| ... | ... | @@ -392,17 +392,20 @@ The bevel action is an assembly action that allows to make bevels between two pr |
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- Values:
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* 0 if the profiles concerned by the action are not welded (do not require extra length)
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* 1 if the profiles concerned by the action are welded (require an extra length)
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Note: the number of the bars, on which the profiles that are to be bevelled are located, is visible in the preview of the respective assembly.
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Note: The bevel action only concerns two profiles. If several profiles are to be beveled, several actions must be created (or a 'follow profile cutting planes' action must be used).
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- Example : Case of a mitre-cut frame assembly
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The assembly node is as follows:
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T
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he assembly node is as follows:
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The assembly thus concerns 1 profile of bar 0 and bar 1
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The corresponding assembly action is :
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| ... | ... | @@ -427,69 +430,48 @@ Assembly action allowing a profile to abut on the face of another; the face bein |
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- Use case : Assembly procedure
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- Parameters :
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- Index of bar 1: index of the bar of the profile(s) to be abutted on the face of another in the assembly node
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- Line 1 of profile 1: line allowing to identify the profile(s) of the IB1 bar to undergo the abutment action
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- Bar index 2: index of the bar of the reference profile, on which the profile(s) of bar 1 must abut, in the assembly node
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- Line 1 of profile 2: line on which the profile(s) of bar 1 must abut
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- Plane type: selection of the type of cutting plane resulting from the stop action
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- **Index of bar 1** : index of the bar of the profile(s) to be abutted on the face of another in the assembly node
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- **Line 1 of profile 1** : line allowing to identify the profile(s) of the IB1 bar to undergo the abutment action
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- **Bar index 2** : index of the bar of the reference profile, on which the profile(s) of bar 1 must abut, in the assembly node
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- **Line 1 of profile 2** : line on which the profile(s) of bar 1 must abut
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- **Plane type** : selection of the type of cutting plane resulting from the stop action
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- Values:
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* Cutting plane along the line:
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* Perpendicular plane (first point of contact)
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* Perpendicular plane (last point of contact)
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* 45° point (plane and perpendicular profiles) :
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Note: used in the frame for the assembly of the crossbar on the
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frame in point.
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- Parameterization value: possibility to identify the profile(s) of bar 1 to undergo the
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- **Parameterization value** : possibility to identify the profile(s) of bar 1 to undergo the
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action (in addition to the identification line) by specifying 'the parameterization value of
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the positioned profile action
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- Parameterization value: possibility to identify the profile of bar 2 serving as reference
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- **Parameterization value** : possibility to identify the profile of bar 2 serving as reference
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for the stop action (in addition to the stop line) by specifying the parameterization value
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of the positioned profile action
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- Distance: possibility to add an additional distance to the cutting plane from the stop. This is a distance normal to the profile section (distance in the profile extrusion frame).
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- **Distance** : possibility to add an additional distance to the cutting plane from the stop. This is a distance normal to the profile section (distance in the profile extrusion frame).
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Example : when type of plane following the line and a negative Distance D :
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- Parameter value: This parameter specifies whether the parameter value specified above is
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- **Parameter value** : This parameter specifies whether the parameter value specified above is
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used to identify the profile(s) of bar 1
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- Values:
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- Do not use the parameter value
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- Uses parameter value
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- Parameter value: This parameter specifies whether the parameter value specified above is
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used for the identification of the profile of bar 2
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- **Parameter value** : This parameter specifies whether the parameter value specified above is used for the identification of the profile of bar 2
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- Values :
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- Do not use the parameter value
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- Uses the parameter value
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- Mesh index: Index of the mesh in the node
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- **Mesh index** : Index of the mesh in the node
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- Values:
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* from 0 to n.meshcount-1 : when one of the profiles concerned by the action is
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extruded on a mesh (in other words, in the positioned profile action, the "extrusion"
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parameter is mesh1 or mesh2) it is necessary to indicate on which mesh in the node
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the profile is located.
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* -1 : when the profiles concerned by the action are all extruded at the bar (no
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notion of mesh).
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