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Slice.to_global drops upper-face nodes of meshes without a neighbour

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难度
3/5
预计耗时
1-2 天
新手友好度
70/100
Issue 类型
缺陷
描述清晰度
描述清楚
活跃度
活跃
技术栈
python
领域
data

调研方向

Start in slcf/slice.py at Slice.to_global() and read the “We ignore border points ...” step, then look for tests covering this method. Reproduce the reported L-shaped, 8-mesh case and check that upper-face nodes are retained from their own mesh when no neighbour covers them; done means those exterior-wall values are no longer NaN.

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描述

Slice.to_global() (1.11.7 and 1.12.1, slcf/slice.py, the "We ignore border points ..." step) drops the last node row of every mesh on its upper x/y face and adds it back only at the global maximum, assuming a neighbouring mesh supplies those nodes. Where no neighbour exists, on a domain that does not fill its bounding box (e.g. an L-shaped corridor), the nodes stay NaN although FDS wrote them.

Example: an L-shaped corridor of 8 meshes at 0.25 m, node-based SLCF at z = 2.0 m. 208 nodes on the exterior walls are NaN for this reason. All of them lie on upper faces of meshes below the global maximum; none is strictly inside a mesh. The values are present in each mesh's subslice data.

Expected: an upper-face node is taken from its own mesh when no neighbouring mesh covers it.

Found through fdsvismap, which reads slices with to_global().

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Python
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