REVIT_Dynamo Project- 3

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

AIM:

To create a set of sinusoidal points and to create a curve and surface using dynamo.
TOOLS/COMMANDS USED:

Architectural template
Manage
Dynamo

PROCEDURE:

1: Open a new file in Revit.
2: Open an architectural template.

3: Go to manage tab and select dynamo.

4: After selecting manage a new file opens in Revit.
5: Now a new tab of dynamo opens.

6: Go to the search box in dynamo file and type point by coordinates and range by coordinates.
7: Now type code blocks in the search box and load three code blocks.
8: Rename the code blocks as start, end and type.
9: Give the input values as 10, 200 and 1 to start, end and type respectively.
10: Now join in those 3 code blocks to 3 respective components of range.
11: Now load another code block and prepare 3 components (start, end, type) in it.
12: Now again join those 3 components to the new code block.
13: Now load another code block and rename it as number of values and assign the value as 10.
14: Add a code block and assign 3 components (start, end and number).
15: Now load sine factor and a code block.
16: Rename the code block as amplifier and fix the value of that as 20.
17: Load product factor and assign x, y components to it.
18: Now join sine and amplifier to the product.
19: Add integer slider and set the minimum, maximum and step value as 20, 50 and 1 respectively.

RESULT:

Curve was created successfully by using sinusoidal points and surface was added to it.

2) .

AIM:

To create a conceptual layout of floor plan in dynamo and to change the dimensions of the model created.

TOOLS/COMMANDS USED:

Architectural template
Manage
Dynamo

PROCEDURE:

1: Open an architectural template.

2: Go to manage tab and select dynamo.

3: After selecting manage a new file opens in Revit.

4: Go to search box in dynamo and type point by coordinates for times.
5: Rename the origin, control point 1, control point 2, control point 3.
6: Load a slider box and assign x, y components in it.
7: Connect x from control points 1, 3 to the x in the slider box.
8: Connect y from control points 2, 3 to the y in the slider box.
9: Load line of start, end type for four times.
10: Join origin point to the start point in the line command 1, 2.
11: Join the control point 1 to end point 1, 4.
12: Join the control point 2 to start point 3 and end point 2.
13: Join the control point 3 to start point 4 and end point3.
14: Load wall type by curve and level.
15: Load a slider and rename it as height of the wall.
16: Join wall type to wall.
17: Join level to level.
18: Join the slider to height of the wall.
19: By changing the range in slider, the dimensions changes.

RESULT:
A conceptual layout was successfully created and the dimensions slided in dynamo successfully.

3)

AIM: To create an array of model elements in Revit.TOOLS/COMMANDS USED:
Family
Mirror
Array
Voids
Dynamo

PROCEDUR:

1: Open a new family.

2: A folder appears.
3: Click on English imperial.
4: Select generic model from the available options.

5: Now that generic model appears on your Revit drawing screen.

6: Draw few offsets to a vertical member by maintaining a constant offset.
7: Repeat the same thing for horizontal member also.
8: Now set voids forms to all reference planes.
9: Draw a curve by choosing curve option.
10: By selecting line option draw the lines up to the midpoint.
11: Now choose the mirror option and select diagram.
12: Now the diagram will be sticked in the opposite side (left side).

13: Save the model as a new family component.

14: Now come back to architectural template and draw a wall.


15: Insert that newly created family on to the wall.

16: Take the screen shots.

RESULT:
An array of model elements was created successfully.

4).

AIM:

To create a parametric column by using triangular bent.

TOOLS/COMMANDS USED:

Family
Level
Divide surface
Polygon
Tri angle bent

PROCEDURE:

1: Open a new family.
2: A folder appears.
3: Click on English imperial.
4: Select the conceptual mass from the options available.
5: Create another level at a distance of 12’ from the reference.
6: Set the work plane by selecting plan view.
7: Set the reference to all control points.
8: Select polygon and set the number of sides as 4.
9: Now draw rectangles in all reference planes.
10: Now select all the points and click on filter.
11: Click on foam and choose divide surface.
12: Choose the triangle bent pattern.
13: Locate a midpoint to that triangle.
14: Now select load into project.

RESULT:
The parametric column was created in a triangle bent option successfully.

5)

AIM: To create a parametric stadium using dynamo.

TOOLS/COMMANDS USED:

Architectural
Dynamo

PROCEDURE:

1: Open an architectural template.
2: Go to manage tab and select dynamo.
3: After selecting dynamo a new file opens in Revit.
4: Initially load four integer sliders and rename them.
5: To create a floor, ’points by coordinate’ was added.
6: Add a new code block and assig levels, height of the floor to it.
7: Now load geometry rotate and point origin.
8: Add z-axis.
9: Now connect degrees-geometry point-origin.
10: Add poly surface the option ‘poly surface by loft’.
11: Connect geometry to the cross section.
12: By varying the range in floor rotations, we can observe the change in the model. It will rotate in a circular manner with respect to reference plane.

RESULT:
The parametric stadium in dynamo was successfully created.