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#define | COMPOSITE_GRID_OPERATORS |
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#define | ARGS1 |
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#define | ARGS2 ,nullIndex,nullIndex,nullIndex,C1 |
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#define | DERIVATIVE(x) |
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#define | ARGS1 |
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#define | ARGS2 ,w[grid],C1,C2,C3 |
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#define | ARGS1 |
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#define | ARGS2 ,w[grid] |
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#define | ARGS1 |
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#define | ARGS2 ,w[grid],direction1,direction2 |
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#define | ARGS1 |
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#define | ARGS1 |
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#define | ARGS2 ,c0,c1,c2,c3,c4 |
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#define | ARGS1 |
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#define | ARGS2 |
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#define | DERIVATIVE_COEFFICIENTS(X) |
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#define | ARGS1 |
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#define | ARGS2 s[grid], |
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#define | ARGS1 |
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#define | ARGS2 s[grid],direction1,direction2, |
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#define | Q11(x) (1.-(x)) |
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#define | Q21(x) (x) |
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#define | Q12(x) .5*((x)-1.)*((x)-2.) |
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#define | Q22(x) (x)*(2.-(x)) |
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#define | Q32(x) .5*(x)*((x)-1.) |
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#define | CE(c, e) (stencilSize*((c)+numberOfComponentsForCoefficients*(e))) |
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#define | M123(m1, m2, m3) (m1)+width0[axis1]*(m2+width0[axis2]*(m3)) |
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#define | M123CE(m1, m2, m3, c, e) (M123(m1,m2,m3)+CE(c,e)) |
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