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C (x) g (z −x), z ⌘ C, or equivalently g (z − x) ⌥ 0 for all z ⌘ C Thus ⌅ C (x) is the normal cone of C at x, denoted N C (x) N C (x)= g g (z x) 0, z C ⇤ − ⌥ ⌘ ⌅ C N C (x) x C N C (x) x 5. Where s d is the space of svariate polynomials of total degree at most d which has dimension m = sd d Remarks 1 In the above formulation there is no explicit emphasis on nearness of t as this is implicitly obtained by the quasiinterpolation \ansatz" and the closeness of the. Z C F d J , x F J¤x ¤* d d d _ xÀ¥ Á > * d A d f !.

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