Mitsubishi Electric MELSEC Q Series Programming Manual page 292

[H]
HABIN_S_MD (Hexadecimal ASCII
conversion) .................................................... 5-77
HEX_S_MD (ASCII
Hexadecimal ASCII
(DHABIN_S_MD) .......................................... 5-77
Hexadecimal ASCII
(HABIN_S_MD) ............................................. 5-77
High-speed timer (TIMER_H_M) ................... 5- 5
HOUR_M (Clock data format conversion
(second hour, minute, second)) ............. 5-111
[I]
I/O refresh (RFS_M)...................................... 5-38
IF conditional statement................................. 4- 7
INC_M (Increment)........................................ 5-21
Increment (INC_M)........................................ 5-21
Index modification ......................................... 3-16
INSERT(_E) (Insertion of character
string into specified position)......................... 6-74
Insertion of character string into
specified position (INSERT(_E))................... 6-74
INSTR_M (Character string search) ............. 5-86
INT_E_MD
(Floating-point BIN conversion)................ 5-25
INT_TO_BOOL(_E) (Integer type
(INT) Boolean type (BOOL) conversion) ...... 6-10
INT_TO_DINT(_E) (Integer type
(INT) double precision integer type
(DINT) conversion) ........................................ 6-11
INT_TO_REAL(_E) (Integer type (INT)
real number type (REAL) conversion) .......... 6-12
INT_TO_STR(_E) (Integer type (INT)
character string type (STRING)
conversion) .................................................... 6-13
INT .................................................................. 3- 3
Integer type (INT) Boolean type (BOOL)
conversion (INT_TO_BOOL(_E)) ................. 6-10
Integer type (INT) character string type
(STRING) conversion
(INT_TO_STR(_E)) ....................................... 6-13
Integer type (INT) double precision
integer type (DINT) conversion
(INT_TO_DINT(_E))...................................... 6-11
Integer type (INT) real number type (REAL)
conversion (INT_TO_REAL(_E)).................. 6-12
Intelligent function module 1-word data read
(FROM_M)..................................................... 5-71
Index - 7
BIN
BIN conversion) ....... 5-83
32-bit BIN conversion
BIN conversion
Intelligent function module 1-word data write
(TO_M) ...........................................................5-72
Intelligent function module 2-word data read
(DFRO_M)......................................................5-71
Intelligent function module 2-word data write
(DTO_M) ........................................................5-72
Interrupt disable (DI_M) .................................5-37
Interrupt enable (EI_M)..................................5-37
[L]
Labels.............................................................3-11
LE_E (Less than or equal to
right member ( <= )) .......................................6-63
Left rotation (carry flag included) (RCL_M)...5-50
Left rotation (carry flag not included)
(ROL_M) ........................................................5-50
Left rotation (ROL(_E)) ..................................6-42
LEFT_M
(Fetch from character string left side) ...........5-84
LEFT(_E) (Acquisition from start
position of character string) ...........................6-70
LEN_S_MD
(Character string length detection) ................5-79
LEN(_E)
(Character string length acquisition) .............6-69
Less than or equal to right
member ( <= ) (LE_E)....................................6-63
Less than right member ( < ) (LT_E).............6-65
LIMIT_MD (Upper/lower limit control) ...........5-99
LIMIT(_E) (Limiter).........................................6-53
Limiter (LIMIT(_E)).........................................6-53
LN(_E) (Natural logarithm) ............................6-23
LOG_E_MD (Floating-point natural
logarithm operation) .......................................5-93
Logical NOT (NOT(_E)).................................6-46
Logical product (AND_E)..............................6-43
Logical product (2 devices) (WAND_M) .......5-39
Logical product (3 devices)
(WAND_3_M).................................................5-39
Logical sum (OR_E) ......................................6-44
Logical sum (2 devices) (WOR_M) ...............5-41
Logical sum (3 devices) (WOR_3_M) ...........5-42
Low-speed timer (TIMER_M) .........................5- 4
LT_E (Less than right member ( < )).............6-65
[M]
MAX_M (Data maximum value retrieval) ......5-65
MAX(_E) (Maximum value) ...........................6-49
Index - 7