ÎÌÌÌ̈ˆˆ¬ªªª¬ˆˆˆ¬ÌÌ̬ÌÀ̬ÌÀ̬ÌÀÌÌÌìÌÀÀî̬ÀÌÀ¬ÀÀÀ¬ÀÀÀ¬ÀÀÎÌÌÌ̈ˆˆ¬ªªª¬ˆˆˆ¬ÌÌ̬ÌÌ̬ÌÀ̬ÌÀÌÌÌìÌÀÀî̬ÀÌ̬ÀÀÀ¬ÀÀÀ¬ÀÀ¬ÌÌ̬ªªª¬ª¬ª¬ªÊ̬ªªªŒˆˆˆÌÀÌÎÌÌÎ̬̪ªÀ쬪ÀÀÀÌîÀìîÌÌîî¬ÌÌ̬ªªª¬ª¬ª¬ªÊ̬ªªªŒˆˆˆÌÀÌÎÌÌÎ̬̪ªÀ쬪ÀÀÀÌîÀìîÌÌîî >¦-- title: petunia -- author: zool t=0 P=1 -- plant toggle PX=50 -- pot offset PH=1 -- plant height DF=0 -- flower toggle FH=1 -- flower width m=math GC=0 a=0 LN=.1 PM=5 PN=2.8 DB=0 function TIC() cls() t=t+1 R=10 if DB>0 then if DB>t then bubble() end PN=PN+.01 end for i=20,50 do R=R+.5 for j=0,2*m.pi,1/i do x=m.cos(j)*R y=m.sin(j)*R/3 pix(PX+x,140-i+y,1+(j+i/2)%3) end end for i=0,48,2 do for j=0,2*m.pi,2/i do x=m.cos(j)*(R-i) y=m.sin(j)*(R-i)/3 pix(PX+x,90+y,0) end end if P==1then stalk(PH,PX,Y) if PH<50 then PH=PH+.5 else DF=1 end end if DF==1then petunia(PX,PH,FH,Y) if FH<15 then FH=FH+.5 else GC=1 DF=0 end end if GC==1 then a=a+.01 petunia(PX,PH,FH+a) LN=LN+.1 PM=PM+.1 if PM>13 then PM=1 if DB==0 then DB=t+100 end end end if t>60 then P=1 end end function bubble() circ(90,88,4,12) circ(110,80,6,12) for i=0,47 do for j=0,2*m.pi,1/i do y=m.sin(j)*i/3.5 x=m.cos(j)*i pix(170+x,70+y,12) end end print("oh no, not again",127,68,6) end function gielis(M,N,N2,N3,R,T,C,C2) points={} for k=0,R,1 do for i=0,2*m.pi,1/k^2 do -- Gielis equation --i=i+a r=k*(m.abs(m.cos((M/4)*i))^N2 +m.abs(1/1*(m.sin((M/4)*i)))^N3)^-(1/N) x=m.cos(i-a)*r y=m.sin(i-a)*r if T~=0 then x1=x*m.cos(T)-y*m.sin(T) -- y1=y*m.sin(T)+x*m.sin(T) x=x1 -- y=y1 end c=C+r*k/30%C2 --c=3+r*k/2%4 table.insert(points,{x=x,y=y,c=c}) end end return points end function stalk(h,x) for i=0,h do pix(x,90-i,6) pix(x+1,90-i,7) end leaf(x+3,90-h,h/3,0) leaf(x-3,95-h,h/4,m.pi/1.1) leaf(x+3,90-h/3,h/5,0) leaf(x-3,95-h/2,h/6,m.pi/1.3) -- leaf(x+3,90-h/5,h/8,0) end function petunia(x1,y1,R) p=gielis(PM,1.5,PN,3.7,R,0,8,4) for i=1,#p do pix(x1+p[i].x,y1+p[i].y,p[i].c) end end function leaf(x1,y1,R,T) p=gielis(2,.5,LN,1,R,T,5,3) for i=1,#p do pix(x1+p[i].x,y1+p[i].y,p[i].c) end end