'Pinhole cameras' diaporamas de présentation

Computer Vision cmput 499/615

Computer Vision cmput 499/615. Lecture 2: Cameras and Images Martin Jagersand Readings: Sz 2.3, (HZ 6) FP: Ch 1, 3DV: Ch 3. Learn the details of each stage. Stages in processing:. Physical properties Camera calibration, reflectance models etc. Low level processing

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Computer Vision cmput 428/615

Computer Vision cmput 428/615. Lecture 2: Cameras and Images Martin Jagersand Readings: Sz 2.3, (HZ ch1, 6) FP: Ch 1, 3DV: Ch 3. Learn the details of each stage. Stages in processing:. Physical properties Camera calibration, reflectance models etc. Low level processing

484 views • 46 slides

Computer Vision cmput 499

Computer Vision cmput 499. Lecture 2: Cameras and Images Martin Jagersand Readings: Sz 2.3, (HZ 6) FP: Ch 1, 3DV: Ch 3. Learn the details of each stage. Now: Learn about cameras and how they form images Readings: FP: Ch 1, 3DV: Ch 3. Stages in processing:. Physical properties

519 views • 44 slides

Image Formation Fundamentals

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Physics

Physics. PHS 5041 Optics Plane Mirrors. PHS 5041 Optics Plane Mirrors. Reflection of Light: Process that causes light to bounce off objects in its path. PHS 5041 Optics Plane Mirrors. Diffuse reflection: Occurs when light strikes an irregular surface.

424 views • 25 slides

Pinhole Cameras

Pinhole Cameras. Early Photography: Camera Obscura. Camera Obscura=dark room Some artists used these dark rooms to project images and help them reproduce images with the correct proportions. Canaletto, 1700s. How does it work?.

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Camera obscura

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Pinhole Cameras

Pinhole Cameras.

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Pinhole Photography

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