toward the cylinder shape, while a spherical map takes into account the sphere's curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful

toward the cylinder shape, while a spherical map takes into account the sphere's curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets looking at the center of the image using the default environment texture mapping. Minimum/Maximum Latitude/Longitude Limits of the vertical and horizontal field of view angles. Fisheye Fisheye lenses rather than the Image Texture node for correct mapping. This supports Equirectangular (also known as latitude/longitude) for environment maps, and Mirror Ball mapping for converting photos of mirror balls to

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets looking at the center of the image using the default environment texture mapping. Minimum/Maximum Latitude/Longitude Limits of the vertical and horizontal field of view angles. Fisheye Fisheye lenses rather than the Image Texture node for correct mapping. This supports Equirectangular (also known as latitude/longitude) for environment maps, and Mirror Ball mapping for converting photos of mirror balls to

toward the cylinder shape, while a spherical map takes into account the sphere's curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets looking at the center of the image using the default environment texture mapping. Minimum/Maximum Latitude/Longitude Limits of the vertical and horizontal field of view angles. Fisheye Fisheye lenses rather than the Image Texture node for correct mapping. This supports Equirectangular (also known as latitude/longitude) for environment maps, and Mirror Ball mapping for converting photos of mirror balls to

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets looking at the center of the image using the default environment texture mapping. Minimum/Maximum Latitude/Longitude Limits of the vertical and horizontal field of view angles. Fisheye Fisheye lenses rather than the Image Texture node for correct mapping. This supports Equirectangular (also known as latitude/longitude) for environment maps, and Mirror Ball mapping for converting photos of mirror balls to

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful

toward the cylinder shape, while a spherical map takes into account the sphere's curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful

toward the cylinder shape, while a spherical map takes into account the sphere’s curvature, and each latitude line becomes evenly spaced. Sphere Projection is useful for spherical shapes, like eyes, planets corresponds to looking at the center of the image using the default environment texture mapping. Latitude Min, Max Limits of the vertical field of view angles. Longitude Min, Max Limits of the horizontal is important. A limitation over Equirectangular is that this method does not have longitude or latitude limits. Fisheye Fisheye lenses are typically wide angle lenses with strong distortion, useful