Creating a Floor plan, Footing detail and Isometric view using AutoCad

Aim:

To create the sketch for the following geometries by using the coordinates system methods and use the Line tool and isometric drafting to create the geometries.

Procedure:

Cross-section of load bearing wall showing foundation details:

• First, we take the base point as (0,0).
• Then we take the line tool to create the sketch of cross-section of load bearing of the wall.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Cross-section of load bearing wall over spread footing:

• First, we take the base point as (0,0).
• Then we take the line tool to create the sketch of cross-section of load bearing of the wall over spread footing.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Cross-section of isolated footing:

• First, we take the base point as (0,0).
• Then we take the line tool to create the sketch of cross-section of isolated footing.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Line diagram of two bed room building:

• First, we take the base point as (0,0).
• Then we take the line tool to create the sketch of two bed room building.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Isometric view of steps:

• First, we take the base point as (0,0).
• Then we take the line tool and isolated drafting mode to create the sketch of isometric view of steps.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Isometric view of gable wall:

• First, we take the base point as (0,0).
• Then we take the line tool and isometric view mode to create the sketch of isometric view of gable wall.
• The sketch is done by using relative rectangular coordinate system in both X and Y directions.
• After completion of the sketch, we can give the dimensions as per the requirements.

Result:

The above sketches are drawn by using both Absolute and Relative coordinate systems.

Conclusion:

The sketching and drawing in the Auto CAD are drawn by using coordinate systems, as more we practise, we are able to do sketching and drawing fastly and accurately.