ ## Optener Teclas
+ 
+ + ```Bool``` GetKey( ```string```  KeyMapName) 
+ + ```Bool``` GetKeyDown( ```string```  KeyMapName) 
+ + ```Bool``` GetKeyUp( ```string```  KeyMapName) 
+
+ Con todas estas funciones estaticas podemos obtener el estado booleano de cada KeyMap en diferentes condiciones.
+
+ ```
+     if(jinput.GetKeyDown("Jump")){
+            //Salta el jugador
+     }
+     
+     if(jinput.GetKey("Forward")){
+            //caminar Hacia adelante
+     }
+     
+     if(jinput.GetKeyUp("Fly")){
+            //Dejo de Volar
+     }
+ ```
+ 
+ ## Optener Ejes
+ 
+ + ```Float``` GetAxis( ```string```  KeyMapPositive , ```string```  KeyMapNegative )
+ 
+ Con esta funcion optendremos un eje artificial que podemos definir entre dos keyMaps uno positivo y uno negativo.
+ el resultado de esta funcion es de ```-1``` || ```0``` || ```1```
+ ```
+ 
+ float _v =   jinput.GetAxis("Forward", "Backward");
+ 
+ ```
+ 
+ 
+ 
+ ```
+ using UnityEngine;
+ using RuntimeInputSystem;
+
+ public class TankController : MonoBehaviour
+ {
+     public float velTank = 5;
+     public float velRot = 40;
+     public float JumpForce = 40;
+     Rigidbody rb;
+
+    void Start()
+    {
+        rb = GetComponent<Rigidbody>();
+    }
+     // Update is called once per frame
+    void Update()
+    {
+        float _v =   jinput.GetAxis("Forward", "Backward");
+        float _h =   jinput.GetAxis("Right", "Left");
+        transform.Translate(transform.forward * _v * velTank * Time.deltaTime , Space.World);
+        transform.Rotate(transform.up * velRot * _h * Time.deltaTime , Space.World);
+        if(jinput.GetKeyDown("Jump")){
+            rb.AddForce(Vector3.up * JumpForce , ForceMode.Impulse);
+        }
+
+    }
+ }
+ ```
+ 
+ 
+
+
+# [Donaciones] [Donations]
+
++ [Ayudame con un Cafe](paypal.me/MiVenTech)
+
++ [Help me with a coffee](paypal.me/MiVenTech)