F(x,y) = (n·x)·(m·y)+(-1)·h( px+qy+(-k) ) & px+qy=k
d_{x}[F(x,y)] = n(my)+(-1)·hp
d_{y}[F(x,y)] = m(nx)+(-1)·hq
nmy=hp
mnx=hq
nmyx=hpx
mnxy=hqy
nmyx+mnxy=hk
2·mnxy=hk
( x=( e^{n}/n ) & y=( e^{m}/m ) ) <==> 2·e^{n}e^{m}=hk
si h=2·( e^{k}/k ) ==>
e^{n}e^{m}=e^{k}
( n=( k+(-j) ) & m=j )
G( (e^{n}/n ) , (e^{m}/m ) ) = e^{n}·e^{m}
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