title: MultiAgent System For Screenplay Creation
emoji: 🏆
colorFrom: yellow
colorTo: blue
sdk: gradio
sdk_version: 5.32.1
app_file: app.py
pinned: false
license: mit
TODO NAME OF THE AGENT
Agent capabilities
TODO: BETTER INTRO The aim of our agent is to support authors in their creative process for scenarios and storyboards.
Agent Flow
A
Starting the agent
B
The agent receives as input a text file containing the script, either in plain text format or in structured formats (e.g. PDF, DOCX), which it then converts into plain text for processing.
C
The agent extracts a summary of the overall content of the scenario, identifying the main narrative lines and the time frame.
This will help creating a big picture version of the draft for the next steps
D
The agent will identify the main entities (characters, locations, events) and key themes in the script.
It will also generate a small abstract (~5 sentences) with enough details to understand the overall plot and tone.
E
The agent checks whether the input text matches a known or published script.
If it does, it will check the license and availability of rights to understand if it is possible to operate on it.
In case of any limitations, the agent will warn the user about restrictions.
F
The agent will perform an analysis of the main points of the sctipt:
Characters: extract and catalog the names of the characters, classifying them by role (protagonist, antagonist, secondary characters), gender and age/physical description.
Locations: Detect the places where the scenes take place (interiors, exteriors, historical periods, geographical location) and catalogue them.
Plot points: Isolate key plot points
Main Techniques
- Transformer-based NLP architectures (BERT, GPT-4) to produce a coherent text synthesis
- Named Entity Recognition (NER) and context analysis, to identify human characters and their roles
- Semantic analysis of textual descriptions, toponym extraction, creation of an internal scene map
- Detection of text patterns (turning expressions such as “Suddenly”, “In the meantime”) and classification using a Story Understanding model