Various fixes, mainly menu bar options. (#57)

seaxwi · Renat0Ribeir0 · web-flow · commit 9f6f215d2579 · 2022-05-03T13:52:43.000+02:00
* Various fixes, mainly menu bar options.

* Update content/Hardware/MKR Family/How-to-change-the-GSM-frequency-band-on-the-MKR-GSM-1400.md

Co-authored-by: Renat0Ribeir0 &lt;86349945+Renat0Ribeir0@users.noreply.github.com&gt;

* Update content/Hardware/MKR Family/How-to-show-video-on-HDMI-with-MKR-4000-Vidor.md

Co-authored-by: Renat0Ribeir0 &lt;86349945+Renat0Ribeir0@users.noreply.github.com&gt;

Co-authored-by: Renat0Ribeir0 &lt;86349945+Renat0Ribeir0@users.noreply.github.com&gt;
diff --git a/content/Hardware/Core Boards/How-to-burn-bootloader-to-Arduino-Uno-using-Arduino-Mega.md b/content/Hardware/Core Boards/How-to-burn-bootloader-to-Arduino-Uno-using-Arduino-Mega.md
@@ -18,13 +18,9 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 01. Connect Arduino Mega to your PC. Open Arduino IDE.
 
-02. Select `Arduino Mega` in `Tools > Board > Arduino AVR Boards`.
+02. Select _Tools > Board > Arduino AVR Boards > Arduino Mega or Mega 2560_.
 
-03. Open the `ArduinoISP` sketch from the menu bar:
-
-    **Windows/Linux:** `File > Examples > 11.Arduino ISP > ArduinoISP`
-
-    **macOS:** `Arduino > Examples > 11.Arduino ISP > ArduinoISP`
+03. Open the `ArduinoISP` sketch from the menu bar: _File > Examples > 11.Arduino ISP > ArduinoISP_
 
 04. ![Upload button](img/symbol_upload.png) **Upload** the sketch.
 
@@ -47,10 +43,10 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 07. Connect Arduino Mega to your PC again.
 
-08. Select `Arduino Uno` in `Tools > Board > Arduino AVR Boards`.
+08. Select _Tools > Board > Arduino AVR Boards > Arduino Uno_.
 
-09. Select `Arduino as ISP` in `Tools > Programmer`.
+09. Select _Arduino as ISP_ in _Tools > Programmer_.
 
-10. Select `Tools > Burn Bootloader`.
+10. Select _Tools > Burn Bootloader_.
 
 11. Wait for the process to finish. When it's complete, `avrdude done. Thank you.` will be printed to console.
diff --git a/content/Hardware/Core Boards/How-to-burn-the-bootloader-on-an-Arduino-Mega-using-an-Arduino-UNO.md b/content/Hardware/Core Boards/How-to-burn-the-bootloader-on-an-Arduino-Mega-using-an-Arduino-UNO.md
@@ -16,14 +16,11 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 01. Connect the Arduino Uno to your computer.
 
-02. In Arduino IDE; select `Tools > Board > Arduino AVR Boards > Arduino Uno`.
+02. In Arduino IDE, select _Tools > Board > Arduino AVR Boards > Arduino Uno_.
 
-03. Select the port your board is connected to in `Tools > Port`.
+03. Select the port your board is connected to in _Tools > Port_.
 
-04. Open the `ArduinoISP` sketch:
-
-    * Windows/Linux: `File > Examples > 11.Arduino ISP > ArduinoISP`
-    * macOS: `Arduino > Examples > 11.Arduino ISP > ArduinoISP`
+04. Open the `ArduinoISP` sketch: _File > Examples > 11.ArduinoISP > ArduinoISP_.
 
 05. Click ![Upload button](img/symbol_upload.png) **Upload** to upload the sketch to the board.
 
@@ -46,9 +43,9 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 09. Check the board and port selection like in step 2 and 3.
 
-10. Select `Tools > Programmer > Arduino as ISP`.
+10. Select _Tools > Programmer > Arduino as ISP_.
 
-11. Select `Tools > Burn Bootloader`.
+11. Select _Tools > Burn Bootloader_.
 
     The following confirmation message will show at the bottom of Arduino IDE if successful:
 
diff --git a/content/Hardware/Core Boards/How-to-burn-the-bootloader-on-an-Arduino-Uno-using-an-Arduino-Nano.md b/content/Hardware/Core Boards/How-to-burn-the-bootloader-on-an-Arduino-Uno-using-an-Arduino-Nano.md
@@ -19,13 +19,9 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 02. Connect Arduino Nano to your PC.
 
-03. Select Arduino Nano in `Tools > Board > Arduino AVR Boards`.
+03. Select Arduino Nano in _Tools > Board > Arduino AVR Boards_.
 
-04. Open the `ArduinoISP` sketch from the menu bar:
-
-    **Windows/Linux:** `File > Examples > 11.Arduino ISP > ArduinoISP`
-
-    **macOS:** `Arduino > Examples > 11.Arduino ISP > ArduinoISP`
+04. Open the `ArduinoISP` sketch from the menu bar: _File > Examples > 11.ArduinoISP > ArduinoISP_
 
 05. ![Upload button](img/symbol_upload.png) **Upload** the sketch.
 
@@ -46,8 +42,8 @@ The bootloader is a piece of code stored in a reserved space in your Arduino boa
 
 08. Connect Arduino Nano to your PC again.
 
-09. Select `Arduino as ISP` in `Tools > Programmer`.
+09. Select _Arduino as ISP_ in _Tools > Programmer_.
 
-10. Select `Tools > Burn Bootloader`.
+10. Select _Tools > Burn Bootloader_.
 
 11. Wait for the process to finish. When it's complete, `avrdude done. Thank you.` will be printed to console.
diff --git a/content/Hardware/Generic/Check-and-update-the-firmware-for-WiFiNINA-and-WiFi101.md b/content/Hardware/Generic/Check-and-update-the-firmware-for-WiFiNINA-and-WiFi101.md
@@ -27,20 +27,18 @@ We can check the current firmware version by uploading a sketch to the board tha
 
 1. Connect the board to your computer and start Arduino IDE.
 
-2. The **WiFiNINA** or **WiFi101** library needs to be installed, depending on the module. Open the Library Manager (`Tools > Manage Libraries...` and make sure it's installed. For help with library installation, see [this guide](https://www.arduino.cc/en/guide/libraries).
+2. The **WiFiNINA** or **WiFi101** library needs to be installed, depending on the module. Open the Library Manager (_Tools > Manage Libraries..._) and make sure it's installed. For help with library installation, see [this guide](https://www.arduino.cc/en/guide/libraries).
 
 3. With the library installed, open the firmware checking sketch:
 
-   * **WiFiNINA (Windows):** `File > Example > WiFiNINA > Tools > Select ‘CheckFirmware Version’`
-   * **WiFiNINA (macOS/Linux):** `Arduino > Example > WiFiNINA > Tools > Select ‘CheckFirmware Version’`
-   * **WiFi101 (Windows):** `File > Example > WiFi101 > CheckWifi101FirmwareVersion`
-   * **WiFi101 (macOS/Linux):** `Arduino > Example > WiFi101 > CheckWifi101FirmwareVersion`
+   * **WiFiNINA::** _File > Examples > WiFiNINA > Tools > Select ‘CheckFirmwareVersion_.
+   * **WiFi101:** _File > Examples > WiFi101 > CheckWifi101FirmwareVersion_.
 
-4. Choose the port with your board in `Tools > Port > ...`
+4. Choose the port with your board in _Tools > Port_.
 
 5. Click ![Upload button](img/symbol_upload.png) **Upload** to upload the sketch to the board.
 
-6. Open the Serial Monitor (`Tools > Serial Monitor`) and observe the output.
+6. Open the Serial Monitor (_Tools > Serial Monitor_) and observe the output.
 
    ![Serial monitor](img/SerialMonitor_firmware_update.png)
 
diff --git a/content/Hardware/MKR Family/How-to-change-the-GSM-frequency-band-on-the-MKR-GSM-1400.md b/content/Hardware/MKR Family/How-to-change-the-GSM-frequency-band-on-the-MKR-GSM-1400.md
@@ -2,33 +2,27 @@
 title: "How to change the GSM frequency band on the MKR GSM 1400"
 ---
 
-## Overview
-
 It is possible to change the frequencies that our GSM 1400 board uses to connect to the mobile network.
 Different options are available to configure the frequency bands on which the MKR GSM 1400 can operate.
 This tutorial will show all different possibilities to choose frequency band and how to change this setting.
 
-### What you’ll learn
-
-* How to check and change the operating frequency band/s on our MKR GSM 1400
+---
 
-### What you’ll need
+## What you’ll need
 
 * Arduino IDE
 * MKR GSM 1400
 * USB data cable
 
 ## Steps
 
-1. Check that you have the basics.
-
-   * Make sure you have latest SAMD core. If you don’t, go to Arduino `IDE > Tools > Board > Boards Manager: search for ‘Arduino SAMD Boards’ > Update/Install`
+1. Check that you have the required board package and library:
 
-   * Make sure you have the latest update of the MKRGSM’ library: Go to Arduino `IDE > Tools > Library Manager: search for ‘MKRGSM’ > Update/Install`
+   * Make sure you have the latest SAMD core. If you don’t, go to Arduino _Tools > Board > Boards Manager_ and install the latest **Arduino SAMD Boards** package.
 
-2. Upload the Band Manager sketch.
+   * Open _Tools > Library Manager_ and make sure the `MKRGSM` library is installed and up to date.
 
-   Go to `Arduino > File > Examples > MKRGSM > Tools: ‘BandManagement’` and upload it.
+2. Open the `BandManagment` sketch (_File > Examples > MKRGSM > Tools > BandManagement_) and upload it.
 
    ![BandManagement Sketch location](img/change-GSM-1.png)
 
diff --git a/content/Hardware/MKR Family/How-to-show-video-on-HDMI-with-MKR-4000-Vidor.md b/content/Hardware/MKR Family/How-to-show-video-on-HDMI-with-MKR-4000-Vidor.md
@@ -2,17 +2,11 @@
 title: "How to show video on HDMI with MKR 4000 Vidor"
 ---
 
-The Vidor includes a Micro HDMI connector for audio and video output, and a MIPI camera connector for video input.
+The MKR Vidor 4000 [Camera enabling example](https://www.arduino.cc/en/Tutorial/LibraryExamples/VidorEnableCam) activates a compatible camera connected to the MIPI Camera Connector and routes the image in real time to the microHDMI connector. It is a very basic example that shows how simple may be the usage of the advanced features of the Arduino MKR Vidor 4000 board. FPGA requires clock from SAM D21 in order to work and this is initialized with `FPGA.begin()`.
 
-FPGA requires clock from SAM D21 in order to work and this is initialized with `FPGA.begin()`.
-
-## Overview
-
-### What you’ll learn
-
-The MKR Vidor 4000 [Camera enabling example](https://www.arduino.cc/en/Tutorial/LibraryExamples/VidorEnableCam) activates a compatible camera connected to the MIPI Camera Connector and routes the image in real time to the microHDMI connector. It is a very basic example that shows how simple may be the usage of the advanced features of the Arduino MKR Vidor 4000 board.
+---
 
-### What you’ll need
+## What you’ll need
 
 * Hardware:
   * MKR Vidor 4000
@@ -23,20 +17,20 @@ The MKR Vidor 4000 [Camera enabling example](https://www.arduino.cc/en/Tutorial/
 
 ## Steps
 
-1. Check that you have the basics.
+1. Check that you have the required board package and library:
 
-   * Make sure you have latest SAMD Beta core. If you don’t, go to Arduino `IDE > Tools > Board > Boards Manager: search for ‘Arduino SAMD Beta Boards’ > Update/Install`.
+   * Make sure you have the latest SAMD Beta core. If you don’t, open _Tools > Board > Boards Manager_, and install the latest **Arduino SAMD Beta Boards** package.
 
-   * Make sure you have the latest update of the **MKR VIDOR Graphics** library: Go to Arduino `IDE > Sketch > Include Library > Manage Libraries: search for ‘VidorGraphics’ > Update/Install`.
+   * Open _Tools > Library Manager_ and make sure the `VidorGraphics` library is installed and up to date.
 
 2. Upload the `VideoEnableCam` sketch.
 
-   Go to `Arduino > File > Examples > VidorGraphics > VidorEnableCam` and upload it.
+   Open _File > Examples > VidorGraphics > VidorEnableCam_ and upload it.
 
    ![](img/cam_vidor.png)
 
 3. In our example, we create the object **vcam** and then we simply enable I2C communication and initialize the camera with the `vcam.begin()` function. Please note that this function returns a value and we use it to print out an error message if initialization fails.
 
 4. When the video stream is active and it is routed to the **HDMI** port, you can stop the video opening the serial monitor and typing **STOP**. This activates the `vcam.end();` function.
 
-> If get an upload error, try resetting the board and try again.
+> If get an upload error, reset the board and try again.
diff --git a/content/Hardware/Shields and Carriers/How-to-update-the-MKR-Motor-Carrier-Firmware.md b/content/Hardware/Shields and Carriers/How-to-update-the-MKR-Motor-Carrier-Firmware.md
@@ -2,7 +2,7 @@
 title: "How to update the MKR Motor Carrier Firmware"
 ---
 
-If the red led besides the power led is 'ON' while uploading the Motor_test example(`File > Examples > Motor_test`), it means that the firmware of the MKRMotor carrier has to be updated and in order to update the firmware on the MKRMotor carrier, we recommend you to follow the instructions below:
+If the red led besides the power led is 'ON' while uploading the Motor_test example (_File > Examples > Motor_test_), it means that the firmware of the MKRMotor carrier has to be updated and in order to update the firmware on the MKRMotor carrier, we recommend you to follow the instructions below:
 
 1. Mount the Mkr1000 on the MKRmotor carrier.
 2. Connect the Dc encoder motor and the battery to the carrier.
@@ -11,6 +11,6 @@ If the red led besides the power led is 'ON' while uploading the Motor_test exam
    ![](img/AEK_UpdateMKREMotorCarrier1.png)
 
 4. Now, slid the battery power switch to on status.
-5. Upload the flasher example (`File > Examples > MKRMotor Carrier > Flasher`).
+5. Upload the flasher example (_File > Examples > MKRMotor Carrier > Flasher_).
 6. Open the serial monitor and check if the firmware is updated successfully.
-7. Retry to upload the Motor_test example sketch (`Arduino > File > Examples > Motor_test`) and check if the DC encoder motors connected to the carrier are working as expected.
+7. Retry to upload the Motor_test example sketch (_File > Examples > Motor_test_) and check if the DC encoder motors connected to the carrier are working as expected.
