آموزش یادگیری راینو 6 برای مک

Learning Rhino 6 for Mac

Rhino 6 for Mac is here. While it doesn’t have the exact same features as its Windows counterpart, Rhino for Mac offers both precise and organic modeling tools, making it a great choice to designers who need to create complex forms and shapes.

This course covers the key differences between the Mac and Windows versions, basic interface navigation, and techniques for generating high-quality 3D models for a variety of industries, including manufacturing, architecture, and animation.

Author Chris Reilly starts by showing how to create simple geometry from points and curves and progresses to extruding solid objects for 3D printing or CNC milling. He closes with some lessons on applying custom materials and rendering your design. No prior experience with Rhino is required! Simply start watching to get up and running with this powerful 3D modeling software.

Contents :

Introduction
Design complex forms and shapes with Rhino
What you should know before watching this course
Using the exercise files
What is Rhino for Mac?
System requirements and supported hardware
Downloading and installing Rhino for Mac
1. Getting Acquainted with Rhino for Mac
Start window
Menu bar
Viewport
Sidebars
Command icons
Command line
Modeling constraints
Gumball tool
Associative History toggle
Status bar
Rhino themes
Customizing unit and grid settings
Navigating viewports
Customizing viewports
File management
Rhino objects
Selecting objects
Staying organized with layers
Help and troubleshooting
2. Differences between Rhino for Mac and Rhino for Windows
What’s missing from Windows
Keyboard, mouse, and peripheral differences
Contextual menu differences
Commands and command line differences
Toolbar and panel differences
Autosave differences
3. Curves
Curve basics
Drawing straight line curves
Drawing polygons
Drawing circles, ellipses, and arcs
Drawing spirals and helixes
Drawing freeform curves
Analyzing curve length
Analyzing curve angles
Analyzing curve radius
Analyzing curve curvature
Analyzing curve continuity
Analyzing curve direction
Exploding and joining curves
Editing curve control points
Smoothing curves
Extending curves
Splitting curves
Trimming curves
Offsetting curves
Matching curves
Filleting curves
Rebuilding curves
4. Surfaces
Surface basics
Making extrusion surfaces
Basic lofted surfaces
Lofting surfaces with loft options
Surfaces from edge curves
Creating revolved surfaces
Making sweep 1 rail surfaces
Making sweep 2 rail surfaces
Network surface creation
Analyzing surface direction
Analyzing surface radius and curvature
Analyzing surface continuity
Editing surface control points
Exploding and joining surfaces
Smoothing surfaces
Extending surfaces
Splitting surfaces
Trimming surfaces
Offsetting surfaces
Matching surfaces
Filleting surfaces
Bending surfaces
Rebuilding surfaces
5. Solids
Solids basics
Creating solid objects
Freeform solids creation
Analyzing solids: Edge analysis
Editing solids: Boolean difference
Editing solids: Boolean union
Editing solids: Boolean intersection
Editing solids: Boolean two shapes
Editing solids: WireCut
Editing solids: Chamfer
6. Transforming Geometry
Moving objects with drag, move, and gumball
Rotating objects with rotate and gumball
Scaling objects with scale commands and gumball
Duplicating objects with copy and gumball
Duplicating objects with array commands
7. Accurate Modeling
Understanding coordinate systems
Using construction planes
Modeling constraints: Ortho
Modeling constraints: Planar
Drawing with reference images: Picture frame
Drawing with reference images: Background bitmap
Persistent object snaps
One-shot object snaps
Grid snap settings
SmartTrack
8. Rendering
Render settings and scene setup
Lighting setup: Two-point lighting
Lighting setup: Three-point lighting
Applying and customizing materials
Rendering
Conclusion
Next steps