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Vini Fabretti was entrusted with a significant creative undertaking for "The EY's Entrepreneur of the Year Award Ceremony," Brazil's prestigious entrepreneur award. The event took place in 2016 in Rio de Janeiro, and Fabretti was hired by the Hoffmann company to execute a remarkable projection mapping project on the stunning Ilha Fiscal building. Situated in the middle of Guanabara Bay, this historical architectural gem provided a magnificent backdrop for the ceremony.
The award ceremony, attended by 400 VIPs and award finalists, demanded meticulous planning and execution. The Hoffmann team collaborated with Fabretti, who harnessed the power of eight Panasonic PT-DZ21K2 projectors to deliver a visually stunning experience. The projection mapping brought the Ilha Fiscal building to life, creating a captivating and immersive environment that enhanced the overall event ambiance.
By skillfully aligning technology with artistic vision, Fabretti and the Hoffmann team crafted a truly memorable award ceremony. The combination of the grandeur of the Ilha Fiscal building and the mesmerizing projection mapping left a lasting impression on attendees, showcasing the dedication to excellence and innovation associated with the EY's Entrepreneur of the Year Award.
This successful collaboration highlights the power of creative partnerships and the seamless integration of technology and artistry. The projection mapping project executed by Vini Fabretti and the deployment of state-of-the-art projectors by the Hoffmann team elevated "The EY's Entrepreneur of the Year Award Ceremony" to an extraordinary level, affirming its status as a highly regarded event within Brazil's entrepreneurial community.
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Ilha Fiscal do Rio de Janeiro (Fiscal Island)
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FIRST STEP : 3D SCANNING
At very beginning, the entire building facade was scanned using high-end professional 3d scanners. The result was a 3d file with millions of points.
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FIRST STEP : 3D SCANNING
At very beginning, the entire building facade was scanned using high-end professional 3d scanners. The result was a 3d file with millions of points.
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3d scanner result: a 3d mesh with millions of points.
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SECOND STEP : RETOPOLOGY
After the scanning process, was started the process of reconstruction of 3d mesh using all scanned points as reference to reach a precise elements position.
After the scanning process, was started the process of reconstruction of 3d mesh using all scanned points as reference to reach a precise elements position.
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3d Retopology: using a 3d software, the entire facade was modeled using the 3d scanned points as reference.
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THIRD STEP : 3D UNWRAP MAPPING FOR D3 SOFTWARE
After the modeling process, was started the process of construction of 3d maps to insert in D3 projection mapping software.
THIRD STEP : 3D UNWRAP MAPPING FOR D3 SOFTWARE
After the modeling process, was started the process of construction of 3d maps to insert in D3 projection mapping software.
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3d Unwrap mapping: using a 3d software, was created several reference maps as alignment parameters to Panasonic PT-DZ21K2 projectors.
First projection alignment test one day before the event.
D3 software running the projection mapping animations.
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FINAL STEP : ANIMATIONS
the final process, several animations was created using After Effects software.
FINAL STEP : ANIMATIONS
the final process, several animations was created using After Effects software.
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Mapping reference blueprint.
