What makes an animated scene work: visual storytelling, pacing and performance
An animated scene works narratively when its visual and temporal choices enable the audience to understand the action, interpret the characters’ intentions and recognise how a situation changes. Achieving this involves visual storytelling, framing, performance and pacing, as well as the technical resources that make it possible to depict them. It is not enough simply to produce fluid movements or expressive characters: what matters is what information the viewer receives, where their attention is directed, and when what is happening on screen makes sense.
An animated scene does not show all the information at once
Visual storytelling in animation organises images, actions, framing and movement to convey events and relationships over time. One of its distinctive features is that information can be revealed gradually, rather than being presented all at once.
A scene may show an object before the character discovers its presence. It may also reveal something at the same time as the protagonist, or keep certain elements off-screen until a later moment.
Three interrelated dimensions come into play in these decisions:
- Available information: what the shot shows or reveals about the characters, the setting and the events.
- Attention: the elements towards which the composition, movement or sound directs the viewer’s perception.
- Interpretation: the conclusions that can be drawn by linking actions, gestures and the information presented.
This organisation becomes significant when a static image is transformed into a sequence. Understanding how a visual idea progresses from a sketch to an animation or a video game helps to distinguish character and setting design from the decisions required to represent them in motion.
The final interpretation also depends on the context, audiovisual conventions and the experiences of each viewer. Staging can guide understanding, but it does not guarantee that everyone will interpret a sequence in exactly the same way.
Framing determines what catches our attention
Framing defines what appears on screen and establishes a visual hierarchy. Through the positioning of characters, scale relationships, lighting contrast, movement and spatial depth, composition can direct attention towards specific elements.
In animation, this organisation forms part of thestaging: a set of decisions that allows the action to be presented in a way consistent with its narrative intent.
It does not require the protagonist to always be placed at the centre of the shot, nor does it mean that every composition must be reduced to a single point of interest.
A character positioned to one side, a partially obscured figure or a gaze directed towards a secondary object can establish relationships that the viewer needs to discover. The distance between characters can also provide information about the situation, although its meaning will depend on the context.
These decisions can be prepared during the storyboarding process. In fact, the storyboard artist’s work enables the organisation of shots, actions and spatial relationships before the final animation is developed.
The framing does not merely serve to select the scene. It determines what can be seen and the visual relationships through which what is happening is interpreted.
Acting begins before the most visible movement
Good animated acting does not necessarily depend on grand gestures or exaggerated facial expressions. Acting is built through decisions regarding posture, gaze, weight distribution, movement preparation and reaction to events.
To portray a character, the animator needs to understand what the character is trying to achieve, what information they possess and how they respond to the situation.
A tilt of the torso can take on significance if it sets up a subsequent action. A change in the direction of the gaze can reveal that the character has discovered something. A sustained pose can allow the viewer to observe a reaction that would otherwise be lost amidst constant movement.
Expressiveness is not measured by the number of gestures incorporated into a scene. When several secondary actions compete with the main one, it can be more difficult to recognise what the character is trying to communicate.
Selecting how timing and spacing influence the perception of movement requires assessing what each body configuration contributes and how it relates to preceding and subsequent actions.
It is best to avoid universal interpretations of body language. A hunched posture may express caution, tiredness or discomfort, depending on the character and the circumstances. Similarly, a restrained performance is not necessarily less expressive than an exaggerated one.
The aim is to establish a clear connection between what is happening, the way the character responds, and the information that response contributes to the scene.
Timing alters the meaning of a reaction
Pacing is another element that determines how an animated scene works.
The duration of an action, the speed of a movement or the interval between a stimulus and a response can alter the viewer’s interpretation.
An immediate reaction may suggest surprise, impulsiveness or an anticipated response. A pause may open up other possibilities, such as doubt, reflection or resistance. No interpretation is set in stone: its meaning depends on the situation and on what happens before and after.
In animation, it is useful to distinguish between two technical concepts:
- Timing: the temporal organisation of an action and the duration of its movements, preparations and reactions.
- Spacing: the distribution of the successive positions of a moving element, which influences how we perceive its speed, acceleration and deceleration.
These aspects are related, but not equivalent. Exploring in depth UDIT’s Official Bachelor’s Degree in Animation allows us to understand their relationship with sensations such as weight, energy or the continuity of an action.
From a narrative perspective, there is no universal number of frames that guarantees humour, tension or surprise. Duration acquires meaning when integrated into a sequence.
Pacing is not about keeping the scene in constant motion, but about organising its actions and reactions so that they can be interpreted at the right moment.
When a glance changes what we know about the scene
The direction of a character’s gaze can alter the meaning of a scene without the need to substantially change the action being depicted.
Let us imagine a fictional situation: two characters are sitting at a table. On the table lies a small object belonging to one of them. The other picks it up, glances briefly at their companion and ends up putting it in their pocket.
The physical action may be almost identical across different versions. However, the glances and pauses alter the information received by the viewer.
If the owner is distracted and the first character checks that no one is watching before putting the object away, the scene may suggest a deliberate concealment.
If he picks up the item whilst his companion is leaving the room, showing no signs of trying to avoid his attention, the same action could be interpreted as carelessness or temporary safekeeping.
In a third version, the character casts a hesitant glance towards someone off-screen. This decision introduces a presence of which the viewer is as yet unaware and raises new questions about what is happening.
All three possibilities share a central action, but the sequence of the glances, their duration and the available information alter the possible interpretations.
A glance does not in itself demonstrate a specific intention. Its significance depends on the context, on how the character has been developed, and on what happens next.
Sometimes, the scene becomes particularly interesting when the viewer knows something the character does not, or when a gesture reveals that the character possesses information that has not yet been disclosed to the audience.
The technique makes sense when it supports the scene’s intention
Technical work enables narrative decisions to be translated into images and movements. Depending on the type of production, a scene may require drawing, modelling, animationrigging, lighting, composition, editing or sound.
But the complexity of these resources does not, in itself, guarantee that a scene will communicate more effectively.
A character with numerous facial controls can offer a wide range of expressions and yet still require a restrained performance. A scene with elaborate visual effects can be difficult to interpret if the visual stimuli compete with the main action.
The choice of technique must be tailored to the needs of each sequence.
Understanding Official Bachelor’s Degree in Digital Art and Visual Creation for Video Games and Interactive Environments helps one grasp how techniques such as anticipation, poses, arcs and secondary actions are used to construct expressive movements.
Their application varies according to the visual language of the work. An experimental production may employ jerky movements, whilst a dialogue scene may require subtle movements that allow the audience to follow the conversation.
An animated scene does not work better simply by incorporating more technical resources, but because the chosen resources allow the sequence’s intention to be realised.
What changes when animation is part of a video game
In a film or TV series, the order and duration of shots in a linear sequence are usually determined by the production team. In a video game, certain animations may also depend on the player’s actions and the state of the system.
A playable character may need to anticipate an attack, signal that they have been hit, or transition from running to stopping. These movements do not always occur in a predetermined order.
In these situations, animation also provides information about how the interactive experience works. It helps the player understand which action is being performed, what response it has triggered, and what might happen next.
This does not mean that all video game animation is reactive. There are also cinematic sequences and controlled moments that employ standard elements of linear audiovisual language.
The differences lie in the conditions of implementation: an animation designed for a fixed sequence and one integrated into an interactive system may share principles of performance and pacing, even though they need to address different constraints.
How to assess whether a scene is communicating what it intends to
When reviewing an animated scene, it is not enough simply to check that the movements are executed correctly. It is also necessary to observe what information the sequence conveys and how it can be interpreted.
Three questions can guide this analysis:
What can be observed? Examine which characters, actions, set elements and relationships actually appear on screen. Information contained in the script but not yet depicted should not be confused with what the viewer already knows.
What interpretation does it allow? Analyse what conclusions can be drawn from the glances, postures, actions and relationships shown. An intention known to the creative team is not necessarily obvious to someone viewing the scene for the first time.
What changes over time? Identify what information is conveyed by a pause, a reaction, a movement or a change in the framing, and how this affects our understanding of what is happening.
This analysis can be applied whilst reviewing an animatic, a rough cut or a test screening.
It is not a universal method for measuring narrative quality. Some scenes need to withhold information from the viewer in order to build anticipation, mystery or ambiguity.
A sequence can work without explaining everything, provided that the information presented and the questions it leaves unanswered serve its narrative purpose.
What you learn when studying animation and visual creation for video games
Creating animated scenes requires knowledge of audiovisual language, interpretation, composition and production. These skills can be developed through related specialisations, albeit with different objectives.
On Official Degree in Design and Development of Video Games and Virtual Environments, students study areas such as audiovisual narrative, screenwriting, storyboarding, character design, 2D and 3D animation, composition, post-production and sound. The course enables students to work on both the execution of movement and the decisions required to organise actions and intentions within a sequence.
Among the university’s student audiovisual projects is *Marinero en Tierra*, a short film developed by students on the Bachelor’s Degree in Animation, which was selected to compete in the Animazine Short Films category at the Málaga Film Festival. It was directed by Sara Ayala, with María Cruz and Pablo Alonso in production and Maui Bartolomé as screenwriter.
In the field of video games, the Official Bachelor’s Degree in Digital Art and Visual Creation for Video Games and Interactive Environments focuses on the creation of characters, settings and visual assets for interactive experiences, drawing on knowledge of conceptual design, modelling and animation.
Meanwhile, the Official Degree in Design and Development of Video Games and Virtual Environments delves into mechanics, interactive systems, programming and technical implementation. This knowledge is particularly relevant when animations need to respond to the player’s actions or the conditions of the video game.
The three fields can collaborate on the same production, although each develops specific skills required to contribute to it.
What makes an animated scene work as a whole
An animated scene achieves narrative coherence when the framing, performance, gazes, pacing and technical resources all contribute to communicating what it needs to convey.
Its effectiveness does not depend on always achieving realistic movement, using complex techniques or immediately explaining all the characters’ intentions.
It depends on how visual and temporal decisions relate to the information received by the viewer.
Understanding this relationship allows us to view a scene from a deeper perspective: not just how the characters move, but what we can infer about them and why that interpretation changes as the sequence progresses.
