... | ... | @@ -406,9 +406,9 @@ The mesh refinement algorithm relies on the oct-tree data structure |
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grid blocks with a generic grid block having a fixed number of 4 grid
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cells per coordinate direction independent of the refinement level. A
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generic grid block of refinement level *l* has grid spacings
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(*δ* *x*<sup>(*l*)</sup>, *δ* *y*<sup>(*l*)</sup>, *δ* *z*<sup>(*l*)</sup>) = (*δ* *x*<sup>(0)</sup>, *δ* *y*<sup>(0)</sup>, *δ* *z*<sup>(0)</sup>)/2<sup>*l*</sup>
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(*δ**x*<sup>(*l*)</sup>, *δ**y*<sup>(*l*)</sup>, *δ**z*<sup>(*l*)</sup>) = (*δ**x*<sup>(0)</sup>, *δ**y*<sup>(0)</sup>, *δ**z*<sup>(0)</sup>)/2<sup>*l*</sup>
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where
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(*δ* *x*<sup>(0)</sup>, *δ* *y*<sup>(0)</sup>, *δ* *z*<sup>(0)</sup>)
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(*δ**x*<sup>(0)</sup>, *δ**y*<sup>(0)</sup>, *δ**z*<sup>(0)</sup>)
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is the grid spacing of the base level, i.e., there is a doubling of
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resolution from one refinement level to the next higher.
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