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

1.

Aim:

To draw the dynamo using in Revit

Procedure:

Step 1

Go to the new project

select the architectural templates

Step 2

select the manage tab

select the dynamo

Step 3

select the new file

Step 4

select the integer slider

select the range

select the code block

select the point.by coordinates

select the point.by coordinates

select the math.sin

select the product

select the nurbscurve.by coordinates

select the list create

select the surface.by loft

Step 5

connect by slider to range,start

connect by slider to range,end

connect by slider to range,step

Step 6

connect by list to point X

connect by list to point Y

connect bypoint to math angle

Step 7

connect by code to product Y

connect by point Z to point X

Step 8

connect by point Z to words

connect by double to product X

Step 9

connect by point to nurbs point

connect by nurbs to items0

connect by nurbs to items1

Step 10

connect by list to surface.by left

Step 11

Go to the Revit and diagram

2.

Aim:

To draw the Dynamo using in Revit

Procedure:

Step 1

Go to the new project

select the architectural templates

Step 2

select the manage tab

select the dynamo

Step 3

select the new file

Step 4

select the integer slider

select the point.by coordinates

select the line.bystartpoint endpoint

select the list create

select the levels

select the wall types

select the integer slider

select the wall.by curve and height

select the floor type

select the floor.by outline type and levels

Step 5

connect by slider to point X

connect by slider to point X

connect by slider to point Y

connect by slider to point Y

Step 6

connect by point to start point

connect by point to end point

connect by point to start point

connect by point to end point

connect by point to start point

connect by point to end point

connect by point to start point

Step 7

connect by line to item0

connect by line to item1

connect by line to item2

connect by line to item3

Step 8

connect by list to curve

connect by levels to level

connect by wall type to wall type

connect by slider to height

Step 9

connect by list to list

connect by floor to floor

connect by level to outfit

Step 10

Go to the revit and digram

3.

Aim:

To draw the dynamo using in Revit

Procedure:

Step 1

Go to the new project

select the architectural templates

Step 2

select the manage tab

select the dynamo

Step 3

select the new file

Step 4

select the select model element

select the integer slider

select the family instance.set rotation

Step 5

connect by element to family instance

connect by slider to rotation

Step 6

Go to the revit and diagram

4.

Aim:

To draw the dynamo using in Revit

Procedure:

Step 1

Go to the family file

select the architectural templates

Step 2

select the conceputal model

select the metric

Step 3

draw the curve line

Step 4

select the set

select the shower

Step 5

select the point through the set

select at all point

Step 6

Select the polygon

select at all the point

through the polygon

Step 7

select the create the loft

5.

Aim:

To draw the dynamo using in Revit

Procedure:

Step 1

Go to the new project

select the architectural templates

Step 2

select the manage tab

select the dynamo

Step 3

select the new file

Step 4

select the integer slider

select the code block

select the point.bt coordinate

select the coordinate system.by origin

select the rectangular.by widthlength

select the point.origin

select the vector.zaxis

select the geometery.rotate

select the polysurface.by loft

Step 5

connect by slider to level

connect by slider to floorheight

Step 6

connect by levelsfloor to point Z

connect by levelsfloor to origin Z

Step 7

connect by slider to origin Z

connect by slider to length

connect by width to width

Step 8

connect by level to level

connect by top to top

connect by bottom to bottom

Step 9

connect by point to point origin

connect by vector to CS

connect by bottom top to rotation

Step 10

connect by geometery to polysurface.by loft