Positron Compiler Documentation

Installed Include files

Source: Positron16 Compiler User Manual, PDF page 447

When the compiler is installed, several useful include files are also loaded in the directory: ‘C:\Users\User Name\PDS\Includes\’, where ‘User Name’ is the name given to the operating system’s user. These are:

command written in Positron16 BASIC, so it can be seen how it works, and be altered if required.

ten in Positron16 BASIC, so it can be seen how they work, and be altered if required.

Max procedures.

ger, 32-bit and 64-bit floating point to string conversion.

Counter command written in Positron16 BASIC, so it can be seen how it works, and be altered if required.

Clock/Calendar via a software I2C bus.

complex numbers, for dsPIC33® devices.

devices.

command written in Positron16 BASIC, so it can be seen how it works, and be altered if required.

for PIC24® and dsPIC33® devices, so it can be seen how they work, and be altered if required.

tines for suitable PIC24® and dsPIC33® devices, so it can be seen how they work, and be altered if required.

tines for suitable PIC24® and dsPIC33® devices, so it can be seen how they work, and be altered if required.

Alphanumeric LCD written in Positron16 BASIC, for PIC24® and dsPIC33® devices.

I2Cout commands on PIC24® or dsPIC33® devices, so it can be seen how they work, and be altered if required.

PIC24® and dsPIC33® devices.

and dsPIC33® devices.

turn the minimum or maximum of two values passed to them.

Wire commands.

PCF8574A device.

mand written in Positron16 BASIC.

For use with suitable PIC24F® and PIC24H® devices.

of the value passed to them.

cedures for suitable PIC24H® devices.

and Serout commands for PIC24® or dsPIC33® devices, so it can be seen how they work, and be altered if required.

'dynamic' pins. The I2C routines use pins that can be changed at run time.

routines using fixed pins for the SDA and SCL lines.

dsPIC33® devices.

and dsPIC33® devices.

Screen Controller chip, on PIC24® and dsPIC33® devices.

dsPIC33® devices.

receive using a hardware interrupt.