noun a word that represents a person, place, thing, or idea
adjective a word that describes or modifies a noun
Virtual models are used for city planning, visualization of infrastructure projects, and public engagement.
Virtual models are used for medical imaging, simulation of surgical procedures, and anatomical visualization.
Virtual models are used for interactive learning experiences and simulations.
Virtual models are used for creating digital representations of buildings and landscapes.
Virtual models are used in the design and simulation of various systems and structures.
Virtual models are used in computer graphics to represent 3D objects and environments.
Virtual models are used for prototyping, testing, and optimizing production processes.
Virtual models are used for creating characters, environments, and objects within video games.
Virtual models are used for product visualization and virtual tours.
Virtual models are used for simulating real-world scenarios and training purposes.
A writer may use a virtual model to visualize characters, settings, and scenes in their stories before putting pen to paper. This can help them create more detailed and immersive worlds for their readers.
A psychologist may use a virtual model to simulate different scenarios and study the potential outcomes of certain behaviors or interventions. This can help them better understand human behavior and develop more effective treatment plans.
An architect may use a virtual model to create 3D renderings of building designs and explore different architectural concepts before beginning construction. This can help them communicate their ideas to clients and make informed decisions about the final design.
A fashion designer may use a virtual model to create digital prototypes of clothing designs and visualize how different fabrics and patterns will look on a virtual mannequin. This can help them streamline the design process and make adjustments before creating physical samples.
An engineer may use a virtual model to simulate the performance of a new product or system under different conditions and identify potential issues before moving to production. This can help them optimize designs and reduce the risk of costly errors.