| ... | ... | @@ -403,9 +403,108 @@ The corresponding assembly action is : |
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**`Thrust`** <a name="Thrust"></a>
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- [return to action list](#TopList)
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- Definition
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- Use case
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- Parameters
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- Definition : abutment of a profile on another
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Assembly action allowing a profile to abut on the face of another; the face being defined by a line present on the section
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- Use case : Assembly procedure
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- Parameters :
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- Indice de la barre 1 : indice de la barre du (des) profil(s) devant buter sur la face d'un autre dans le nœud d'assemblage
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- Ligne 1 du profil 1: ligne permettant d'identifier le(s) profil(s) de la barre IB1 devant subir l’action de butée
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- Indice de la barre 2: indice de la barre du profil référence, sur lequel doit buter le(s) profil(s) de la barre1, dans le nœud d'assemblage
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- Ligne 1 du profil 2 : ligne sur laquelle le(s) profil(s) de la barre 1 doit (doivent) buter
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- Type de plan : sélection du type de plan de coupe résultant de l’action de butée
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- Valeurs :
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* Plan de coupe suivant la ligne :
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* Plan perpendiculaire (premier point de contact)
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* Plan perpendiculaire (dernier point de contact)
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* Pointe à 45° (profils plans et perpendiculaires) :
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Remarque : utilisation dans le châssis pour l’assemblage de la traverse sur le dormant
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en pointe.
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- Parameterization value: possibility to identify the profile(s) of bar 1 to undergo the action (in addition to the identification line) by specifying 'the parameterization value of the positioned profile action
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- Parameterization value: possibility to identify the profile of bar 2 serving as reference for the stop action (in addition to the stop line) by specifying the parameterization value 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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- 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 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 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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- Values:
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* 0 to n.meshcount-1: when one of the profiles concerned by the action is extruded on
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a mesh (in other words, in the positioned profile action, the "extrusion" parameter is
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mesh side1 or mesh side2) it is necessary to indicate on which mesh in the node the
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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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Note: Stop action:
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Choice of profiles for the action according to the mesh index :
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Operating principle
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1.For the bar which undergoes the action (bar index1):
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If the mesh index = -1
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The program scans the bar for profiles extruded on the bar and containing the line specified in
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the parameter.
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If the mesh index < > -1
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The program scans the bar looking for profiles extruded at the mesh, whose index is specified in parameter, and at the bar, and which contain the line specified in parameter.
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All profiles found will be affected by the action
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2.For the bar containing the profile for the stop plane (bar index 2):
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If the mesh index = -1
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The program scans the bar for a profile extruded to the bar and containing the line specified in the parameter. The program takes the first profile found (from parents to children)
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If the index of the mesh < > -1
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The program scans the bar for a profile extruded to the mesh, whose index is specified in parameter, and which contains the line. The program takes the first profile found. If no mesh profile contains the line, the program scans the extruded profiles at the bar.
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- Example : Assembly of the crossbar on the frame
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Assembling the sash profile
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in progress
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--------------------------------------------------------------
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