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

Ans 1.

• AIM : Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.

• INTRODUCTION : Sinusodial Curve is going to be create on dynamo of Revit Software.

• PROCEDURE :

1. Go to manage tab and open dynamo in revit architecture template.

2. Choose 3 integer slider (START,END,STEP).

3. Range (START,END,STEP).

4. Choose point by coordinates(1).

5. Code Block

6. Choose point by coordinates again(2).

7. Math.Siin

8. Connect Range to Coordinate X(1).

9. Connect Range list to Math.Siin.

10. Connect Range to Coordinate X(2).

11. Choose Product.

12. Connect Code Block to Coordinate Z(2).

13. Connect Math.sin to Coordinate Y(2).

14. Connect Math.sin to Product X.

15. Connect Math.sin to Product Y.

16. Connect Product Var to Coordinate Z.

17. Nurbs by point,degree(1).

18. List Create

19. Nurbs by point,degree(2).

20. Connect point by coordinates(1) to Nurbs by point,degree(1)

21. Connect point by coordinates(2) to Nurbs by point,degree(2)

22. Add 1 more items to list Create.

23. Connect both Nurbs(1,2) in List create.

24. Choose surface by loft cross section.

25. Connect List to cross section.

• RESULTS : After following above procedure you will find a sinusodial curve created in dynamo as well as in revit template shown in given images.

Ans 2.

• AIM : Create a conceptual layout of 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 : Conceptual layout of floor plan choosing the wall types and wall parameters is going to be create on dynamo of Revit Software.

• PROCEDURE :

FOR WALLS :

1. Choose 2 integer slider (provide values 100,100).

2. Choose 4 point by coordinates(1,2,3,4 For 4 walls).

3. Connect integer slider to Coordinate X(1) & Coordinate Y(2) .

4. Connect integer slider to Coordinate X(2) & Coordinate Y(3) .

5. Choose 4 Line by start,end point(1,2,3,4).

6. Connect Coordinate (1) to Line by start(1).

7. Connect Coordinate (2) to Line by end(1).

8. Connect Coordinate (1) to Line by end(4).

9. Connect Coordinate (2) to Line by start(2).

10. Connect Coordinate (3) to Line by end(2).

11. Connect Coordinate (3) to Line by start(3).

12. Connect Coordinate (4) to Line by end(3).

13. Connect Coordinate (4) to Line by start(4).

14. Choose List Create and Add 3 more items to list Create.

15. Connect All Line by start,end point(1,2,3,4) to all 4 list Create.

16. Choose Level,wall types,Integer slider

17. Provide values Level=1,Wall type=Generic 8",Integer Slider=10 .

18. Choose Wall by Curve & height.

19. Connect list to Curve.

20. Connect level to level.

21. Connect wall types to wall types.

22. Connect Integer Slider to height.

A wall is created.

FOR FlOORS :

1. Choose Floor types.

2. Choose Floor By Outline type&level.

3. Connect list to Outline curves.

4. Connect Floor type to Floor type.

5. Connect levels to levels.

• RESULTS : After following above procedure you will find a model consists of walls and floors in dynamo as well as in revit template shown in given images.

Ans 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

• INTRODUCTION : Array of model and vary the properties of model elements by using the slider or code block is going to be create on dynamo of Revit Software.

• PROCEDURE :

1. Create Array of Particular component in Revit template.

2. Select all elements of the model by choosin select model option in dynamo.

3. Open Dynamo Choose Family instance set rotation attaches the selected model.

4. Then Choose Integer slider for Assign degrees.

• RESULTS : After following above procedure you will find your array model will be rotated by your assigned degrees in dynamo as well as in revit template shown in given images.

Ans 4.

• AIM : Create a conceptual mass in Revit and develop a parametric column by dividing the surfaces and apply the concepts similar to used in parametric walkway modelling. Use triangular bent or square shaped panels to add finish to the parametric column.

• INTRODUCTION : To Develope a Parametric Column provide parameters and use the concepts similar to used in parametric walkway modelling after that Use triangular bent or square shaped panels to add finish to the parametric column which is going to be create on Conceptual mass template of Revit Software.

• PROCEDURE :

1. Open a Conceptual mass template(metric) .
2. After draw a spline curve by defining points on working window plan.
3. Then Choose set plane option on given spline curve points.
4. Select and Provide any shape from tabs like rectangle, polygon etc. for creation of form.
5. After that pick the shape which you have provided at starting point and spline curve.
6. Then choose create form option which you will find in tabs then solid form, your parametric designed is going to be created.
7. For adding triangular bent select the whole parametric model and divide it by divide surface option in tabs.
8. Then in property browser you will find pattern option in that choose triangular bent pattern.
9. After clicking on it the parametric shape modelled with a triangular bent finish.

• RESULTS : After following above procedure you will find your parametric model with a solid form triangular bent finish in revit conceptual mass template shown in given images.

Ans 5.

• AIM : 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 : To Develope a Parametric Stadium provide parameters and use the visual programming approach to complete the modelling which is going to be create on dynamo of Revit Software.

• PROCEDURE :

1. Choose 2 integer slider (No. of levels (5),Floor height (10)).

2. Code block(0..#levels..floorheight).

3. Connect leve to level and Floor height to Floor height.

4. Choose Point by coordinate and point by origin (x,y,z).

5. Connect code block to point Z of both by coordinate and by origin.

6. Choose 4 Integer Slider (width,length,bottom floor rotation and top floor rotation).

7. Choose by Rectangle(width,length,cs).

8. Connect point by origin to Rectangle "cs".

9. Connect width to Rectangle width.

10. Connect length to Rectangle length.

11. Choose Code block for floor rotation and type(bottom..top..#levels).

12. Connect bottom to code block bottom.

13. Connect top to code block top.

14. Connect no. of levels to code block level.

15. Choose origin point.

16. Choose vector Z axis.

17. Geometry Rotate(origin,axis,degrees)

18. Connect rectangle to origin.

19. Connect vector Z axis to axiz.

20. Connect Code block to degrees.

21. Choose Poly surface by loft cross section.

22. Connect Geometry rotate to cross section.

• RESULTS : After following above procedure you will find a parametric structure is prepared in dynamo as well as in revit template shown in given images.

.............................................................THANL YOU............................................................................