Category : Science and Education
Archive   : BIOMRF.ZIP
Filename : BP2.INC

SUB BP2(posns%(2),biomorphs%(2),bio%)

local presntbase%,oldbase%,itn%

x% = 320
reflec% = 320
y% = 125

locate 1,1
input"What magnification do you want ";magn

line (x%,y%)-(x%,(y%-(magn * biomorphs%(bio%,8))))

posns%(1,1) = x% : posns%(1,2) = y%
posns%(1,3) = biomorphs%(bio%,8) * magn

posns%(2,2) = (y%-(magn * biomorphs%(bio%,8))) : posns%(2,1) = x%

if biomorphs%(bio%,5)/2 = int(biomorphs%(bio%,5)/2) then
posns%(2,3) = magn * (biomorphs%(bio%,3) + biomorphs%(bio%,4))
else
posns%(2,3) = magn * (biomorphs%(bio%,3) * biomorphs%(bio%,4))
end if

posns%(2,4) = biomorphs%(bio%,6)
presntbase% = 2

call vectorplot(posns%(),reflec%,presntbase%)

oldbase% = 2

for itn% = 1 to biomorphs%(bio%,2)
presntbase% = 2^itn% + 1
count% = presntbase%

for vector% = oldbase% to (presntbase%-1)
xroot% = posns%(vector%,1) - posns%(vector%,3)*sin(posns%(vector%,4)/6.28319)
yroot% = posns%(vector%,2) + posns%(vector%,3)*cos(posns%(vector%,4)/6.28319)
posns%(count%,1) = xroot%
posns%(count%,2) = yroot%

if biomorphs%(bio%,5)/2 = int(biomorphs%(bio%,5)/2) then
posns%(count%,3) = magn*(biomorphs%(bio%,3)+biomorphs%(bio%,4))
else
posns%(count%,3) = magn*(biomorphs%(bio%,3)*biomorphs%(bio%,4))
end if

posns%(count%,4) = biomorphs%(bio%,6)

call vectorplot(posns%(),reflec%,count%)

count% = count% + 1
posns%(count%,1) = xroot%
posns%(count%,2) = yroot%

if biomorphs%(bio%,5)/2 = int(biomorphs%(bio%,5)/2) then
posns%(count%,3) = magn*(biomorphs%(bio%,3)+biomorphs%(bio%,4))
else
posns%(count%,3) = magn*(biomorphs%(bio%,3)*biomorphs%(bio%,4))
end if

posns%(count%,4) = biomorphs%(bio%,7) - biomorphs%(bio%,6)

call vectorplot(posns%(),reflec%,count%)

count% = count%+1

next vector%

oldbase% = presntbase%
next itn%

locate 12,1
print"Biomorph gene values:"
for itn% = 1 to 8
print itn%;" : ";biomorphs%(bio%,itn%)
next itn%

end sub