![]() This can be useful to track shots with over- or under-exposure, without changing the image data, if it will be output from SynthEyes.Īfter you’ve set up any color corrections, you can have SynthEyes store the corrected images in a more compact format such as 8-bit or half for tracking. Although it acts like an exposure control, it does not affect floating or half data in the image pipe, only the conversion when it needs to be converted to integer values for display or tracking. Range Adjust” control on the shot setup panel. We do not know what EI value is used for ARRI’s LogC to R709 and R2020 conversions, but apparently not 800!Įspecially for ACES data, you may want to take advantage of the “F.P. For additional EI values, see ARRI’s LUT generator, which will provide all the tables. ![]() (Use File/Export/Metadata/Export Single Frame to determine this.) SynthEyes provides LogC 800EI to ACES and ACES to LogC 800EI LUTs. There are also LUTs for ACES to LogC and LogC to ACES, but note that the definition of LogC is dependent on the ExposureIndex (EI, ~ISO) setting of the camera during filming. SynthEyes includes LUTs for ACES and LogC to R.709 and R.2020 (4 total), which encompasses both ARRI output types and both common video standards. (which generated the included ones), or from other generators or monitor calibration systems. Some standard LUTs are included with SynthEyes others may be obtained from Instead, you can run it through a lookup table (LUT) appropriate to your monitor, using the Color tab of SynthEyes’s image preprocessor. Neither image format is going to appear “correct” immediately in the SynthEyes camera view, however. The color systems are appropriate for those data formats. ACES Scene-referenced Linear (wide gamut), if Half or Float Process Depth is selected. LogC (Wide gamut), if 8- or 16-bits/channel Process Depth is selected on the Shot Settings. The ARRIRAW reader can produce images in either of two different color systems: You can see SynthEyes’s current ARRI SDK version in the Library Versions New cameras may require sufficiently new SDKs. Warning : ARRI periodically updates their cameras and software with new features and data formats. In particular, it cannot read the much different ProRes™ data that ARRI cameras can also produce and put into MXF files! SynthEyes can directly read only ARRIRAW data in MXFs. Warning : MXF is a container file format that can contain various types of coded image data. ARRI cameras can also store ARRIRAW image data into a single MXF movie file, which SynthEyes can read. ari image files can be read like any other image sequence. SynthEyes can directly read these files, as recorded by ARRI’s cameras.
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