order
This book introduces 1. 1 sketch environment settings.
1. 1 customization of tool buttons in sketch environment
Capture the geometric relationship of 1. 1.2.
1.2 sketch
1.2. 1 spline curve
1.2.2 drawing of parabola
1.2.3 turning line diagram
1.2.4 building geometric lines
1.2.5 Derived Sketch
1.2.6 Generate Sketch from Selection
Generate sketches from pictures
1.33D sketch
1.3. 1 3D sketch on datum plane
Spline curve on 1.3.2 surface
1.3.3 Drawing of facial curve
1.3.4 Drawing of cross curve
1.4 Editing of Sketch
1.4. 1 dynamic mirror sketch entity
1.4.2 circular sketch array
1.4.3 linear sketch array
Constraints of 1.5 sketch
1.5. 1 fully define the sketch.
1.5.2 Check the legality of the sketch.
1.6 block operation
1.6. 1 General process of creating blocks
1.6.2 insert block
1.6.3 Edit Block
1.6.4 fastening characteristics of explosive block 2. 1
2. 1. 1 Assembly boss
2. 1.2 spring buckle
2. 1.3 spring buckle groove
2. 1.4 vent
2.2 Free form
2.3 dent
2.4 bending
2.4. 1 bending
deformed
tapping
stretching
2.5 coating
2.6 Entity Segmentation
2.7 deformation
0+0 point deformation
Deformation between curves
2.7.3 surface advancing deformation
2.8 external reference
2.9 Using Equation Modeling
2.9. 1 example 1
2.9.2 Example 2
2. 10 library function
2. 10. 1 Modeling with library characteristics
2. 10.2 new library functions
2. 1 1 structural steel
2. 12 Application examples of advanced functions 3. 1 Mathematical concepts of various surfaces
3. 1. 1 surface parameterization
3. 1.2NURBS surface
3. 1.3 Type of surface
3.2 Conversion between Surface and Solid
3.2. 1 Replace faces and use surface cutting.
3.2.2 Convert a surface into a solid.
3.2.3 Converting a solid into a surface
3.2.4 Example of Conversion between Surface and Solid
3.3 Advanced Editing Function of Surfaces
3.3. 1 ruled surface
Extended surface
3.3.3 Trim the surface and fillet.
3.4 input geometry
3.4. 1 Common problems in data input and their solutions
3.4.2 Repair the input geometry.
Identification feature
3.5 Comparison of lofting surface, boundary surface and filling surface
3.5. 1 lofting surface
Boundary surface
Filling surface
3.6 Connecting and repairing surfaces
3.7 Application Example 4. 1 Advanced Coordination
4. 1. 1 symmetrical fit
4. 1.2 width is suitable
4. 1.3 path matching
4. 1.4 linear/linear coupling fit
4. 1.5 Limited fit
4. 1.6 Multi-party cooperation
4. 1.7 matching reference
4. 1.8 intelligent collaboration
4.2 Replacement parts
4.3 Selecting Parts in Assembly
Selection of parts
4.3.2 Select parts through filters in the design tree.
4.4 Assembling the shell
4.4. 1 Generate assembly envelope
4.4.2 Use envelopes to select parts.
4.4_3 Using Envelope to Show/Hide Components
4.5 Assembly design method
4.5. 1 bottom-up design
Top-down design
4.6 Mobile phone shell design example
4.6. 1 primary control
Upper secondary control
Lower secondary control
4.6.4 Three-level control
loam cake
lower cover
battery cover
screen
Press the key
4.6. 10 covert control 5. 1 engineering drawings and engineering drawing templates
5. 1. 1 new engineering drawings
5. 1.2 Multi-page engineering drawings
5. 1.3 User-defined drawing template
5.2 Performance Optimization of Engineering Drawings
5.2. 1 large assembly mode
Separate engineering drawings
5.3 engineering view
5.3. 1 engineering view display mode
Show and Hide Edge Lines
Relative view
Coincidence profile
5.3.5 Alternating position view
5.4 Blocking operation
5.4. 1 Create Block
Insert block
5.5 Form
Table setting
bill of materials
Series parts design table
Kongbiao
5.5.5 Revision Table 6. 1 Introduction of Rendering Tools
6.2 Rendering Wizard
6.3 light source setting
6.3. 1 ambient light source
line source
spotlight
6.3.4 Point light source
6.4 Appearance Settings
6.4. 1 color
6.4.2 Texture
material
6.5 camera
Add a camera
Camera skateboard
6.6PhotoWorks rendering
Overview of PhotoWorks rendering
exterior
6.6.3 scenery
mapping
6. 6. 5 Rendering options for photo works
Render to a file
6.7 Rendering of plastic cups 7. 1 Overview
7. 1. 1 time bar
7. 1.2 Timeline
7. 1.3 Change column
7. 1.4 key points and key code points
7.2 Animation Wizard
7.2. 1 rotating parts
7.2.2 Assembly explosion animation
7.3 Save the animation
7.4 View direction
7.5 View properties
7.6 the application of coordination in animation
7.7 Interpolation Animation Mode
7.8 Motor Animation
7.9 Camera Animation
7. 10 car driving camera animation
7. 1 1 Robot simulation animation 8. 1 General process of mold design
8.2 Analytical and diagnostic tools
8.2. 1 draft analysis
Undercut inspection
8.3 separation tools
8.3. 1 parting line
Closing surface
joint face
8.3.4 Cutting Department
core
8.4 Mold design using parting line
8.5 Mold design with inclined pin
8.6 Mold design with slider (1)
8.7 Mold design with slider (2)
8.8 Overview of Manual Mould Design 9. 1
9. 1. 1 Application of Reverse Engineering
9. 1.2 Preparation before using reverse engineering to design products
9.2 reverse engineering example 10. 1GearTrax2008 gear design plug-in
System option setting of10.1.1geartrax2008
10. 1.2 Create spur/helical gears.
10. 1.3 Create bevel gear.
10. 1.4 Other functions
10.2 gear assembly and animation11.1gambrax2008 cam design plug-in.
1 1. 1 Create a cylindrical cam.
1 1. 1.2 Create a circular cam.
1 1. 1.3 Create a linear cam.
1 1.2 Creating Cam with Toolbox Plug-ins
1 1.2. 1 Create a circular cam.
1 1.2.2 Create a linear cam
1 1.3 cam assembly and animation
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