ä/ DN€ : €1 Š(18); "LIFE" : € "INSTRUCTIONS"8YNH = 70 : V = 22 : X1 = 1 : Y1 = 1 : X2 = V : Y2 = H7}N€ A(22,70), 80 B$(22), UBOUND(10) : C = 0 : G = 1(‰N€32‰N C = C + 1<N ‚ € "-> "; B$(C)F¡N A$ = ˆ(B$(C))P¹N€4 A$ = "DONE" Š C = 22ZàNB$(C) = "" : C = C - 1dúN€nýN€ X = 1 Š C - 1(xO € †(B$(X)) > L Š L = †(B$(X)) ‚3O€ XŒAOŠ FIND EDGES OF COLONY–AOX1 = †((V-X)/2) SOY1 = †((H-L)/2)ªeOŠ COUNT POPULATION´eO€ X = 1 Š C¾kO € Y = 1 Š †(B$(X))ÈqO A$ = ˆ(B$(X),Y,1)5Ò”O € A$ <> " " Š A(X1+X,Y1+Y) = 1 : P = P + 1 ÜÏO € Y æëO€ XðûOŠ PRINT OUT SCREENúûO€8 †(ˆ ) = 0þO €' 0,0 : € ‚G P €1 "GENERATION:"; G; " POPULATION:"; P;: € I9 Š €1 " INVALID";(3P X3 = V : Y3 = H : X4 = 1 : Y4 = 1"KP G = G + 1A,OP€ X = 1 Š X1 - 1 : €1 : € X : Š BLANK LINES ABOVE COLONY76fP € X = X1 Š X2 : Š VERTICAL AREA OF THE COLONY@lP €1 : € ‚;JrP € Y = Y1 Š Y2 : Š HORIZONTAL AREA OF THE COLONY/TxP € A(X,Y) = 2 Š A(X,Y) = 0 : € ÿ¤/^«P € A(X,Y) = 3 Š A(X,Y) = 1 : € ÿr hÞP € A(X,Y) <> 1 Š ÿ¤,rüP €1 Š(Y); "*";: Š PRINT ONE CELL|Q € X < X3 Š X3 = X†Q € X > X4 Š X4 = X,Q € Y < Y3 Š Y3 = Yš>Q € Y > Y4 Š Y4 = Y ¤PQ € Y ®`Q € X¸pQ € P = 0 Š "QUIT".Â~Q Š EVOLVE & CHECK FOR GROWTH PAST EDGES,Ì~Q X1 = X3 : X2 = X4 : Y1 = Y3 : Y2 = Y4$Ö–Q € X1 < 3 Š X1 = 3 : I9 = -1,à­Q € X2 > (V-2) Š X2 = (V-2) : I9 = -1$êÎQ € Y1 < 3 Š Y1 = 3 : I9 = -1,ôåQ € Y2 > (H-2) Š Y2 = (H-2) : I9 = -1 þR P = 0 R € X = X1 - 1 Š X2 + 1 R € Y = Y1 - 1 Š Y2 + 1R C = 0 & R € I = X - 1 Š X + 1"0'R € J = Y - 1 Š Y + 17:.R € A(I,J) = 1 Š A(I,J) = 2 Š C = C + 1D{R € JN‰R € IX—R € € A(X,Y) = 0/b±R € C = 3 Š A(X,Y) = 3 : P = P + 1 lÕR €:vØR € C < 3 Š C > 4 Š A(X,Y) = 2 :€ P = P + 1€S € € ŠS € Y ”.S € X<ž?S X1 = X1 - 1 : Y1 = Y1 - 1 : X2 = X2 + 1 : Y2 = Y2 + 11¨OS€9 : Š LOOP UNTIL NO POPULATION OR KEYPRESS²\S"QUIT" €¼_S"INSTRUCTIONS"4Æ_S€1 : €1 "ENTER A STARTING DESIGN OF ASTERISKS."$ÐkS€1 "USE A MAXIMUM OF ONE LINE,",ÚtS€1 " PRESS 'RETURN' TO END THE LINE."#ä}S€1 "BE SURE CAPS LOCK IS ON," 1î†S€1 " AND ENTER 'DONE' WHEN YOU ARE READY." øS€1 : €ÿÿ