Does the LED work? Remove the code. try PULSEOUT with in the DO-LOOP. Do PULSEOUT PORTC.0, 100 ms wait 100 ms Loop If that then works, Do you have a Do: Loop at the bottom? Otherwise the chip will go to SLEEP. Also, why do you have EXT as the oscillator source ? Should be OSC.
You can only go to the editor... oops. Needs to be added.
I have closed and minimize options. So, this is a display issue.
The short answer is No. The language is not the determinating factor. The specific implementation of a language could be a 'good' or 'bad' implementation in terms of a specific microcontroller. As Great Cow BASIC is essentially as close to ASM as you can get... comparing to Arduinio C implementation is meaningless. They are like pears and apples - both are fruit but very different implementation of the same concept. So, that said. What are have you tried to implement your solution?
The normal 1602 should work for a 1604. The addressing will be handled. The 16x4 may just be missing from the Help.
I have closed and minimize options. So, this is a display issue.
You can only go to the editor... oops. Needs to be added.
I am guessing this is an old installation. The ADC library has been updated to resolve this issue. https://sourceforge.net/projects/gcbasic/files/Release%20Candidates/Patches/gcb%40syn/GreatCowBASIC/include/lowlevel/a-d.h/download This ADC library was corrected to specifically address your issue. Please download and replace the file in your GreatCowBASIC\include\lowlevel folder. Please let me know if this resolves.
Hi I am using the simple program as shown below and I have tried this with the 18F4431 and 16F628A microcontrollers and I am getting the error :- a-d.h (1786): Error: Incorrect parameters in Set, expected: Set variable.bit status PROGRAM #Chip 18F4431 #OPTION Explicit Dim ADCIN as Byte Do Forever ADCIN = ReadAD(AN0) Wait 1 s Loop After the error the SynWrite program crashes and you have to Control Alt DEL to close it down and then restart it, I hope this is a simple problem to solve, Thanks
Anyone interested in helping to get the ATMEGA4809 family of AVR supported? Let me know. The megaAVR-0 chip family offers lots of features and peripherals. The ATmega4809 can be found in products like the Arduino Uno WiFi Rev2 and the Arduino Nano Every. Key features include multiple serial ports, SPI and i2c interfaces, built-in programmable logic, up to 16 analog input pins, and an analog comparator with a built-in programmable voltage reference and hysteresis and much more! The work will address...