... | @@ -626,13 +626,13 @@ Identical to the distance in the [stop action](#Thrust) |
... | @@ -626,13 +626,13 @@ Identical to the distance in the [stop action](#Thrust) |
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- **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))
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- **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))
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- Note: In the distance of the stretch action, it is possible to use the variables of the
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- Note: In the distance of the stretch action, it is possible to use the variables of the bar object of bar 1.
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bar object of bar 1.
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It is not mandatory to use a variable of the node object.
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It is not mandatory to use a variable of the node object.
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If I want a distance depending on the slope of the bar I can write either :
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If I want a distance depending on the slope of the bar I can write either :
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- b.slope
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- b.slope
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- n.vbeams(...).slope
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- n.vbeams(...).slope
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- **Style** :
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- **Style** :
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- Straight: the cutting plane of the profiles is perpendicular to the bar
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- Straight: the cutting plane of the profiles is perpendicular to the bar
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- Vertical: the cutting plane of the profiles is a vertical plane
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- Vertical: the cutting plane of the profiles is a vertical plane
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