"A Visual Lexicon"
Attention Units:
Frame characteristics:
- Positive - Figures or focal attention that are contained in frames.
- Negative - The background information in frames.
Lexical Representational Matrix:
- Polymorphic - These allow for grammatical structures and event representation to exist within the boundaries of a single frame.
- Macro - Containing more than one entity.
- Mono - Only a single entity.
- Micro - Less than one grammatical entity.
- These all don’t work as syntactic structures alone but are rather ‘Attention units’. They window attention and determine where the focus is desired.
- Unlike words, panels constantly change. Words are consistent in representation while frame are inconsistent with consistant context.
- Visual Morphemes cannot exist on their own, such as speed lines and speed bubbles.
- Yet narratives are free floating morphemes.
Lexical Items:
- Open class - Figures (augmentable)
- Closed class - Hearts, speed lines (fixed)
Constructions:
- These are form-meaning patterns in language that vary in size, and can include lengths longer than individual words.
- Though not much is known about similar patterns in the visual language that does not mean that they don’t exist.
Initial state – Causative [reading of paper section] – Resultant state
- Though strips include text it is still dominated by it’s visual syntax.
- Therefore constructions may be possible.
- Bimodal constructions might also be possible, yet requires further investigation.
Conclusion
- The visual language has a variety of sizes of ‘lexical items’ that combine on several levels to create units and constructions.
- A lexical Item is a meaningful unit or combination of units of form meaning pairing that can be either productive or non-productive. They can also be symbolic, indexical or iconic.
"Visual Syntactic Structures"
Transitional Syntax
- Visual language syntax is the study of the structural organization of a sequence of images.
Results and Revisions
- Temporal transitions.
- Spatial transitions
- Spatio Temporal transitions
- Transitions are measured by the relation of one panel moving into another juxtaposed panel, while identifying individual panels themselves.
Types of transitions:
1.Temporally Progressive.
1.1Moment Transitions - Time dominant factor.
1.2Action Transitions - Action pushes time.
2.Temporally Ambiguous.
2.1 Environmentally Existential transitions –
Based on the relationship around the components of a single scene and environment.
2.1.1 Subject transitions –
Shifts into a panel containing a primary acting agent of the scene.
2.1.2 Aspect transitions –
Shift into a panel containing “non – acting” elements of the scene environment.
2.1.3 View transitions –
Change the perspective of which the elements of the scene are viewed, while not changing temporally.
2.2 Environmentally Co-dependent transitions –
Based on the relations of two environments and their enclosed actions.
2.3 Environmentally Ambiguous transitions –
Including a ‘Cognable Transition’, featuring a transition into a panel devoid of connection to an environment through retaining of semantic connecting.
2.4 McCloudian Non-Sequitur transitions–
Unrelated transitions.
Three previously unmentioned conditions that varied beyond outlined transitions:
1. Inclusionary transitions
Panels within panels or concepts within concepts
2. Embedded transitions:
Contained transitions within the framework of a single image, unbroken by panel borders.
3, Overlays:Where an element of the sequence intersects another in such a way that it affects multiple panels that it touches.
- Mcloud’s equation of the space equals time as a ‘temporal map’ is problematic to the ‘Temporally Ambiguous’ class.
- Mcloud also never elaborates on a methodology.
- Web diagrams – based on transitional taxonomy and can be used to draw transitions such as:
- Parrellel cutting – Two or more environments occurring simultaneously in a single linear stream.
- The mind splits these different environments into separate paths as retained knowledge.
- This dual mental track allows for an enclosed environment’s occurrences to be maintained and connected as a “concurrent streaming environment’.
- This does not fall under the Multi-Engaged transitions such as inclusionary, embedded and overlay transitions.
- Unifier - Method for divisional forms of Aspect transitions which deals with the issues of image consistency.
- The Problem with Web analysis - It does not account for the additive knowledge from frames between transitional frames.
An Alternative Perspective in a Traditional Field
Markov chain:
- This remedies the problems of the web diagram by linking words by their transition between word types. The same diagram may be apllied to the visual language.
- It is expressed through a ‘state diagram’ which contains expressed grammatical constructions up to a certain point.
Syntactic Structures:
- These remedy the problem of sentences of infinite length
Rules:
- Sentence = Noun Phrase + Verb Phrase
- NP = Determiner + Noun
- VP = Verb + NP
- These are represented by a tree diagram and can work for the visual language as well.
- The task is to move from a state-to-state to a generative grammar for visual language syntax.
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