... | ... | @@ -320,11 +320,7 @@ void SWE::SWE_ADERDG::boundaryValues(const double* const x,const double t,const |
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out.p(0) = in.p(0);
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out.p(1) = in.p(1);
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out.p(direction)= -in.p(direction);
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fluxout.h() = fluxin.h();
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fluxout.p(0) = fluxin.p(0);
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fluxout.p(1) = fluxin.p(1);
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}
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\\....
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```
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To get the new flux we apply the inverted velocity vector to the flux term (in this example for normalNonZero=0):
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... | ... | @@ -345,9 +341,9 @@ which results in the implementation |
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ReadOnlyVariables f_in (fluxIn) ;
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Variables f_out(fluxOut);
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f_out.h() = -f_in.h();
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f_out.p(normalNonZero) = f_in.p(normalNonZero);
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f_out.p(normalZero) = -f_in.p(normalZero);
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f_out.h() = f_in.h();
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f_out.p(0) = f_in.p(0);
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f_out.p(1) = f_in.p(1);
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}
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```
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... | ... | |