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Names: »COMGRAPH.CML«
└─⟦0bea7a4e4⟧ Bits:30004201 COMET GRAFIK for MPS-24 tilpasset COMAL-80 Ver. 2.02a
└─ ⟦this⟧ »COMGRAPH.CML«
9000 // Proceduregruppe COMGRAPH SEP.84 / ULJ Version 2.1 9001 // 9002 // ###################################################################### 9003 // ## Copyright (C) ICL A/S november l982, september 1984. ## 9004 // ## Dette programmel stilles af ICL A/S til brugernes rådighed i ## 9005 // ## forbindelse med levering af grafikprocessor MPS-24 til COMET. ## 9006 // ## Programmellet må anvendes i forbindelse med den leverede gra- ## 9007 // ## fikprocessor. Det er tilladt at foretage sikkerhedskopiering i ## 9008 // ## fornødent omfang samt at anvende programmellet i programmer ## 9009 // ## til eget brug. ## 9010 // ## Enhver anden form for anvendelse af programellet - herunder ## 9011 // ## kommerciel udnyttelse af dette samt distribution til tredie- ## 9012 // ## part - er ikke tilladt. ## 9013 // ## ICL A/S påtager sig ingen forpligtigelser med hensyn til fejl- ## 9014 // ## rettelser og/eller videreudvikling/opdatering af det leverede ## 9015 // ## programmel. ## 9016 // ## Ophavsretten til programmel samt tilhørende dokumentation for- ## 9017 // ## bliver hos ICL A/S. ## 9018 // ###################################################################### 9019 // 9020 // ***** GRUPPE 1 ***** Diverse initieringer ************************** 9021 // 9022 PROC INITGRAFIK(SKRMNR) // 9023 OUT 176, 255 9024 OUT 179, 255*(SKRMNR-1) 9025 OUT 160, 7 9026 OUT 161, 11 9027 ENDPROC INITGRAFIK 9028 // 9029 PROC GRAFIK(SKRMNR) // 9030 OUT 176, 255 9031 OUT 179, 255*(SKRMNR-1) 9032 ENDPROC GRAFIK 9033 // 9034 PROC VIDEO // 9035 OUT 176, 0 9036 ENDPROC VIDEO 9037 // 9038 PROC TIME(SEC) // 9039 FOR TID:=1 TO 800*SEC DO 9040 NEXT TID 9041 ENDPROC TIME 9042 // 9043 PROC WAIT(REF KAR) // 9044 POKE 256, 195 9045 TRAP ESC- 9046 REPEAT 9047 IF ESC() THEN 9048 KAR:=27 9049 ELSE 9050 KAR:=PEEK(256) 9051 ENDIF 9052 UNTIL KAR<>195 9053 TRAP ESC+ 9054 ENDPROC WAIT 9055 // 9056 PROC INITSTATUS // 9057 STATUS:=0 9058 EXEC STATUSINIT 9059 ENDPROC INITSTATUS 9060 // 9061 PROC STATUSINIT CLOSED 9062 IMPORT STATUS 9063 DIM STATUS$ OF 10 9064 STATUS:=VARPTR(STATUS$)+2 9065 POKE STATUS, 219 // IN 160 9066 POKE STATUS+1, 160 // COMMANDOREGISTER 9067 POKE STATUS+2, 230 // ANI 00000100B 9068 POKE STATUS+3, 4 9069 POKE STATUS+4, 254 // CPI 0 9070 POKE STATUS+5, 0 9071 POKE STATUS+6, 202 // JZ STATUS 9072 POKE STATUS+7, STATUS MOD 256 9073 POKE STATUS+8, STATUS DIV 256 9074 POKE STATUS+9, 201 // RETURN 9075 ENDPROC STATUSINIT 9076 // 9100 // ***** GRUPPE 2 ***** Tegning af figurer og tekst. ******************** 9101 // 9102 PROC DISPLINEALL(TY, BR, X1, Y1, X2, Y2) 9103 OUT 162, TY+(INP(162) DIV 4)*4 9104 IF X1=X2 THEN 9105 FOR STRBR:=X1-INT(BR/2) TO X1+INT(BR/2) DO 9106 EXEC DISPLINE(STRBR,Y1,STRBR,Y2) 9107 NEXT STRBR 9108 ELIF Y1=Y2 THEN 9109 FOR STRBR:=Y1-INT(BR/2) TO Y1+INT(BR/2) DO 9110 EXEC DISPLINE(X1,STRBR,X2,STRBR) 9111 NEXT STRBR 9112 ELSE 9113 FOR STRBR:=-INT(BR/2) TO INT(BR/2) DO 9114 EXEC DISPLINE(X1,Y1+STRBR,X2,Y2+STRBR) 9115 NEXT STRBR 9116 ENDIF 9117 ENDPROC DISPLINEALL 9118 // 9119 PROC DISPREKTALL(TY, BR, X1, Y1, X2, Y2) 9120 OUT 162, TY+(INP(162) DIV 4)*4 9121 FOR RBR:=-INT(BR/2) TO INT(BR/2) DO 9122 EXEC DISPREKT(X1-RBR,Y1-RBR,X2+RBR,Y2+RBR) 9123 NEXT RBR 9124 ENDPROC DISPREKTALL 9125 // 9126 PROC DISPCIRKELALL(TY, BR, X1, Y1, X2, Y2) 9127 OUT 162, TY+(INP(162) DIV 4)*4 9128 XX2:=SQR((X1-X2)^2+(Y1-Y2)^2)+X1 9129 FOR CI:=-INT(BR/2) TO INT(BR/2) DO 9130 EXEC DISPCIRKEL(X1,Y1,XX2+CI,Y1) 9131 NEXT CI 9132 ENDPROC DISPCIRKELALL 9133 // 9134 PROC DISPCHRALL(TY, MX, MY, X1, Y1, S$) 9135 OUT 162, TY*4+(INP(162) MOD 4) 9136 IF MX=16 THEN MX:=0 9137 IF MY=16 THEN MY:=0 9138 OUT 163, MX*16+MY 9139 EXEC DISPCHR(X1,Y1,S$) 9140 ENDPROC DISPCHRALL 9141 // 9142 PROC DISPCHRALLDK(TY, MX, MY, X1, Y1, S$) 9143 OUT 162, TY*4+(INP(162) MOD 4) 9144 IF MX=16 THEN MX:=0 9145 IF MY=16 THEN MY:=0 9146 OUT 163, MX*16+MY 9147 EXEC DISPCHRDK(X1,Y1,S$) 9148 ENDPROC DISPCHRALLDK 9149 // 9150 PROC FILL(X1, Y1, X2, Y2, PENERASE) 9151 IF X1>X2 THEN 9152 PZ:=X1; X1:=X2; X2:=PZ 9153 ENDIF 9154 IF Y1>Y2 THEN 9155 PZ:=Y1; Y1:=Y2; Y2:=PZ 9156 ENDIF 9157 IF X2-X1>255 THEN 9158 EXEC FILL(X1,Y1,X2 DIV 2,Y2,PENERASE) 9159 X1:=(X2 DIV 2)+1 9160 ENDIF 9161 OUT 165, X2-X1 9162 OUT 160, PENERASE 9163 FOR FII:=Y1 TO Y2 DO 9164 OUT 168, X1 DIV 256 9165 OUT 169, X1 MOD 256 9166 OUT 170, FII DIV 256 9167 OUT 171, FII MOD 256 9168 OUT 160, 16 9169 NEXT FII 9170 OUT 160, 0 9171 ENDPROC FILL 9172 // 9200 // ***** GRUPPE 3 ***** tegning af figurer og tekst - enkelt streg ****** 9201 // 9202 PROC DISPLINE(X1, Y1, X2, Y2) 9203 WHILE ABS(X2-X1)>255 OR ABS(Y2-Y1)>255 DO 9204 XX2:=INT((X2-X1)/2)+X1; YY2:=INT((Y2-Y1)/2)+Y1 9205 EXEC DISPLINE(X1,Y1,XX2,YY2) 9206 X1:=XX2; Y1:=YY2 9207 ENDWHILE 9208 OUT 168, X1 DIV 256 9209 OUT 169, X1 MOD 256 9210 OUT 170, Y1 DIV 256 9211 OUT 171, Y1 MOD 256 9212 OUT 165, ABS(X2-X1) 9213 OUT 167, ABS(Y2-Y1) 9214 OUT 160, 17+2*((X2-X1)<0)+4*((Y2-Y1)<0) 9215 ENDPROC DISPLINE 9216 // 9217 PROC DISPVEKTOR(PX, PY) 9218 PX1:=INP(168)*256+INP(169); PY1:=INP(170)*256+INP(171) 9219 WHILE ABS(PX1-PX)>255 OR ABS(PY1-PY)>255 DO 9220 PXX1:=INT((PX-PX1)/2)+PX1; PYY1:=INT((PY-PY1)/2)+PY1 9221 EXEC DISPVEKTOR(PXX1,PYY1) 9222 PX1:=PXX1; PY1:=PYY1 9223 ENDWHILE 9224 OUT 165, ABS(PX1-PX) 9225 OUT 167, ABS(PY1-PY) 9226 OUT 160, 17+2*((PX-PX1)<0)+4*((PY-PY1)<0) 9227 ENDPROC DISPVEKTOR 9228 // 9229 PROC DISPREKT(X1, Y1, X2, Y2) 9230 OUT 168, INT(X1) DIV 256 9231 OUT 169, INT(X1) MOD 256 9232 OUT 170, INT(Y1) DIV 256 9233 OUT 171, INT(Y1) MOD 256 9234 EXEC DISPVEKTOR(X2,Y1) 9235 EXEC DISPVEKTOR(X2,Y2) 9236 EXEC DISPVEKTOR(X1,Y2) 9237 EXEC DISPVEKTOR(X1,Y1) 9238 ENDPROC DISPREKT 9239 // 9240 PROC DISPCIRKEL(X1, Y1, X2, Y2) 9241 TOPI:=8*ATN(1) 9242 RADIUS:=SQR((X1-X2)^2+(Y1-Y2)^2) 9243 XX1:=X1+RADIUS; YY1:=Y1 9244 OUT 168, INT(XX1) DIV 256 9245 OUT 169, INT(XX1) MOD 256 9246 OUT 170, INT(YY1) DIV 256 9247 OUT 171, INT(YY1) MOD 256 9248 FOR GRAD:=0.05 TO TOPI STEP 0.05 DO 9249 XX2:=INT((RADIUS)*COS(GRAD)+X1) 9250 YY2:=INT((RADIUS)*SIN(GRAD)+Y1) 9251 IF ABS(XX2-XX1)<4 AND ABS(YY2-YY1)<4 THEN 9252 OUT 160, 129+ABS(XX2-XX1)*32+ABS(YY2-YY1)*8+((XX2-XX1)<0)*2+((YY2-YY1)<0)*4 9253 ELSE 9254 OUT 165, ABS(XX2-XX1) 9255 OUT 167, ABS(YY2-YY1) 9256 OUT 160, 17+((XX2-XX1)<0)*2+((YY2-YY1)<0)*4 9257 ENDIF 9258 XX1:=XX2; YY1:=YY2 9259 NEXT GRAD 9260 EXEC DISPLINE(XX1,YY1,X1+RADIUS,Y1) 9261 ENDPROC DISPCIRKEL 9262 // 9263 PROC DISPCHR(X1, Y1, S$) 9264 OUT 168, INT(X1) DIV 256 9265 OUT 169, INT(X1) MOD 256 9266 OUT 170, INT(Y1) DIV 256 9267 OUT 171, INT(Y1) MOD 256 9268 FOR DI:=1 TO LEN(S$) DO 9269 OUT 160, ORD(S$(DI)) 9270 NEXT DI 9271 ENDPROC DISPCHR 9272 // 9273 PROC DISPCHRDK(X1, Y1, S$) 9274 OUT 168, INT(X1) DIV 256 9275 OUT 169, INT(X1) MOD 256 9276 OUT 170, INT(Y1) DIV 256 9277 OUT 171, INT(Y1) MOD 256 9278 FOR DI:=1 TO LEN(S$) DO 9279 IF S$(DI) IN "ÆØÅæøå" THEN 9280 EXEC DANSK(S$(DI)) 9281 ELSE 9282 OUT 160, ORD(S$(DI)) 9283 ENDIF 9284 NEXT DI 9285 ENDPROC DISPCHRDK 9286 // 9300 // ***** GRUPPE 4 ***** Skrivning til registre ************************** 9301 // 9302 PROC SETXY(X, Y) 9303 EXEC SETX(X) 9304 EXEC SETY(Y) 9305 ENDPROC SETXY 9306 // 9307 PROC SETX(X) 9308 OUT 168, INT(X) DIV 256 9309 OUT 169, INT(X) MOD 256 9310 ENDPROC SETX 9311 // 9312 PROC SETY(Y) 9313 OUT 170, INT(Y) DIV 256 9314 OUT 171, INT(Y) MOD 256 9315 ENDPROC SETY 9316 // 9317 PROC SETDELTAXY(DX, DY) 9318 OUT 165, INT(DX) 9319 OUT 167, INT(DY) 9320 ENDPROC SETDELTAXY 9321 // 9322 PROC SETDELTAX(DX) 9323 OUT 165, INT(DX) 9324 ENDPROC SETDELTAX 9325 // 9326 PROC SETDELTAY(DY) 9327 OUT 167, INT(DY) 9328 ENDPROC SETDELTAY 9329 // 9330 PROC SETCTRL2(V) 9331 OUT 162, INT(V) 9332 ENDPROC SETCTRL2 9333 // 9334 PROC SETLINETYPE(TY) 9335 OUT 162, TY+(INP(162) DIV 4)*4 9336 ENDPROC SETLINETYPE 9337 // 9338 PROC SETCHRTYPE(TY) 9339 OUT 162, TY*4+(INP(162) MOD 4) 9340 ENDPROC SETCHRTYPE 9341 // 9342 PROC SETCHRSIZEXY(MX, MY) 9343 IF MX=16 THEN MX:=0 9344 IF MY=16 THEN MY:=0 9345 OUT 163, MY+16*MX 9346 ENDPROC SETCHRSIZEXY 9347 // 9348 PROC SETCHRSIZEX(MX) 9349 IF MX=16 THEN MX:=0 9350 OUT 163, (INP(163) MOD 16)+MX*16 9351 ENDPROC SETCHRSIZEX 9352 // 9353 PROC SETCHRSIZEY(MY) 9354 IF MY=16 THEN MY:=0 9355 OUT 163, MY+(INP(163) DIV 16)*16 9356 ENDPROC SETCHRSIZEY 9357 // 9358 PROC SETCTRL1(V) 9359 OUT 161, V 9360 ENDPROC SETCTRL1 9361 // 9362 PROC SETPENSLETTE(F) 9363 OUT 160, NOT F 9364 ENDPROC SETPENSLETTE 9365 // 9366 PROC SETUPDOWN(F) 9367 OUT 160, 3-F 9368 ENDPROC SETUPDOWN 9369 // 9370 PROC SETSKÆRM(S) 9371 OUT 161, (INP(161) MOD 8)+S*8 9372 ENDPROC SETSKÆRM 9373 // 9374 PROC SETRMW(F) 9375 OUT 177, 255*F 9376 ENDPROC SETRMW 9377 // 9378 PROC CLEARSCREEN // 9379 OUT 160, 4 9380 ENDPROC CLEARSCREEN 9381 // 9382 PROC RESETXY // 9383 OUT 160, 5 9384 ENDPROC RESETXY 9385 // 9386 PROC RESETX // 9387 OUT 160, 13 9388 ENDPROC RESETX 9389 // 9390 PROC RESETY // 9391 OUT 160, 14 9392 ENDPROC RESETY 9393 // 9394 PROC RESETALL // 9395 OUT 160, 7 9396 ENDPROC RESETALL 9397 // 9398 PROC COMMANDO(C) 9399 OUT 160, C 9400 CALL STATUS 9401 ENDPROC COMMANDO 9402 // 9500 // ***** GRUPPE 5 ***** Indlæsning fra registre (procedurer) ************ 9501 // 9502 PROC INPX(REF X1) 9503 X1:=INP(168)*256+INP(169) 9504 ENDPROC INPX 9505 // 9506 PROC INPY(REF Y1) 9507 Y1:=INP(170)*256+INP(171) 9508 ENDPROC INPY 9509 // 9510 PROC INPDELTAX(REF DX) 9511 DX:=INP(165) 9512 ENDPROC INPDELTAX 9513 // 9514 PROC INPDELTAY(REF DY) 9515 DY:=INP(167) 9516 ENDPROC INPDELTAY 9517 // 9518 PROC INPCTRL1(REF CTRL1) 9519 CTRL1:=INP(161) 9520 ENDPROC INPCTRL1 9521 // 9522 PROC INPCTRL2(REF CTRL2) 9523 CTRL2:=INP(162) 9524 ENDPROC INPCTRL2 9525 // 9526 PROC INPLINETYPE(REF TY) 9527 TY:=INP(162) MOD 4 9528 ENDPROC INPLINETYPE 9529 // 9530 PROC INPCHRTYPE(REF TY) 9531 TY:=INP(162) DIV 4 9532 ENDPROC INPCHRTYPE 9533 // 9534 PROC INPCHRSIZE(REF MX, REF MY) 9535 MX:=INP(163) DIV 32; MY:=INP(163) MOD 32 9536 IF MX=0 THEN MX:=16 9537 IF MY=0 THEN MY:=16 9538 ENDPROC INPCHRSIZE 9539 // 9540 PROC INPPENSLET(REF PEN) 9541 PEN:=(INP(161) MOD 4) DIV 2 9542 ENDPROC INPPENSLET 9543 // 9544 PROC INPUPDOWN(REF UPDOWN) 9545 UPDOWN:=INP(161) DIV 2 9546 ENDPROC INPUPDOWN 9547 // 9548 PROC INPSKÆRM(REF SKÆRM) 9549 SKÆRM:=(INP(161) MOD 16) DIV 8 9550 ENDPROC INPSKÆRM 9551 // 9552 PROC LÆSSKÆRMALL(X, Y, REF RES) 9553 EXEC SETXY(X,Y) 9554 EXEC LÆSSKÆRM(RES) 9555 ENDPROC LÆSSKÆRMALL 9556 // 9557 PROC LÆSSKÆRM(REF RES) 9558 OUT 160, 15 9559 RES:=INP(178) 9560 ENDPROC LÆSSKÆRM 9561 // 9600 // ***** GRUPPE 6 ***** Indlæsning fra registre (funktioner) ************** 9601 // 9602 FUNC FNPORT(NR) 9603 RETURN INP(NR) 9604 ENDFUNC FNPORT 9605 // 9606 FUNC FNX 9607 RETURN INP(168)*256+INP(169) 9608 ENDFUNC FNX 9609 // 9610 FUNC FNY 9611 RETURN INP(170)*256+INP(171) 9612 ENDFUNC FNY 9613 // 9614 FUNC FNDELTAX 9615 RETURN INP(165) 9616 ENDFUNC FNDELTAX 9617 // 9618 FUNC FNDELTAY 9619 RETURN INP(167) 9620 ENDFUNC FNDELTAY 9621 // 9622 FUNC FNLINETYPE 9623 RETURN INP(162) MOD 4 9624 ENDFUNC FNLINETYPE 9625 // 9626 FUNC FNCHRTYPE 9627 RETURN INP(162) DIV 4 9628 ENDFUNC FNCHRTYPE 9629 // 9630 FUNC FNCHRSIZEX 9631 RETURN INP(163) DIV 16 9632 ENDFUNC FNCHRSIZEX 9633 // 9634 FUNC FNCHRSIZEY 9635 RETURN INP(163) MOD 16 9636 ENDFUNC FNCHRSIZEY 9637 // 9638 FUNC FNPENSLET 9639 RETURN (INP(161) MOD 4) DIV 2 9640 ENDFUNC FNPENSLET 9641 // 9642 FUNC FNUPDOWN 9643 RETURN INP(161) MOD 2 9644 ENDFUNC FNUPDOWN 9645 // 9646 FUNC FNSKÆRM 9647 RETURN (INP(161) MOD 16) DIV 8 9648 ENDFUNC FNSKÆRM 9649 // 9650 FUNC FNLÆSSKÆRMALL 9651 EXEC SETXY(X,Y) 9652 RETURN FNLÆSSKÆRM 9653 ENDFUNC FNLÆSSKÆRMALL 9654 // 9655 FUNC FNLÆSSKÆRM 9656 OUT 160, 15 9657 RETURN INP(178) 9658 ENDFUNC FNLÆSSKÆRM 9659 // 9700 // ***** GRUPPE 7 ***** Danske specialkarakterer Æ,Ø,Å,æ,ø,å ************** 9701 // 9702 PROC DANSK(S$) 9703 EXEC INITSTATUS 9704 REG:=2*(INP(162)>=8) 9705 XX1:=INP(168+REG)*256+INP(169+REG) 9706 YY1:=INP(170-REG)*256+INP(171-REG) 9707 XSIZE:=INP(163) DIV 16; YSIZE:=INP(163) MOD 16 9708 IF XSIZE=0 THEN XSIZE:=16 9709 IF YSIZE=0 THEN YSIZE:=16 9710 S:=INP(161) 9711 CASE S$ OF 9712 WHEN "Æ" 9713 OUT 160, 65 9714 XX1:+XSIZE*2 9715 CALL STATUS 9716 OUT 161, 9 9717 EXEC SETREG(XX1,REG) 9718 CALL STATUS 9719 OUT 160, 10 9720 CALL STATUS 9721 EXEC SETREG(XX1,REG) 9722 OUT 161, S 9723 CALL STATUS 9724 OUT 160, 69 9725 CALL STATUS 9726 XX1:=INP(168+REG)*256+INP(169+REG)-XSIZE*3 9727 EXEC SETREG(XX1,REG) 9728 OUT 161, 9 9729 CALL STATUS 9730 OUT 160, 10 9731 CALL STATUS 9732 EXEC SETREG(XX1+XSIZE,REG) 9733 WHEN "Ø" 9734 OUT 160, 79 9735 EXEC SETREG(XX1,REG) 9736 OUT 160, 47 9737 WHEN "Å" 9738 IF YSIZE>3 THEN OUT 163, XSIZE*16+YSIZE+1 9739 IF YSIZE>3 THEN OUT 160, 105 9740 IF YSIZE<4 THEN OUT 160, 33 9741 CALL STATUS 9742 OUT 161, 9 9743 OUT 163, XSIZE*16+YSIZE-1 9744 EXEC SETREG(XX1,REG) 9745 OUT 160, 10 9746 CALL STATUS 9747 OUT 161, S 9748 EXEC SETREG(XX1,REG) 9749 OUT 160, 65 9750 CALL STATUS 9751 OUT 163, XSIZE*16+YSIZE 9752 WHEN "æ" 9753 OUT 160, 97 9754 XX1:+XSIZE*3 9755 CALL STATUS 9756 OUT 161, 9 9757 EXEC SETREG(XX1,REG) 9758 CALL STATUS 9759 OUT 160, 10 9760 CALL STATUS 9761 XX1:-XSIZE 9762 EXEC SETREG(XX1,REG) 9763 OUT 161, S 9764 CALL STATUS 9765 OUT 160, 101 9766 CALL STATUS 9767 WHEN "ø" 9768 OUT 160, 100 9769 CALL STATUS 9770 OUT 161, 9 9771 EXEC SETREG(XX1+XSIZE*2,REG) 9772 OUT 160, 10 9773 CALL STATUS 9774 EXEC SETREG(XX1+XSIZE*3,REG) 9775 OUT 160, 10 9776 CALL STATUS 9777 OUT 161, S 9778 EXEC SETREG(XX1+XSIZE*4,REG) 9779 OUT 160, 119 9780 CALL STATUS 9781 OUT 161, 9 9782 EXEC SETREG(XX1+XSIZE*5,REG) 9783 OUT 160, 10 9784 CALL STATUS 9785 CALL STATUS 9786 CALL STATUS 9787 OUT 161, S 9788 EXEC SETREG(XX1,REG) 9789 OUT 160, 122 9790 CALL STATUS 9791 WHEN "å" 9792 IF YSIZE>4 THEN 9793 FAKT:=1 9794 ELSE 9795 FAKT:=0 9796 ENDIF 9797 OUT 163, XSIZE*16+YSIZE+FAKT 9798 OUT 160, 105 9799 CALL STATUS 9800 OUT 161, 9 9801 OUT 163, XSIZE*16+YSIZE-2*FAKT 9802 EXEC SETREG(XX1,REG) 9803 IF YSIZE<5 THEN 9804 OUT 160, 11 9805 ELSE 9806 OUT 160, 10 9807 ENDIF 9808 CALL STATUS 9809 OUT 163, XSIZE*16+YSIZE 9810 EXEC SETREG(XX1,REG) 9811 OUT 161, S 9812 OUT 160, 97 9813 CALL STATUS 9814 ENDCASE 9815 OUT 161, S 9816 ENDPROC DANSK 9817 // 9818 PROC SETREG(X1, R) 9819 OUT 168+R, X1 DIV 256 9820 OUT 169+R, X1 MOD 256 9821 ENDPROC SETREG «eof»