If proof of flat earth is something you want, then here it is. This incredible video is more proof of flat earth from 110,00 feet above the Earth without fisheye lens distortion. If you’ve ever looked out the window of a commercial flight at 30,000 feet, you already know the Earth is flat. Personal observation is admissible in a court of law as evidence, and personal observation has been telling you your whole life that the Earth’s surface is most definitely NOT curved. You know this. You’ve never seen a curve anywhere, not on the ocean, not from a mountain top, and not from 30,000 feet either.
Proof of Flat Earth Without Fisheye Lens Distortion
This video adds to the massive proof of flat earth that is already on the Internet with thousands of videos and books. If you’re just beginning your journey to unmask the lies and deception about the creation of the Earth and the pseudoscience of heliocentrism, we at BiblicalCosmology.faith are here to support and encourage you on this journey. If you already are fully persuaded and you’re wanting to share the good news with others, we’re here to give you articles and videos you can share with others. We’re a community of truth seekers who are rebelling against the lies and massive sorcery orchestrated by those with evil agendas. Join us. Leave comments. Share your videos and resources. And be encouraged, because you’re not alone.
Understanding Fisheye Lenses
[Source of Photos and Detailed Explanation]
Fisheye lenses are a special type of ultra-wide-angle lens that produce a distinctive visual distortion intended to create a wide panoramic or hemispherical image. Here’s a breakdown of how they work:
Construction and Design
•Ultra-Wide Angle of View: Fisheye lenses have an angle of view that can be up to 180 degrees (or more) across the diagonal of the frame. This is much wider than the human eye or standard lenses, which typically cover between 40° and 60°.
•Short Focal Length: These lenses have very short focal lengths, typically ranging from 8mm to 16mm for circular fisheyes and slightly longer for full-frame fisheyes. The short focal length is what gives fisheye lenses their wide panoramic capabilities.
•Unique Mapping: Unlike rectilinear lenses that map straight lines to straight lines, fisheye lenses use a special mapping (often an equisolid angle projection) to capture a wide image. This projection causes the distinctive distortion of the image.
How They Work
1. Equisolid Projection: Most fisheye lenses use an equisolid projection that preserves the solid angle of the scene. This means that the distance from the center of the image to a point on the image is proportional to the sine of the angle from the optical axis to the same point in the scene.
2. Radial Distortion: Due to their unique mapping, fisheye lenses exhibit strong radial distortion, making them appear curved. This distortion is intentional and is a defining characteristic of the fisheye effect.
3. Field of View: The ultra-wide field of view captures a vast amount of the scene. If the angle of view reaches 180 degrees, fisheye lenses can capture a hemisphere in front of the camera. This makes them ideal for capturing wide skies, landscapes, and even full rooms from a single point.
4. Depth of Field: Fisheye lenses typically have a deep depth of field due to their short focal length and the small image circle they project onto the camera sensor. This means that objects at various distances from the camera will appear in focus.
5. Aesthetic and Usage: The aesthetic of fisheye lenses is unique and is often used for special effects, artistic expression, and in situations where capturing as wide an angle as possible is necessary. They are popular in action photography, astronomy, and landscape photography to capture expansive views.
Applications
•Sky and Weather Photography: The 180° view can capture the entire sky or large landscapes.
•Action Sports Photography: Skateboarding, surfing, and other sports often use fisheye lenses to capture dynamic perspectives.
•Virtual Reality and Panoramic Photography: Fisheye lenses are crucial in creating 360° panoramas and VR content because they can capture a vast area with fewer shots compared to standard lenses.
In summary, fisheye lenses work by using a unique projection that allows them to capture a distorted, panoramic view of the world, which is much wider than what is achievable with standard lenses.
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