Guide to adding PIC micro-controllers to Flowcode - Matrix ...

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. [Config] This optional section forces the chip to compile with a certain set of configuration data. All 14 entries (0 to 13) need to be entered, even if the chip has only 1 or 2 configuration words. 16F Example: [Config] 0=0x3F2A 1=0xFFFF 2=0xFFFF 3=0xFFFF 4=0xFFFF 5=0xFFFF 6=0xFFFF 7=0xFFFF 8=0xFFFF 9=0xFFFF 10=0xFFFF 11=0xFFFF 12=0xFFFF 13=0xFFFF 18F Example: [Config] 0=0x20 1=0x0E 2=0x3E 3=0x1E 4=0x00 5=0x81 6=0x81 7=0x00 8=0x0F 9=0xC0 10=0x0F 11=0xA0 12=0x0F 13=0x40 c. [Pins] Used by the real time “Chip” diagram in Flowcode, Assigns string names to the pins. Pin1="RA2/AN2" Pin2="RA3/AN3" d. [Ports] Used to configure where the I/O is on the real time “Chip” diagram. Pins that are assigned to I/O should be listed with their port and pin information. Examples PortPin1=0x0002 – Means that pin 1 of the micro-controller is RA2 PortPin5=0x0007 – Means that pin 5 of the micro-controller is RA7 PortPin8=0x0102 – Means that pin 8 of the micro-controller is RB2 PortPin21=0x0107 – Means that pin 21 of the micro-controller is RB7 PortPin25=0x0302 – Means that pin 25 of the micro-controller is RD2
e. [PortMasks] Used to configure which I/O lines are available on a port. Example of an incomplete port PortMask0=0x1F – Means that PortA has only 5 pins PortMask4=0x07 – Means that PortE has only 3 pins Example of a complete port PortMask1=0xFF – Means that PortB has all 8 pins f. [ADCPins] Configures which pins have analogue capabilities. The ADC# is the (AN) channel of the pin and the number being assigned to it is the pin number itself. ADC0=17 ADC1=18 ADC2=1 ADC3=2 g. [Code] Most of the code section can be copied as is. A few things to look out for are. Initialise – Used to configure the PICmicro to use all I/O as digital ADCCapture – Used to capture an analogue signal from channel %a h. [Defines] This section details the peripherals of the micro-controller. The easiest way to complete this section is to find other devices with the same hardware configuration and use their peripheral list. You must make sure that the ports and pins of the devices match correctly. i. [Interrupts] This section details the common interrupts that are available to the micro-controller. This section can be left as is. If there are interrupts you wish to use that are not the typical common ones then you can simply use the custom Interrupt function that is available within Flowcode. Implementing your own Interrupt – This will perform an interrupt when the ADC has finished sampling. Note that register names are lower case where as bit names are upper case.
Page 1: Guide to adding PIC micro-controlle
Page 5: [ADCPins] ADC0=17 ADC1=18 ADC2=1 AD

Guide to adding PIC micro-controllers to Flowcode - Matrix ...

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