This example program is handy for familiarizing yourself with the mapping of the SPiceX outputs.
;IDENTOUT.SPT : Sample program to identify which outputs get ;activated from which bytes/bits of U when using the ;SPxTxfr instruction. ;The program sends (up to) the first 8 bytes of RAM ;out to a chain of (say) XBIO16 boards. Byte 0 is counted ;up in binary. The other bytes are statically preloaded ;with their own address, i.e. byte 5 contains binary 5. ******************************************************************** ;Set the following constant to reflect the number of bytes of ;data being shifted out. ; ; XBIO16 2 bytes ; MBIO16 2 bytes ; XIRO16 1 byte ; HIO16 1 byte ; FP16 1 byte ShiftLength EQU 8 ;Minium 5 with standard expansion boards! **** NOTE **** ;SPiceX mode works only with standard XPice expansion boards when ;there is more than 5 bytes of data. For less than that the ;automatic detection will sense the boards and map them as ;regular I/O. ;With custom expansion boards it may work with fewer than 5 bytes, ;depending on the design of the board. Please consult the board documentation **************************************************************** SPxMode 6 SetMem 0,0 ;Pre-load RAM images SetMem 1,1 SetMem 2,2 SetMem 3,3 SetMem 4,4 SetMem 5,5 SetMem 6,6 SetMem 7,7 SetV ShiftLength A MemToUV 0,0 ;Transfer V bytes from RAM to U SPxTxFrU 0 ;Send it out Pause 10 IncM 0 ;Increment counter GoTo A