H 2020
␣␣
H 3234
H 3439
H 2020
H FFC8
H 2020
H 2020
2 1
4 3
2 4
H 2020
H 3231
H 3433
H FFFF
H 04D2
DT100
DT3
DT101
DT102
DT103
(characters)
[S2]…DT0
[D]…DT100
[D]
DT104
[i]…UL
[S1]…"%-12u"
[N]…H
DT0
DT4
DT105
DT106
DT107
U 1234
Convert 32-bit data into decimal ASCII data (12 digits) (left align)
①ASCII data (reverse direction)
：
：
00020001
②Storage start position (0) [D]+0 bytes
③Conversion data amount (2) Convert [S2] and [S2]+2
[S2]
②Storage start position = +0 bytes③ Conversion data amount = 2
DT0 to DT1: U 1234 (H 0000 04D2) → DT100 to DT105: "1234␣ ␣␣ ␣ ␣ ␣ ␣ ␣ " "
DT2 to DT3: U 4294967240 (H FFFF FFC8) → DT106 to DT110: "4294967240␣ ␣ "
4 9
6 9
2 7
0 4
H 3034
H 3237
H 3639
DT108
DT109
DT110
DT111
H 0000
DT2
DT1
U 4294967240
␣ ␣
␣ ␣
␣ ␣
␣ ␣
[S2]
[S2+1]
[S2+2]
[S2+3]
Example 7) Converting unsigned 16-bit binary data (2 data) to hexadecimal ASCII
data (8 digits + comma) x 2
The low byte of DT100 is set as the beginning of the storage area. It is stored left-aligned (low
word side) for 5 significant figures. Spaces and a comma are inserted. Hex data is in upper
case.
14.9 BTOA (Conversion: BIN → ASCII)
14-38 WUME-FP7CPUPGR-12
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