Sets Nuke’s behavior when there is a problem with frames in the file: At frame 20, is read in at frame 21, is read in and so on.ĭepending on the frame mode, you can enter a start frame, an offset, or an expression here. For example, if you use the value -10, Nuke will subtract ten from the current frame to get the frame that’s read in. You can also use negative values as the constant offset. At frame 1, is read in at frame 2, image.0501 is read in, and so on. This way, 499 is added to the current frame to get the frame that’s read in. For example, if your clip begins from and you want to place this first frame at frame 1 rather than frame 500, you can use 499 as the constant offset. This constant value is added to the current frame to get the number of the frame that’s read in.
offset - Lets you enter a constant offset in the field on the right. 
Similarly, if you enter 100 in the field, image0500.rgb is read in at frame 100. For example, if your sequence begins from and you enter 1 in the field, image0500.rgb is read in at frame 1. In other words, all frames are offset so that the clip starts at the specified frame. This specifies the frame where the first frame in the sequence is read in.
start at - Lets you enter a start frame number in the field on the right. At frame 1, is read in at frame 2, is read in at frame 3, is read in and so on. This way, only every other frame in the clip is used. This expression multiplies the current frame by two to get the number of the frame that’s read in. Another example of an expression is frame*2. At frame 1, is read in at frame 2, is read in and so on. This way, 499 frames are added to the current frame to get the number of the frame that’s read in. For example, if your clip begins from and you want to place this first frame at frame 1 rather than frame 500, you can use the expression frame+499. The expression changes the relation between the current frame and the frame read in. 
expression - Lets you enter an expression in the field on the right. 
black - select to display a black frame outside of the last frame. loop - select to start over and keep looping the span of the frame range outside the last frame of the frame range. hold - select to show a still picture of the last frame of the frame range. Sets the behavior of frames after the last frame specified: The last frame number of a sequence to display. black - select to display a black frame outside of the first frame. bounce - select to play the span of the frame range backwards and forwards between the frame range limits. loop - select to start over and keep looping the span of the frame range outside the first frame of the frame range. hold - select to show a still picture of the first frame of the frame range. Sets the behavior of frames before the first frame specified: The first frame number of a sequence to display. Typically it is guessed correctly from the file header, but you can change it to set a different pixel aspect ratio if required. The file specified in proxy is read if the down-rez of the format is smaller or equal to this value. This proxy image is used if proxy mode is on and the required resolution is less than or equal to the proxy format. Sets the file path and name of a relevant proxy image. #Ada read filr backwards update
When this Read node is set to Localization Policy > on demand, click Update to manually localize the files from the source files.
off - the files are never cached, regardless of location. See Localizing Files for Better Performance for more information. on demand - only localize these source clips when you manually update them. from auto-localize path - the files are cached if they reside in the auto-localize from directory, as long as the limit to (GB) limit is not breached. on - the files are cached, regardless of location, as long as the limit to (GB) limit is not breached. Copies of the files are stored in a specified local folder for faster access times: For frame numbers, you can use # for each digit or the printf-style formatting %04d. Sets the file path and name of the file to read. See also DeepRead, ReadGeo, AudioRead, and UDIM Import. You can also create a Read node by pressing R on the Node Graph. It uses the file name extension to determine the format. The Read node supports multiple file formats, such as Cineon, TIFF, Alembic, PSD, OpenEXR, HDRI, DPX, R3D, ARRIRAW, DNG, and RAW camera data. It converts all imported sequences to Nuke’s native 32-bit linear RGB colorspace. This node loads images from disk, using the native resolution and the frame range for the sequence.
0 kommentar(er)
