- Is it possible to implement the following?
This is a general idea about a powerful, high-level professional program that we will refer to as “Backstage.” Its function is to generate movies, so that each scene is generated separately, but within the context of the movie to be generated, so that scenes that are in the same context and its shots can be collected. Western cowboy films, historical films, or science fiction films, based on the user’s input, for example, a story, scenario and dialogue, a script for the story that will be uploaded to the tool by the user, and the number of characters (actors) that must be generated in order for each one of them to play his role. Inside the movie, there are individual specifications for each character, the character’s clothing, the age of each character, the distinctive signs on the face of each character, and the characteristics of the faces of the characters, each of them according to his role in the movie, in addition to the groups (extras) participating in their roles within. The context of the film, and the specifications of the scene locations, whether they are external scenes in the desert or the city, and specifications will also be created for them, or they are internal scenes inside homes, a bar, or a hotel, and specifications will also be created for them, and the horses that will be ridden, walked, and galloped must be generated, animals as a whole, The cast (actors) will be virtual people, but they look exactly like real people, but they do not actually exist in this world. With the inclusion of means and options for lighting and colors, and support for most languages in order for them to be spoken by the actors within the film to be generated, or using this support for the translation of the film and targeting audiences in most countries of the world, and activating the synchronization features of the translation with the film scenes, taking into account the amount of film time that does not Less than ninety minutes in a separate list, taking into account more than one resolution in a separate list such as HD, Full HD, 4K and 8K, support for different formats in a separate list, support for more than one quality in a separate list, a separate list of the number of frames per second, and also in a list Separately, within the properties and features of the tool is the feature of generating the accompanying soundtrack within the movie, the intro music, and the ending music, and in a separate list for other sounds such as the sound of rain, lightning, thunder, screaming, whispering, and other such sounds, and activating the synchronization features of the music with the movie scenes, based on complex user inputs, and it must The first stage of generating movie scenes is the stage of generating characters (actors) based on the user’s specifications, provided that the user gives the specifications for each character in a separate list, for example, the name that will be given to him, age, shape, features, hair, body, weight. The appropriate length for each character will be generated, and the characters who will perform each scene will be chosen based on his inputs and choices mentioned above. Any of the generated characters may be repeated, with the knowledge of the tool and the user’s specifications, in two continuous or separate scenes, ten scenes, or fifty scenes, depending on The user's view of the context of the film's story and scenario.
**Very important conditions**
First: It is required to develop the code for this program for the video generation function only, it has nothing to do with images at all.
Secondly, this idea must be supported by the following:
1. Machine learning and artificial intelligence (AI):
2. Natural Language Processing (NLP):
3. Computer vision techniques
4. Motion capture and tracking techniques:
5. Interactive design techniques and tools:
6. Cloud computing and distributed processing technologies:
7. Augmented Reality (AR) and Virtual Reality (VR):
8. Generative Adversarial Networks (GANs):
9. 3D modeling and animation:
10. Speech and voice recognition:
11. Data visualization libraries:
12. Techniques for dealing with highly complex user inputs with the highest rates of difficulty and rapid response speed - achieving superior speed in processing highly complex user inputs, using advanced recognition, forecasting and forecasting techniques. , scene, visual quality and clarity.
13. Video generation and implementation process techniques.
14. Technologies to support the creation of soundtracks and accompanying sounds accurately, and provide different formats based on user input.
15. Techniques for audio tracks within a scene.
16. Realism and reaching the highest rates and maximum levels of realism and ensuring that the video clips produced by the “Backstage” tool show the highest levels of realism, making them indistinguishable from real world footage through advanced technologies.
18. Resolution techniques, number of frames, effects and transitions, and export possibilities with the highest quality and accuracy.
19. Techniques for responding to errors and predicting sound solutions to them, where - demonstrating the tool’s ability to quickly find sound logical solutions to challenges encountered during implementation.
20. Tool speed techniques and commitment to implementing user inputs without objection, providing a personal and easy-to-use experience.