■ Bitwise Inclusive OR ( | )
|
Format |
P1 = P2 | P3 |
Data Type |
U/UD/B |
|
Function |
Performs bitwise Inclusive OR operation of P2 and P3 and
saves the results in P1. |
|
P1 (I/E) |
The location to save the result. |
|
P2,P3 (I/E/C) |
The operands |
|
Example 1 |
W60 = 1111000000001111b
$U100 =
0000111100001111b |
W60 (U)
/* The value of
$U100 is 1111111100001111b */ |
|
Example 2 |
B15 = $U1.2 |
B14 (B)
/* If either $U1.2 or B14 has a
value of 1(On), B15 has the value 1(On). Otherwise, B15
has the value 0(Off)*/ |
■ Bitwise AND ( & )
|
Format |
P1 = P2 & P3 |
Data Type |
U/UD/B |
|
Function |
Performs bitwise AND operation of P2 and P3 and saves
the results in P1. |
|
P1 (I/E) |
The location to save the result. |
|
P2,P3 (I/E/C) |
The operands |
|
Example 1 |
W60 = 1111000000001111b
$U100 =
0000111100001111b &
W60 (U)
/* The value of
$U100 is 0000000000001111b */ |
|
Example 2 |
B15 = $U1.2 &
B14 (B)
/* If both $U1.2 and B14 are
1(On), B15 is set to 1(On). Otherwise B15 is set to
0(Off) */ |
■ Bitwise Exclusive OR ( ^ )
|
Format |
P1 = P2 ^ P3 |
Data Type |
U/UD/B |
|
Function |
Performs bitwise Exclusive OR operation of P2 and P3 and
saves the results in P1. |
|
P1 (I/E) |
The location to save the result. |
|
P2,P3 (I/E/C) |
The operands |
|
Example 1 |
W60 = 1111000000001111b
$U100 =
0000111100001111b ^
W60 (U)
/* The value of
$U100 is 1111111100000000b.*/ |
|
Example 2 |
B15 = $U1.2 ^
B14 (B)
/*If both $U1.2 and B14 are 1(On)
or 0(Off), the B15 is set to 0(Off). Otherwise B15 is
set to 1(On)*/ |
■ Left Shift ( << )
|
Format |
P1 = P2 << P3 |
Data Type |
U/UD |
|
Function |
Shifts P2 to the left by P3 bits and saves the results
in P1. The operation supports the logic shift only. |
|
P1 (I/E) |
The location to save the result. |
|
P2 (I/E/C) |
The value or the location that holds the value to be
shifted. |
|
P3 (I/E/C) |
The number of bits to be shifted. |
|
Example 1 |
$U100 =
$U101 <<
8 (U) |
|
Example 2 |
W200 =
W100 <<
$U10 (UD) |
■ Right Shift ( >> )
|
Format |
P1 = P2 >> P3 |
Data Type |
U/UD |
|
Function |
Shifts P2 to the right by P3 bits and saves the results
in P1. The operation supports the logic shift only. |
|
P1 (I/E) |
The location to save the result. |
|
P2 (I/E/C) |
The value or the location that holds the value to be
shifted. |
|
P3 (I/E/C) |
The number of bits to be shifted. |
|
Example 1 |
$U100 =
$U101 >>
8 (U) |
|
Example 2 |
W200 =
W100 >>
$U10 (UD) |
■ Logical AND ( && )
|
Format |
P1 = P2 && P3 |
Data Type |
B |
|
Function |
Saves 1 in P1 if both P2 and P3 are 1, otherwise saves 0
in P1. |
|
P1 (I/E) |
The bit to save the result. |
|
P2,P3(I/E/C) |
The operands. |
|
Example 1 |
$U100.0 =
$U101.0 &&
$U101.1 (B) |
■ Logical OR ( || )
|
Format |
P1 = P2 || P3 |
Data Type |
B |
|
Function |
Saves 1 in P1 if either or both P2 and P3 are 1,
otherwise saves 0 in P1. |
|
P1 (I/E) |
The bit to save the result. |
|
P2,P3(I/E/C) |
The operands. |
|
Example 1 |
$U100.0 =
$U101.0 ||
$U101.1 (B) |
Source.Section 15.4.4 of the PM Designer Software User Manual, Edition 2.0, © Cermate Technologies Inc. (www.cermate.com, service@cermate.com). Reproduced online, with the manual's own figures, by TSL Automation Solutions, authorised Cermate distributor, for users of Cermate HMI panels. PM Designer and PanelMaster are trademarks of Cermate Technologies Inc.
Text and figures are the manufacturer's and may describe features your panel or software version does not have. For a plain-language introduction read the PM Designer guide; for help with a specific panel contact TSL Automation.
