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

Q1

Aim:- To create a sinusoidal point, curve, and surface area of the curve

• open Revit architecture template
• then go to the manage tab
• click on dynamo

step 1:- to create sinusoidal points

• connect integer slider to range the coordinates
• connect range to math. sin and X coordinates
• connect the amplifier to product y
• connect the product to addition X
• connect the number to addition Y
• connect the addition to coordinate Y

step 2:- to create a curve

• take nurbscurve option
• connect points by coordinates>points in nurbs
• then the sinusoidal curve is created

step 3:- to create a curve surface

• similarly, create another sinusoidal curve
• take a list. create option
• then connect nurbs to list items
• then take surface by loft option
• connect list to the crosssection
• curve surface is created

Q2

aim:- to create a conceptual layout of the floor plan by selecting desired wall parameters

• take a list create and connect lines to the list
• then take levels, wall types, and integer slider to specify the height of the wall
• take wall by curve and height and connect the properties

• take floor type option
• take the floor by outline level and height
• connect the properties of the floor

Q3

AIM:- To create an array of model elements

• open Revit
• add an array of elements
• I have selected a rectangular column as my element

v

• open dynamo
• take select model elements
• and select the elements from the Revit workspace
• then take an integer slider to specify the rotation angle
• then take set by rotation
• connect elements to family instances
• connect degree to a rotation angle

Q4

Aim:-to create conceptual mass in Revit

• open Revit
• go to file>new
• click on conceptual mass
• then go to elevation view
• create level 2
• now click on spline
• create an S-shaped curve

• then go to modify
• click on set
• create a plane along with the node points of the spline
• now create a polygon in the work plane
• then select the curve and the polygon
• then click on the create form>solid form

• Click on the properties
• go to pattern
• select the desired pattern
• then specify the segments

Q5

AIM:- To create a parametric high rise building

• take integer slider(no of levels and floor height)
• take a code block and write a code for levels and floor height

• then take integer slider(4)
• width, length, bottom rotation, top rotation,
• then take a coordinate system by origin and point by coordinates
• connect code block to coordinate system
• connect code block to point by coordinate

• take rectangle by width. length
• take a code block
• connect width, length, and geometry

• take rectangle by geometry, origin, axis, and degree
• take point by origin connect to cs
• take vector. z-axis connect to the axis
• connect rectangle to geometry
• then take poly surface by the loft and connect to the cross-section