riverdi-eve-arduino is an easy-to-use library and example Arduino app (good starting poiny for you own projects) for Riverdi Intelligent Display driven by Bridgetek EVE graphics controllers:
- EVE 1 series: FT800 and FT801,
- EVE 2 series: FT810, FT811, FT812 and FT813,
- EVE 3 series: BT815 and BT816,
- EVE 4 series: BT817 and BT818
Library supports instructions in a similar format to the FT80x and FT81x Series Programmers Guides, BT81X Series Programming Guide and the EVE Screen Editor.
Note: a pure C version of library is available as a separate GitHub repository - riverdi-eve-lib
The riverdi-eve-arduino.ino file can be edited to produce the final application, calling the functions from the underlying layers.
This layer is designed to allow the main application to use syntax close to that of the FT80X/FT81X Programmers Guide and make it more user friendly. The functions provided in this layer handle co-processor operation and assist with creating and executing co-processor lists as well as keeping track of the offset within the FIFO for each command and sending parameters of commands such as text strings.
This layer translates the calls from the API layer above into a series of SPI byte transfers formatted for the protocol used by the FT8XX. It includes a series of functions which send the register address as well as for reading and writing 8/16/32-bit values. It also has functions for checking the read and write pointers of the RAM_CMD FIFO and for checking the free space available, which are used by the layers above. This layer provides also an interface to the hardware. It takes the SPI transfers from the EVE layer and translates them into the low-level operations (SPI and GPIO operations for chip select and power down).
- Clone the repository (if you haven't done so already):
git clone https://github.com/riverdi/riverdi-eve-arduino.git
- Download and install the Arduino IDE from http://www.arduino.cc/en/Main/Software
- Start the Arduino IDE
- File > Open > select the riverdi-eve-arduino.ino file
- Build (Ctrl+R) and upload (Ctrl+U) project to your Arduino Device.
Note: before compilation please edit Platform.h file to choose Embedded Video Engine series (-DEVE_1, -DEVE_2, -DEVE_3 or -DEVE_4 flags), choose type and size of connected TFT module (choose predefined macros for Riverdi EVE modules or edit timings manually in Riverdi_Modules.h file for custom displays) or to redefine Chip Select and Power Down pins (default configuration supports Arduino Riverdi TFT Shield).
Please contact Riverdi support - contact@riverdi.com
See LICENSE.txt file for details.