... | ... | @@ -873,10 +873,10 @@ Note: Unlike most assembly actions, for the multi-cut action the lengths of the |
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- Use case : Assembly procedure
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- Parameters :
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- Bar index 1: Index of the bar in the node supporting the cutting line
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- Line 1 of profile 1: Reference line for cutting
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- Mesh index: Index of the mesh in the node that contains the fill to be cut
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- Mesh index 2: Index of the mesh in the node that will undergo the cutting
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- **Bar index 1** : Index of the bar in the node supporting the cutting line
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- **Line 1 of profile 1** : Reference line for cutting
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- **Mesh index** : Index of the mesh in the node that contains the fill to be cut
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- **Mesh index 2** : Index of the mesh in the node that will undergo the cutting
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The cut action on a profile line is placed in the procedure of an assembly node.
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... | ... | @@ -962,7 +962,50 @@ Résultat de l’action : ** : Stop line (top) for the profiles in the filling.
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The stop line does not have to be defined on the bar that bounds the mesh containing the fill.
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The stop line will be searched in the direction 1 to 2.
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If no stop line is found, the boundary of the fill profiles is defined by the fill point per
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profile placed on the bar bounding the mesh containing the fill.
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If no filling point per profile is found, the mesh boundary corresponds to the profile
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boundary of the filling
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- **Parameterization value** : value characterizing the profile extruded by this action (value that can be tested in the procedures by p.value)
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- **Add profile(*)** : option to place an additional profile in the fill
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- Do not add any
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- To the left
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- To the right
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- Both sides
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Remark:
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The filling by profiles is defined on the principle of an ARM type division, the profiles are extruded along the axes resulting from this division.
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If the mesh is divided into N, the result of this treatment will be the extrusion of N-1 profiles in the mesh.
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Depending on the type of filling processed, it is sometimes necessary to extrude N profiles into the mesh (Example: case of a filling by profiles whose slats are joined)
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- **Left/right offset(*)** : value to translate the fill per profile to the left (negative value) or to the right (positive value)
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(*) only available from version 2.0
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Example : Case of a filling by profile defined from the variables of the article "filling by profile".
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The profile is defined in a variable of type "list of articles", the other parameters are defined by the user (variables defined in the article of filling by profiles)
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**ATTENTION** :
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The profile fill action does not create a bar - so it is not possible to extrude additional profiles using the stacking procedure associated with the bar/blade profile defined in the fill action.
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This stacking procedure can only be used to add items, accessories at the end of the profile,
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For the installation of additional profiles, it is necessary to work with an additional profile filling action that will be used for the installation of the profiles
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in case of using profile filling delimited by a line - the program searches for the line on all bars crossed by the filling profile and the calculation of intersection is performed at the first encountered occurrence of this line - therefore it is advisable to define this line on a dummy which can be placed on a profile stack according to user's choice
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when using a profile filling delimited by a line - the variables defined in the profile filling article are not necessarily accessible on the bar supporting the filling stop line (PF.variable_xxxx ) - however, some variables can be useful to define the exact position of the stop line (for example the choice of decorative end caps which cause a greater or lesser indentation in relation to the position defined by the user). It is therefore necessary to associate these variables to a location that is accessible by all parts of the parameterization (to the construction model of the frame or the sash) - which also implies that the information is identical on all parts of the gate that use this profile filling - regardless of the mesh that integrates this filling!
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**`Surface definition point action`** <a name="Surfacedefinitionpointaction"></a>
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