That's great!
At least you know that one float variable takes four EEPROM addresses.
Thank you for updating us.

Try again 0, 4 etc not 0, 3

Hello. You will need to remember that a float is 4 bytes. If each address of EEPROM can only hold a byte, then you need to allow 4 addresses for each float variable. It seems like you are corrupting EEPROM addresses reserved for LAT with values of LONG Try setting LAT to address 0 and LONG to Addres...

When will the PIC Q43 series be supported? Hello to support new devices they have to be available within the compiler, then the fcdx file will need to be manually created. For the current version of the XC8 compiler, only: pic18f27q43 pic18f47q43 pic18f57q43 Are available for generating fcdx files....

Hello.
There is an online parser here that Ben developed.
That will allow you to browse your PC for the fcfx project files to look at in visual form

Hello. I have attached the component to try. The Gains that are within properties are for simulation only and not hardware. The Gains parameters are included within the SampleSglRaw and SampleSglVolts Function macros. Simulation should be working OK Please take in go account the component is work in...

Hello.
Of course, the built-in remap function can do that.
However, the most efficient way to convert 10bit to 8 bit is: All the code is doing is bit shifting by 2 places which is the same as dividing by 4.

Hello. Just an update. I have got the component to work with any channel in single end mode and you can set the gain. currently there is only a raw and voltage option. You can read raw with channel 1 at a gain of +/- 6.144V for example and also read volts with a different channel and a different gai...

Hi Jorgen.
Sorry, corrected the link, so it should work now

Hello,
When you choose the target, of 16F628A, scroll along and it will show there are no ADCs available for that target. The 16F828/A has a comparator, which is why you can see AN references.
It can be confusing.

You will need to select a target that has onboard ADC.