GALLERY VITRIN

Project was developed in response to an open call by the Goethe Institute and is designed specifically for the “Gallery Vitrin” space, located on the side façade of the Goethe Institute in Ankara. The installation features a series of videos showcasing Germany’s landscapes, dynamically particles-shaped by wind data of their spesific location. Visuals were made interactive, allowing viewers to control the animations by their hand gestures thanks to camera tracking feature, aiming a sense of belonging. Thanks to the relationship of real wind data, the project creates an immersive experience that transports viewers to these locations. Concept The project combines wind data analysis with the architectural landmarks of Germany. By using wind data specific to German locations—such as wind magnitude, direction, and variance-it explores how natural forces interact with and influence the perception of digital space thanks to particle system. Data The visualization begins with wind data tables from Global Atlas, processed in TouchDesigner to create dynamic particle systems. These particles shape according to the behavior of the wind-speed, direction and turbulence-transforming videos into dynamic wind movements. Interactivity Using camera motion tracking, visitors can manipulate the visuals through hand gestures, creating a dynamic connection between themselves, the data, and the landmarks. This interactive approach explores how digital space can engage with physical space and influence our perceptions through enhanced interactivity.

PROJECT TYPE

Individual Project

DESIGN TOOLS

Touchdesigner Blender Aftereffects Photoshop

Year

2024

category

Competition Proposal

GALLERY VITRIN

Project was developed in response to an open call by the Goethe Institute and is designed specifically for the “Gallery Vitrin” space, located on the side façade of the Goethe Institute in Ankara. The installation features a series of videos showcasing Germany’s landscapes, dynamically particles-shaped by wind data of their spesific location. Visuals were made interactive, allowing viewers to control the animations by their hand gestures thanks to camera tracking feature, aiming a sense of belonging. Thanks to the relationship of real wind data, the project creates an immersive experience that transports viewers to these locations. Concept The project combines wind data analysis with the architectural landmarks of Germany. By using wind data specific to German locations—such as wind magnitude, direction, and variance-it explores how natural forces interact with and influence the perception of digital space thanks to particle system. Data The visualization begins with wind data tables from Global Atlas, processed in TouchDesigner to create dynamic particle systems. These particles shape according to the behavior of the wind-speed, direction and turbulence-transforming videos into dynamic wind movements. Interactivity Using camera motion tracking, visitors can manipulate the visuals through hand gestures, creating a dynamic connection between themselves, the data, and the landmarks. This interactive approach explores how digital space can engage with physical space and influence our perceptions through enhanced interactivity.

project type

Individual Project

desıgn tools

Touchdesigner Blender Aftereffects Photoshop

Year

2024

category

Competition Proposal

GALLERY VITRIN

Project was developed in response to an open call by the Goethe Institute and is designed specifically for the “Gallery Vitrin” space, located on the side façade of the Goethe Institute in Ankara. The installation features a series of videos showcasing Germany’s landscapes, dynamically particles-shaped by wind data of their spesific location. Visuals were made interactive, allowing viewers to control the animations by their hand gestures thanks to camera tracking feature, aiming a sense of belonging. Thanks to the relationship of real wind data, the project creates an immersive experience that transports viewers to these locations. Concept The project combines wind data analysis with the architectural landmarks of Germany. By using wind data specific to German locations—such as wind magnitude, direction, and variance-it explores how natural forces interact with and influence the perception of digital space thanks to particle system. Data The visualization begins with wind data tables from Global Atlas, processed in TouchDesigner to create dynamic particle systems. These particles shape according to the behavior of the wind-speed, direction and turbulence-transforming videos into dynamic wind movements. Interactivity Using camera motion tracking, visitors can manipulate the visuals through hand gestures, creating a dynamic connection between themselves, the data, and the landmarks. This interactive approach explores how digital space can engage with physical space and influence our perceptions through enhanced interactivity.

project type

Individual Project

desıgn tools

Touchdesigner Blender Aftereffects Photoshop

Year

2024

category

Competition Proposal