Update Tutorial authored by Bouvry Arnaud's avatar Bouvry Arnaud
...@@ -392,8 +392,8 @@ Two poles of different heights support a tilted rafter, with diagonal bracing an ...@@ -392,8 +392,8 @@ Two poles of different heights support a tilted rafter, with diagonal bracing an
| `RafterLength` | Minimum rafter length (auto-adjusted upward if the tilt geometry requires a longer rafter) | | `RafterLength` | Minimum rafter length (auto-adjusted upward if the tilt geometry requires a longer rafter) |
| `NumberOfPurlins` | Number of purlins distributed evenly across the rafter span | | `NumberOfPurlins` | Number of purlins distributed evenly across the rafter span |
> [!NOTE] If `TiltY` is too large relative to `Height` and `PoleSpacingX`, the structure will extend below ground which > [!NOTE] Geometry safeguard
> will raise a `ValueError`. > If `TiltY` is too large relative to `Height` and `PoleSpacingX`, the structure will extend below ground which will raise a `ValueError`.
The user is referred to the script `example_PVTable.py` for a practical implementation of this structure type. The user is referred to the script `example_PVTable.py` for a practical implementation of this structure type.
The complete parameter file for this structure type is `INPUTS/HARDWARE/STRUCTURES/PV_table.yaml`. The complete parameter file for this structure type is `INPUTS/HARDWARE/STRUCTURES/PV_table.yaml`.
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