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Simple "automaton" for iPhones

Posted: Fri Dec 27, 2013 9:38 pm
by Henko

Code: Select all

'  "Automaton"
' simple version of earlier Automaton program
' runs on iPhones as well (tested on 3GS and 5S)
'
option base 0
sw=screen_width() ! sh=screen_height()
nw=sw/3-2 ! nh=(sh-80)/3
dim p1(nw+2),p2(nw+2),r(10)
randomize
graphics
graphics clear .8,.8,.8
draw color 0,0,.6
button "nex" title "next" at 10,sh-50 size 120,40
button "paus" title "hold" at 150,sh-50 size 120,40
loop1:
for i=0 to 9 !  r(i)=rnd(4) ! next i
for i=1 to nw ! p1(i)=rnd(4) ! next i
fill color .8,.8,.8 ! fill rect 0,0 to 200,20
draw text "rule:" at 2,0
for i=0 to 9 ! draw text r(i) at 62+12*i,0 ! next i
loop2:
y=20 ! ' disp(p1,y,nw)
for k=1 to nh/2
  for i=1 to nw
    p2(i)=p1(i-1)+p1(i)+p1(i+1) ! p2(i)=r(p2(i))
    next i
  y=y+3 ! disp(p2,y,nw)
  for i=1 to nw
    p1(i)=p2(i-1)+p2(i)+p2(i+1) ! p1(i)=r(p1(i))
    next i
  y=y+3 ! disp(p1,y,nw)
  if button_pressed("nex") then goto loop1
  if button_pressed("paus") then
    button "paus" set title "continue"
    loop3: if button_pressed("paus")=0 then goto loop3
    button "paus" set title "hold"
    end if
  next k
goto loop2
end

def disp(p(),y,mat)
xp=0
graphics lock
for i=1 to mat
  x=p(i)
  if x=0 then
    fill color 0,0,0
    else 
    if x=1 then 
      fill color 1,0,0
      else
      if x=2 then
        fill color 0,1,0
        else 
        fill color 0,0,1
        end if
      end if
    end if
  xp=xp+3
  fill rect xp,y to xp+3,y+3
  next i
graphics unlock
end def

Re: Simple "automaton" for iPhones

Posted: Sat Dec 28, 2013 11:43 am
by Mr. Kibernetik
Very nice version!
It is good that it does not require extra files to work.

I liked it so much that I made a modification of it.
I added more colors, render quality and retry button.

Code: Select all

'  "Automaton"
' simple version of earlier Automaton program
' runs on iPhones as well (tested on 3GS and 5S)
' made by Henko
' mod by Mr.K.

option base 0
s=3 ' render quality
sw=screen_width() ! sh=screen_height()
randomize
graphics
button "nex" title "next" at 10,sh-50 size 80,40
button "paus" title "hold" at 95,sh-50 size 80,40
button "retry" title "retry" at 180,sh-50 size 80,40
button "up" title "+" at 270,sh-60 size 40,30
button "dn" title "-" at 270,sh-30 size 40,30
dim p1(sw),p2(sw),r(22)
loop1:
for i=0 to 21 !  r(i)=rnd(8) ! next i
loop0:
graphics clear .8,.8,.8
draw color 0,0,.6
fill color .8,.8,.8 ! fill rect 0,0 to sw,20
for i=0 to 21 ! draw text r(i) at 2+12*i,0 ! next i
nw=sw/s-2 ! nh=(sh-80)/s
retry:
for i=1 to nw ! p1(i)=rnd(8) ! next i
loop2:
y=20
for k=1 to nh/2
  for i=1 to nw
    p=p1(i-1)+p1(i)+p1(i+1) ! p2(i)=r(p)
    next i
  y=y+s ! disp(p2)
  for i=1 to nw
    p=p2(i-1)+p2(i)+p2(i+1) ! p1(i)=r(p)
    next i
  y=y+s ! disp(p1)
  if bp("nex") then loop1
  if bp("paus") then
    button "paus" set title "continue"
    loop3: if not bp("paus") then loop3
    button "paus" set title "hold"
    end if
  if bp("up") then
    s=s+1
    if s=2 then s=s+1
    goto loop0
    end if
  if bp("dn") and s>1 then
    s=s-1
    if s=2 then s=s-1
    goto loop0
    end if
  if bp("retry") then retry
  next k
goto loop2
end

def bp(n$)
bp=button_pressed(n$)
end def

def disp(p())
xp=0
graphics lock
for i=1 to .nw
  x=p(i)
  r=bit(x,0)
  g=bit(x,1)
  b=bit(x,2)
  fill color r,g,b
  xp=xp+.s
  if .s > 2 then d=.s-1 else d=.s
  fill rect xp,.y to xp+d,.y+d
  next i
graphics unlock
end def
Снимок экрана 28 дек. 2013 г., 17.41.49 с Симулятора iOS.png
Снимок экрана 28 дек. 2013 г., 17.41.49 с Симулятора iOS.png (42.22 KiB) Viewed 2880 times

Re: Simple "automaton" for iPhones

Posted: Sat Dec 28, 2013 1:53 pm
by Henko
Mr. Kibernetik wrote: I liked it so much that I made a modification of it.
I added more colors, render quality and retry button.
Nice update, showing some new features in SB as well.
However, the bigger amount of colors introduces so much randomnes in the mechanism, that the graphics tend to a uniform, amorph structure, be it with different colors. There are hardly any interesting structures produced
This was aready mentioned in the original article in the Byte magazine from 1988 or so... . 4 colors (statusses) seemed to be some kind of an optimum. Making the number of colors variable could help to show that effect.