**Description**

This project uses a non-linear, iterative strategies of subdivision (weaving by particles) for the design of a coherent formation/demonstrator/pavilion, focusing on its constructability as clarity and

coherence of geometry, detail and process. The computational approach is divided into a primary woven structure with their respective intersection points and the secondary structure following the same logic. The primary structure begins with the generation of a surface from which the particles are created and moved by using spin forces. The resulting nodes between the lines are evaluated to control the weaving distance. A list of elements are then created, to function as connections between the primary curves. The secondary structure emerges from equidistant points on the resulting primary curves. The following images explains visually the specific strategy and overall system.

*Data structure*

*Process Steps*

*Shell construction – Basic principal*

*Shell construction – Entry variations*

**Shell construction – E**ntry geometry variations

*Weaving through spin forces 2D principals – basic generation*

**Weaving through spin forces 2D principals – **step size variations

**Weaving through spin forces 2D principals – **strength variations

**Weaving through spin forces 2D principals – **radius variations

**Weaving through spin forces 2D principals – ***position variations*

**Weaving through spin forces 2D principals – ***amount variations*

**Weaving through spin forces 2D principals – direction variation**

*Structure Density – **Basic principal / on surface*

*Generating Spin forces – Spin forces Principles*

**Generating Spin forces – **Using spin forces for weaving

*Generating spin forces on Surface – Using spin forces for weaving*

*Generating spin forces on Surface – Using spin forces for weaving*

*Generating spin forces on Surface – Using spin forces for weaving*

*Defining connection points – **Basic Principles – **Overall Strategy Layout*

*Weaving through spin forces 3D principals – basic principal*

*Weaving through spin forces 3D principals – **Intensity variations*

*From intersection to connection*

*Connections – ***dista**nce variations

**Connections primary structure –** *Overall Strategy Layout *

*Secondary structure *

*Secondary structure*

*Overall system*

*Connections System – Close up*

**Detail Approximation**

*Studies – Application on the system *

*Proposed materiality – Metal Wires*

*Secondary structure – Proposed materiality – Metal Wires*

*Overall System – **Desired Density*