CALLPA/CALLPB

page/branch.md

@@ -138,8 +138,14 @@ Note: if **D**estination is zero, REP does nothing.
 
 <%=p2instrinfo('call-a')%>
 <%=p2instrinfo('call-d',joinup:true)%>
+
 <%=p2instrinfo('callpa')%>
-<%=p2instrinfo('callpb')%>
+<%=p2instrinfo('callpb',joinup:true)%>
+CALLPA and CALLPB call the address given by **S**ource and copies the value of **D**estination into PA or PB.
+
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
+
+
 
 <%=p2instrinfo('ret')%>
 RET pops an address off the internal stack (**TODO Link**) and jumps to that address.
@@ -179,7 +185,7 @@ See [RETA](#reta), but substitute **PTRA** with **PTRB**.
 <%=p2instrinfo('calld-a')%>
 <%=p2instrinfo('calld-s',joinup:true)%>
 
-## Conditional branch addressing
+## Short branch addressing
 
 For conditional branches (TJ\*/DJ\*/IJ\*) the address (**S**ource) can be absolute or relative.
 To specify an absolute address, **S**ource must be a register containing a 20-bit address value.
@@ -194,78 +200,78 @@ And yes, it _is_ mildly confusing that the branch _destination_ is encoded by th
 <%=p2instrinfo('tjz')%>
 TJZ jumps to the address described by **S**ource if the value in **D**estination is zero.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjnz')%>
 TJNZ jumps to the address described by **S**ource if the value in **D**estination is _not_ zero.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjf')%>
 TJF jumps to the address described by **S**ource if the value in **D**estination is full of ones (i.e. equals -1 / `$FFFFFFFF`).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjnf')%>
 TJNF jumps to the address described by **S**ource if the value in **D**estination is _not_ full of ones (i.e. does _not_ equal -1 / `$FFFFFFFF`).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjs')%>
 TJS jumps to the address described by **S**ource if the value in **D**estination is negative (i.e. bit 31 is 1).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjns')%>
 TJNS jumps to the address described by **S**ource if the value in **D**estination is positive (i.e. bit 31 is 0).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 <%=p2instrinfo('tjv')%>
 TJV tests the value in **D**estination against the C flag and jumps to the address described by **S**ource if **D**estination has overflowed (**D**estination[31] != C). This instruction requires that C has been set to the "correct sign" by the ADDS / ADDSX / SUBS / SUBSX / CMPS / CMPSX / SUMx instruction that is to be checked for overflow.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target. 
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target. 
 
 ## Modify and Branch
 
 <%=p2instrinfo('djz')%>
 DJZ decrements the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is zero.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 <%=p2instrinfo('djnz')%>
 DJNZ decrements the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is _not_ zero.
 
 This instruction is very commonly used for counted loops. In certain cases, it can be substituted with [REP](#rep).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 <%=p2instrinfo('djf')%>
 DJF decrements the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is -1 / `$FFFFFFFF` (i.e underflow/borrow occurred).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 <%=p2instrinfo('djnf')%>
 DJNF decrements the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is _not_ -1 / `$FFFFFFFF` (i.e no underflow/borrow occurred).
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 <%=p2instrinfo('ijz')%>
 DJZ increments the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is zero.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 
 <%=p2instrinfo('ijnz')%>
 IJNZ increments the value in **D**estination, writes the result, and jumps to the address described by **S**ource if the
 result is _not_ zero.
 
-See [Conditional branch addressing](#conditional-branch-addressing) for details on how **S**ource encodes the branch target.
+See [Short branch addressing](#short-branch-addressing) for details on how **S**ource encodes the branch target.
 
 ## Branch on Event