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

1)

AIM:

To create a set of sinusoidal points and create a curve and create a surface out of the curve using Dynamo .

PROCEDURE :

step 1:

• Open revit > architectural template >manage tab .
• click on dynamo .

Result:

2)

• open dynamo > New
• type points > points by coordinates
• name them x-axsis, y-axsis, xy-axsis
• Two integers are added

• Type line > by startpoint.end point
• connect the following :
• origin - start point & x-axsis - end point
• x-axsis -start point & y-end point
• y-axsis -start point & xy -end point
• xy -axsis -start point & x-axsis - end point

• now type floor> byoutline.level
• connect as follows:
• list to outline curves
• floor types to floor type
• levels to levels
• now type walls >wallbycurveand height
• connect as follow;
• list to curves
• height (integer slide ) to height
• wall type to wall type
• level (level 1 ) to level .

Result:

3)

• open revit
• click on the created model > array

• open dynamo >new project
• select model elements > select the elements from revit
• type set rotation , integer slider
• connect elements to family instance
• integer slider to degree

4)

• go level >create height of roof > 10m
• go to height of roof
• using spline line create a curve
• at points create workplane > draw circumference polygon > select polygon ,spline >create form

height of roof :

click on properties > pattern >triangular bent

align u and v grid to 70 and 50

5)

AIM:

To create a parametric high rise tower

PROCEDURE:

• open architectural template in revit > manage tab >dynamo
• select integer slider (4 )
• point by cordinates
• point by circle

• type polysurface< loft
• connect circle to cross section

• now the same procedure is done for a rectangle
• connect the code block to coordinateSystem .ByOrigin
• connect cs to cs of rectangle.by width length ( give the number of width and length of integer slider )
• connect rectangle to gomentry rotate , connect geometry rotate with the code block which is connected to bottom floor rotation and top roatation .
• Its axsis to z-axsis and connect it to polysurface

Result:

4Levels.

2 levels

.