remain the same. Scale correction This value is used to globally re-scale the input Nif data to map correctly to Blender’s unit of the measurement system. The default setting ensures the imported model org/wiki/File:Cube_Representative_UV_Unwrapping.png]. The UV-unwrapping process creates a UV Map layer. The UV Map Layer is used to layer connect a Texture [https://docs.blender.org/api/blender_python_api_2_72_release/bpy _release/bpy.types.TextureSlot.html#bpy.types.Text ureSlot] requires that the user select the UV Map Layer that was generated by unwrapping, See Textures Section. Example: #. Create a mesh-object. #

remain the same. Scale correction This value is used to globally re-scale the input Nif data to map correctly to Blender’s unit of measurement system. The default setting ensures the imported model fits org/wiki/File:Cube_Representative_UV_Unwrapping.png]. The UV-unwrapping process creates a UV Map layer. The UV Map Layer is used to layer connect a Texture [https://docs.blender.org/api/blender_python_api_2_72_release/bpy _release/bpy.types.TextureSlot.html#bpy.types.Text ureSlot] requires that the user select the UV Map Layer that was generated by unwrapping, See Textures Section. Example: #. Create a mesh-object. #

Release 2.6.0a0.dev4 Scale correction This value is used to globally re-scale the input Nif data to map correctly to Blender’s unit of the measurement system. The default setting ensures the imported model the faces onto a flat plane, see Cube Unwrap. • The UV-unwrapping process creates a UV Map layer. • The UV Map Layer is used to layer connect a Texture to Mesh and allows visual representation of where Blender NIF Plugin, Release 2.6.0a0.dev4 • Each TextureSlot requires that the user select the UV Map Layer that was generated by unwrapping, See Textures Section. Example: #. Create a mesh-object. #

remain the same. Scale correction This value is used to globally re-scale the input Nif data to map correctly to Blender’s unit of measurement system. The default setting ensures the imported model fits the faces onto a flat plane, see Cube Unwrap. • The UV-unwrapping process creates a UV Map layer. • The UV Map Layer is used to layer connect a Texture to Mesh and allows visual representation of where where each face is located on texture. • Each TextureSlot requires that the user select the UV Map Layer that was generated by unwrapping, See Textures Section. Example: #. Create a mesh-object. #. In

driver is added to the property with the expression entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Backspace reset the value. Curve Widget Curve widget. The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called “value map”. (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a “value map” socket, all points

driver is added to the property with the expression entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Backspace reset the value. Curve Widget Curve widget. The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called "value map". (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a "value map" socket, all points

expression Color fields. With and without alpha. entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Picker. Backspace reset the value. Curve widget. Curve Widget The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called “value map”. (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a “value map” socket, all points

expression Color fields. With and without alpha. entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Picker. Backspace reset the value. Curve widget. Curve Widget The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called "value map". (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a "value map" socket, all points

expression Color fields. With and without alpha. entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Picker. Backspace reset the value. Curve widget. Curve Widget The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called “value map”. (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a “value map” socket, all points

expression Color fields. With and without alpha. entered. The expression #frame is a quick way to map a value to the current frame, but more complex expressions like #fmod(frame, 24) / 24 are also supported Picker. Backspace reset the value. Curve widget. Curve Widget The Curve Widget allows to intuitively map a range of input values to a set of output values by adjusting a curve, where the X axis represents so-called "value map". (You can think of a value map as a grayscale image where the brightness of a pixel represents its value.) If a single value is used as an input for a "value map" socket, all points