Confirm the sequence before polishing it
A conform reconstructs the approved edit using the intended finishing sources. Compare it with the editorial reference before grading or mixing starts. Check shot order, cut points, framing, speed changes, transitions, graphics and effects versions. A beautifully graded wrong take is still a delivery error, and it becomes more expensive to correct after additional work depends on it.
Check source resolution and decode settings as well as filenames. A timeline can appear correctly linked while displaying proxy media, an old composite or a different RAW interpretation. Keep a clear record of what has been approved and what remains temporary. Missing items belong on a visible list, not in someone's memory.
Distinguish colour management from a creative look
Colour management defines how source encodings enter a working space and how the result is transformed for a display or delivery format. A creative look changes the image's expressive character. Treating those as the same operation can produce double transforms, clipped values or inconsistent shots, especially when several camera systems and effects vendors contribute material.
ACES, developed under the Academy of Motion Picture Arts and Sciences, is one approach to a managed production pipeline. DaVinci Resolve also offers its own managed workflows. Neither removes the need to identify source colour spaces, configure transforms correctly and monitor the intended output. A project setting is only useful when it matches the actual media and viewing environment.
ITU-R BT.709 and ITU-R BT.2100 describe different television imaging frameworks. An SDR finish is not automatically an HDR finish with a brighter export switch. HDR work needs a suitable monitoring and mastering path, appropriate metadata where required, and a deliberate review of how highlights and contrast translate.
A LUT can implement a technical conversion or a creative adjustment, depending on its design. It is not a universal repair tool. Document where it belongs, what input it expects and whether its effect is already included in any rendered media. The ACES community resources provide further context for designing and troubleshooting a shared pipeline.
Match the sequence before emphasizing the style
Begin with exposure and colour balance relationships between shots. A scene should not pulse unexpectedly in brightness or skin tone at every cut. Compare shots in context and use scopes to support, not replace, visual judgment. A waveform helps reveal signal distribution; a vectorscope helps inspect chroma relationships. Neither tells you what the story should feel like.
Secondary corrections can isolate parts of the image, but extensive local adjustments may expose noise, compression artifacts or unstable edges. Denoising and sharpening introduce their own compromises and processing costs. Evaluate them at normal playback speed as well as at full-size inspection. The objective is not to make every frame clinically smooth; it is to preserve a coherent, intentional image.
Monitor setup matters. A display in a brightly lit room can encourage excessive contrast or lifted shadows. A consumer screen with active enhancement modes can conceal problems or invent new ones. Use a controlled reference environment where possible, then check representative consumer devices without chasing every device's unrelated processing choices.
Build a listening hierarchy, not a pile of tracks
Sound editing organizes dialogue, production effects, atmospheres, Foley, designed effects and music. Mixing establishes their relationships over time and across playback channels. Begin by making the intended information understandable. A spectacular impact has little value if it masks an essential word or makes the following scene feel unintentionally quiet.
Dialogue repair should be selective. Aggressive noise reduction can create watery or metallic artifacts, while a completely silent gap between lines can expose the edit. Room tone and consistent ambience help preserve a believable environment. ADR may solve a recording problem but still requires matching performance, timing and acoustic perspective.
Avid Pro Tools, Steinberg Nuendo and DaVinci Resolve's Fairlight tools support different sound workflows. Choose a system that handles the required editing, routing and deliverables, then test the interchange from editorial. Preserve original recordings and microphone options so the mixer can make informed choices instead of being restricted to a flattened temporary mix.
Loudness and peak level are not interchangeable measurements. ITU-R BS.1770 defines an audio loudness measurement framework; EBU R 128 is a related broadcast recommendation. The required target still comes from the actual broadcaster, platform or delivery agreement. Do not apply one universal internet loudness number to every film, and do not assume a streaming service uses the same acceptance rules as a cinema release.
Inspect the file that will actually be delivered
Export from the approved sequence using the agreed codec, frame rate, dimensions, colour signaling and audio layout. Watch the exported file from beginning to end. Check for offline frames, frozen images, missing effects, unexpected black gaps, clipped titles, synchronization errors and channel-routing mistakes. Confirm that captions and subtitles, if required, match the final timing.
Keep a high-quality master and make distribution copies from a controlled source rather than repeatedly recompressing earlier web exports. Archive the project, essential source media, final graphics, approved effects, audio stems and a plain-language delivery note. Note any dependencies needed to reopen the work, including plugins and fonts, while respecting their licenses.
Bench test: export a short representative section early. Include a difficult highlight, a transition, a graphic, quiet dialogue and a loud effect. Check the resulting image and audio on the intended delivery path before committing to the full master.