using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

我们渲染的结果并没有失真。因 此, 此节点有助于从影⽚中删除失真或添加失真以使 渲染与影⽚剪辑混合。 通常在运动跟踪时使⽤。 计算畸变 在使⽤此节点之前, 必须计算剪辑的镜头失真。这可以通过调节 K1、K2 和 K3 值来完成 影⽚剪辑编辑器 ‣属性 ‣ 镜头。有关如何编辑这些值的详细信息, 详 见。 输⼊ 图像 标准化图像输⼊。 属性 影⽚剪辑 ⽤于选择要使⽤其失真的影⽚剪辑。如果有多个影⽚剪辑存在 distortion coefficients: K1, K2, and K3. 分割 It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. Division It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Nuke Distortion Distortion model used by the Nuke compositor. Use two distortion coefficients K1, K2. Brown Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential

using this node, one has to calculate the lens distortion of the clip. This can be done by adjusting K1, K2 and K3 values in Movie Clip Editor ‣ Properties ‣ Lens. For more information on how to edit those distortion coefficients: K1, K2, and K3. It defines high distortions, which makes this model suitable much better for cameras with fisheye lenses. Use two distortion coefficients: K1, K2. Distortion model coefficients K1, K2. Brown-Conrady is one of most advanced mathematical lens distortion models. Used to model both radial and tangential distortion. Can use up to four radial distortion coefficients: K1 - K4 and