Difference between revisions of "Downloads:Demonstration GUIs"

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=== Guiliani Technical Showcase (GuilianiDemo) ===
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<metadesc>Various demo projects for use with the GSE, as well as precompiled demo applications for specific target systems.</metadesc>
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Here can you find several Demonstration GUIs to show you our HMI Framework in action and offers you the possibility to get in touch with it.
  
[[File:Screenshot GuilianiDemo.png]]
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== Notes to the various platforms ==
  
==== Windows Desktop (800x480 and 480x272) ====
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=== Windows-Desktop ===
 
 
[https://www.guiliani.de/mediawiki/downloads/Demos/GuilianiDemo_Win32_800x480.zip Download GuilianiDemo for Windows Desktop (800x480)]<br>
 
[https://www.guiliani.de/mediawiki/downloads/Demos/GuilianiDemo_Win32_480x272.zip Download GuilianiDemo for Windows Desktop (480x272)]
 
 
 
==== arm-linux-genuebihf (800x480) ====
 
 
 
this can be run on the following devices:
 
* i.MX6 ULL
 
* i.MX7
 
 
 
[https://www.guiliani.de/mediawiki/downloads/Demos/GuilianiDemo_arm-linux-gnueabihf.zip Download GuilianiDemo for arm-linux-gnueabihf]
 
 
 
==== Renesas GR-Peach (480x272) ====
 
 
 
[https://www.guiliani.de/mediawiki/downloads/Demos/GuilianiDemo_grpeach.zip Download GuilianiDemo for Renesas GR-Peach]
 
 
 
==== STM32F4xx (240x320) ====
 
 
 
[https://www.guiliani.de/mediawiki/downloads/Demos/GuilianiDemo_stm32f4xx.zip Download GuilianiDemo for STM32F4xx]
 
 
 
 
 
<br>
 
coming soon
 
 
 
including the following platforms:
 
* Windows-Desktop
 
* Linux-Desktop
 
* Renesas DisplayIt (RZ/A1H)
 
* Renesas StreamIt (RZ/A1L)
 
* Raspberry PI 3
 
 
 
=== CoffeeDemo ===
 
 
 
[[File:Screenshot CoffeeDemo.png]]
 
 
 
[https://www.guiliani.de/mediawiki/downloads/Demos/CoffeeDemo_DisplayIt.zip Download Demo-Package]
 
 
 
including the following platforms:
 
* Windows-Desktop
 
* Renesas DisplayIt (RZ/A1H)
 
 
 
=== Notes to the various platforms ===
 
 
 
==== Windows-Desktop ====
 
  
 
to run the application in Windows just double-click the EXE-File in the correct folder of the package<br>
 
to run the application in Windows just double-click the EXE-File in the correct folder of the package<br>
 
<b>please note:</b> since the file was downloaded from the internet Windows 7 and later might show up a warning before it executes the application
 
<b>please note:</b> since the file was downloaded from the internet Windows 7 and later might show up a warning before it executes the application
  
==== arm-linux-gnueabi/arm-linux-gnueabihf ====
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=== arm-linux-gnueabi/arm-linux-gnueabihf ===
  
to run the application transfer the contents to the downloaded zip-file onto the the device, change to the folder and execute the binary.<br>
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to run the application transfer the contents of the downloaded zip-file onto the the device, change to the folder and execute the binary.<br>
 
<b>please note:</b>at least the following libraries need to be installed on the device:
 
<b>please note:</b>at least the following libraries need to be installed on the device:
 
* freetype 2.48+
 
* freetype 2.48+
Line 60: Line 17:
 
* zlib
 
* zlib
  
==== Renesas DisplayIt/StreamIt/GR-Peach ====
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=== Renesas DisplayIt/StreamIt ===
  
 
to flash the binaries and the corresponding resources just execute the batch-file located in the the root-folder of the package<br>
 
to flash the binaries and the corresponding resources just execute the batch-file located in the the root-folder of the package<br>
 
it will then show you a number of possible boards the application can be loaded to<br>
 
it will then show you a number of possible boards the application can be loaded to<br>
<b>please note:</b> if a bootloader is neccessary for your board you will have to flash it before you can use the contents of the package. Also the neccessary tools needed for the flashing-process (e.g. SEGGER JLINK) need to be present in the JLINK-folder of the package (if automatic detection fails)
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<b>please note:</b> if a bootloader is necessaryfor your board you will have to flash it before you can use the contents of the package. Also the necessarytools needed for the flashing-process (e.g. SEGGER JLINK) need to be present in the JLINK-folder of the package (if automatic detection fails)
  
==== Renesas GR-Peach ====
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=== Renesas GR-Peach/GR-Mango ===
  
to flash the downloaded binary just connect the GR-Peach-board via USB to PC and copy the file onto the newly added drive "MBED"<br>
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to flash the downloaded binary just connect the boards via USB to your PC and copy the file onto the newly added drive "MBED"<br>
<b>please note:</b>if no new drive is added to the explorer you have used the wrong USB-port of the GR-Peach-board. use the one most away from the LAN-interface.
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<b>please note:</b>if no new drive is added to the explorer you have used the wrong USB-port of the GR-Peach-board. use the one most away from the LAN-interface. Also use a USB-cable with data-lines, not just the power-cable from your smartphone.
  
==== STM32F4xx ====
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=== STM32F4xx/STM32F7xx ===
  
 
to flash the binary you will need a tool called "STM32 ST-LINK utility", which can be downloaded from STM-website<br>
 
to flash the binary you will need a tool called "STM32 ST-LINK utility", which can be downloaded from STM-website<br>
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in the flashing application the following steps are to be executed:
 
in the flashing application the following steps are to be executed:
 
* connect target-board via USB-cable to PC
 
* connect target-board via USB-cable to PC
 
* in ST-Link Utility:
 
* in ST-Link Utility:
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** additional step for STM32F7xx if Error-Message is shown during flashing-process: Menu "External Loader", select N25Q128_STM32F746G-DISCO and click on "Validate"**
 
** click "Connect to the target"
 
** click "Connect to the target"
 
** click "Open file" and locate the hex-file of the application you want to flash
 
** click "Open file" and locate the hex-file of the application you want to flash
 
** click "Program verify" and OK to flash the file
 
** click "Program verify" and OK to flash the file
  
<b>please note:</b>at the beginning of the demo you will have to calibrate the touch-display by clicking on the the dots appearing in the corners of the display
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<b>please note:</b>at the beginning of the demo you will have to calibrate the touch-display by clicking on the the dots appearing in the corners of the display<br>
<b>also note:</b>since the board is using a resistive touchscreen, you will need to use a stylus
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<b>also note:</b>since the STM32F4XX-board is using a resistive touchscreen, you will need to use a stylus
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__NOTOC__

Latest revision as of 07:04, 17 February 2023

Here can you find several Demonstration GUIs to show you our HMI Framework in action and offers you the possibility to get in touch with it.

Notes to the various platforms

Windows-Desktop

to run the application in Windows just double-click the EXE-File in the correct folder of the package
please note: since the file was downloaded from the internet Windows 7 and later might show up a warning before it executes the application

arm-linux-gnueabi/arm-linux-gnueabihf

to run the application transfer the contents of the downloaded zip-file onto the the device, change to the folder and execute the binary.
please note:at least the following libraries need to be installed on the device:

  • freetype 2.48+
  • png 1.6
  • zlib

Renesas DisplayIt/StreamIt

to flash the binaries and the corresponding resources just execute the batch-file located in the the root-folder of the package
it will then show you a number of possible boards the application can be loaded to
please note: if a bootloader is necessaryfor your board you will have to flash it before you can use the contents of the package. Also the necessarytools needed for the flashing-process (e.g. SEGGER JLINK) need to be present in the JLINK-folder of the package (if automatic detection fails)

Renesas GR-Peach/GR-Mango

to flash the downloaded binary just connect the boards via USB to your PC and copy the file onto the newly added drive "MBED"
please note:if no new drive is added to the explorer you have used the wrong USB-port of the GR-Peach-board. use the one most away from the LAN-interface. Also use a USB-cable with data-lines, not just the power-cable from your smartphone.

STM32F4xx/STM32F7xx

to flash the binary you will need a tool called "STM32 ST-LINK utility", which can be downloaded from STM-website

in the flashing application the following steps are to be executed:

  • connect target-board via USB-cable to PC
  • in ST-Link Utility:
    • additional step for STM32F7xx if Error-Message is shown during flashing-process: Menu "External Loader", select N25Q128_STM32F746G-DISCO and click on "Validate"**
    • click "Connect to the target"
    • click "Open file" and locate the hex-file of the application you want to flash
    • click "Program verify" and OK to flash the file

please note:at the beginning of the demo you will have to calibrate the touch-display by clicking on the the dots appearing in the corners of the display
also note:since the STM32F4XX-board is using a resistive touchscreen, you will need to use a stylus