Creating Conceptual mass in REVIT and Creation of Sinusoidal curve and a Parametric stadium using Dynamo
AIM
Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.
INTRODUCTION
Autodesk Revit is a BIM(Building Information Modelling) software civil engineers, architects, mechanical,electrical,plumbing(MEP)engineers
Here we are using Dynamo in the Revit
Tools used in Dynamo
Integer slider
Range
Point.bycoordinates
Math.sin
Product
List
Byloft(surface)
PROCEDURE
Step 1:Open Revit
Select manage tab
Open Dynamo
Step 2:In library search integer slider
copy the slider and make 3 sliders
Step 3:Select range from library
Select point.bycoordinates
Select code block
Select math.sin
Step 4:Connect sliders with start end step of range
Frome range connect to the x of two point.bycoordinates and math.sin
Add value to code block
Step 5:Select product
Connect code block with z of point.bycoordinates
Connect code block with y of product
Math.sin with y of point.bycoordinates
Product with z of point.bycoordinates
Step 6:Select nurbs
Copy and make 2 nurbs
Select list option
Step 7:Connect two point.bycoordinates with two nurbs
Connect nurbs with list
Step 8:Select surface by loft
Connect with list
RESULT
AIM
Create a conceptual layout of the floor plan in dynamo . Using the tools available in dynamo link the lines to appropriate model elements in Revit by choosing the wall types and wall parameters. Make use of the sliders to slide through the height of the wall and length of the wall.
INTRODUCTION
Autodesk Revit is a BIM(Building Information Modelling) software civil engineers, architects, mechanical,electrical,plumbing(MEP)engineers
Here we are using Dynamo in the Revit
Tools used in Dynamo
Integer slider
Point.bycoordinates
Floor type
Wall type
Wall by curve and height
Floor by outline and levels
PROCEDURE
Step 1:Open Revit
Select manage tab
Open Dynamo
Step 2:In library search integer slider
copy the slider and make 2 sliders
Select four point.bycoordinates
Select four line by start and end point
Select list
Step 3:Connect first point.bycoordinates start point of first line by start and end point and end point of fourth line by start and end point
Connect second point.bycoordinates start point of second ‘line by start and end point’ and end point of first ‘line by start and end point’
Connect third point.bycoordinates start point of third ‘line by start and end point’ and end point of second ‘line by start and end point’
Connect fourth point.bycoordinates start point of fourth ‘line by start and end point’ and end point of third ‘line by start and end point’
Connect all ‘line by start and end point’ with list
Step 4:Select levels
Wall type
Integer slider
Wall by curve and height
Step 5:Connect list with curve of ‘Wall by curve and height’
Levels with levels of ‘Wall by curve and height’
Wall type with wall type of ‘Wall by curve and height’
Integer slider with height of ‘Wall by curve and height’
Step 7:Select floor type
Floor by outline and levels
Connect with levels list and floor types
RESULT
AIM
To create an array of model elements in Revit. Use dynamo to vary the properties of model elements by using the slider or code block
INTRODUCTION
Autodesk Revit is a BIM(Building Information Modelling) software civil engineers, architects, mechanical,electrical,plumbing(MEP)engineers
Here we are using Dynamo in the Revit
Tools used in Dynamo
Integer slider
Select model element’
Set rotation
PROCEDURE
Step 1:Open Revit software
Select column
Draw an array of columns
Step 2:Open Dynamo
Select ‘Select model element’
Select set rotation
Select integer slider
Step 3:Click on Select option
Open revit and select the column
Connect ‘Select model element’ with ‘Set rotation’
Connect integer with ‘Set rotation’
Select a value in integer slider
RESULT
AIM
To create a conceptual mass in Revit and develop a parametric column by dividing the surfaces and applying the concepts similar to that used in parametric walkway modelling. Use triangular bent or square shaped panels to add finish to the parametric column
INTRODUCTION
Autodesk Revit is a BIM(Building Information Modelling) software civil engineers, architects, mechanical,electrical,plumbing(MEP)engineers
Here we are using conceptual mass in the Revit
PROCEDURE
Step 1:Open Revit software
Select new
Select conceptual mass
Open metric mass file
Step 2:Set a Level
Select spline
Draw a curve
Step 3:Set work plane on the curve
Step 4:Draw polygon on the set plane
Step 5:Select the curve
Select a starting polygon
Click on create form
Step 6:Select the form
Select divide option
Select triangular bent
RESULT
AIM
To use Dynamo to work on developing a Parametric Stadium. List your parameters and use the visual programming approach to complete the modelling, You can use the concepts discussed in parametric high rise tower in class for reference
INTRODUCTION
Autodesk Revit is a BIM(Building Information Modelling) software civil engineers, architects, mechanical,electrical,plumbing(MEP)engineers
Here we are using Dynamo in the Revit
Tools used in Dynamo
Code block
Geometry.rotation
Point.origin
Integer slider
Vector.zaxis
Polysurface.byloft
PROCEDURE
Step 1:Open Revit
Select manage tab
Open Dynamo
Step 2:In library search integer slider
copy the slider and make 2 sliders
First no:of level
Second floor to floor height
Step 3:Select code block
Select coordinate system by origin
Connect code block
Step 4:Select 4 integer slider
Select a code block
Select a rectangle by origin
Step 5:Name the integer sliders as
Width,length,bottom floor rotation,top floor rotation
Connect with code block
Step 6:Select point.origin
Vector.zaxis
Geometry.rotate
Connect them
Step 7:Select polysurface.byloft
Connect with geometry.rotate
RESULT
RESULT
Here we studied in detial about Dynamo and creating parametric stuctures