diff --git a/Docs/HOWTO.md b/Docs/HOWTO.md
index 3b57fcc..70bb9fb 100644
--- a/Docs/HOWTO.md
+++ b/Docs/HOWTO.md
@@ -9,13 +9,11 @@
- [3 Requirements](#3-Requirements)
- [4 How to Install and Run](#4-How-to-Install-and-Run)
- [5 Features](#5-Features)
-
- [6 User Guide](#6-User-Guide)
- [6.1 How does it work](#61-How-does-it-work)
- - [6.2 Project Menu][#62-Project-Menu]
- - [6.3 Waveforms][#63-Waveforms]
- - [6.4 Data output format][#64-Data-output-format]
-
+ - [6.2 Project Menu](#62-Project-Menu)
+ - [6.3 Waveforms](#63-Waveforms)
+ - [6.4 Data output format](#64-Data-output-format)
- [7 Programming information](#7-Programming-information)
- [7.1 Examples](#71-Examples)
- [7.2 How to read data in MSX BASIC](#72-How-to-read-data-in-MSX-BASIC)
@@ -112,7 +110,7 @@ Now you must configure the output format, indicating the programming language an
Finally, you'll need to move the data into your project, either copying the text or saving the output to a text or binary file.
-
+
### 6.2 Project Menu
@@ -132,7 +130,7 @@ At the top of the main window we have the project menu, with the following optio
* `About` Version and license information for the application.
-
+
### 6.3 Waveforms
@@ -145,7 +143,7 @@ It has several parameters to adjust the form:
* `Phase` (0-359): Shifts the wave n degrees.
* `Frecuency` (1-256): Number of times the shape will be repeated.
-
+
### 6.4 Data output format
@@ -162,20 +160,20 @@ Supports various number systems and formats for different compilers or assembler
Name | Example | Language
----------------- | ----------- | -----------------------
-decimal n | 5 | Assembler, C or BASIC
-decimal nnn | 005 | Assembler, C or BASIC
-decimal nnnd | 005d | Assembler
-hexadecimal FF | FF | BASIC
-hexadecimal $FF | $FF | Assembler
-hexadecimal #FF | #FF | Assembler
-hexadecimal 0FFh | 0FFh | Assembler
-hexadecimal 0xFF | 0xFF | C or Assembler
-hexadecimal &HFF | &HFF | BASIC
-binary 00000000 | 00000001 | BASIC
-binary 00000000b | 00000001b | Assembler
-binary %00000000 | %00000001 | Assembler
-binary 0b00000000 | 0b00000001 | C or Assembler
-binary &B00000000 | &B00000001 | BASIC
+decimal n | 15 | Assembler, C or BASIC
+decimal nnn | 015 | Assembler, C or BASIC
+decimal nnnd | 015d | Assembler
+hexadecimal FF | 0F | BASIC
+hexadecimal $FF | $0F | Assembler
+hexadecimal #FF | #0F | Assembler
+hexadecimal 0FFh | 00Fh | Assembler
+hexadecimal 0xFF | 0x0F | C or Assembler
+hexadecimal &HFF | &H0F | BASIC
+binary 00000000 | 00001111 | BASIC
+binary 00000000b | 00001111b | Assembler
+binary %00000000 | %00001111 | Assembler
+binary 0b00000000 | 0b00001111 | C or Assembler
+binary &B00000000 | &B00001111 | BASIC
#### Size Line:
@@ -202,7 +200,7 @@ binary &B00000000 | &B00000001 | BASIC
* `Increment` Increment between lines. Default = 10
* `Remove 0` (checkbutton): It does not show the zeros to save on the size of the listings.
-
+
### 6.5 Saving the result
@@ -248,7 +246,7 @@ The application includes a folder (Examples\) where you will find programming ex
* `\C\Test1` Test at SDCC compilator
-
+
### 7.2 How to read data in MSX BASIC
diff --git a/README.md b/README.md
index 31f03f6..a2b6e4a 100644
--- a/README.md
+++ b/README.md
@@ -25,7 +25,7 @@ It can be useful for generating graphics or creating paths to move [Sprites](htt
It includes examples for various development environments of the MSX system (Assembler, C and BASIC),
which is what I know (sorry developers of other platforms).
-You can access the documentation here with [`ByteniZ3R devtool DOC`](docs/HOWTO.md).
+You can access the documentation here with [`ByteniZ3R devtool DOC`](Docs/HOWTO.md).
In the source code [`Examples/`](Examples/), you can find applications for testing and learning purposes.
diff --git a/_Release/ByteniZ3R_readme.TXT b/_Release/ByteniZ3R_readme.TXT
index 796a255..017f2fe 100644
--- a/_Release/ByteniZ3R_readme.TXT
+++ b/_Release/ByteniZ3R_readme.TXT
@@ -188,20 +188,20 @@ options:
Name Example Language
------------------ ------------- -----------------------
- decimal n | 5 | Assembler, C or BASIC
- decimal nnn | 005 | Assembler, C or BASIC
- decimal nnnd | 005d | Assembler
- hexadecimal FF | FF | BASIC
- hexadecimal $FF | $FF | Assembler
- hexadecimal #FF | #FF | Assembler
- hexadecimal 0FFh | 0FFh | Assembler
- hexadecimal 0xFF | 0xFF | C or Assembler
- hexadecimal &HFF | &HFF | BASIC
- binary 00000000 | 00000001 | BASIC
- binary 00000000b | 00000001b | Assembler
- binary %00000000 | %00000001 | Assembler
- binary 0b00000000 | 0b00000001 | C or Assembler
- binary &B00000000 | &B00000001 | BASIC
+ decimal n | 15 | Assembler, C or BASIC
+ decimal nnn | 015 | Assembler, C or BASIC
+ decimal nnnd | 015d | Assembler
+ hexadecimal FF | 0F | BASIC
+ hexadecimal $FF | $0F | Assembler
+ hexadecimal #FF | #0F | Assembler
+ hexadecimal 0FFh | 00Fh | Assembler
+ hexadecimal 0xFF | 0x0F | C or Assembler
+ hexadecimal &HFF | &H0F | BASIC
+ binary 00000000 | 00001111 | BASIC
+ binary 00000000b | 00001111b | Assembler
+ binary %00000000 | %00001111 | Assembler
+ binary 0b00000000 | 0b00001111 | C or Assembler
+ binary &B00000000 | &B00001111 | BASIC
Size Line: