example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

網⾯: Store geometry, material list, vertex groups, etc. 相機: Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture

example: Store geometry, material list, vertex groups, etc. Store focal length, depth of field, sensor size, etc. Each object has a link to its associated object-data, and a single object-data may be will also take the sensor dimensions into account. The Fisheye Equidistant lens does not correspond to any real lens model; it will give a circular fisheye that does not take any sensor information into into account but rather uses the whole sensor. This is a good lens for full-dome projections. Lens Lens focal length in millimeters. Field of View Field of view angle, going to 360 and more to capture