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#888 test-power-monom fails

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Property Value
Reported by Martin Nolte (nolte@mathematik.uni-freiburg.de)
Reported at Mar 1, 2011 10:47
Type Bug Report
Version Git (pre2.4) [autotools]
Operating System Unspecified / All
Last edited by Martin Nolte (nolte@mathematik.uni-freiburg.de)
Last edited at Mar 3, 2011 08:15
Closed by Martin Nolte (nolte@mathematik.uni-freiburg.de)
Closed at Mar 3, 2011 08:15
Closed in version Unknown
Resolution Fixed
Comment

Description

For me, test-power-monom fails with the following output (Compiler: gcc-4.4.5):

== Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=1, p=0) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=1, p=1) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=1, p=2) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=1, p=3) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=1, p=0) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=1, p=1) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=1, p=2) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=1, p=3) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=1, p=0) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=1, p=1) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=1, p=2) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=1, p=3) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=1, p=0) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=1, p=1) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=1, p=2) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=1, p=3) === GeometryType (simplex, 1) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=2, p=0) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=2, p=1) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=2, p=2) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=2, p=3) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=2, p=0) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=2, p=1) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=2, p=2) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=2, p=3) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=2, p=0) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=2, p=1) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=2, p=2) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=2, p=3) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=2, p=0) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=2, p=1) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=2, p=2) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=2, p=3) === GeometryType (simplex, 2) === GeometryType (cube, 2) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=3, p=0) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=3, p=1) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=3, p=2) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=0) wrapping Monom elements (with dimD=3, p=3) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=3, p=0) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=3, p=1) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=3, p=2) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=1) wrapping Monom elements (with dimD=3, p=3) === GeometryType (simplex, 3) Bug in LocalInterpolation for finite element type Dune::PowerFiniteElement<Dune::ScalarLocalToGlobalFiniteElementAdaptor<Dune::MonomLocalFiniteElement<double, double, 3, 3>, Dune::MockGeometry<double, 3ul, 3ul> >, 1ul>: Interpolation weight 8 differs by 1.495306767296256e-09 from coefficient of linear combination.

=== GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=3, p=0) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=3, p=1) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=3, p=2) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=2) wrapping Monom elements (with dimD=3, p=3) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=3, p=0) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=3, p=1) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=3, p=2) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3) == Checking global-valued Power elements (with dimR=3) wrapping Monom elements (with dimD=3, p=3) === GeometryType (simplex, 3) === GeometryType (pyramid, 3) === GeometryType (prism, 3) === GeometryType (cube, 3)