Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called "shallow link", because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called "shallow link", because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called "shallow link", because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called “shallow link”, because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called “shallow link”, because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-Curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called “shallow link”, because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called "shallow link", because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called “shallow link”, because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called “shallow link”, because not all data-blocks are shared;

Library Source file of the active object. See also Linked Libraries. Disabled (red) The reason why the value is not editable. Python When Python Tooltips are enabled, a Python expression is displayed compute mathematical functions and type a precise value for each frame, which would be crazy). This is why nearly all direct animation is done using interpolation. The idea is simple: you define a few Keyframes materials, textures, and F-curves), but which has copied others, like the mesh, for example. That is why this form of duplication is sometimes called "shallow link", because not all data-blocks are shared;