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V-Ray for SketchUp for Civil Engineers i...
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V-Ray for SketchUp for Civil Engineers in Hindi
V-Ray Google SketchUp Course Module 1
0/5
V-Ray Google SketchUp Course Syllabus
Text lesson
Preview
V-Ray for Google SketchUp Session 1: Introduction & Basics
17:08
Preview
V-Ray for Google SketchUp Session 2: Applying Paint & Custom Materials
16:21
V-Ray for Google SketchUp Session 3: Lighting Fundamentals
17:58
V-Ray for Google SketchUp - Session 1 to 3 Quiz
5 questions
V-Ray Google SketchUp Course Module 2
0/4
V-Ray for Google SketchUp Session 4: Lighting and Its Types
16:47
V-Ray for Google SketchUp Session 5: V-Ray Objects & Utilities
15:06
V-Ray for Google SketchUp Session 6: Render Settings and Render Elements
14:42
V-Ray for SketchUp: Lighting and Render Settings Quiz | Sessions 4-6
5 questions
Text lesson
V-Ray Google SketchUp Course Syllabus
Module 1: Introduction to V-Ray for SketchUp
Overview of V-Ray and its integration with SketchUp.
Introduction to V-Ray interface and tools.
Setting up V-Ray for efficient rendering.
Basic render settings and workflow.
Module 2: Basic Rendering Settings
Explore render output settings (resolution, aspect ratio, file formats).
Render quality: low, medium, high, and production quality.
Balancing render time and quality.
Overview of V-Ray render passes and layers.
Module 3: Lighting in V-Ray
Using V-Ray Sun and Sky for natural lighting.
Artificial lights: Point, Spot, and Area lights.
Adjusting light intensity, color, and shadows.
Creating realistic indoor lighting with V-Ray IES lights.
Module 4: Materials and Textures in V-Ray
Introduction to V-Ray material editor.
Apply and modify materials (wood, metal, glass).
Using bump maps, displacement maps, and reflection maps.
Advanced material settings for reflection, refraction, and glossiness.
Module 5: Cameras and Views
Setting up cameras and adjusting focal lengths.
Creating perspective views and camera angles.
Depth of field and its impact on realism.
Exposure settings for accurate lighting and color.
Module 6: Advanced Rendering Techniques
Introduction to Global Illumination (GI) for realistic light diffusion.
Using reflection and refraction settings to enhance realism.
V-Ray’s ambient occlusion for realistic shading.
Techniques to reduce noise and improve render quality.
Module 7: Post-Processing in V-Ray
Introduction to V-Ray Frame Buffer (VFB) for post-processing.
Adjusting render output (contrast, brightness, sharpness).
Denoising and improving details in renders.
Saving and exporting images for presentation.
Module 8: Optimizing Render Settings
Techniques to reduce render time while maintaining quality.
Using V-Ray’s interactive render preview for fast adjustments.
Working with V-Ray proxies for complex models.
Adaptive sampling for better render management.
Module 9: Rendering for Different Design Projects
Rendering architectural exteriors and interiors.
Creating realistic landscape renders.
Product design and furniture rendering.
Preparing high-quality renders for client presentations.
Module 10: Final Project and Review
Apply learned skills to a real-world project (residential/commercial design).
Create a complete photorealistic render for final review.
Instructor feedback and tips for improving your portfolio.
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