... | ... | @@ -122,7 +122,7 @@ uniform grid. |
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In case of the CSV output format `_CC.precision` gives the
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number of decimal places of issued values. For all other formats
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output data is assumed of type `float` (`double`) if
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`_CC.precision` ≤ 4 (`_CC.precision` > 4).
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`_CC.precision`≤4 (`_CC.precision`>4).
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- `04` (`_CC.vars_files`)
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... | ... | @@ -166,11 +166,11 @@ uniform grid. |
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*y*-direction.
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- `_CC.rangemin[1]`: same as `_CC.rangemin[0]` but for the
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*y*-direction. In case of spherical geometry (*y* ≡ *θ*) the
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*y*-direction. In case of spherical geometry (*y*≡*θ*) the
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value must be given in units of *π*.
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- `_CC.rangemax[1]`: same as `_CC.rangemax[0]` but for the
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*y*-direction. In case of spherical geometry (*y* ≡ *θ*) the
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*y*-direction. In case of spherical geometry (*y*≡*θ*) the
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value must be given in units of *π*.
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- `04` (`_CC.subrange[2]`, `_CC.rangemin[2]`,`_CC.rangmax[2]`)
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... | ... | @@ -180,11 +180,11 @@ uniform grid. |
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- `_CC.rangemin[2]`: same as `_CC.rangemin[0]` but for the
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*z*-direction. In case of cylindrical- or spherical geometry
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(*z* ≡ *ϕ*) the value must be given in units of *π*.
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(*z*≡*ϕ*) the value must be given in units of *π*.
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- `_CC.rangemax[2]`: same as `_CC.rangemax[0]` but for the
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*z*-direction. In case of cylindrical- or spherical geometry
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(*z* ≡ *ϕ*) the value must be given in units of *π*.
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(*z*≡*ϕ*) the value must be given in units of *π*.
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*Note: The values specified by `_CC.rangemin[]` and `_CC.rangemax[]`
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are only (good) approximations to the actual determined output
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