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

que 1]

aim - TO create a set of sinusoidal points and create a curve and create a surface out of the curve USING DYNAMO

Procedure-

• open a new project in a revit software
• go to manage tab and selected dynamo
• open new project in Dynamo
• enter point in search box and Choose by coordinates
• enter range in a search box and select it
• enter code block and insert a three code blocks to enter the values for start in and step
• rename code blocks as start end at step
• enter the value for start as 10,end as 200 and for step as 1.
• connects start and end to the range
• connect to list in a range
• now amplifier it see sin inter curve
• block and rename it as amplifier
• enter the value of 20
• now multiply the Math sin and amplifier
• insert it into a minimum 20 maximum hundred and set 1 in integer slider
• inter add and insert it
• connect vari in add to Y in a point by coordinates
• change end values to see more curvature
• inter line are inserted by control Paints
• entering a slider and connect it to degree in nerve curve by control points
• copy paste whole connection to X and change the face values to see 2 more pictures
• inter list and insert list create to create surface
• create two more list in it
• connect it all to nurbcurve
• enetr surface select by Loft and inserte it
• connect the list to cross section

result -sinusoidal points ,its curve and surface out of the curve

que 2 ]

aim -to create floor layout with model

procedure-

• open nre project in dynamo
• go to manage tab and select dynamo
• open new project in dyanamo
• enter point in search box

• enter number slider and insert it to decide x,y vallue
• change min 10 and max 100 and set it as 1in both slider
• set slider to max 100

enter line selct by startpoitnt endpoint and insert 4 times to have 4 lines

connect

• 0,0,0 and x,0,0
• 0,0,0 and y,0,0
• x,0,0 and x,y,0
• y,0,0 and x,y,0

enter wall select by curve and height and inset it

select wall type as shown below

• enter level and insert it
• assign the level as level1
• enter numberslider and insert it
• create list of items by clicking on add
• connect each line to each item as shown below
• connect to wall by curve and height as shown below
• chnage length and height of wall to see the change

result

que 3 ]

aim - Create an array of model elements in Revit. Use dynamo to vary the properties of model elements by using the slider or code block

procedure-

• open new project in revit software
• drow 4 columns of size 450x450 and place column at 1000 mm
• go to manage tab and select dynamo
• enter select model and selct model elemntsn and insert it
• enter rotation select setrotation and insert it
• enter code block select it and insert it
• enter a value in code block 45
• click select in slect model elements
• go to revit and select coloumns
• selected items are shown

• connect selct model elements and code block to familyinstace.setrotation
• elements are rotated
• enter number slider and insert it
• assign it to degree
• when number slider changes ,coloumns are rotated

result -

que 4 ]

aim - Create a conceptual mass in Revit and develop a parametric column

procedure-

• open revit software
• click under new family
• select conceptual mass and select metric mass
• go to level 1 and set it as work plane
• drow a rectangle of 0.8 m
• go to level 2 set it as work plane
• drow a rectangle of 0.8 m
• go to 3d view
• set the plane at the mid
• drow plygon of 4 slides and radius of 1.75 m
• select the polygon created and rectangle and click on create form

• select the coloumn and click on divide surface
• assign pattern from properties browser
• change the properties such as number to 50

result -

que 5 ]

aim- to create Parametric Stadium

list of parameter

• bycoordinates
• number slider
• code block
• by center point radius
• list create
• by points
• by loft cross sections

procedure

• open revit software
• go to mange tab and open dynamo
• insert 4 coordinates
• insert 8 number slider
• insert list crweate and create list of 4
• insert polygon by point
• insert codeblock
• insert bycoordinates
• insert number slider
• insert code block
• insert bypoint circle
• connect the parameter with given value

create similar circle with value shown below

• insert list make list of 4
• connect each circle in list
• insert loft
• connect crooss section in loft
• again drow a circle using following circle

• add item to previous list and conenct above circle

result -