Hi Chris,

A example how to do that is like i have done it, it's like a case in a higher programming language:

FUNCTION "JumpTable" : VOID
TITLE =
VERSION : 0.1

VAR_INPUT
JumpTo : DWORD ;
END_VAR

VAR_TEMP
TmpJT : STRUCT
Bit : ARRAY [1 .. 32 ] OF BOOL ;
END_STRUCT ;
END_VAR

BEGIN
NETWORK
TITLE =Jump to a Function on a bit from the incoming Word

L #JumpTo; // Input doubleword (can be also a byte or a word)
T LD 0; // Put the bits on the local data(byte, word, dword)

A #TmpJT.Bit[1]; // First jump
JC Bit1;

A #TmpJT.Bit[2]; // Second jump
JC Bit2;

A #TmpJT.Bit[3]; // Third jump
JC Bit3;

A #TmpJT.Bit[4]; // Fourth jump
JC Bit4;

A #TmpJT.Bit[5]; // Fifth jump
JC Bit5;

A #TmpJT.Bit[6]; // .... jump
JC Bit6;

A #TmpJT.Bit[7]; // ... jump, and so on, here possible to 32 jumps on a bit
JC Bit7;

// etcetera ....

Bit1: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit2: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit3: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit4: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit5: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit6: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

Bit7: NOP 0; // Action when bit = high ("1")
// To do instructions / calls etcetera....
BEU ;

END_FUNCTION

Best regards,
Late

The STL source: