Sony SRPC4 Product Manual (SRMASTER: SRPC4 / SRPC5 Operation Manual) - Page 26
Supported Formats, LUT File Formats Applicable to This Board, the same curve
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Category Importing operations Key Ctrl+\ Ctrl+A Ctrl+C ESC Shift+ double-click Crtl+ double-click DISK SETUP Ctrl+U operations Ctrl+Shift+M Ctrl+Shift+U Function Previews the selected clip. Adds the selected sequence to the import list. Starts importing. Cancels importing. Selects all files. Clears selection of all files. Updates the file list. Mounts the NFS server. Unmounts the NFS server. a) Make sure that the cursor is not in the text field when you press the key. Supported Formats SRMemory Resolution Playback mode 1080 4:2:2Lite, 4:2:2SQ, 4:4:4SQ F65RAW System frequency 23.98PsF, 24PsF, 25PsF, 29PsF, 50i, 59.94i 23.98p, 24p File formats Type MXF Format 4:2:2Lite, 4:2:2SQ, 4:4:4SQ (SRMemory format) LUT File Formats Applicable to This Board Examples of the five lookup table (LUT) file formats applicable to this board are shown below. Note Line numbers ("Lx" in the tables below) do not appear in the actual LUT files. LUT file type 1: R, G, and B have the same value (the same curve) "LUT: 1 1024" in the header indicates one output data block (common to R, G, and B) corresponding with the 10bit (1024) input data. The bit depth of the output is determined by the maximum output value. (This is an example of 10-bit input and 10-bit output.) # Comment LUT: 1 1024 # (Line No,) Output value L1 0 L2 0 L3 1 • • • L1023 1023 L1024 1023 LUT file type 2: R, G, and B have individual values (individual curves) and are aligned vertically in the order of R, G, B "LUT: 3 1024" in the header indicates three separate output data blocks (for R, G, and B) corresponding with the 10-bit (1024) input data. The bit depth of the output is determined by the maximum output value. The output values on lines L1 to L1024 are R values, the values on lines L1025 to L2048 are G values, and the values on lines L2049 to L3072 are B values. (This is an example of 10-bit input and 10-bit output.) # Comment LUT: 3 1024 # (Line No,) Output value L1 0 L2 0 L3 1 • • • L1023 1023 L1024 1023 L1025 0 L1026 0 L1027 1 • • • L2047 1023 L2048 1023 L2049 0 26 Appendix