MiniRobotLanguage (MRL)
BIT.16to32
concatenate 2 Words to 32 Bit DWord
Intention
Concatenate two 16-Bit variables into One 32-Bit Variable.
The parameters P1 and P2 can be given as value or as "binary".
The result is a 32-bit variable.
You can define for all 3 Parameters if they should be in "Value" or "Binary Format. For Details on these Parameter-Formats see
! Smart Package Robot 's BIT. - Operations
' Using a value Number as Input
VAN.$$LEA=4
VAN.$$P01=&B1111111111111111
VAN.$$P02=&B1010101010101010
BIT.16to32|v$$P01|v$$P02|v$$ERG
BIT.Show|v$$ERG|$$ERG|$$LEA
NVS.$$ERG=10101010101010101111111111111111
GTO.ero
EIF.
:ero
This picture shows the result of the Script.
' Having a Binary result, using "b"
VAN.$$LEA=4
VAN.$$P01=&B1111111111111111
VAN.$$P02=&B1010101010101010
BIT.16to32|v$$P01|v$$P02|b$$ERG
BIT.Show|b$$ERG|$$ERG|$$LEA
MBX.$$ERG
Syntax
BIT.16to32|[b/v]P1|[b/v]P2[|P3]
Parameter Explanation
P1 - Variable containing a 16 bit numeric value.
You can define with a prefix of "v" for value and "b" for "binary" which format the value is.
If the prefix is omitted, "v" is the default setting for P1.
P2 - Variable containing a 16 bit numeric value.
You can define with a prefix of "v" for value and "b" for "binary" which format the value is.
If the prefix is omitted, "v" is the default setting for P1.
P3 - optional,Variable for result. If you use "-" the result is placed on the TOS. Also here you can specify [b/v] for the format of the result.
If you do not specify anything the result is "value"-Format.
Example
'*****************************************************
' EXAMPLE 1:
'*****************************************************
' Having a Binary result, using "b"
VAN.$$LEA=4
VAN.$$P01=&B1111111111111111
VAN.$$P02=&B1010101010101010
BIT.16to32|v$$P01|v$$P02|b$$ERG
BIT.Show|b$$ERG|$$ERG|$$LEA
MBX.$$ERG
Remarks
-
Limitations:
-
See also:
•3.5 Hexadezimal, Decimal and Binary and more
•VTH. - Variable to Hexadecimal
•CAL. - mathematical CALculation
•VAR. - Variable Set Value/Clear
•! Smart Package Robot 's BIT. - Operations
•BIT.16to8 - Split 1 Word into 2 Bytes
•BIT.16to32 - concatenate 2 Words to 32 Bit DWord
•BIT.32to16 - Split 1 DWord into 2 Words
•BIT.8to16 - concatenate 2 Bytes to 16 Bit Word
•BIT.AND - Use logical AND with Bits
•BIT.LShift - Shift Bits to Left, insert 0
•BIT.NOT - Use logical NOT with Bits
•BIT.OR - Use logical OR with Bits
•BIT.RotateLeft - Rotate Bits Left
•BIT.RotateRight - Rotate Bits Right
•BIT.RShift - Shift Bits to Right, insert 0
•BIT.Show - Show Bits in Binary-Numbers
•BIT.Store - Set Bit to 1 or 0
•BIT.ToBin - change Parameter to Binary-Format
•BIT.ToVal - change Parameter to Value-Format
•BIT.XOR - Use logical XOR with Bits
•BIT.Get - check if Bit is set