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WRITELN(Called routine is not yet written!"); HALT END; { And now the actual routinel } PROCEDURE pluto(com : byte); VAR i, j : INTEGER; EGIN pwait; {Wait until Pluto is ready.) {Send Pluto command.} OUT (data, CHR (com) ); {Now send parameters, if any.} CASE com OF allocp : BEGIN pwait; sendword(width,height); OUT(data,CHR(n)) END; BEGIN pwait; sendword(arexc,arcyc); sendword(arexe,arcye) END; copy : BEGIN pwait; sendword(width,height); OUT (data, CHR(pfrom) ); sendword(xfrom,yfrom) ; OUT (data, CHR(pto)); sendword(xto,yto) END; copyte : BEGIN pwait; OUT(data,CHR(n)) END; limage : BEGIN pwait; sendword(width,height); FOR i:= 1 TO height DO FOR j : 1 TO width DO OUT(data,CHR(pixels[i,4])) END; limage : BEGIN pwailt; notyet END; liner : BEGIN pwait; sendword(DX,DY) END; liners : BEGIN pwait; senddxdy END; lineto : BEGIN pwait; sendword(Z,Y) END; lsym : BEGIN pwait; OUT(data,CHR(n)); FOR i z= 1 TO height DO FOR jf := 1 TO width BO OUT(data,CMR(pixels[i,4])) END; BEGIN pwait; notyet END; BEGIN pwait; sendword(DX,DY) END; BEGIN pwait; senddxdy END; BEGIN pwait; sendword(Z,Y) END; BEGIN pwait; setdefaults END; BEGIN pwait; sendword(X,Y) END; BEGIN pwait; sendword(DX,DY) END; BEGIN pwait; senddxdy END; BEGIN pwait; sendword(width,height) END; BEGIN pwait; sendword(width,height) END; BEGIN pwait; sendword(width,height) END; BEGIN pwait; sendword(X,Y) END; BEGIN pwait; sendword(DX,DY) END; BEGIN pwait; senddxdy END; BEGIN pwait; notyet END; BEGIN pwait; notyet END; BEGIN pwait; OUT(data,CHR(bcol)) END;

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BEGIN pwait; OUT(data,CHR(ccol)) END; BEGIN pwait; OUT(data,CHR(cdp)) END; BEGIN pwait; OUT(data,CHR(csp)) END; BEGIN pwait; OUT(data,CHR(cwp)) END; BEGIN pwait; OUT(data,CHR(fcol)) END; BEGIN pwait; sendword(width,height); OUT (data,CHR(p)); sendword(%,Y) END; afpats : BEGIN pwait; OUT(data,CHR(p)); OUT(data,CHR(n)) END; : BEGIN pwait; OUT(data,CHR(pat)) END; speol +: BEGIN pwait; OUT(data,CHR(pcol)) END; srsel : BEGIN pwait; OUT(data,CHR(rsel)) END; sstyle : BEGIN pwait; OUT(data,CHR(style)) END;

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stcol BEGIN pwait; OUT(data,CHR(tcol)) END; swprot : BEGIN pwait; OUT(data,CHR(wprot)) END

END;

{Now get return values if any.}.

CASE com OF allocp ibecol decol dep

BEGIN pwait; p := ORD(INP(data)) END; BEGIN pwait; becol := ORD(INP(data)) END; BEGIN pwait; ccol := ORD(INP(data)) END; BEGIN pwait; X := ORD(INP(data))+256*ORD(INP(data));

Y = ORD(INP(data))+256*0RD(INP(data)) END; BEGIN pwait; cdp := ORD(INP(data)) END; BEGIN pwait; csp := ORD(INP(data)) END; BEGIN pwait; cwp := ORD(INP(data)) END; BEGIN pwait; fcol := ORD(INP(data)) END; BEGIN pwait; pat : ORD(INP(data)) END; BEGIN pwait; pcol := ORDCINP(data)) END; BEGIN pwait; reel i= ORD(INP(data)) END; BEGIN pwait; stat t= ORD(INP(data)) END; BEGIN pwait; style := ORD(INP(data)) END; BEGIN pwait; tcol := ORD(INP(data)) END; BEGIN pwait; wprot t= ORD(INP(data)) END; BEGIN pwait;

FOR i := 1 TO height DO

FOR j := 1 TO width DO

pixels{i,j] := ORD(INP(data)) END; BEGIN pwait; notyet END; BEGIN pwait; c := ORD(INP(data)) END; BEGIN pwait; c := ORD(INP(data)) END; BEGIN pwait; c :* ORD(INP(data)) END; BEGIN pwait;

FOR i := 1 TO height DO

FOR 4 := 1 TO width DO

pixels[{i,j] := ORD(INP(data)) END;

rsyme +: BEGIN pwait; notyet END END

END ; BEGIN {MAIN PROGRAM} {You have to write this part for yourself, of course, but it should be a lot easier nowl} END.

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