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

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

 

Q1) Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.

 

AIM: create a set of sinusoidal points and curve using dynamo 

 

Introduction: dynamo is usfull to draw parametric model, which can not be possible in revit 

 

Procedure: 

step 1) open dynamo 

open revit 2018 with architecture project 

then go to manage tab from ribbon 

and click on dynamo option 

suddenly new window is opened 

click on new option for opening new workspace sheet 

like this 

 

step 2) insert integer slider to dynamo 

           go to serch tab 

and serch integer slider then press ok on that 

 

and copy it by 2 times cause we need 3 integer slider

for start point, middle and end point 

then add range option as procedure 

 

then add slider integer to range 

as start to strart, end to end and middle to middle 

then add point by coordinate with x,y,z axis 

from search bar 

 

now add code block from search bar by searching code block 

 

again add point by coordinate with x,y,z axis 

from search bar 

 

for making sinusodal point we need to add math.sin from search bar 

 

step 3) connect all the parameters with proper connection to make frame 

           first connect integers to range

           then connect range to point by coordinates and math.sin and second point by coordinate X axis 

           like that 

           

 

then we need to product from serch bar 

 

for making second sinusodal line add code block to 2nd point by coordinate to z axis 

and math sin to y axis and product x 

and code block to product y 

then product varient to z of first point of coordinate 

we create th sinusodal point like this 

 

step 4) make a sinusodal curve 

then add nurbs by control point from search option

to make curve 

similarly we need list option 

 so for list option search list 

           

again add 2nd nurbs by control point from search option

to make curve 

 

step 5) connection for curve 

fist connect 1st point by coordinate to points of 1st nurbs curve 

then same 2nd point by coordinate to points of 2nd nurbs curve we get line over dotes 

then press plus button on list button we get 2 items

then connect nurb curve 1 to item 0

and nurb curve 2 to item 1

 

step 6) surface 

type surface by loft option on serch bar for surface 

just click loft option 

 

and connect the list to cross section 

so we will get the surface 

Result:  we create sinusoidal curve by creatin point in dynamo is successfull 

            

 

 

2) 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.

 

AIM: Create a conceptual layout of floor plan in dynamo

 

Introduction: 

 

Procedure: 

 

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

 

Q1) Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.

 

AIM: create a set of sinusoidal points and curve using dynamo 

 

Introduction: 

 

Procedure: 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) insert integer slider to dynamo 

           go to serch tab 

and serch integer slider then press ok on that 

 

 

and copy it by 2 times cause we need 3 integer slider

for start point, middle and end point 

 

then add range option as procedure 

 

 

then add slider integer to range 

as start to strart, end to end and middle to middle 

 

then add point by coordinate with x,y,z axis 

from search bar 

 

 

now add code block from search bar by searching code block 

 

 

again add point by coordinate with x,y,z axis 

from search bar 

 

 

for making sinusodal point we need to add math.sin from search bar 

 

 

step 3) connect all the parameters with proper connection to make frame 

           first connect integers to range

           then connect range to point by coordinates and math.sin and second point by coordinate X axis 

           like that 

           

 

then we need to product from serch bar 

 

 

for making second sinusodal line add code block to 2nd point by coordinate to z axis 

and math sin to y axis and product x 

and code block to product y 

then product varient to z of first point of coordinate 

we create th sinusodal point like this 

 

 

step 4) make a sinusodal curve 

then add nurbs by control point from search option

to make curve 

 

similarly we need list option 

 so for list option search list 

 

           

again add 2nd nurbs by control point from search option

to make curve 

 

 

step 5) connection for curve 

fist connect 1st point by coordinate to points of 1st nurbs curve 

then same 2nd point by coordinate to points of 2nd nurbs curve we get line over dotes 

then press plus button on list button we get 2 items

then connect nurb curve 1 to item 0

and nurb curve 2 to item 1

 

 

step 6) surface 

type surface by loft option on serch bar for surface 

just click loft option 

 

 

and connect the list to cross section 

so we will get the surface 

 

Result:  we create sinusoidal curve by creatin point in dynamo is successfull 

            

 

 

 

 

2) 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.

 

AIM: Create a conceptual layout of floor plan in dynamo

 

Introduction: 

 

Procedure: 

 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) insert integer slider to dynamo 

           go to serch tab 

          and serch integer slider then press ok on that 

 

 

 and copy it by 1 times cause we need 2 integer slider

 for start point, middle and end point 

 

then add point by coordinate with x,y,z axis 

from search bar 

 

we need 4 point by coordinate 

 

 

then connect 1st integer slider to x of 1st point by coordinate and y of 2nd point by coordinate 

and 2nd integer slider to x of 2nd point by coordinate and y of 3rd point of coordinate 

 

step 3) 

add line by start point and end point from search bar by 4 times 

 

then connect the points 

1st by coordinate connected with start point of 1st line by start point and end point of 4th line 

2nd by coordinate connected with start point of 2nd line by start point and end point of 1st line 

3rd by coordinate connected with start point of 3rd line by start point and end point of 2nd line 

4rd by coordinate connected with start point of 4th line by start point and end point of 3rd line 

 

our bouder line are created 

 

step 4)

insert the list option from serch bar to connect all the line 

we have 4 point so drop down by 3 times to make 4 items 

 

 

connect line point to item 1,2,3 and 0 respectively to create wall

 

 

 

step 5) add one level, wall type and integer slider from search bar 

 

 

and set the level as level 1

then wall type as generic 150mm

and integer slider at 10 

then add wall by curve and height option 

 

 

and connect list to curve

level to level

wall type to wall type and integer to height 

 

 

then add floor type and floor by outline and level option

 

 

then connect list create to online curve

levle to level 

and floor type to floor type

 

 

 

Result: create wall and floor with type are done successfully 

 

 

 

 

Q3) Create an array of model elements in Revit. Use dynamo to vary the properties of model elements by using the slider or code block

 

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: arrey mence copy element along the path 

 

Procedure: 

step 1) open revit 

open revit 2018 with architectural tab 

 

 

step 2) draw any element from archirecture tab 

            suppose we draw column element and place 

           4 column like that 

           

step 3) 

open dynamo from mange tab 

 

           

step 4) 

add multimle model element from search bar 

 

 

then also add rotation set and integer slider 

 

 

then click on select option 

and select component from back out to revit 

then change integer slider as 45 

and connect element to familyinstance

and integer slider to degree 

 

then cross check in revit 

 

 

Result: array successfull using dynamo 

 

 

 

 

Q4) 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

 

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.

 

Introduction: 

 

Procedure: 

step 1) open the revit software 

            click on conceptual mass option 

            
 

NOTE: in my family no option as metric mass, so i am not able to do this question 

SOFTWARE ISSUE 

 

 

5) 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.

 

ANS : Use Dynamo to work on developing a Parametric Stadium.

 

Introduction: 

 

PRocedure: 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) add 2 integer slider from search bar 

 

 then rename it as no of level and floor height 

and set level as 5 and floor height as 10

 

 

then add code block from search bar 

and mannually rename as 0..#level..floorheight 

and then connect level to level

floor height to floorheight 

 

 

step 3)

add by orgine coordinate 

 

 

then connect code block to Z of coordinate by origine 

and add 4 integer slider for length,width, top rotation and bottom rotation respectively

and rename it 

 

 

then add rectangle by width length with cs system

 

 

then connect coordinate to coordinate

width set as 10th and connect to width 

same length set 10th and connect with length 

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

 

Q1) Using Dynamo create a set of sinusoidal points and create a curve and create a surface out of the curve.

 

AIM: create a set of sinusoidal points and curve using dynamo 

 

Introduction: 

 

Procedure: 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) insert integer slider to dynamo 

           go to serch tab 

and serch integer slider then press ok on that 

 

 

and copy it by 2 times cause we need 3 integer slider

for start point, middle and end point 

 

then add range option as procedure 

 

 

then add slider integer to range 

as start to strart, end to end and middle to middle 

 

then add point by coordinate with x,y,z axis 

from search bar 

 

 

now add code block from search bar by searching code block 

 

 

again add point by coordinate with x,y,z axis 

from search bar 

 

 

for making sinusodal point we need to add math.sin from search bar 

 

 

step 3) connect all the parameters with proper connection to make frame 

           first connect integers to range

           then connect range to point by coordinates and math.sin and second point by coordinate X axis 

           like that 

           

 

then we need to product from serch bar 

 

 

for making second sinusodal line add code block to 2nd point by coordinate to z axis 

and math sin to y axis and product x 

and code block to product y 

then product varient to z of first point of coordinate 

we create th sinusodal point like this 

 

 

step 4) make a sinusodal curve 

then add nurbs by control point from search option

to make curve 

 

similarly we need list option 

 so for list option search list 

 

           

again add 2nd nurbs by control point from search option

to make curve 

 

 

step 5) connection for curve 

fist connect 1st point by coordinate to points of 1st nurbs curve 

then same 2nd point by coordinate to points of 2nd nurbs curve we get line over dotes 

then press plus button on list button we get 2 items

then connect nurb curve 1 to item 0

and nurb curve 2 to item 1

 

 

step 6) surface 

type surface by loft option on serch bar for surface 

just click loft option 

 

 

and connect the list to cross section 

so we will get the surface 

 

Result:  we create sinusoidal curve by creatin point in dynamo is successfull 

            

 

 

 

 

2) 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.

 

AIM: Create a conceptual layout of floor plan in dynamo

 

Introduction: 

 

Procedure: 

 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) insert integer slider to dynamo 

           go to serch tab 

          and serch integer slider then press ok on that 

 

 

 and copy it by 1 times cause we need 2 integer slider

 for start point, middle and end point 

 

then add point by coordinate with x,y,z axis 

from search bar 

 

we need 4 point by coordinate 

 

 

then connect 1st integer slider to x of 1st point by coordinate and y of 2nd point by coordinate 

and 2nd integer slider to x of 2nd point by coordinate and y of 3rd point of coordinate 

 

step 3) 

add line by start point and end point from search bar by 4 times 

 

then connect the points 

1st by coordinate connected with start point of 1st line by start point and end point of 4th line 

2nd by coordinate connected with start point of 2nd line by start point and end point of 1st line 

3rd by coordinate connected with start point of 3rd line by start point and end point of 2nd line 

4rd by coordinate connected with start point of 4th line by start point and end point of 3rd line 

 

our bouder line are created 

 

step 4)

insert the list option from serch bar to connect all the line 

we have 4 point so drop down by 3 times to make 4 items 

 

 

connect line point to item 1,2,3 and 0 respectively to create wall

 

 

 

step 5) add one level, wall type and integer slider from search bar 

 

 

and set the level as level 1

then wall type as generic 150mm

and integer slider at 10 

then add wall by curve and height option 

 

 

and connect list to curve

level to level

wall type to wall type and integer to height 

 

 

then add floor type and floor by outline and level option

 

 

then connect list create to online curve

levle to level 

and floor type to floor type

 

 

 

Result: create wall and floor with type are done successfully 

 

 

 

 

Q3) Create an array of model elements in Revit. Use dynamo to vary the properties of model elements by using the slider or code block

 

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: arrey mence copy element along the path 

 

Procedure: 

step 1) open revit 

open revit 2018 with architectural tab 

 

 

step 2) draw any element from archirecture tab 

            suppose we draw column element and place 

           4 column like that 

           

 

step 3) 

open dynamo from mange tab 

 

           

step 4) 

add multimle model element from search bar 

 

 

then also add rotation set and integer slider 

 

 

then click on select option 

and select component from back out to revit 

then change integer slider as 45 

and connect element to familyinstance

and integer slider to degree 

 

then cross check in revit 

 

 

Result: array successfull using dynamo 

 

 

 

 

Q4) 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

 

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.

 

Introduction: 

 

Procedure: 

step 1) open the revit software 

            click on conceptual mass option 

            

 

NOTE: in my family no option as metric mass, so i am not able to do this question 

SOFTWARE ISSUE 

 

 

5) 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.

 

ANS : Use Dynamo to work on developing a Parametric Stadium.

 

Introduction: 

 

PRocedure: 

step 1) open dynamo 

open revit 2018 with architecture project 

 

then go to manage tab from ribbon 

and click on dynamo option 

 

suddenly new window is opened 

 

click on new option for opening new workspace sheet 

like this 

 

 

step 2) add 2 integer slider from search bar 

 

 then rename it as no of level and floor height 

and set level as 5 and floor height as 10

 

 

then add code block from search bar 

and mannually rename as 0..#level..floorheight 

and then connect level to level

floor height to floorheight 

 

 

step 3)

add by orgine coordinate 

 

 

then connect code block to Z of coordinate by origine 

and add 4 integer slider for length,width, top rotation and bottom rotation respectively

and rename it 

 

 

then add rectangle by width length with cs system

 

 

then connect coordinate to coordinate

width set as 10th and connect to width 

same length set 10th and connect with length 

 

 

step 4)

add code block for rotation from search bar 

 

 

and manually edit code block like this 

 

and add bottom for bottom

top for top 

and level to level 

 

and add point by coordinate system

 

and connect code block to Z of coordinate 

 

step 5) 

add 4 integer slider for length, width and top,bottom rotation and rename it 

 

 

then add rectangle by width length with cs

 

 

and connect respectively

like this 

 

 

and add code block from search bar 

and rename like 

 

 

now add for gementry 

point origin and vector z axis

 

 

then add geometry rotate 

 

 

connect it like that with approprite parameters

 

 

then finally for surface creation 

add poly surface by loft 

 

 

and connect with the cross section

 

 

Result: parametric stadium using dynamo is create successfully

 

 

 

 

 

 

 

Due to technical issue arrived, I am not able to save and submitt the whole completed answers file, even i complete total solutin with aim, Introduction, procedure and result, so i loss my some data, i was save back file to note pad, but there unfortunately only text are saved no single image are save which i attatched to answers, so i will upload only text, I also talk with technical assistance regarding same.