![]() Place Unit Z component which outputs a unit vector in the Z direction. ![]() This component takes 2 inputs, 1st is the Geometry to move and the 2nd is the Motion (direction + distance) and transforms the given geometry by the given motion. This might not be required in all scenarios. Move the starting position to one storey up to start the first balcony location from 2nd Storey. Now the 2D Curve in GH and the Line in AC are connected.Choose Set one 2D Curve in Archicad from the context menu,.Right click on the 2D Curve component in GH and.Link the AC Line to GH 2D Curve Parameter Place a 2D Curve component in GH from the Archicad tab. Select the line just drawn using the Arrow tool.Use Line tool to draw a line from point P1 to P2, suggest to draw the line in 2nd Storey.Create a Complex Profile for the railing as well. Set the Story to Story height as 3000 mm. In Archicad create a simple building with 10 Story + Roof. ![]() To understand this exercise there is a need for basic understanding of Grasshopper. Grasshopper-Archicad Live Connection 2.3 User Guide () Refer to Grasshopper Archicad Live Connection 2.3 User Guide from the following link: Make sure all the three applications (AC, RH and GH) were installed along with live connection add-on from Graphisoft running. There is not much use of RH but we need Rhino to run Grasshopper. We will start with an input from a Archicad (AC) file and based on that input a set of balconies will be created using Grasshopper (GH) which is running on top of Rhino (RH). In this article I will be focusing on a simple example to demonstrate RH-GH-AC live connection, another wonderful OPEN BIM workflow from Graphisoft. ![]()
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