Creating Conceptual mass in REVIT and Creation of Sinusoidal curve and a Parametric stadium using Dynamo

1. Aim:

TO create a sinusoidal points curve and surface using dynamo 

Procedure:

• Go to select new template> select architecture temoplate> press ok
• Go to the manage tab and select Dynamo

• open integer slider

• Add Code block and math. sin for parametric point

• Used product

• Add NURBS curve by control point for curve and list creatre

• Add surface by loft option and link item

2.Aim:

To create a Floor plan and use Wall properties (like  height, type etc) using Dynamo

Procedure:

• First, open dynamo and add integer slider
• Then add share by coordinates 4 times

• Add line by start and end point 4 times

• Add list create their is 4 item no

• Add levels, wall types, and integer slider

• Add wall by curve and height option

• Add floor type and outline type and level

3.Aim:

To create an array elements and Change the property using Slider or code block

Procedure:

• Open the architectural template
• Create 4 columns and then open dynamo

• Add to select model element and set rotation and integer slider

• Select elements

4.Aim:

To create conceptual mass and develop parametric columns or assign conceptual mass

Procedure:

• First,, we create the conceptual mass
• Go to new select > Select Conceptual Mass

• Select Metric Mass File in Conceptual mass Folder and open

• then go to levels and create and adjust new levels
• Select pick line and offect 12’

• Then go to create tool bar and select spiline through point and create a geometry

• Now set the plane into the points
• Goto Modify toolbar and select set option
• Then select Plane at the proper angle

• Select circumscribed polygenic at 12’ on the set plan

• Then create the geometry as a form option
• Firstly select Geometry and goto modify > select create form

• Then apply triangular bent property
• Adjust u and v grid for smoothing of plan

5.Aim:

To create a Parametric stadium using Dynamo

Procedure:

• Open a new file in Dynamo
• Add 2 integer slider

• Add Code block (0..#levels..floorheight;)

• Add coordinates system by origin

• Add integerslider for width, length, Bottom floor rotation and Top floor rotation

• Add Rectangle by Width length

• Add code block for floor rotation

• Add point by coordinates system and origin corrdinates system

• Add 4 integer slider for length width top rotation and bottom rotation

• Add rectangle

• Add Point by origin and vector z-axis

• Add geometry Roration

• Add poly surface by loft