Merge pull request #368 from nens/leendert-update-structure-control

Leendert update structure control
nens · Oct 31, 2023 · bbf8e8b · bbf8e8b
2 parents 721fb39 + bdeed14
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diff --git a/source/a_releasenotes.rst b/source/a_releasenotes.rst
@@ -989,13 +989,16 @@ October 24th, 2023
 ^^^^^^^^^^^^^^^^^^
 
 **3Di Models & Simulations 3.6.2**
+
 - Base URL is used instead of Base API URL, so that the URLs for obtaining Personal API Keys and opening the 3Di Management page are domain dependent. For example, you can set the Base URL to "3di.twinn.io" so that the plugin knowns that the management page is located at management.3di.twinn.io. (#505)
 
 October 19th, 2023
 ^^^^^^^^^^^^^^^^^^
 
 **3Di Results Analysis 3.1.12**
+
 - Bugfix: make Side view tool work for 3Di Models without 2D (#931)
+
 - Temporarily remove the "Water on street duration" preset from the Result aggregation tool while a bug is being fixed
 
 October 16th, 2023

diff --git a/source/d_1d_objects.rst b/source/d_1d_objects.rst
@@ -626,6 +626,8 @@ Notes for modellers
 
 The cross-section describes the inside of the culvert. If you only know the outer dimensions, you have to discount the wall thickness.
 
+.. _culvert_discharge_coefficients:
+
 Discharge coefficients
 """"""""""""""""""""""
 The discharge is multiplied by this value. The energy loss caused by the change in flow velocity at the entrance and exit are accounted for by 3Di. The discharge coefficients can be used to account for any additional energy loss. 'Positive' applies to flow in the drawing direction of the structure (from start node to end node); 'negative' applies to flow in the opposite direction.
@@ -1115,6 +1117,8 @@ Crest level
 """""""""""
 This is the reference level for the cross-section. For example, if the crest level is 12.0 m and the cross-section a circle with a diameter of 0.5 m, the opening will start at 12.0 m and end at 12.5 m
 
+.. _orifice_discharge_coefficients:
+
 Discharge coefficients
 """"""""""""""""""""""
 The discharge is multiplied by this value. The energy loss caused by the change in flow velocity at the entrance and exit are accounted for by 3Di. The discharge coefficients can be used to account for any additional energy loss. 'Positive' applies to flow in the drawing direction of the structure (from start node to end node); 'negative' applies to flow in the opposite direction.
@@ -1434,6 +1438,8 @@ Crest level
 """""""""""
 This is the reference level for the cross-section. For example, if the crest level is 12.0 m and the cross-section a circle with a diameter of 0.5 m, the opening will start at 12.0 m and end at 12.5 m
 
+.. _weir_discharge_coefficients:
+
 Discharge coefficients
 """"""""""""""""""""""
 The discharge is multiplied by this value. The energy loss caused by the change in flow velocity at the entrance and exit are accounted for by 3Di. The discharge coefficients can be used to account for any additional energy loss. 'Positive' applies to flow in the drawing direction of the structure (from start node to end node); 'negative' applies to flow in the opposite direction.