emperror123
Member level 5
dear all
i have keep searching from google for converting the c source code to HEX file
but unable to found how does the converter to HEX file
hopefully can teach me on how to do converter to HEX file
here are my source code
i have keep searching from google for converting the c source code to HEX file
but unable to found how does the converter to HEX file
hopefully can teach me on how to do converter to HEX file
here are my source code
Code:
'PIC 16F877A
Define OSC 16 'oscillator 16 MHz, HS mode
adcon1 = 6 'make ports digital I/O
alloff con %11111111 'all cathodes off
allon con %00000000 'all cathodes on
cubeoff con %00001111 'all anodes off
layer0 con %00001110 'layer 0 Floor enabled
layer1 con %00001101 'layer 1 enabled
layer2 con %00001011 'layer 2 enabled
layer3 con %00000111 'layer 3 Top enabled
x var byte 'x,z general variables
z var byte
a var byte [8] 'array variable stores current frame data for LED cathodes
frame var byte 'single frame repetition rate variable
trisb = 0 'portb, pord connects to cathode, portc connects to anode
trisd = 0
trisc = 0
portc = cubeoff 'disable all layers (pnp drivers)
portd = alloff 'initialize all cathode driving ports to off condition
portb = alloff
inout: 'inout pattern - a subset square and outermost square turn on alternately
frame = 24 'set frame repetition rate
a[0] = %11111111 'set initial frame data
a[1] = %11111111
a[2] = %10011111
a[3] = %11111001
a[4] = %10011111
a[5] = %11111001
a[6] = %11111111
a[7] = %11111111
inouti: 'main loop of pattern
gosub frameout 'ouput current frame
for z = 0 to 7 'invert frame data to interchange squares
a[z] = ~a[z]
next z
goto inouti 'go back to main loop
frameout: 'main frame out subroutine
for x = 0 to frame 'display pattern as per set frame repetition rate
portd = a[0] 'set ports connected to cathode pins for Layer 0 frame data
portb = a[1]
portc = layer0 'enable layer 0 anodes
pause 4 'pause for layer on time - set refresh rate to avoid flickering
portc = cubeoff 'disable all layers while changing cathode data from one layer to another
portd = a[2] 'set ports connected to cathode pins for Layer 1 frame data
portb = a[3]
portc = layer1 'enable layer 1 anodes
pause 4 'pause for layer on time - set refresh rate to avoid flickering
portc = cubeoff 'disable all layers while changing cathode data from one layer to another
portd = a[4] 'set ports connected to cathode pins for Layer 2 frame data
portb = a[5]
portc = layer2 'enable layer 2 anodes
pause 4 'pause for layer on time - set refresh rate to avoid flickering
portc = cubeoff 'disable all layers while changing cathode data from one layer to another
portd = a[6] 'set ports connected to cathode pins for Layer 3 frame data
portb = a[7]
portc = layer3 'enable layer 3 anodes
pause 4 'pause for layer on time - set refresh rate to avoid flickering
portc = cubeoff 'disable layers while changing cathode data from one layer to another
next x
return 'return to main program
end
