HWPS-Actions.md

@@ -580,6 +580,7 @@ Assembly action allowing a profile to abut the face of an accessory at the node;
 - Parameters : 
    - **Index of bar 1** : index of the bar in the node of the profile(s) to abut the face of an accessory
    - **Line 1 of profile 1** : line to identify the profile(s) of bar 1 to undergo the abutting action
+     - attention: the line must be extruded to the bar 
    - **Parameterization value** : possibility to identify the profiles to be subjected to the action (in addition to the identification line) by specifying the parameterization value of their positioned profile action
    - **Parameterization value** : allows you to specify whether or not to use the parameterization value of the profile(s) of bar 1
    - **Surface** : Face on which the profile(s) of bar IB1 should abut.
@@ -623,7 +624,7 @@ Identical to the distance in the  [stop action](#Thrust)
      - **Index of bar 1** : index of the bar, in the assembly node, of the profile(s) to undergo elongation 
 
      - **Profile identification by line** : line to identify the profile(s) of the IB1 bar to undergo the action
-
+         - attention: the line must be extruded to the bar 
      - **Distance** : elongation formula.  The positive direction is determined by the direction of the extrusion axis Z (positive from 2 to 1.  A profile is always extruded in the negative Z (see extrusion of a profile))
   ![image](uploads/874fbd3c4ed3dc25db4560c8a1397318/image.png) 
          - Note: In the distance of the stretch action, it is possible to use the variables of the 
@@ -640,7 +641,17 @@ Identical to the distance in the  [stop action](#Thrust)
      - Values: 
        - from 0 to n.meshcount-1: when one of the profiles concerned by the action is extruded on a mesh (in other words, in the positioned profile action, the "extrusion" parameter is mesh side1 or mesh side2) it is necessary to indicate on which mesh in the node the profile is located.
         - -1 : when the profiles concerned by the action are all extruded at the bar (no notion of mesh)
-
+    - **Execution of the procedures**
+    - **Bar index 1** : Bar index for the stop of profile 1
+    - **Profile line 1** : Stop line of the first cut profile
+    - **Parameterization value : Parameterization value of the profile to be identified for the stop of the first profile
+    - **Parameterization value** : specifies whether the profile identification of bar 1 should take into account the parameterization value
+    - **Mesh index** : Mesh index of the first profile
+    - **Bar index 2** : Bar index for the stop of profile 2
+    - **Profile line 2** : Stop line of the second cut profile
+    - **Parameterization value** : Parameterization value of the profile to be identified for the stop of the second profile
+    - **Parameterization value** : specifies whether the profile identification of bar 2 should take into account the parameterization value
+    - **Mesh index 2** : Mesh index of the second profile
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 **`1-node profile cutting action`** <a name="1-nodeprofilecuttingaction"></a>
@@ -678,9 +689,31 @@ Only one profile will be able to undergo the action.  If several profiles contai
 
 **`Targeted offset action on a point`** <a name="Targetedoffsetactiononapoint"></a>
 - [return to action list](#TopList)
-- Definition : 
-- Use case
-- Parameters
+- Definition : This action allows you to move a bar to a "target" point, defined around the node.
+- Use case : Assembly procedure
+- Parameters : ![image](uploads/8b59ec2817374daa249489367d226d7b/image.png)
+   - **Index of bar 1** : Index of the bar in the assembly node that is to be offset.
+   - **Mesh index** : mesh index of the bar 1 profile at the node ("-1" if the profile extruded to the bar).
+   - **Profile point of bar 1** : Point of a profile that is on bar 1 (will be used as a "line of sight" for misalignment)
+   - **Parameterization value** : (Optional) Parameterization value of the profile
+   - **Parameterization value** : If defined with the value 'use parameterization value' the previous parameter is taken into account for the identification of the reference profile on bar 1
+   - **Bar index 2** : Index of the bar, in the assembly node that will contain the point for the target definition.
+   - **Mesh index** : mesh index of the bar 2 profile at the node ("-1" if the profile is extruded to the bar)
+   - **Point of bar 2 profile** : Point of a profile that is on bar 2 for the target definition. 
+   - **Parameterization value** : (Optional)Parameterization value of the profile
+   - **Parameterization value** : If defined with the value 'use parameterization value' the previous parameter is taken into account for the identification of the reference profile on bar 2
+   - **Bar index 3** : Index of the bar, in the assembly node that will contain the line for the target definition.
+   - **Mesh index** : mesh index of the bar 3 profile at the node ("-1" if the profile extruded to the bar).
+   - **Profile line of bar 3** : Line of a profile that is on bar 3 for the target definition.
+   - **Parameterization value** : (Optional) Parameterization value of the profile
+   - **Parameterization value** : If defined with the value 'use parameterization value' the previous parameter is taken into account for the identification of the reference profile on bar 3   
+- Explanation :
+![image](uploads/186c5220ef4a115f5a5231ef7edb6385/image.png)
+Definition of the target by the parameters of bars 2 and 3 :
+![image](uploads/813c05a17f609a8bde4f19628503e58c/image.png)
+Definition of the line of sight by the parameters of bar 1, result:
+![image](uploads/bdbf0d20b21e656354bbf66916919b33/image.png)
+   - Note: The offset does not apply to the bar itself.  The wire volume is not modified, only the whole of the profiles of the bar is misaligned.
  
 
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