How can I make an app from an application?

[Onieh]

Thanks Eried,

a little program works :-)

but This one doesn't works if i make it so!!

START
BEGIN
STARTVIEW(-1);
LOCAL Line;
Line:=1;
STARTAPP("Fluglatz");
WHILE Line<>0 DO
CASE

IF Line==1 THEN //Start Flugnavigation

LOCAL CO:=RGB(255,255,255);

RECT(RGB(154,205,50));
TEXTOUT_P("F L U G N A V I G A T I O N",31,20,7,RGB(255,255,255));
TEXTOUT_P("© 2017 Heino Krüger",180,220,3);

//RWY
RECT_P(0,90,320,160,RGB(155,155,155));

//0
RECT_P(68,112,79,114,RGB(255,255,255));
RECT_P(68,121,79,123,RGB(255,255,255));
RECT_P(66,114,68,121,RGB(255,255,255));
RECT_P(80,114,82,121,RGB(255,255,255));

//3
RECT_P(80,127,82,134,RGB(255,255,255));
RECT_P(66,127,68,134,RGB(255,255,255));
RECT_P(73,130,75,134,RGB(255,255,255));
RECT_P(68,135,79,137,RGB(255,255,255));

//2
RECT_P(240,137,242,126,RGB(255,255,255));
RECT_P(243,126,246,128,RGB(255,255,255));
RECT_P(247,137,249,126,RGB(255,255,255));
RECT_P(250,137,253,135,RGB(255,255,255));
RECT_P(254,137,256,126,RGB(255,255,255));

//1
RECT_P(240,114,256,116,RGB(255,255,255));
RECT_P(240,117,242,119,RGB(255,255,255));


RECT_P(10,97,50,107,RGB(255,255,255));
RECT_P(10,112,50,122,RGB(255,255,255));
RECT_P(10,127,50,137,RGB(255,255,255));
RECT_P(10,142,50,152,RGB(255,255,255));

RECT_P(270,97,310,107,RGB(255,255,255));
RECT_P(270,112,310,122,RGB(255,255,255));
RECT_P(270,127,310,137,RGB(255,255,255));
RECT_P(270,142,310,152,RGB(255,255,255));

LINE_P(120,124,161,121,CO);//Rumpf
LINE_P(120,125,161,122,CO);
LINE_P(120,126,161,123,CO);
LINE_P(120,126,161,124,CO);
LINE_P(120,126,161,125,CO);
LINE_P(120,126,161,126,CO);
LINE_P(120,126,161,127,CO);
LINE_P(120,126,161,128,CO);
LINE_P(120,126,161,129,CO);

LINE_P(126,119,126,131,CO);//Heck
LINE_P(125,119,125,131,CO);
LINE_P(127,119,127,131,CO);
LINE_P(128,120,128,130,CO);

LINE_P(149,103,149,147,CO);//Flügel
LINE_P(150,102,150,148,CO);
LINE_P(151,101,151,149,CO);
LINE_P(152,100,152,150,CO);
LINE_P(153,100,153,150,CO);
LINE_P(154,100,154,150,CO);
LINE_P(155,100,155,150,CO);
LINE_P(156,101,156,149,CO);

LINE_P(162,122,162,128);//Motor
LINE_P(163,123,163,127);
LINE_P(164,125,166,125);

LINE_P(166,118,166,132);//Propeller
LINE_P(167,118,167,132);

FREEZE;
WAIT();
Line:=2;
END; //Line1 Flugparameter

IF Line==2 THEN //Start Flugkoordinaten
STARTVIEW(-1);
LOCAL K:=0, Z1:=0;

RECT_P(0,0,320,220,RGB(0,255,0));

TEXTOUT_P("F L U G N A V I G A T I O N",31,20,7);

TEXTOUT_P("1 für: Startplatz ICAO",70,60);
TEXTOUT_P("2 für: Zielplatz_ICAO",70,85);
TEXTOUT_P("3 für: Start POSITION",70,110);
TEXTOUT_P("4 für: Ziel POSITION",70,135);
TEXTOUT_P("Del für Abbruch",70,160);

REPEAT
K:=GETKEY;
IF K==42 THEN Line:=3; END; //Taste 1
IF K==43 THEN Line:=4; END; //Taste 2
IF K==44 THEN Line:=5; END; //Taste 3
IF K==37 THEN Line:=6; END; //Taste 4
IF K==38 THEN PRINT("FLUGSTRECKE"); STARTVIEW (-1);END; //Taste 5
UNTIL K==19 or K==37 or K==38 or K==42 or K==43 or K==44;

END; //ENDE Line2 Flugkoordinaten

IF Line==3 THEN // Beginn Flugstart
STARTVIEW(-1);
LOCAL A,B,C,D,E,F,g;
LOCAL H,I,K,S,T,Letter;
LOCAL Keys:={"-","-","-","-","-",
"-","-","-","-",
"-","-","-","-","-",
"A","B","C","D","E","Del",
"F","G","H","I","J","K",
"L","M","N","O","-",
"P","Q","R","S","T",
"-","U","V","W","X",
"-","Y","Z","-","-",
"-","-","-","-","-"};

STARTAPP("Flugplatz");

RECT_P(0,0,320,240,RGB(0,205,205)); //Clear screen
RECT_P(90,40,129,59,RGB(255,255,255));

TEXTOUT_P("S t a r t f l u g p l a t z",40,0,7);
TEXTOUT_P("Eingabe: ",0,38,5);

T:=""; S:=0;
WHILE S<4 OR POS(a:a,T)==0 DO //Loop until we got 4 letters that are in the spreadsheet
Letter:="-";
WHILE Letter=="-" DO //Loop until a letter or the Del key is pressed
K:=0;
WHILE K=0 DO K:=WAIT()+1; END; //Wait until a key is pressed and get the key code
Letter:=Keys(K); //Convert the keycode to a letter
END;
IF Letter=="Del" THEN //If Del key has been pressed, clear text and remove one letter from H
IF S>0 THEN TEXTOUT_P(T,90,40,4,RGB(0,205,205),90,RGB(0,205,205));IFTE(S=1,T:="",T:=LEFT(T,S-1));S:=S-1; END;
ELSE //Else it's a letter,
IF S<4 THEN T:=T+Letter;S:=S+1; END; // add it to H and increase the number of letters if we have not yet 4 letters
END;
IF S==4 AND POS(a:a,T)==0 THEN //If we have 4 letters that are not in the spreadsheet ...
TEXTOUT_P(T,90,40,4,RGB(255,0,0),90,RGB(0,205,205)); // ... then print them in RED ...
ELSE
TEXTOUT_P(T,90,40,4); // .. else print current letters in black
END;
END;//END WHILE

S:=POS(a:a,T);

RECT_P(0,32,320,34);
A500:=(EXPR("D"+S)+EXPR("E"+S)/60+EXPR("F"+S)/3600);
B500:=(EXPR("g"+S)+EXPR("H"+S)/60+EXPR("I"+S)/3600);
//TEXTOUT_P((EXPR("A"+S)),90,40,4);
TEXTOUT_P((EXPR("B"+S)),90,70,4);
TEXTOUT_P((EXPR("C"+S)),90,95,4);
TEXTOUT_P((EXPR("D"+S)+"°"),90,120,4);
TEXTOUT_P((EXPR("E"+S)+"´"),140,120,4);
TEXTOUT_P((EXPR("F"+S)+" ̋"),190,120,4);
TEXTOUT_P((EXPR("g"+S)+"°"),90,150,4);
TEXTOUT_P((EXPR("H"+S)+"´"),140,150,4);
TEXTOUT_P((EXPR("I"+S)+" ̋"),190,150,4);

WAIT();

FREEZE;
Line:=2;
END; //END Line3 Flugstart

IF Line==4 THEN //Beginn Flugziel
STARTVIEW(-1);

LOCAL A,B,C,D,E,F,g;
LOCAL H,I,K,S,T,Letter,CZ,DZ;
LOCAL Keys:={"-","-","-","-","-",
"-","-","-","-",
"-","-","-","-","-",
"A","B","C","D","E","Del",
"F","G","H","I","J","K",
"L","M","N","O","-",
"P","Q","R","S","T",
"-","U","V","W","X",
"-","Y","Z","-","-",
"-","-","-","-","-"};

STARTAPP("Flugplatz");

RECT_P(0,0,320,240,RGB(0,205,205)); //Clear screen

TEXTOUT_P("Z i e l f l u g p l a t z",40,0,7);
TEXTOUT_P("Eingabe: ",0,38,5);

T:=""; S:=0;
WHILE S<4 OR POS(a:a,T)==0 DO //Loop until we got 4 letters that are in the spreadsheet
Letter:="-";
WHILE Letter=="-" DO //Loop until a letter or the Del key is pressed
K:=0;
WHILE K=0 DO K:=WAIT()+1; END; //Wait until a key is pressed and get the key code
Letter:=Keys(K); //Convert the keycode to a letter
END;
IF Letter=="Del" THEN //If Del key has been pressed, clear text and remove one letter from H
IF S>0 THEN TEXTOUT_P(T,90,40,4,RGB(0,205,205),90,RGB(0,205,205));IFTE(S=1,T:="",T:=LEFT(T,S-1));S:=S-1; END;
ELSE //Else it's a letter,
IF S<4 THEN T:=T+Letter;S:=S+1; END; // add it to H and increase the number of letters if we have not yet 4 letters
END;
IF S==4 AND POS(a:a,T)==0 THEN //If we have 4 letters that are not in the spreadsheet ...
TEXTOUT_P(T,90,40,4,RGB(255,0,0),90,RGB(0,205,205)); // ... then print them in RED ...
ELSE
TEXTOUT_P(T,90,40,4); // .. else print current letters in black
END;
END;

S:=POS(a:a,T);

RECT_P(0,32,320,34);
C500:=(EXPR("D"+S)+EXPR("E"+S)/60+EXPR("F"+S)/3600);
D500:=(EXPR("g"+S)+EXPR("H"+S)/60+EXPR("I"+S)/3600);
//TEXTOUT_P((EXPR("A"+S)),90,40,4);
TEXTOUT_P((EXPR("B"+S)),90,70,4);
TEXTOUT_P((EXPR("C"+S)),90,95,4);
TEXTOUT_P((EXPR("D"+S)+"°"),90,120,4);
TEXTOUT_P((EXPR("E"+S)+"´"),140,120,4);
TEXTOUT_P((EXPR("F"+S)+" ̋"),190,120,4);
TEXTOUT_P((EXPR("g"+S)+"°"),90,150,4);
TEXTOUT_P((EXPR("H"+S)+"´"),140,150,4);
TEXTOUT_P((EXPR("I"+S)+" ̋"),190,150,4);
CZ:=(EXPR("D"+S)+EXPR("E"+S)/60+EXPR("F"+S)/3600);
DZ:=(EXPR("g"+S)+EXPR("H"+S)/60+EXPR("I"+S)/3600);

WAIT();

FREEZE;
Line:=7;
END; //ENDE Line4 Flugziel

IF Line==5 THEN // Beginn FlugStartPos
STARTVIEW(-1);
LOCAL BG,BGM,BGS,LG,LGM,LGS;
LOCAL control:=1;

REPEAT

INPUT({{BG,[0],{60,20,0}},
{BGM,[0],{60,20,1}},
{BGS,[0],{60,20,2}},
{LG,[0],{60,20,4}},
{LGM,[0],{60,20,5}},
{LGS,[0],{60,20,6}}},
"Start Position",
{"Breitengrad LAT [°] ","Breitenminute [´] ","Breitensekunde [ ̋ ] ","Längengrad LONG [°] ","Längenminute [´] ","Längensekunde [ ̋ ] "},
{"Breitengrad [LATITUDE]","Breitenminute","Breitensekunde","Längengrad LONGITUTE ","Längenminute","Längensekunde"});
C500:=BG+BGM/60+BGS/3600;
D500:=LG+LGM/60+LGS/3600;

CASE

IF (BG<47 or BG>55) THEN MSGBOX("Breitengrad ausserhalb Deutschland");control:=1; END;
IF (LG<6 or LG>15) THEN MSGBOX("Längengrad ausserhalb Deutschland"); control:=1; END;
IF ((BGM<0 or BGM>60) OR (BGS<0 or BGS>60) OR (LGM<0 or LGM>60) OR (LGS<0 or LGS>60)) THEN MSGBOX("Eingabe [ˊ] und [ ̋ ]nur von 0 - 60 erlaubt!"); control:=1; END;

DEFAULT control:=0;

END; //ENDE CASE-Anweisung
UNTIL control <1;
Line:=2;
END; //END Line5 FlugStartlPos

IF Line==6 THEN //Beginn FlugZielPos
STARTVIEW(-1);
LOCAL BG,BGM,BGS,LG,LGM,LGS;
LOCAL control:=1;

REPEAT

INPUT({{BG,[0],{60,20,0}},
{BGM,[0],{60,20,1}},
{BGS,[0],{60,20,2}},
{LG,[0],{60,20,4}},
{LGM,[0],{60,20,5}},
{LGS,[0],{60,20,6}}},
"Ziel Position",
{"Breitengrad LAT [°] ","Breitenminute [´] ","Breitensekunde [ ̋ ] ","Längengrad LONG [°] ","Längenminute [´] ","Längensekunde [ ̋ ] "},
{"Breitengrad [LATITUDE]","Breitenminute","Breitensekunde","Längengrad LONGITUTE ","Längenminute","Längensekunde"});
C500:=BG+BGM/60+BGS/3600;
D500:=LG+LGM/60+LGS/3600;

CASE

IF (BG<47 or BG>55) THEN MSGBOX("Breitengrad ausserhalb Deutschland");control:=1; END;
IF (LG<6 or LG>15) THEN MSGBOX("Längengrad ausserhalb Deutschland"); control:=1; END;
IF ((BGM<0 or BGM>60) OR (BGS<0 or BGS>60) OR (LGM<0 or LGM>60) OR (LGS<0 or LGS>60)) THEN MSGBOX("Eingabe [ˊ] und [ ̋ ]nur von 0 - 60 erlaubt!"); control:=1; END;

DEFAULT control:=0;

END; //ENDE CASE-Anweisung
UNTIL control <1;
Line:=7;
END;
END; //END Line6 FlugZielPos


IF Line==7 THEN //Start Flugparameter
STARTVIEW(-1);
//LOCAL TA1,WR1,WS1,RW1,LA1,VA1,DE1,WC1;
//LOCAL VG1,MW1,BN1,BM1,P3;
LOCAL control:=1;
LOCAL m,m1,mx,my;
REPEAT

INPUT({{TA1,[0],{60,20,0}},
{WR1,[0],{60,20,1}},
{WS1,[0],{60,20,2}},
{VA1,[0],{60,20,3}},
{DE1,[0],{60,20,4}},
{BN1,[0],{60,20,6}}},
"AirSpeed / Wind",
{"Fluggeschwindigkeit TAS [KT] ","Windrichtung WR [°] ","Windgeschwindigkeit WS [KT] ",
"Variation [°] ","Deviation ","Benzinverbrach [l/h] "},
{"Fluggeschwindigkeit","Windrichtung","Windgeschwindigkeit","Variation","Deviation","Benzinverbrauch je Stunde"});

CASE

IF (WS1<0 or WS1>100) THEN MSGBOX("WS>0 und WS<100");control:=1; END;
IF (WS1>=TA1) THEN MSGBOX("Windstärke >= TAS!?"); control:=1; END;
IF (WR1<0 or WR1>360) THEN MSGBOX("Windrichtung zwischen 0° und 360°"); control:=1; END;
IF (VA1>30 OR VA1<-30) THEN MSGBOX("Variation zwischen >30° oder <-30°"); control:=1; END;
IF (DE1>30 OR DE1<-30) THEN MSGBOX("Deviation zwischen >30° oder <-30°"); control:=1; END;
IF (BN1<0 OR BN1>40) THEN MSGBOX("Benzinverbrach >0 bzw. <40 Liter"); control:=1; END;

DEFAULT control:=0;

END; //ENDE CASE-Anweisung
UNTIL control <1;

IF ABS(D500-B500)<0.02 AND (C500<A500) THEN RW1:=180;
LA1:=60*(A500-C500);
END;

IF ABS(D500-B500)<0.02 AND (C500>A500) THEN RW1:=0;
LA1:=60*(C500-A500);
END;

IF ABS(C500-A500)<0.02 AND (D500<B500) THEN RW1:=270;
LA1:=60*(B500-D500)*COS(A500);
END;

IF ABS(C500-A500)<0.02 AND (D500>B500) THEN RW1:=90;
LA1:=60*(B500-D500)*COS(A500);
END;

X1:=0.00758*(D500-B500);
Y1:=(LOG(TAN(45+C500/2))-LOG(TAN(45+A500/2)));
RW1:=ATAN(X1/Y1);
LA1:=(C500-A500)*60/COS(RW1);
IF LA1<0 THEN LA1:=-1*LA1; RW1:=RW1-180;END;

IF RW1<0 THEN RW1:=360+RW1; END;
IF RW1>360 THEN RW1:=RW1-360; END;

WC1:=0;
IF ABS(WR1-RW1-180)<2 THEN VG1:=TA1+WS1;
END;

IF ABS(WR1-RW1)<2 THEN VG1:=TA1-WS1;
END;

X2:=SIN(WR1-RW1-180);

IF X2==0 THEN Z1:=LA1/VG1 ELSE

WC1:=ASIN(WS1*X2/TA1);
Y2:=SIN(360+RW1-WR1-WC1)*TA1;
VG1:=Y2/X2;
MW1:=RW1-WC1-DE1-VA1;

IF MW1<0 THEN MW1:=360+MW1;
END;

IF MW1>360 THEN MW1:=MW1-360;
END;

Z1:=LA1/VG1;
END; //Ende von IF THEN ELSE

IF Z1==IP(Z1) THEN P3:=0; Z1:=IP(Z1); P3:=IP(P3) ELSE
P3:=FP(Z1)*60;
END;

BM1:=IP((0.2+Z1)*BN1); // Benm1=Benzinverbrauch

SW1:=ROUND(ABS(SIN(RW1-WR1)*WS1),1);//Seitenwind
VW1:=ROUND(WC1*-1,0);//Vorhaltewinkel
GG1:=ROUND(VG1,0);//Geschwindigkeit über Grund
CH1:=ROUND(MW1,0);//Kompaskurs

//BEGINN GRAFIK

LOCAL X,Y,WI,N;
LOCAL U,V;
LOCAL F:=#FF0000; //ROT
LOCAL O:=RGB(0,0,128); //BLAU

RECT(RGB(154,205,50));
//REPEAT

//K:=GETKEY;

//INPUT(WI)

ARC_P(160,120,60);
ARC_P(160,120,59,RGB(0,120,15),RGB(150,150,150));
ARC_P(160,120,4);ARC_P(160,120,3);

TEXTOUT_P("Flugrichtung "+ROUND(RW1,0)+"°",20,5,4);
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(10,13,N,F);
END;

TEXTOUT_P("Wind aus "+ROUND(WR1,0)+"°"+" / "+WS1+" KN",20,210,4);
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(10,219,N,O);
END;


TEXTOUT_P("N",153,30,6);
RECT_P(159,55,161,65,#000000);

TEXTOUT_P("O",229,107,6);
RECT_P(95,119,105,121,#000000);

TEXTOUT_P("S",155,186,6);
RECT_P(159,175,161,185,#00000);

TEXTOUT_P("W",72,107,6);
RECT_P(215,119,225,121,#000000);

IF (RW1>=90 AND RW1<=270) THEN
TEXTOUT_P("Start",145,100,3) ELSE
TEXTOUT_P("Start",145,125,3); END;

//FLUGRICHTUNG
IF (RW1>=0 AND RW1<=90) THEN
X:=IP(SIN(RW1)*60);
Y:=IP(√(60^2-X^2));
LINE_P(160,120,(160+X),(120-Y));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160+X,120-Y,N,F);
END;
END;

//WINDRICHTUNG
IF (WR1>=0 AND WR1<=90) THEN
U:=IP(SIN(WR1)*60);
V:=IP(√(60^2-U^2));
LINE_P((160+U/1.4),(120-V/1.4),(160+U),(120-V));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160+U,120-V,N,O);
END;
END;

//FLUGRICHTUNG
IF (RW1>90 AND RW1<=180) THEN
X:=IP(SIN(RW1)*60);
Y:=IP(√(60^2-X^2));
LINE_P(160,120,(160+X),(120+Y));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160+X,120+Y,N,F);
END;
END;

//WINDRICHTUNG
IF (WR1>90 AND WR1<=180) THEN
U:=IP(SIN(WR1)*60);
V:=IP(√(60^2-U^2));
LINE_P((160+U/1.4),(120+V/1.4),(160+U),(120+V));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160+U,120+V,N,O);
END;
END;

//FLUGRICHTUNG
IF (RW1>180 AND RW1<=270) THEN
X:=IP(SIN(RW1-180)*60);
Y:=IP(√(60^2-X^2));
LINE_P(160,120,(160-X),(120+Y));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160-X,120+Y,N,F);
END;
END;

//WINDRICHTUNG
IF (WR1>180 AND WR1<=270) THEN
U:=IP(SIN(WR1-180)*60);
V:=IP(√(60^2-U^2));
LINE_P((160-U/1.4),(120+V/1.4),(160-U),(120+V));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160-U,120+V,N,O);
END;
END;

//FLUGRICHTUNG
IF (RW1>270 AND RW1<=360) THEN
X:=IP(COS(RW1-270)*60);
Y:=IP(√(60^2-X^2));
LINE_P(160,120,(160-X),(120-Y));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160-X,120-Y,N,F);
END;
END;

//WINDRICHTUNG
IF (WR1>270 AND WR1<=360) THEN
U:=IP(COS(WR1-270)*60);
V:=IP(√(60^2-U^2));
LINE_P((160-U/1.4),(120-V/1.4),(160-U),(120-V));
FOR N FROM 1 TO 4 STEP 1 DO
ARC_P(160-U,120-V,N,O);
END;
END;
WAIT();
//RETURN
//UNTIL K==0;

//ENDE GRAFIK

RECT(RGB(154,205,50));
PRINT();
TEXTOUT_P("F L U G N A V I G A T I O N",31,10,7,RGB(255,255,255));

TEXTOUT_P("Rechtsw. Kurs zum Ziel: ",10,40,4);
TEXTOUT_P("=",190,40,4);
TEXTOUT_P((ROUND(RW1,0)+" Grad"),210,40,4);

TEXTOUT_P("Entfernung: ",10,60,4);
TEXTOUT_P("=",190,60,4);
TEXTOUT_P((ROUND(LA1,0)+" NM"),210,60,4);

TEXTOUT_P("Kompas Kurs [CH]: ",10,80,4);
TEXTOUT_P("=",190,80);
TEXTOUT_P((ROUND(CH1,0)+" Grad"),210,80,4);

TEXTOUT_P("Geschwind. über Grund: ",10,100,4);
TEXTOUT_P("=",190,100,4);
TEXTOUT_P((ROUND(GG1,0)+" Grad"),210,100,4);

TEXTOUT_P("Vorhaltewinkel: ",10,120,4);
TEXTOUT_P("=",190,120,4);
TEXTOUT_P((ROUND(VW1,0)+" Grad"),210,120,4);

TEXTOUT_P("Seitenwindkomponente: ",10,140,4);
TEXTOUT_P("=",190,140,4);
TEXTOUT_P((ROUND(SW1,0)+" Grad"),210,140,4);


TEXTOUT_P(("Flugzeit "+(IP(Z1))+" Stunde "+(IP(P3))+" [Minuten]"),10,175,4);
TEXTOUT_P(("Benzinverbrauch "+BM1+" Liter"),10,195,4);

DRAWMENU("ENDE","","NavNeu","","","zurück");

REPEAT
// Get mouse data
REPEAT
m:=MOUSE; m1:=m(1);
UNTIL SIZE(m1)>0;
mx:=m1(1); my:=m1(2);


// ENDE
IF (my≥220 AND my≤319) AND (mx≥0 AND mx≤51) THEN
Line:=0; Startview(-1);
END;
STARTVIEW(-4);

//Flugnavigation neu
IF (my≥220 AND my≤319) AND (mx≥106 AND mx≤157) THEN
Line:=1;
END;
//END;
//END;
//Close main loop
UNTIL ((my≥220 AND my≤319) AND (mx≥0 AND mx≤51) or (my≥220 AND my≤319) AND (mx≥256 AND mx≤319) or (my≥220 AND my≤319) AND (mx≥106 AND mx≤157));
END;

END; //END Line7 Flugparameter

STARTVIEW(-4);
END;// MyNav