process board
プロセスボード
collection a
Creating the foundation - We start by shaping an immersive environment. The scene combines reflective surfaces, flowing water, and natural elements, all meticulously arranged to draw the viewer in. Lighting and perspective are carefully adjusted to add depth and balance, creating a strong foundation for the composition.
Building atmosphere - The environment evolves with the addition of organic forms and glowing structures. Oversized trees and luminous spheres set a distinctive tone. Bold colors and soft
contrasts highlight the interplay between nature and technology, forming a seamless narrative.
Preparing for flexibility - A green screen backdrop is introduced to allow for seamless integration in post-production. This stage ensures that the design remains flexible, enabling future
adjustments to enhance the visual impact without disrupting the overall balance.
Initial draping in Clo3D - The design process begins with draping a single piece of fabric on the virtual avatar. This foundational step explores how the material interacts with the body, laying the groundwork for the garment’s overall silhouette.
Placing the character - The character is placed within the environment, anchoring the narrative. Careful lighting adjustments bring harmony between the foreground and background. Accents of vibrant purples and pinks create a dreamlike quality that enhances the emotional depth of the scene.
Shaping the garment - Attention turns to the garment, with its dynamic flow and intricate folds. Using advanced simulations, the fabric captures the energy of movement, blending artistry
and precision. This step emphasizes elegance and fluidity in the design process.
Refining the fabric design - In grayscale, the garment is isolated to highlight its structure and flow. Sculpting techniques are applied to refine every detail, ensuring the fabric feels both organic and intentional. This stage focuses on capturing the natural interaction between the material and the character's motion.
Experimenting with fabric dynamics - Dynamic fabrics are introduced to simulate natural movement. Adjustments to the material properties create a balance between structure and fluidity, ensuring a wearable yet striking design.
Adding material depth - The garment's material is enhanced through texture mapping and light interplay. Subtle translucence and reflective properties add complexity, with each layer contributing to the garment's dimensionality and overall harmony.
Preparing for movement - The character is rigged, allowing for lifelike motion. Careful adjustments to weight painting ensure the garment flows naturally with the character. This step bridges the technical and creative aspects, readying the model for animation.
Focusing on detail - Close-up work refines the garment's textures. A balance of contrast and subtlety creates depth, while node adjustments ensure the design reacts dynamically to light. This
step brings cohesion and finesse to the final look.
Pattern mapping and precision - Garment panels are carefully mapped onto the 3D model, focusing on precision and alignment. This step ensures seamless transitions between patterns while highlighting the intricate design details.
Reviewing and adjusting materials - The materials are previewed in a shader view,
ensuring the textures and lighting work seamlessly together. This stage refines the garment's visual impact, blending layers of complexity into a polished, harmonious result.
Adjusting lighting for silhouettes - The lighting is adjusted to focus on the character's silhouette. A black background is used to isolate the subject and emphasize the dynamic pose. This step ensures the character stands out clearly in the scene.
Framing the scene - The camera is positioned to frame the ensemble scene effectively. This step ensures all elements are captured cohesively, guiding the viewer's attention through the composition while maintaining balance and flow
Enhancing visual storytelling - The lighting is adjusted to highlight the characters against the background.
Detail optimization in Clo3D -
Micro-details such as fabric transparency and stitching are optimized. This close-up view highlights the intricate craftsmanship and material interplay, ensuring the design is ready for final rendering.
Adding texture and depth - Textures and lighting are layered into the character, introducing subtle reflections and shadows to add depth and ensure an immersive, dynamic presence.
Rendering the headpiece - The headpiece undergoes final rendering, showcasing its intricate structure and material depth. The interplay of light and shadow emphasizes the futuristic yet organic design elements.
Introducing background elements - The background is integrated into the composition, blending the foreground and distant elements.
Refining character interactions - Characters are placed in a way that emphasizes their connection to the environment. The poses and spatial relationships are adjusted to convey motion, narrative, and emotional depth within the composition.
Enhancing texture complexity - The fabric's texture is layered with subtle imperfections, such as folds and fine surface details. These refinements add realism and richness to the garment.
Polishing scene details - The vegetation and props are further refined to complement the scene's overall mood. Fine-tuning textures and material properties ensures consistency and
enhances realism.
Final lighting and rendering prep - Adjustments are finalized to achieve a balance of highlights, shadows, and ambient light. This stage prepares the scene for rendering, ensuring all elements interact harmoniously.
Rendering the complete scene - The final render captures the ensemble in its full glory. Dynamic lighting, rich textures, and carefully composed elements bring the vision to life, showcasing the perfect fusion of artistry and precision.
Pattern assembly and garment simulation - Individual 2D patterns are arranged and simulated in 3D to shape the full outfit. At this stage, fabric behavior and fit are tested in motion, laying the foundation for detailed sculpting and refinement in later stages.
Blocking the full environment - Figures are placed within a rough terrain to establish scale and narrative focus. Early vegetation and props are laid in to test spatial dynamics.
Framing the shot - A top-down camera view defines the scene’s structure. Composition, camera angle, and spacing are refined to guide the visual story.
Simulating drape and flow - Digital fabric reacts to gravity and wind simulations. The garment's motion is calibrated for weight, tension, and movement across the body.
Introducing textures and base lighting – Natural elements are refined and materials are assigned. Reflective surfaces and soft shadows bring the environment to life.
Adding celestial backdrops - The sky texture is layered behind the models to enhance scale and atmosphere. Lighting is balanced to match the new horizon.
Refining posture and interaction - Poses are adjusted to heighten expression and balance. The models’ stances are sculpted to suggest motion frozen in time.
Positioning a central figure - A single model is isolated against a deep landscape. Negative space and background elements are arranged to emphasize movement and rhythm.
Enhancing natural elements - Grass and foliage are selected and tweaked to interact with the lighting setup. Shaders and bump maps create more visual texture and realism.
Finalizing composition and shadows - Edge lighting and material contrast are fine-tuned. The characters and environment now sit seamlessly in one cohesive frame.
Completing the visual journey - Every layer has been calibrated: fabric, light, texture, and posture. The final scene bridges digital craft with narrative, closing the loop of creation.