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What lenses are compatible with Correction for Peripheral Illumination and Chromatic Aberration?
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IASES HJ22 ex 7.6 B IASES CJ 45 ex 9.7 B CJ 45 ex 13.6 B CJ 24 ex 7.5 B CJ 14 ex 4.3 B CJ18ex7.6B - - (*1) Requires B 4 mount adapter. Also, chromatic aberration can be corrected if connecting with a 12-pin serial connection interface for dcasting.
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CINEMA EOS
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A variety of corrections and adjustments are applied to these sampled images A and B to aid the precision of the detection depending upon lens settings. The results are sent to a microcomputer that makes the calculations for the requisite correction signal.
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CINEMA EOS
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The scene on the upper left would significantly benefit from HDR image capture. The extended latitude below the reference 18 % gray would help ensure capture of the extremely subtle low level details within the dark portions of the scene – especially faces, hair, and the ir clothing textures – while the extended latitude above the 18 % gray can help ensure improved capture of the reflected store fronts in the car windows .
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Displaying Onscreen Markers, Zebra Patterns and False Color with EOS C700 models
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Using onscreen markers allows you to make sure your subject is correctly framed and is within the appropriate safe area. The zebra patterns help you identify areas that are overexposed. The false color display allows you to check if the exposure is correct.
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Adjusting the Focus on EOS C700 models
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Adjusting the Focus Manual focus: Turn the focus ring on the lens to adjust the focus. The camera offers several focus assistance functions to help you focus more accurately when using the manual focus.
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Using the Waveform Monitor on an EOS C700 model
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Displaying the Waveform Monitor [ Assist . Functions]
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Manual Focus on the EOS C700 models
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Manual Focus Using the Focus Assistance Functions
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Using Metadata on the EOS C700 models
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Entering Information About the Recording You can enter scene and take information to help identify the recording later on.
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CINEMA EOS
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The discussions in the White Paper (Deep Dive Part 1 ) centered about the all -important linear representation of the camera video. Now that video must be further “prepped” in a manner that can help ensure that the extensive dynamic range created by the imaging system will be fully protected while being recorded – and also as it is transported over industry standardized interfaces. This is the primary role of the camera’s Optoelectronic Transfer Function (OETF).
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