2DNAC

Hyperdetailed_triple_A_quality_ultrarealistic_characters

Creating a Custom Pipeline for AAA Characters: A Game-Changer in Character Development

In the world of AAA game development and high-end cinematics, creating lifelike characters requires more than just artistic skill—it demands a robust and efficient pipeline. At 2DNAC, we specialize in building custom pipelines tailored to the creation of realistic digital doubles and humanoid creatures, ensuring top-tier quality while optimizing the process for our clients. Let’s dive into what makes a custom pipeline essential and how it revolutionizes the creation of AAA characters.

Creating a Custom Pipeline for AAA Characters: A Game-Changer in Character Development Read More »

Isidora and Dragan Digital Doubles

Real-Time Transformation in Unreal Engine: 6 Digital Double Characters Blending into One Another

At 2DNAC, we pride ourselves on pushing the boundaries of what’s possible in real-time character creation. Our latest project, where we seamlessly blended six fully custom digital double characters and humanoids inside Unreal Engine, is a testament to that innovation. These characters not only transition smoothly from one to another but also undergo dynamic changes in their facial features, textures, and overall look in real time. This ground-breaking project showcases the perfect synergy of artistry and technology.

Real-Time Transformation in Unreal Engine: 6 Digital Double Characters Blending into One Another Read More »

Blendshapes Digital Doubles

Crafting Perfect Facial Blendshapes for Digital Doubles: 2DNAC’s Advanced Approach

In today’s world of digital character creation, realism is key. From high-end games to cinematic experiences, the ability to create lifelike digital doubles that mimic not only the appearance but also the subtle movements of a real person is essential. At 2DNAC, we specialize in creating custom digital doubles with a focus on precise facial blendshape movements that bring characters to life.

Crafting Perfect Facial Blendshapes for Digital Doubles: 2DNAC’s Advanced Approach Read More »

Scroll to Top