시네마틱 영상제작 집중과정 12기 35일차 (261013)-1

Summary

The class covers two connected topics: level presentation and visual polish in Unreal Engine, followed by an introduction to cinematic camera operation and film grammar.

Level design, assets, and presentation

• Use procedural tools where appropriate. The instructor demonstrates a Smart Spline Generator for placing vines and other spline-based objects, rather than modeling or positioning each one individually. These tools can speed up work on environments such as post-apocalyptic levels.
• Prepare assets before assembling a scene. Grass, props, and other environment assets can be arranged like building blocks, but finding suitable assets may take considerable time. Searching for and organizing assets in advance can make level design more efficient.
• Use fog to improve atmosphere and conceal distant imperfections. A fog-enhancement plugin can make existing exponential height fog look more moist and natural. The instructor shows that it can work with volumetric clouds and Ultra Dynamic Sky. The main fog settings are still adjusted through Exponential Height Fog. For an indoor scene, increase the fog’s start distance if it affects areas too close to the camera.
• Treat lighting and camera presentation as essential parts of a finished level. A convincing environment can still be undermined by poor lighting or camera work. Distant-view panels can also suggest a larger world without requiring every distant area to be built in full detail.
• Avoid unnatural “one-take” camera moves. A camera that glides, stops abruptly, turns, and then accelerates can feel robotic or like gameplay footage. Keep movement restrained and plausible, and cut to a new shot rather than forcing every change into one continuous move. Camera shake can be added when appropriate, but should support rather than spoil the scene.
• Add music separately. Music is not included when rendering directly from Unreal. Add and mix it in an external editing workflow, such as After Effects.
• Plan project scope realistically. The instructor recommends limiting character work in a first project, since character animation can make it difficult to finish the environment and presentation. Characters may be more suitable for a later project, after relevant animation training.
• Use the right level structure. The class revisits persistent levels, level instances, and blueprints for organizing and combining levels. Level instances can be stacked, and this organization can help avoid lighting overlap.
• Consider external assets and industry examples. Production work commonly uses externally sourced assets rather than modeling everything from scratch. The instructor also encourages students to consider submitting work to Unreal Engine Korea-style contests.

Unreal Engine camera setup and lens controls

The class then moves into operating a Cine Camera Actor and understanding how its settings affect the image.

Create and position a camera

Create a Cine Camera Actor from the viewport, or add one through the actor placement tools and move it into position. Adjust the camera preview size in the editor preferences to make the viewport comfortable to work with. Press G to hide editor icons when needed, and use Pilot Mode to control the camera directly. The instructor gives Ctrl+Shift+P as the shortcut.

Understand the film back and sensor

The film back represents the camera sensor’s size and aspect ratio, which affect the image’s framing. Unreal provides a range of film and digital formats. The instructor describes 16:9 as a familiar, commonly used format, while wider or taller formats can create a different viewing experience.

Use focus, aperture, and focal length deliberately

• A lower f-number corresponds to a wider aperture and can produce stronger background blur; a higher value brings more of the image into focus.
• Set focus manually or use the eyedropper to select a point in the scene. The focus-plane debug display helps visualize what is sharp.
• Focal length affects field of view: shorter focal lengths show a wider view, while longer focal lengths narrow the view. Focal length and aperture work together to shape depth of field.
• Unreal’s camera f-number should not be treated as the full real-world exposure control. The instructor recommends managing exposure through the Post Process Volume, while using camera aperture settings primarily to control focus effects.
• Anamorphic squeeze settings can create a compressed image and distinctive elongated lens bokeh. The instructor presents this as a specialized effect rather than a routine choice.

Cinematic framing: shot sizes

The instructor emphasizes that shot size is one of the first decisions in camera direction. Shot size affects what the audience notices and can establish a scene’s scale, tone, rhythm, and meaning.

Common framing categories include:

• Establishing shot: Introduces a location, time, geography, or scale.
• Master shot: Shows the scene’s overall layout and clarifies where characters or subjects are in relation to one another and the setting.
• Wide shot: Emphasizes a subject’s relationship to the environment. It can make a subject feel isolated, small, or overwhelmed.
• Full shot: Shows a person head to toe, or frames an object in its entirety.
• Cowboy shot: Frames roughly from the thighs upward. The name comes from Westerns that needed to show a character’s holster.
• Medium shot: Commonly frames around the waist or chest upward. It is useful for dialogue and interaction because it shows both expression and some body language.
• Medium close-up: Frames approximately from the chest upward, retaining some physical context while bringing attention closer to the subject.
• Close-up: Highlights a face or important emotional reaction.
• Extreme close-up or insert: Isolates a specific detail, such as eyes or an important object, for emphasis.

A practical framing rule is to avoid cropping a person at a joint, such as the neck, waist, or knee. Students working without characters can apply the same framing principles to important objects.

Cinematic camera movement

The class surveys common movements and the effects they can create:

• Static: Holds the frame still. It can support dialogue or create a deliberate, emotionally stark effect.
• Pan: Rotates horizontally from a fixed position. It can follow action or reveal information. A slow pan can build anticipation, while a rapid whip pan can increase energy or connect moments.
• Tilt: Rotates vertically. It can reveal a subject or setting, convey scale, or make something appear imposing or vulnerable.
• Push-in and pull-out: Move the camera closer to or farther from a subject. A push-in can focus attention or build tension; a pull-out can reveal context or suggest isolation and emotional distance.
• Zoom: Changes focal length without moving the camera. Because it does not mimic ordinary human vision, it can feel unsettling or draw dramatic attention to a detail.
• Dolly zoom: Combines camera movement with a lens zoom so the subject’s size stays relatively constant while the background changes. It can express psychological conflict, disorientation, or a shift in the subject’s relationship to the surroundings.
• Camera roll: Rotates the camera around its viewing axis, creating disorientation or underscoring a reversal in power.
• Tracking shot: Moves with or ahead of a subject. It can immerse viewers in a scene, sustain tension, and raise questions about where the subject is going and what will happen next.
• Arc shot: Moves around a subject and can establish spatial relationships. The instructor considers some uses of it old-fashioned.
• Handheld or random movement: Uses irregular camera motion to convey instability or urgency.

The broader lesson is that more movement is not automatically more cinematic. Many scenes work better with a static frame or subtle movement. Choose camera motion for a clear purpose and match it to the scene’s story and mood.

Speakers and sources featured

• Primary speaker: An unnamed instructor leading the Unreal Engine and cinematic-camera class.
• Students: Briefly respond to questions and participate in demonstrations; they are not individually identified.
• Embedded educational-video narrators: English-language narrators explain shot sizes and camera movements. The class refers to StudioBinder while discussing shot lists and shot-size examples.
• Film and advertising excerpts: Examples are drawn from or mention Coco, Avengers: Endgame, Kill Bill Vol. 1, The Dark Knight, Vertigo, Bohemian Rhapsody, The Graduate, Joker, 12 Years a Slave, Phantom Thread, La La Land, The Post, and Three Billboards Outside Ebbing, Missouri, among others. These are illustrative clips rather than additional classroom speakers.