| Argument | Variable# |
|---|---|
| A | #1 |
| B | #2 |
| C | #3 |
| D | #7 |
| E | #8 |
| F | #9 |
| G | - |
| H | #11 |
| I | |
| J | #4 |
| K | #6 |
| L | - |
| M | 13 |
| N | - |
| O | - |
| P | - |
| Q | #17 |
| R | #18 |
| S | #19 |
| T | #20 |
| U | #21 |
| V | #22 |
| W | #23 |
| X | #24 |
| Y | #25 |
| Z | #26 |
| WCS | Parameters |
|---|---|
| G54 | #5221 - #5226 |
| G55 | #5241 - #5246 |
| G56 | #5261 - #5266 |
| G57 | #5281 - #5286 |
| G58 | #5301 - #5206 |
| G59 | #5321 - #5226 |
To compute the register value in a macro, use this equation (where W is the WCS number):
parameter# = 5221 + (W-54)*20
The extended WCS start at #7000 - #7006 and increment by 20 for each new WCS value.
| WCS | Parameters |
|---|---|
| G54.1P1 | #7001 - #7006 |
| G54.1P2 | #7021 - #7026 |
| ... | ... |
| G54.1P48 | #7941 - #7946 |
Note: Most Brother macros expect a negative value when passing in an extended WCS offset number.
So G54.1P1 is referenced by W-1 in a macro call.
To compute the register value in a macro, use this equation (where W is the WCS number):
parameter# = 7001 + (-W-1 * 20)
(W - WCS OFFSET #23)
(FIND THE CORRECT WCS REGISTERS)
IF[#23GT0] GOTO1 (NORMAL WORK OFFSETS)
IF[#23LT0] GOTO2 (EXTENDED WORK OFFSETS)
#3000 = 6(BAD WORK OFFSET VALUE)
(NORMAL WORK OFFSETS)
N1 #100 = #[5221+[#23-54]*20]
#101 = #[5222+[#23-54]*20]
#102 = #[5223+[#23-54]*20]
GOTO3
(EXTENDED WORK OFFSETS)
N2 #100 = #[5221+[#23-54]*20]
#101 = #[5222+[#23-54]*20]
#102 = #[5223+[#23-54]*20]
GOTO3
N3