Lets you use a PSD file as a 2D texture.
The sampling technique applied to the image file during rendering. The Quadratic, Quartic, and Gaussian filters only work when the File texture is mapped directly to a shading group. The default setting is Quadratic.
If off, there is no filtering. For games design, this can be useful to view a texture’s pixels without interpolation by the renderer.
Types of bell curves, in which the extreme values get less weight than values toward the center of the curve.
Extreme means points in the texture near the far edge of the filter’s sample region.
Center of the curve means the center of the region being filtered.
Quadratic and Quartic approximate the Gaussian filter type, but are optimized for speed. Since this method can decrease rendering speed, use mostly for high-quality rendering. Quadratic is the most efficient filter type.
Mipmap stores values starting with values averaged at a large texture map size, and linearly decreasing map sizes down to a single pixel value.
Use this filter for previewing—it’s fast and provides moderately good results. Do not use for high quality renders, however. Textures may swim or appear blurry.
Mipmap is inexpensive to use. Maya uses it as a technique to store color values by default. The performance cost associated with using the Mipmap filter type is negligible compared to using other filter types.
The Pre-Filter and Pre-Filter Radius attributes are used to correct file textures that are aliased or contain noise in unwanted areas. This can be very useful when displacement mapping.
When on, the image file is pre-filtered to cancel out noise and aliasing which helps provide better quality results, particularly for bump maps. Pre-Filter is off by default. Turn it on to enable the Pre-Filter Radius attribute.
The name of the image file or movie file used by the File texture.
For tips on creating images for File textures, see Considerations for creating file textures.
To use a sequence of image files to create an animation, the file name must be expressed in one of the following three formats:
name.#.ext name.ext.# name.#
where name is the base name of the file; # is the frame number (with or without leading 0s), ext is the file extension of the file.
To use a sequence of image files to create an animated file texture, the file extensions must be separated from the basename and, or the extension by periods.
For example, the following works:
test.1.iff test.0001.iff test.1 test.0001 test.iff.1 test.iff.0001
But the following would not work:
test1 test0001 test1.iff test0001.iff
Launches an external application from Maya so that you can edit your textures. The default system image editor is used, unless a specific application is specified in the Application preferences. For more information, see Application preferences in the Basics guide.
Launches an external application from Maya so that you can view your textures. The default system image viewer is used, unless a specific application is specified in the Application preferences. For more information, see Application preferences in the Basics guide.
To use a sequence of image files as an animated texture when rendering, turn on Use Image Sequence. Use Image Sequence is off by default.
When using an image sequence, you can keyframe the Image Number value (it’s automatically keyed to 1 by default). In addition, you can offset the Image Number keyframe by entering a frame number in Frame Offset.
Hardware Texture Cycling Options
Hardsware Texture Cycling is used for caching file textures when animating textures to play the animation at regular speed.
When Use Hardware Texture Cycling is on, the file textures you specify within the range of the Start Cycle Extension, End Cycle Extension, and By Cycle Increment are loaded into memory only once. This provides faster interactive animation of the file textures.
Turn Use Hardware Texture Cycling on to get better performance when:
Use the following attributes to indicate which frames you want to load. If you don’t load them all, Maya uses the closest available frame at playback.
