I have a function: DEF FN t(t$,m,t)=USR ... , for an example: LET bc=FN t("t$()",mcworkspace,mcputt)

Now, in the DEFADD area the 1st and 3rd ... function to be simply: DEF FN t(t$,m,t)=m ...

... function defined such as DEF FN g(x, y, p, q ...

... />
Using:

DEF FN w(w$,o$,c)=VAL ... (("FN w(w$,o$,c+1)" ... />
with:

w$(FN w(w$,o$,1))
FN w(w$,o$,1)*100).

...
40 POKE defadd,FN l(udg): POKE defadd+1,FN h(udg):
60 POKE defadd,FN l(udg): POKE defadd+1,FN h(udg):
DEFADD area (where FN variables are defined) before ...

... thing:

10 def fn a(x)=x*10
20 print fn a(10)

and ...

... DEF FN b(h$)=16*FN n(h$(1))+FN n(h ... $(2)):
DEF FN ... g(v)=v-FN ... 9991 LET prog=FN p(23635): LET vars=FN p(23627):< ... LET l$=CHR$ FN g(l)+CHR$ FN h(l):
LET l2=FN p(a0+2): LET a0 ...

... !
40 PRINT FN f(FN f(2,FN g(3,1)),4 ... !
50 PRINT FN f(FN g(2,FN f(3,1)),4 ... !
60 PRINT FN f(FN g(2,FN g(3,1)),4 ... !
70 PRINT FN g(FN f(2,FN f(3,1)),4 ... !
80 PRINT FN g(FN f(2,FN g(3,1)),4 ... !
100 PRINT FN g(FN g(2,FN g(3,1)),4 ...

... the routine assigns DEFADD to the display ... interpreter searches DEFADD before VARS. The FN d$() ... FN d$("B",FN g(nv))+FN d$("C",FN h(nv))+FN d$("D",FN ... g(n))+FN ... d$("E",FN ...

... 11 LET udg=FN p(23675): LET defadd=23563: LET ...
REM assign a DEFADD entry for m$
... READ n$: LET datend=FN p(datadd):
LET ... /> 45 POKE defadd,FN g(udg): POKE defadd+1,FN h(udg)
80 POKE defadd,0: POKE defadd+1,0
...

... each parameter in the DEF FN definition. There's code there ...

... taken off again.
* DEF FN m(s$)=USR mc: LET ... bc=FN m(s$): whereby mc can ... from within the DEF FN statement using the DEFADD pointer; but that ...

... treated as a DEF FN parameter) it can only ... appropriately
REM 23563=DEFADD; 23631=CHANS; 23730=RAMTOP< ... CODE "$",14,0,FN g(sa),FN h(sa),0,0 ... redirected)
DATA FN g(sa),FN h(sa):
... /> POKE 23563,FN g(sd): POKE 23564,FN h(sd): ...

... automatically created within the DEF FN statement itself by the ... used independently of any DEF FN statement, which allows quick ... the sub-routine by assigning DEFADD appropriately at some time ... done as a recursive DEF FN.

Finally, knowing ...

... .
[code]
2 DEF FN t$(n,t,d)
+VAL$ (("FN t$("
+STR$ (n-INT ...

... $(row,col) use FN c$(row,col) where FN c$() is defined ... as DEF FN c$(r,c ... /> ScrDol: ld hl,(23563) ;HL=(DEFADD)
push hl
inc ...

... from the function:
DEF FN s$(r,k)=STR$ USR ... called from elsewhere a dummy DEFADD space needs to be assigned ...

... every parameter of a DEF FN.

By the time ...

... /> 320 POKE DEFADD,FN l(udg):
POKE defadd+1,FN h(udg):
1340 POKE DEFADD,FN l(udg):
POKE defadd+1,FN h(udg):
1410 POKE DEFADD,FN l(udg):
POKE defadd+1,FN h(udg):

... was at locating the DEF FN when called upon.
... [code]
10 DEF FN a()=10
20 PRINT ... code]
10 REM : DEF FN a()=10
20 PRINT ... routine that looks for DEF FN, DATA and (oddly) ... pigs ear of evaluating the FN call!

...

This is what I've compiled so far:

[quote]Resources
=========

* Make all caps
---------------

You can turn CAPS LOCK on or off using a simple poke to 23658:

POKE 23658,8: REM CAPS ON
...

... : define a function as DEF FN f(x)=USR nnnnn . In ... , look up the system variable DEFADD. The value of your parameter ... the address pointed to by DEFADD. For the precise details, see ...

... that was via a DEF FN.
I defined the ... something like:[CODE]DEF FN P(A,B,A$)= ... FN function are to look at address stored in the DEFADD ... (23563) system variable which points to the DEF FN ... of your parameters into the DEFADD system variable, then call ...

... the parameters of the DEF FN.
So in order to ... had a DEF FN of:
[CODE]DEF FN P(A,B ... in memory by BASIC and DEFADD set to point to that ... gets called, and calling the FN from BASIC. Just look at ... address pointed to by the DEFADD sysvar.

... check routine which uses DEF FN to define the file name ... function definition is:
DEF FN o(f$)=USR 49050
DEFADD holds start of FN o(f$) arg

... day. Specifically, the use of FN o(f$) in these lines ... 9134: GO SUB 9220: DEF FN o(f$)=USR 49050: DEF ... LET r$=l$(item): IF FN o(r$+CHR$ 255) THEN ... it works. It references the DEFADD system variables area to get ... file name passed in the FN o(f$) call.

... you could use a FN. Your example would ... ,(23563) ;DEFADD address of first character after FN
... ;A holds second parameter in FN
AND B
[CODE]
10 DEF FN A(X,Y) = USR start_address ...
20 PRINT FN A(10,20)
[/ ...

... and key offset from the DEFADD workspace, putting them in HL ... take the dimensions as additional FN parameters, as 80,32 is ...

... area used by user-defined FN evaluations. I'd often ... so I knew how the DEFADD area was laid out. ... instead of working with the DEFADD space assigned by the ... using a user-defined FN by POKEing DEFADD with an address ... knew that LOOK-VARS checks DEFADD and if it's ...

... /> 10 DIM s$(length): DEF FN p(a)=PEEK a+256 ... /> DEF FN l(v)=v-256*FN h(v): DEF FN h(v ... (v/256):
LET udg=FN p(23675)
20 LET ... =source: LET dl=length: LET defadd=23563
...[/code]