With this merge, Serial7Segment hardware should now be fully supported using the SevSeg library. To prove this, find this line in Serial_7_Segment_Display_Firmware:
#define DISPLAY_TYPE OPENSEGMENT
and change to:
#define DISPLAY_TYPE SERIAL7SEGMENT
Be sure you have the latest SevSeg library and compile and load onto a S7S hardware. Then, on an Arduino, load the Serial_ColonDots example code. Connect Pin 8 of Arduino to S7S. This will correctly control all segments and blink the colon, apostrophe, and decimal 4.
There are a few new features as well including hardware reset of baud and other. To test, pull the RX pin to ground, then power up S7S unit with nothing else attached. It will display '----'s for 4 seconds, then 0-000. The unit will then be reset to 9600bps.
Large merge. Please test.
With this merge, Serial7Segment hardware should now be fully supported using the SevSeg library. To prove this, find this line in Serial_7_Segment_Display_Firmware:
and change to:
Be sure you have the latest SevSeg library and compile and load onto a S7S hardware. Then, on an Arduino, load the Serial_ColonDots example code. Connect Pin 8 of Arduino to S7S. This will correctly control all segments and blink the colon, apostrophe, and decimal 4.
There are a few new features as well including hardware reset of baud and other. To test, pull the RX pin to ground, then power up S7S unit with nothing else attached. It will display '----'s for 4 seconds, then 0-000. The unit will then be reset to 9600bps.