log MEMORY_FILE1 0 0 ;
log MEMORY_FILE2 0 0 ;
log MEMORY_FILE3 0 0 ;
log MEMORY_FILE4 0 0 ;
log MEMORY_FILE5 0 0 ;
log MEMORY_FILE7 0 0 ;
GoTo 0 0 ;
Math count = 0 ;
Math gt = 0 ;
Math Qprime = 0 ;
Math qull = 0 ;
Math red = 0 ;
Math gin = 0 ;
SavePos found 0 ;
Get QT ASIZE 0 ;
For T = 0 < QT ;
GoTo found 0 ;
findloc OFFSET string "\x7F\x7F\x7F\x80\x7F\x7F\x7F\x80" 0 0 ;



If OFFSET = 0 ;
Math t = QT ;
Math twotest = 1 ;
EndIF ;
If OFFSET != 0 ;
GoTo OFFSET 0 ;
GoTo 10 0 SEEK_CUR ;
Get onetest Byte 0 ;
Get twotest Byte 0 ;
SavePos found 0 ;
EndIF ;
If twotest = 104 ;
Put count Long MEMORY_FILE1 ;
Math count += onetest ;
Math foxcount = count ;
Math foxcount -= 1 ;
Put foxcount Long MEMORY_FILE1 ;
Put onetest Long MEMORY_FILE1 ;
Put found Long MEMORY_FILE1 ;
Put found Long MEMORY_FILE4 ;
EndIF ;






Next T ;
Get mqa ASIZE MEMORY_FILE1 ;
Math mqa /= 16 ;




Math logic = mqa ;
Math logic -= 1 ;
Put 1 Long MEMORY_FILE5 ;
For qjk = 1 To logic ;
GoTo gin MEMORY_FILE4 ;
Get zlow long MEMORY_FILE4 ;
SavePos gin MEMORY_FILE4 ;
Get zhigh long MEMORY_FILE4 ;
Math ztest = zhigh ;
Math ztest -= zlow ;
If ztest > 12345678912345678 ;
Put qjk Long MEMORY_FILE5 ;
EndIF ;
Next qjk ;
Math logic += 1 ;
Put logic Long MEMORY_FILE5 ;

Get fivfiv ASIZE MEMORY_FILE5 ;
Math fivfiv -= 4 ;
Math fivfiv /= 4 ;







Math acera = 0 ;
For hs = 1 To fivfiv ;
GoTo acera MEMORY_FILE5 ;
Get zeblow long MEMORY_FILE5 ;
SavePos acera MEMORY_FILE5 ;
Get zebhigh long MEMORY_FILE5 ;
Math zeblow -= 1 ;
Math numberlow = zeblow ;
Math zeblow *= 16 ;
Math zebhigh -= 1 ;
Math numberhigh = zebhigh ;
Math zebhigh *= 16 ;
GoTo zeblow MEMORY_FILE1 ;
Get adjadj long MEMORY_FILE1 ;



GoTo zeblow MEMORY_FILE1 ;
Get minfox long MEMORY_FILE1 ;
Math minfox -= adjadj ;


GoTo zebhigh MEMORY_FILE1 ;
Get maxfox long MEMORY_FILE1 ;
Math maxfox -= adjadj ;

GoTo zeblow MEMORY_FILE1 ;
SavePos gt MEMORY_FILE1 ;
log MEMORY_FILE6 0 0 ;
For jjj = numberlow To numberhigh ;
GoTo gt MEMORY_FILE1 ;
Get min long MEMORY_FILE1 ;
Math min -= adjadj ;
Get max long MEMORY_FILE1 ;
Math max -= adjadj ;
Get nuv long MEMORY_FILE1 ;
Get loc long MEMORY_FILE1 ;
SavePos gt MEMORY_FILE1 ;
GoTo loc 0 ;
SavePos werefox 0 ;
For cvb = 1 To nuv ;
GoTo werefox 0 ;
Get Type1 Long 0 ;
Get Type2 Long 0 ;
Get Type3 Long 0 ;
SavePos werefox 0 ;
GoTo Qprime MEMORY_FILE2 ;
Put Type1 Long MEMORY_FILE2 ;
Put Type2 Long MEMORY_FILE2 ;
Put Type3 Long MEMORY_FILE2 ;
SavePos Qprime MEMORY_FILE2 ;
Next cvb ;
Math max -= 2 ;

For fff = min To max ;

Math fafter = fff ;
Math fafter += 1 ;
Math fafterafter = fff ;
Math fafterafter += 2 ;




GoTo red MEMORY_FILE3 ;
Put fff Short MEMORY_FILE3 ;
Put fafter Short MEMORY_FILE3 ;
Put fafterafter Short MEMORY_FILE3 ;
Put 0 Short MEMORY_FILE3 ;

Put fff Short MEMORY_FILE3 ;
Put fafterafter Short MEMORY_FILE3 ;
Put fafter Short MEMORY_FILE3 ;
Put 0 Short MEMORY_FILE3 ;
SavePos red MEMORY_FILE3 ;
Next fff ;
Next jjj ;
Get Zw3 ASIZE MEMORY_FILE3 ;
Math Zf3 = Zw3 ;
Math Zf3 /= 8 ;
Get Zw2 ASIZE MEMORY_FILE2 ;
Math Zf2 = Zw2 ;
Math Zf2 /= 12 ;
Math FaceNumber = Zf3 ;
Math VertexNumber = Zf2 ;
Math Snake = VertexNumber ;
Math Snake *= 12 ;
Math Dragon = FaceNumber ;
Math Dragon *= 8 ;
Math Sum = Dragon ;
Math Sum += Snake ;
Math meshmesh = Sum ;
Math meshmesh += 60 ;
Math QQQ = 60 ;
Math QQQ += Snake ;
Math QQ = 52 ;
Math qaz = 0 ;
Math wsx = 0 ;
log MEMORY_FILE6 0 meshmesh ;
For Vertex = 0 < Zw2 ;
GoTo qaz MEMORY_FILE2 ;
Get D byte MEMORY_FILE2 ;
SavePos qaz MEMORY_FILE2 ;
GoTo QQ MEMORY_FILE6 ;
Put D Byte MEMORY_FILE6 ;
SavePos QQ MEMORY_FILE6 ;
Next Vertex ;
For Face = 0 < Zw3 ;
GoTo wsx MEMORY_FILE3 ;
Get D byte MEMORY_FILE3 ;
SavePos wsx MEMORY_FILE3 ;
GoTo QQQ MEMORY_FILE6 ;
Put D Byte MEMORY_FILE6 ;
SavePos QQQ MEMORY_FILE6 ;
Next Face ;
GoTo 0 MEMORY_FILE6 ;
set M Byte 0x4D ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x4D ;
Put M Byte MEMORY_FILE6 ;
Math M = Sum ;
Math M += 60 ;
Put M Long MEMORY_FILE6 ;
set M Byte 0x02 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x0A ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x03 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x3D ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x3D ;
Put M Byte MEMORY_FILE6 ;
Math M = Sum 
Math M += 44 ;
Put M Long MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x40 ;
Put M Byte MEMORY_FILE6 ;
Math M = Sum 
Math M += 38 ;
Put M Long MEMORY_FILE6 ;
set M Byte 0x64 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x72 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x61 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x67 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x6F ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x6E ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x6A ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x61 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x6E ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x00 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x41 ;
Put M Byte MEMORY_FILE6 ;
Math M = Sum 
Math M += 22 ;
Put M Long MEMORY_FILE6 ;
Set M Byte 0x10 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x41 ;
Put M Byte MEMORY_FILE6 ;
Math M = Snake ;
Math M += 8 ;
Put M Long MEMORY_FILE6 ;
Math M = VertexNumber ;
Put M Short MEMORY_FILE6 ;
Math JumpJump = Snake ;
Math JumpJump += 52 ;
GoTo JumpJump MEMORY_FILE6 ;
set M Byte 0x20 ;
Put M Byte MEMORY_FILE6 ;
set M Byte 0x41 ;
Put M Byte MEMORY_FILE6 ;
Math M = FaceNumber ;
Math M *= 8 ;
Math M += 8 ;
Put M Long MEMORY_FILE6 ;
Math M = FaceNumber ;
Put M Short MEMORY_FILE6 ;
Get size6 ASIZE MEMORY_FILE6 ;
Math name = hs ;
string name += .3ds ;
Log name 0 size6 MEMORY_FILE6 ;
log MEMORY_FILE2 0 0 ;
log MEMORY_FILE3 0 0 ;
log MEMORY_FILE7 0 0 ;
Math count = 0 ;
Math gt = 0 ;
Math Qprime = 0 ;
Math qull = 0 ;
Math red = 0 ;
Math gin = 0 ;
Next hs ;