Abstract

The concept of the project analyzed lays in its two main facades: made out of bricks, these show two variations of rotation. The first one takes into account some external curves that act as attractors, the other by rotating the bricks alternately by 45°.

Building Overview

This office building is placed in a residential area. This creates an unlikely mentality for residential neighbors in terms of the number of visitors as well as the aristocracy from the upper floors to residential buildings.
Hence, the most important parameters for the building were privacy and regulation of light; since the only sources of light were East and West due to the placement of the building.
To tackle these problems the architects used a brick grid to retain the traditional architecture using parametric geometry to manipulate the facade according to the user requirements.
The dynamic quality within the project has been achieved through the flexible design of outer shells for controlling light and visibility, and external to the location of the audience has created a variety of forms on the northern facade of the building that forms both inside and outside the project and It transforms it into a platform for contacting the city and the building.

Revolving Bricks Office Building / A.P.Pars Architects & Associates
Main Facade
Source: Archdaily

Main Facade

Detail Drawings
The rotation goes from 0 to 90 degrees
Front View
Source: Archdaily
The rotation goes from 0 to 90 degrees
Perspective View
Source: Archdaily

Diagram Step-by-Step

1. Division of the facade into vertical lines 2. Creation of the bricks in each vertical lines 3. Selection of the curved lines used as attractors from Rhino 4. Rotation of the bricks according to the curves 5. Assignment of colors on each side of the bricks

Diagrammatic Pseudo Code

Animation

Renders

Back Facade

Detail Drawings


The rotation goes from 0 to 45 degrees
Front and Perspective View
Source: Archdaily

Diagram Step-by-Step


1. Division of the facade into vertical lines 2. Creation of the bricks in each lines 3. Selection of the curved lines used as attractors from Rhino 4. Rotation of the bricks alternatively by row in clockwise and anti-clockwise direction 5. Assignment of colors

Diagrammatic Pseudo Code

Animation

Alternat rotation clockwise and anti-clockwise

Render


Tall Building

Diagram Step-by-Step

1. Selection of the curved lines from Rhino 2. Division of the facade into horizontal lines 3. Division of the horizontal lines in accordance with the curves; duplication, movement and loft of the lines, obtaining extruded planar surfaces 4. Assignment of colors on each surface

Diagrammatic Pseudo Code

Render

Camera Animation

Diagrammatic Pseudo Code

Camera Location

Top view: Carmera Orbit around the targeted object
Perspective view: Carmera Orbit around the targeted object

Animation