Valery Valeriy
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CV
Hello! I am a specialist in 3D modeling, AI-powered voiceover, and embroidery design creation. My portfolio includes a variety of projects, ranging from realistic 3D models to detailed designs for textile products. I also offer AI-generated voiceovers, providing clear and expressive audio for various tasks, from advertising to presentations.
My key skills:
- 3D modeling: creating objects for games, animations, and visualizations.
- AI voiceover: high-quality and professional voice tracks.
- Embroidery design: developing designs for machine embroidery and textile art.
I'm open to exciting projects and collaborations!
Portfolio
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11 USD use of specialized programs such as Blender
3D Modeling
1. Concept and Planning
Define the goal: Decide what you want to visualize (character, scene, object).
Create concept art: If possible, create sketches or find references to understand the shape, textures, and proportions.
2. Modeling
… Create the base shape (blocking):
Use simple geometric shapes (cubes, spheres, cylinders) to create the overall silhouette of the object.
Detailing:
Add small elements using tools like extrude, bevel, or sculpting.
Optimization:
Ensure that the polygon count is optimal for your task (detailed for rendering or low-poly model for games).
3. Texturing
UV mapping:
Unwrap the 3D model into two-dimensional space so that textures are applied correctly.
Create textures:
Use programs like Substance Painter or Photoshop to create materials (metal, wood, fabric).
Shading:
Adjust reflection, transparency, and other material properties.
4. Lighting
Add light sources:
Use directional, point, or HDRI lighting for a realistic atmosphere.
Experiment with shadows:
Adjust the intensity and softness of the shadows.
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90 USD Рендеринг кухни с использованием V-Ray для SketchUp
3D Modeling
Рендеринг кухни с использованием V-Ray для SketchUp позволит вам создать фотореалистичное изображение интерьера с высокой степенью детализации. V-Ray предоставляет мощные инструменты освещения, материалов и эффектов, что делает его одним из лучших решений для профессионального рендеринга.
Основные этапы и настройки для рендера кухни в V-Ray и SketchUp:
Создание модели кухни в SketchUp: Начните с построения детализированной 3D-модели кухни. Включите мебель, бытовую технику, декор и другие элементы, чтобы сцена выглядела полноценной. Чем выше детализация, тем реалистичнее будет рендер.
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Материалы и текстуры:
Используйте библиотеки материалов V-Ray, чтобы подобрать подходящие покрытия для мебели, стен, полов и техники. Например, для столешницы выберите камень или дерево, а для фасадов — глянец или матовую поверхность.
Настройте отражения, преломления и карту текстуры для каждого материала. V-Ray поддерживает PBR материалы (физически корректные), которые помогут создать реалистичные текстуры.
Настройка освещения:
В кухонном интерьере важна комбинация естественного и искусственного освещения. Разместите V-Ray Sun и Sky для создания дневного света, а также добавьте искусственные источники света, такие как V-Ray Rectangle Lights над кухонной зоной или точечные светильники.
Для рендеров ночью добавьте V-Ray IES Lights для создания реалистичных световых пятен, чтобы передать атмосферу вечернего освещения.
Настройка камеры:
Используйте V-Ray Physical Camera, которая позволяет контролировать параметры, такие как ISO, выдержка, диафрагма. Это помогает добиться нужного уровня яркости и контрастности.
В зависимости от цели, выберите правильное фокусное расстояние и угол обзора, чтобы показать кухню с наилучшей перспективой.
Рендеринг и постобработка:
Включите GI (Global Illumination) для создания естественного освещения, отражающегося от поверхностей.
Активируйте Ambient Occlusion для повышения детализации теней и Depth of Field (глубину резкости) для создания фокуса на определенных частях.
Используйте Noise Threshold и Denoiser для уменьшения шумов на финальном изображении.
После рендеринга можете отредактировать изображение в V-Ray Frame Buffer, где есть возможности корректировки контрастности, насыщенности и экспозиции.
V-Ray для SketchUp — это мощное решение для создания реалистичных рендеров интерьера, в том числе и кухонь. Тщательная настройка материалов и освещения в сочетании с детализированной моделью позволит создать эффектные изображения, передающие атмосферу и стиль помещения.
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34 USD "Villa in the Forest & Visopt" is a conceptual work
3D Modeling
"Villa in the Forest & Visopt" is a conceptual work in the field of 3D modeling and architectural visualization, which involves creating a highly detailed image of a country house located in a forest environment, using visual optimization (Visopt) techniques for the best display of details and atmosphere.
Project Description
Architectural Concept: The villa in the forest represents a modern architectural structure that harmoniously blends with the surrounding landscape. Glass facades and natural materials maintain a close connection with nature, creating a sense of seclusion and tranquility.
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Use of Visopt: Visopt (visual optimization) is applied to enhance rendering settings, including lighting, reflections, and texture realism. This allows conveying the atmosphere of the forest with its play of light and shadow, soft morning mists, or evening sunsets.
Modeling and Rendering Artists
3D Artist #1: Specializes in developing the overall structure and detailed exterior of the building. Attention to details such as wood and concrete textures plays an important role in creating a realistic appearance.
3D Artist #2: Works on the landscape part, including modeling trees, grass, and other natural objects. Uses complex techniques to integrate the architecture into the environment.
3D Artist #3: Responsible for final post-processing and rendering adjustments. His work places special emphasis on Visopt to highlight lighting and contrast features, creating a visually appealing image.
These specialists together create a harmonious and realistic image of the villa in the forest, conveying a sense of nature and architectural elegance.
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23 USD 3D model of the MINI Cooper 3 Door car
3D Modeling
To create a 3D model of the MINI Cooper 3 Porte, a step-by-step approach is required, which includes the following main steps:
1. Gathering references and preparation
Gathering data: Photos, drawings, technical specifications of the MINI Cooper 3 Porte.
… Defining scale: Using real dimensions of the car for accuracy.
Analyzing shapes: Studying unique design elements such as characteristic body lines, headlight shapes, grille, and other details.
2. Creating the framework (Blocking)
Creating the basic shape: Using primitives (cubes, cylinders) to form the overall geometry.
Breaking into parts: Modeling individual elements such as the body, doors, hood, windows, wheels.
3. Detailing
Body: Drawing details of the body, including curves and aerodynamic elements.
Interior: Modeling the cabin considering seats, dashboard, steering wheel, and other elements.
Wheels and tires: Creating detailed rims and tire textures.
4. Texturing and materials
UV mapping: Preparing the model for texture application.
Materials: Applying various materials for realistic representation of metal, glass, plastic, and leather.
Textures: Using textures to create realistic surfaces (body paint, interior elements).
5. Lighting and rendering
Setting up lights: Adding studio or natural lighting to highlight shapes and materials.
Rendering: Final rendering of the model with high settings to achieve a photorealistic image.
6. Post-processing
Image editing: Color correction, contrast adjustment, adding effects in image processing software (e.g., Photoshop).
This process requires the use of professional 3D modeling software such as Blender, Maya, 3ds Max, or Cinema 4D, and texturing in programs like Substance Painter.
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23 USD 3D modeling in SketchUp
3D Modeling
3D modeling in SketchUp allows for the creation of various objects, including shapes like a vase or a glass. This involves several basic tools of the program:
Drawing the profile: It starts with creating a 2D profile of the object on a plane. For example, for a glass or vase, you need to draw half of their outline using the Line or Arc tool.
… The "Follow Me" tool: After creating the profile, the Follow Me tool is used, which rotates it around the axis of symmetry, creating a 3D object. This is the primary method for modeling symmetrical objects, such as a vase or a glass.
Editing details: After creating the main shape, you can refine the details using the Push/Pull tools (for extruding surfaces) or Scale (for changing proportions).
Applying materials: After creating the model, you can add textures and materials to enhance realism.
This process is intuitive and allows for the creation of complex shapes through simple steps.
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23 USD Creating an apartment layout in SketchUp
3D Modeling
Creating an apartment layout in SketchUp is an exciting and creative process that allows you to visualize the space and adapt it to your needs. Below is a step-by-step approach to developing the layout.
1. Preparation for Design
Before starting to create the layout, it is important to conduct preliminary research and gather the necessary information:
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Collect dimensions: Measure the rooms, including the length and width of the walls, the height of the ceilings, as well as the sizes of windows and doors.
Determine needs: Think about functional zones: how many rooms you need, what your layout preferences are (open spaces or divided rooms).
Make a furniture list: Determine what furniture will be in each room to account for its size and arrangement.
2. Setting Up the Workspace in SketchUp
Open SketchUp: Launch the program and select a template that matches the scale of your project (for example, "Metric System").
Create a new file: Start a new project to have a clean workspace for the apartment layout.
3. Building Walls
Creating walls: Use the "Rectangle" tool to create the outlines of the walls. Enter the dimensions on the keyboard to accurately set the length and width.
Cutting windows and doors: Use the "Rectangle" tool to create openings for windows and doors. Use the "Offset" tool to cut them out of the walls.
4. Arranging Rooms
Creating rooms: Set the apartment layout using the "Line" and "Offset" tools to add additional walls to separate the spaces.
Designating functional zones: Determine which rooms will be bedrooms, living rooms, kitchens, etc., by adding the appropriate elements.
5. Adding Furniture and Objects
Using the model library: Utilize the built-in 3D Warehouse library to find and download models of furniture and accessories.
Placing objects: Drag the downloaded models onto the layout and place them in the desired locations, considering space and ease of movement.
6. Visualization and Rendering
Adding textures and materials: Use the "Material" tool to apply various finishing materials to the walls, floors, and furniture.
Creating shadows: Enable shadows to see how sunlight will fall on the rooms depending on the time of day.
7. Saving and Exporting
Saving the project: Regularly save your project to avoid data loss.
Exporting the layout: When you finish, you can export the layout in image or PDF format to share it with others or print it.
Activity
| Latest proposals 10 | Budget | Added | Deadlines | Proposal | |
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Freelance project
23 USD
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Freelance project
18 USD
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Format the document structure/design according to DSTU
11 USD
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Text editor in Ukrainian and Russian languages. GPT operator
90 USD
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Video editing for reels
23 USD
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Cutting of rails
609 USD
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Translation of the English text on the picture and replacement of it into Russian
10 USD
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Preparing the image for a figure cut
23 USD
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Перевод с Анг на Рус
5 USD
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Перевод лендинга (одностраничника) с русского на английский
13 USD
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