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Recently Referred Formulae

\int_[0...1] x^(n+1) * 1 / (x^(n)) dx instead of \int_[0...1] xdx
F[N2 -> N1] = ((  r dot N1 * -r dot N2 * dA2) / ( pi*|r|^2)
Fij = 1/Ai \int \int costi costo / (pi r^2) dAi dAj

L_o(x,\vec{w}) = L_e(x, \vec{w}) +
\int_\Omega f_r(x,\vec{w}',\vec{w})
L_i(x,\vec{w}')(\vec{w}'\cdot\vec{n})d\vec{w}'
L(\vec{x},\vec{\omega}) = L_e + \int_\Omega f_r(\vec{\omega}, \vec{\omega}') \>
L_i(\vec{x},\vec{\omega}') \> (\vec{N}\cdot \vec{\omega'}) \; d \vec{\omega}' \ ..png!