@@ -70,7 +70,7 @@ This quadrature formula is exact on :math:`\mathbb{P}_3`.
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+ g\left ( \frac {1 -\sqrt {1 /3 }}{2 } \right )
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\right )
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- qf3pE
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+ ** qf3pE **
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~~~~~
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.. code-block :: freefem
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int1d(Th, qforder=6)( ... )
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- This quadrature formula is exact on :math: `\mathbb {P}_5 `.
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+ This quadrature formula is the default one and be exact on :math: `\mathbb {P}_5 `.
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.. math ::
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@@ -176,7 +176,7 @@ qf1pT
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf1pT)( ... )
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+ int2d(Th, qft =qf1pT)( ... )
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or
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@@ -193,7 +193,7 @@ qf2pT
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf2pT)( ... )
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+ int2d(Th, qft =qf2pT)( ... )
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or
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This quadrature formula is exact on :math: `\mathbb {P}_2 `.
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- qf5pT
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+ ** qf5pT **
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~~~~~
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf5pT)( ... )
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+ int2d(Th, qft =qf5pT)( ... )
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or
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int2d(Th, qforder=6)( ... )
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- This quadrature formula is exact on :math: `\mathbb {P}_5 `.
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+ This quadrature formula is the default and be exact on :math: `\mathbb {P}_5 `.
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qf1pTlump
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~~~~~~~~~
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf1pTlump)( ... )
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+ int2d(Th, qft =qf1pTlump)( ... )
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This quadrature formula is exact on :math: `\mathbb {P}_1 `.
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@@ -237,7 +237,7 @@ qf2pT4P1
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf2pT4P1)( ... )
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+ int2d(Th, qft =qf2pT4P1)( ... )
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This quadrature formula is exact on :math: `\mathbb {P}_1 `.
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@@ -247,7 +247,7 @@ qf7pT
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf7pT)( ... )
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+ int2d(Th, qft =qf7pT)( ... )
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or
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@@ -264,7 +264,7 @@ qf9pT
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.. code-block :: freefem
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:linenos:
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- int2d(Th, qfe =qf9pT)( ... )
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+ int2d(Th, qft =qf9pT)( ... )
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or
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.. code-block :: freefem
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:linenos:
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- int3d(Th, qfe =qfV1)( ... )
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+ int3d(Th, qfV =qfV1)( ... )
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or
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.. code-block :: freefem
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:linenos:
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- int3d(Th, qfe =qfV2)( ... )
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+ int3d(Th, qfV =qfV2)( ... )
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or
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This quadrature formula is exact on :math: `\mathbb {P}_2 `.
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- qfV5
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+ ** qfV5 **
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~~~~
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.. code-block :: freefem
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:linenos:
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- int3d(Th, qfe =qfV5)( ... )
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+ int3d(Th, qfV =qfV5)( ... )
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or
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int3d(Th, qforder=6)( ... )
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- This quadrature formula is exact on :math: `\mathbb {P}_5 `.
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+ This quadrature formula is the default one and be exact on :math: `\mathbb {P}_5 `.
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qfV1lump
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~~~~~~~~
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.. code-block :: freefem
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:linenos:
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- int3d(Th, qfe =qfV1lump)( ... )
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+ int3d(Th, qfV =qfV1lump)( ... )
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This quadrature formula is exact on :math: `\mathbb {P}_1 `.
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