EASTERN CANADA - NEW ENGLAND - QUEBEC

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1 Syllabuses of Solidxperts s training sessions Page 1

2 Index SolidWorks Essentials - Modeling...3 SolidWorks Drawings...5 SolidWorks Sheet Metal...6 SolidWorks Weldment...7 SolidWorks Advanced assembly modeling...8 SolidWorks Advanced part modeling...9 SolidWorks Advanced surface modeling Mold design using SolidWorks Routing Piping & Tubing Routing - Harnessing SolidWorks Simulation Standard Static training SolidWorks Simulation standard Motion training SolidWorks Simulation Professional training SolidWorks Simulation Premium training SolidWorks Simulation Flow training SolidWorks Enterprise PDM - Admin SolidWorks Enterprise PDM CAD Editor SolidWorks Enterprise PDM Contributor SolidWorks Workgroup PDM Photoview DVIA Composer Essential VB.NET Introduction Training Formation API fundamentals DraftSight Training Page 2

3 SolidWorks Essentials - Modeling 4 days (2 sessions) (first session) SolidWorks Basics and the User Interface What is the SolidWorks Software? Design intent File references Opening files The SolidWorks user interface Using the Command Manager Introduction to sketching 2D sketching Stages in the process Saving files What are we going to sketch? Sketching Sketch entities Basic sketching Rules that govern sketches Design intent Sketch relations Dimensions Extrude Sketching guidelines Basic part modeling Basic modeling Terminology Choosing the best profile Choosing the sketch plane Details of the part Boss feature Sketching on a planar face Cut feature Using the Hole Wizard View options Filleting Editing tools Detailing basics Drawing views Center marks Dimensioning Changing parameters Modeling a casting or forging Design intent Boss feature with Draft Symmetry in the sketch Sketching inside the model View options Using model edges in a sketch Creating trimmed sketch geometry Patterning Why use patterns? Reference geometry Linear pattern Circular patterns Mirror patterns Using pattern seed only Sketch driven patterns Revolved features Design intent Revolved features Building the Rim Building the Spoke Edit material Mass properties Files properties SolidWorks SimulationXpress Using SolidWorks SimulationXpress The SimulationXpress interface Furniture: One or more training manuals are included with the training course (Exceptions apply to teachers and tudents from school and college) Page 3

4 SolidWorks Essentials - Modeling 4 days (2 sessions) (Second session) Shelling and ribs Shelling and ribs Analysing and adding draft Other options for draft Shelling Planes Ribs Full round fillets Thin features Editing: Repairs Part editing Editing topics Sketch issues Freezing features FilletXpert DraftXpert Editing: Design changes Part Editing Design changes Information from a model Rebuilding tools Sketch contours Configuration of parts Configurations Creating configurations Using configurations dimension/feature Using global variable, Equations Global variable Equations Modeling strategies for configuration Editing parts that have configurations Design library In the advance course Using drawings More about making drawings Section view Model views Broken view Detail Views Drawing sheets and sheet formats Projected views Annotations Bottom-up assembly modeling Bottom-up assembly Creating a new assembly Position of the first component FeatureManager design tree and symbols Adding components Using part configurations in assemblies Sub-assemblies Smart Mates Inserting sub-assembies Pack and go Using assemblies Using assemblies Analyzing the assembly Checking for clearances Changing the values of dimensions Exploded assemblies Explode line sketch Bill of materials Assembly drawing Page 4

5 SolidWorks Drawings 2 days Drawing sheets and views Drawing sheets and views Terminology Drawing views Sketching in drawing views View settings Centermarks and Centerlines Model Edges in the view Dimensions Dimensions Manipulating dimensions Dimension properties Annotations Adding annotations Annotation types Blocks Sheet formats and templates Sheet formats and templates Drawing templates Properties in the template User Defined properties Customizing a sheet format Define title block Updating Sheet formats Assembly drawing views Assembly drawing views Creating views of assemblies Bill of materials and tables Creating and managing a bill of materials The bill of materials Adding a BOM Modifying the BOM Tabulated bill of materials Balloons Tables in the drawing Performance and display issues Performance and display issues Large assembly mode Lightweight drawings Detached drawings Display issues in drawing views Drawing references and comparison Reusing a drawing file Changing drawing references Using DrawCompare SolidWorks design checker Using DimXpert DimXpert Tolerance type and features DimXpert Selections Settings for DimXpert Auto Dimension scheme Turned part Using plus and minus DimXpert annotation and drawings Using DimXpert Manually Page 5

6 SolidWorks Sheet Metal 1 day Sheet metal Flange Method What are Sheet metal Parts Sheet metal methods Base Flange Flat pattern Edge flanges Editing Sheet Metal Setting Cut in Sheet Metal Break Coners Sheet Metal Costing Sheet Metal Parts in Drawings Sheet Metal Convert Method Sheet metal Conversion Topics Converting to Sheet Metal Imported Geometry to Sheet Metal Using the Fip Feature Adding Bends in Place of Sharp Corners Sheet Metal Features Making Changes Adding a Welded Corner Multibody Sheet Metal Parts Multibody Sheet Metal Parts Method to Create Multibody Sheet Metal Parts Creating Multibodies by Sketching Miter Flange The Cut List Folder Cuts Using Multibodies Patterning Sheet Metal Bodies Sheet Metal Properties Multiboddy Drawings Using Mirror and Insert Part Interfering Bodies Exporting Sheet Metal Bodies Using Split Sheet metal forming tools Sheet metal forming tools Modifying an Existing Forming Tool Create a Custom Forming Tool Additional Sheet Metal Features and Technics Additional Sheet Metal Features Swept Flange Using symmetry Additional Modeling Technics In-Context Methods Process plans Page 6

7 SolidWorks Weldment 1 day Weldments Weldments Structural members Groups vs. Structural members Manual trimming of structural members Adding plates Gussets and end caps Using symmetry Profile sketches Weld beads Profile Sketch Working with weldments Managing the cut list Custom properties Weldments drawings Weldments Drawings Weldments Drawings Working with pipes and tubing Working with Pipes and Tubing 3D Sketching Weldment and Sheet Metal in Assemblies Page 7

8 SolidWorks Advanced assembly modeling 2 days Top-down assembly modeling Top-down assembly modeling Stages in the process Building Virtual parts Building Parts in an assembly In-context features Propaging changes Saving Virtual parts as external External references Breaking external references Removing external references Assembly features and smart fasteners Assembly features and smart fasteners Stages in the process Assembly features Smart fasteners Advanced mate techniques Advanced mate Adding mate references Design library parts Capture mate references Smart components Advanced and mechanical mate types Summary: Inserting and mating components Multiples mate mode Using Copy with mates Mate options Using configurations with assemblies Using configurations with assemblies Stages in the process Component patterns Creating configurations manually Configuration properties Using configure component Configuration publisher Display states and appearances Display states Bulk selection tools Advanced select Envelopes Appearances, Materials and scenes Assembly editing Assembly editing Key topics Editing activities Replacing and modifying components Troubleshooting an assembly Replacing components using save as Mirroring components Hole alignment Controlling dimensions in an assembly Sensors Layout-based assembly design Layout-based assembly design Key topics Blocks Inserting blocks Creating a part from a block Gear and pulley motion in blocks Large assemblies Large assemblies Key topics Lightweight components Large assembly mode Using SpeedPak Defeature Using configurations with large assemblies Modifying the structure of an assembly Assembly visualisation Tips for faster assemblies Drawing considerations Page 8

9 SolidWorks Advanced part modeling 2 days Sketching With Splines Sketching: Splines Introducing: Spline Introducing: Show curvature Combs Sketch Picture Introducing: Sketch Picture Multibody solids: How they Work Multibody Solids Multibody Techniques Introducing: Solid bodies folder Feature Scope Patterning Bodies Tool Body Introducing: Insert Part Introducing: Move/Copy bodies Combining Bodies Introducing: Combine Uses of Multibody Solids Common Bodies Indent Feature Introducing: Delete Bodies Local Operations Modeling Negative Space Using Cut to Create multibodies Saving solid bodies as parts and assemblies Introducing: insert into new part Introducing: Save Bodies Splitting a Part into Multibodies Introducing: split Creating an assembly Introducing: create assembly Using split part with legacy data Introduction to Sweeping Sweeping Sweep with guide Curves Sweep Options Introducing: Dome Introducing: Selection Manager Working With Curves Sweeping along a 3D path 3D Sketching Introducing: Helix and Spiral Introducing: Projected Curve Introducing: Composite curve Introducing: Fit Spline Modeling Threads Sketch Blocks Introducing: Sketch Blocks Equation Driven Curves Introducing: Driven Curve Introducing: Split Line Advance Sweeping Orientation and twist control Align with end faces Sweeping along model edges Sweeping a Tool body Lofts Sweeping and lofting: What s the difference? How Lofting Works Basic lofting Introducing Loft Using Derived and Copied sketches Copying a sketch Derived sketches Introducing: insert derived sketch Centerline lofting Introducing: Split entities Cleaning up a Model Introducing: delete face Introducing: deviation analysis Advanced lofting Sketch picture Layout sketches Boundary feature Other Advanced tools Advanced fillets Analyzing Geometry Introducing: Display Curvature Introducing: Intersection Curve Introducing: Zebra Introducing: Wrap Feature Deform Feature Introducing: Deform Equation driven curves Introducing: Knit surface Move face and delete face Introducing: Move Face Performance Consideration Page 9

10 SolidWorks Advanced surface modeling 2 days Understanding surfaces Solids and surfaces Working with surface bodies Why use surfaces Continuity explained Workflow with surfaces Introduction to surfacing Similarities between solid and surface modeling Basic surfacing Solid-surface hybrid modeling Hybrid modeling Using surfaces to modify solids Interchanging between solids an surfaces Performance implications Surfaces as construction geometry Making copies of faces Repairing and editing imported geometry Importing data Repairing and editing imported geometry Advanced surface modeling Stages in the process Ruled surfaces Lofting surfaces Modeling the lower half Design changes Blends and patches Complex blends Smoothing patches Boundary surface Freeform feature Corner blends Master model techniques Introduction to master models Surface master model technique Working with a solid master model SolidWorks Explorer Page 10

11 Mold design using SolidWorks 2 days *Advanced part modeling Training is required ** Advanced surfaces modeling Training is recommended Core and Cavity Core and Cavity mold design SolidWorks mold tools Mold analysis tools Analyzing Draft on a Model Draft Analysis Colors Scale the part to allow for shrinkage Determine the parting lines Manual Selection of Parting surface Automation Modeling the Parting Surface Smoothing the Parting Surface Surface bodies Interlocking the mold tooling Creating the mold tooling Multiple parting directions Multiple parting directions Trapped molding areas Side Cores Feature Freeze Lifters Core Pins Electrode clearances Keeping the sharp edges Importing and repairing geometry Beyond the basics Importing Data 3D Model Types Definitions Terminology File translators Modeling Systems File Translation Why do imports fail? Diagnosis and repair Checking solid bodies Making copies of faces Repairing Gaps Repairing Faces Parting lines and shut-off surfaces Parting lines and shut-off surfaces Draft analysis options Parting line Core and cavity surfaces Shut-off surfaces Parting Surface Tooling split Seeing inside the mold Repairs and surfaces Creating new drafted faces Interlock surfaces Using surfaces Surfaces in mold making The mixer Reusable data Reusing data Design library Task pane 3D content Central Library features Configurations in library features Smart components Alternate methods for mold design Alternate methods for mold design Using Combine and split Creating a cavity Using surfaces Using the up to surface method Using the split method Manually creating shut-off surfaces Making a complete mold Developing a plan Modeling repairs Mold split folders Runners and gates Side cores Ejector pins Core pins Creating individual parts Mold base Organizing the assembly Modifying the lifters Ejector pins Cooling the mold Making the drawing Making changes Completing the process Page 11

12 Routing Piping & Tubing 2 Days Fundamentals of Routing What is Routing? Routing setup General Routing settings Piping Routes Piping routes Pipes and piping components Routing Assembly Templates Creating a piping route Auto Route Route Specification Template Editing a Route Piping Fitting Pipe Fittings Drag and Drop a Fitting Creating Custom Fittings Tubing Routes Tubing routes Tubes and tubing components Flexible tubing with auto route Orthogonal tubing routes with auto route Bend and Spline Errors Starting a tube route on the fly Making Tubes Repairing a Bend Errors Tubing Drawings Piping and Tubing Changes Piping and Tubing Changes Pipe Penetrations Flange to flange Connections Pipe Spools Copying Routes Editing Piping Routes Editing for Obstructions Piping Drawings Pipe and Tube Routing Components Routing library parts Libraries Creating Routing library parts Routing Library Manager Pipe & Tube parts Pipe parts Fitting parts Routing functionality points Elbow parts Tube parts Multi-body components Equipment Assembly fittings Using P&ID Files Piping and instrumentation Adding a pipe Pipe with multiple lines Pipe with In-Line Fittings Process drawings Piping Skids Piping Skids Grid system feature Weldments Walk-through animations Avatar paths Using SolidWorks content Using SolidWorks content Page 12

13 Routing - Harnessing 1 days Fundamentals of Routing What is Routing? Routing Setup General Routing Settings Basic Electrical Routing Basic Electrical Routing Adding Routing Components Start by Drag and Drop Connector Auto Route Save to External Files Routing with Clips Routing with Clips Routing Through Existing Clips Adding Clips while Auto Routing Editing a Route Working with Clips Splitting a Route Adding a Splice Electrical Routing Components Routing Library Parts Introduction Electrical Routing Library Parts Libraries Routing Component Wizard Routing Component Attributes Electrical Libraries Standard Cables Using Standard Cables Standard Cable Excel File Modifying Standard Cables Creating a standard Cable Routing Templates Electrical Data Import Importing Data Routing Library Manager From/To Lists Route Propreties Route Guidelines Using Guidelines and Clips Electrical Drawings Route Flattening and Detailing Annotation Flattening Flatten Route Manufacture Flattening Electrical Ribbons Cables Electrical Ribbons Cables Ribbons Cable Components Auto Routing Ribbon Cable Using Ribbon Cable Clips Through Connectors Ribbon Cable Libraries Electrical Conduits Electrical Conduits Rigid Conduit Orthogonal Routing with Auto Route Electrical Data in Conduits Manual Sketch Routing Flexible Electrical Conduit Page 13

14 SolidWorks Simulation Standard Static training 3 days The Analysis Process The Analysis Process SolidWorks simulation options Processing Meshing Post-processing Multiple studies Reports Mesh controls, Stress Concentrations and Boundary Conditions Mesh control Understanding the effect of boundary conditions Assembly Analysis with Contacts Contact analysis Pliers with local contact Symmetrical and Fee Self-Equilibrated Assemblies Shrink fit parts Analysis with soft springs Assembly analysis with connectors Connecting components Connectors Compatible/ Incompatible Mesh Compatible /incompatible meshing Assembly analysis mesh refinement Mesh control in an assembly Problem statement Part 1: Draft quality coarse mesh analysis Part 2: High quality mesh analysis Analysis of Thin Components Thin component Part 1: Mesh with solid elements Part 2: Refined solid mesh Solid vs. shell Creating shell elements Part 3: shell elements mid plane surface Mixed meshing shells & solids Mixed meshing solids and shells Mixed meshing solids, beams & shells Mixed meshing Beam inprint Design Study Design study Part 1: multiple load cases Part 2: Geometry modification Thermal stress analysis Thermal stress analysis Examining results in local coordinate systems (optional) Saving models in its deformed shape Adaptive meshing Adaptive meshing H-adaptivity study P-Adaptivity study H vs P elements summary Large displacement analysis Small vs Large displacement analysis Part 1: small displacement linear analysis Part 2: Large displacement non-linear analysis Page 14

15 SolidWorks Simulation standard Motion training 2 days Introduction to motion simulation and forces Basic motion analysis Forces Building a motion model and post processing Creating local mates Mates Local mates Power Plotting kinematic results Introduction to contacts, springs and dampers Contact and friction Contact Contact group Contact friction Translational spring Translational damper Post-processing Analysis with friction (optional) Advanced contact Contact forces STEP function Contact: Solid bodies Geometrical description of contacts Instability points Modifying result plots Precise contact Integrators Curve to Curve contact Contact forces Curve to curve contact Solid bodies vs. Curve to curve contact Solid bodies contact solution CAM synthesis CAM s Trace path Exporting trace path curves Flexible joints Motion Optimisation Motion Optimisation Sensor Optimisation analysis Flexible Joints Flexibile joints Redundancies Redundancies How to check for redundancies Typical redundant mechanisms Export to FEA Exporting results Export of load Direct solution in SolidWorks motion Event based simulation Event based simulation Servo motors Sensors Task Design Projects (Optional) Design Project Self guided problem Part 1 Self guided problem Part 2 Problem solution Part 1 Creating the force function Force expression Page 15

16 SolidWorks Simulation Professional training 1 day Frequency Analysis of Parts Modal analysis basics Frequency analysis with supports Frequency analysis without supports Frequency analysis with load Frequency analysis of assemblies All bonded contact conditions Bonded and allow penetration contacts Buckling analysis Buckling analysis Thermal analysis Thermal analysis basics Steady state thermal analysis Transient thermal analysis Transient analysis with time varying load Transient thermal analysis using a Thermostat Thermal analysis with radiation Steady state analysis Advanced thermal stress 2D simplification Thermal stress analysis Thermal analysis Thermal stress analysis 3D model Thermoelectric cooler Fatigue Analysis Fatigue Stress-life (S-N) based fatigue Thermal study Thermal stress study Fatigue terminology Fatigue study Fatigue study with dead load (optional) Advanced fatigue analysis Fatigue study Drop test analysis Drop test analysis Rigid floor drop test Elastic floor drop test Elasto-plastic material model Drop test with contact (optional) Optimization analysis Optimisation analysis Static and frequency analyses Optimization analysis Design study Pressure Vessel analysis Pressure vessel analysis Manhole nozzle flange and cover Page 16

17 SolidWorks Simulation Premium training 2 days Non-linear Large displacement analysis Linear static analysis Nonlinear static study Linear static study (Large displacement) Incremental control techniques Incremental control techniques Linear analysis Nonlinear analysis Force control Nonlinear analysis Displacement control Nonlinear static buckling analysis Linear buckling Linear static study Nonlinear symmetrical buckling Nonlinear asymmetrical buckling Plastic deformation Plastic deformation Problem statement Linear elastic Nonlinear Von mises Nonlinear Tresca s Dynamic Vibration of a pipe Static analysis Frequency analysis Dynamic analysis (slow force) Dynamic analysis (Fast force) Transient shock analysis according to MILS- STD-810F Model with remote mass Harmonic analysis of a bracket Harmonic analysis of a bracket Response Spectrum Analysis Response Spectrum Analysis Response Spectrum Random vibration analysis according to MIL-STD-810F Nonlinear dynamic analysis of an electronic enclosure Linear dynamic analysis Nonlinear dynamic analysis Hardening rules Hardening rules Isotropic hardening Kinematic hardening Analysis of elastomers Two constant Mooney-rivlin (1 material curve) Two constant Mooney-rivlin (2 material curves) Two constant Mooney-rivlin (3 material curves) Six constant Mooney-rivlin (3 material curves) Non linear contact analysis Problem statement Metal forming Bending Mixed mesh study (Optional) Page 17

18 SolidWorks Simulation Flow training 2 days Creating a SolidWorks Flow simulation Project Model preparation Post-Processing Meshing Computational mesh Basic mesh Initial mesh Geometry resolution Optimize thin wall resolution Result resolution / Level of initial mesh Control planes Thermal analysis Fans Perforated plates External transient analysis Reynolds number External flow Transient analysis Turbulence intensity Solution adaptive mesh refinement Two dimensional Flow Computational domain Calculation control options Time animation Porous media Porous media Design modification Rotating reference frames Rotating reference frame Parametric analysis Parametric analysis Steady state analysis Cavitations Cavitations Relative humidity Relative humidity Particle trajectory Particle trajectories overview Supersonic flow Supersonic flow FEA load transfer Conjugate Heat Transfer Conjugate Heat Transfer Real Gase EFD zooming EFD zooming Page 18

19 SolidWorks Enterprise PDM - Admin 2 days Installation planning Planning for SolidWorks Enterprise PDM The planning process Training scenario The installation process The Administration Tool SolidWorks Enterprise PDM administrative tool Creating a SolidWorks Enterprise file Vault Create a local file vault view Setup overview Users and Groups Users Groups Folder Card creation Data Cards Anatomy of a Data Card File and Search Cards Importing data cards Column and Bill of Materials Columns Bill of materials Folder Templates Templates File Templates File Templates Workflow Workflows Categories Revisions Data Import/Export, Notifications and Task Import and Export ERP Data File Types and Settings File Types User Settings Page 19

20 SolidWorks Enterprise PDM CAD Editor 1 days SolidWorks Enterprise PDM Concepts The fundamentals of PDM What is SolidWorks Enterprise PDM? SolidWorks Enterprise PDM Overview SolidWorks Enterprise PDM Modules SolidWorks Enterprise PDM Components SolidWorks Enterprise PDM user interface SolidWorks Enterprise PDM user interface Document creation and check in Document creation and check in Advanced document check in Advanced document check in Working with Bill of materials Bill of materials (BOM) File references File references Searching Searching SolidWorks Enterprise PDM Workflow and notification SolidWorks Enterprise PDM Workflow Managing local cache Managing local cache Versioning files Versioning files Versioning CAD files Versioning CAD files Page 20

21 SolidWorks Enterprise PDM Contributor 1 days SolidWorks Enterprise PDM Concepts The fundamentals of PDM What is SolidWorks Enterprise PDM? SolidWorks Enterprise PDM Overview SolidWorks Enterprise PDM Modules SolidWorks Enterprise PDM Components SolidWorks Enterprise PDM user interface SolidWorks Enterprise PDM user interface Document creation and check in Document creation and check in Advanced document check in Advanced document check in Versioning files Versioning files File references File references Searching Searching SolidWorks Enterprise PDM Workflow and notification SolidWorks Enterprise PDM Workflow Managing local cache Managing local cache Page 21

22 SolidWorks Workgroup PDM 2 days Cad Editor part PDM concepts and file management The four pillars of PDM What is SolidWorks Workgroup PDM Software? SolidWorks Workgroup PDM Overview SolidWorks Workgroup PDM Components Basic rules SolidWorks file management File references File references example Opening files Saving files Files properties External reference search order Document check in SolidWorks Workgroup PDM user interface Starting SolidWorks Workgroup PDM SolidWorks user interface Getting help Setting up SolidWorks Workgroup PDM Users accounts User options Document check in process Revision scheme Lifecycle Checking in references Logging in/out Creating sub-projects Reporting SolidWorks Workgroup PDM Environment Searching for documents Searching for documents in the vault Other SolidWorks Workgroup PDM activities Reports Custom properties Drawing revisions Collaboration Printing drawings from the vault Exporting SolidWorks Workgroup PDM files Automated files properties Bulk loading files Alternative methods to access the vault Functional differences User options SolidWorks Workgroup PDM viewer Software updates Toolbox and files that are not revision managed Toolbox parts Toolbox parts studies Files that are not revision managed Standard parts Drag and drop Revision bumping Adding notes Removing files from the vault Explain access Managing configuration revisions Accessing documents Working on vaulted documents Non-SolidWorks documents Page 22

23 SolidWorks Workgroup PDM 2 days (Next) Administration part Planning for PDM Planning for SolidWorks Workgroup PDM The Planning Process Data Management Plan Transition Plan The VaultAdmin Tools SolidWorks Workgroup PDM Setup Administrator Topics The Vault Vault Restoration VaultAdmin Tool VaultAdmin Setting User Account Project Project Access Project Setting Revision Scheme Lifecycles Standard Library Vault Setting Custom Properties Search Revision Table Triggers Maintaining the Vault Maintaining the Vault Tree Options Maintaining Accounts Regaining Disk Space Archiving Files Update Software File Conversion Administrator Tasks Administrator Tasks Mapping Custom Properties Copy Project Bulk Loading Files Transferring Projects Between Vaults Page 23

24 Photoview days First day Introduction About This Book Product Visualization Product Visualization Tools Photorealistic Rendering Right Brain Vs Left Brain What s this book about Cameras Rendering Results Visualization Methods Product Visualization Overview Software Open GL RealView Graphics Cards Product Visualization Display Comparison Elements of Product Visualization Monitor Corrections PhotoView 360 What is the Photoview 360 Software? Starting PhotoView 360 PhotoView 360 Interface Getting Help Options Basic Visulization Workflow The Visualization Process Materials and Appearances User Interface Display Pane Display Manager Task Pane Appearances Scenes Lights PhotoView 360 Interface Intergrated Preview The Rendering Process Render Preview Editing Scenes Render and Preview Quality Applying Appearances Introduction Appearances Applying Appearances Property Manager for Appearances Procedural Versus Texture Appearances Procedural Appearances Texture Appearances Creating Custom Color Hierarchy Review Overview Appearances Library Creating Appearances Folders Appearances Propreties Illumination Appearances Mapping Texture Mapping Textures Texture Mapping Texture Orientation Mapping Adjustments (Mapping by the Numbers) Decals Decals Decals Mapping Page 24

25 Photoview days Viewpoint ViewPoint Positioning the Viewpoint Named Views Perspective View The SolidWorks Camera Apparent Depth Standard Lens Depth of field Output Options Output Design Intent Output Options Preview Renderings Render Contours Saving Image to a File Screen Presentations Alpha Channels Save Layered Image Scheduled Renderings Scenes and Lighting Scenes and Lighting Scenery Choices Scenery Example Scene Selection Edit Scene Property Manager Scene Library Lighting Second day Display States and Configurations Rendering Using Display State and Configurations Display States Configurations Display States or Configuration? Apperance Hierarchy in an Assembly Advanced Lighting Lighting Concepts Rendering Basics Lighting Methods Direct Lighting Lighting Schemes Photographic Lighting Shadows Ambient Light Indirect Lighting Surface Finish Point Lights Spot Lights PhotoView 360 Light Characteristics Caustics Bloom Reflective and Transparent Appearances Reflections Liquids PhotoView 360 Gallery Appendix A: Color Appendix B: Illuminations Settings Appendix C: Surface Finish Appendix D: Hardware & PhotoView 360 Mapping Adjustments (Mapping by the Numbers) Page 25

26 3DVIA Composer Essential 2 days Getting started What is the 3DVIA Composer application? Starting 3DVIA Composer 3DVIA Composer terminology 3DVIA composer user interface Preferences and Document Properties Creating 2D output Creating Cover and Detail Images Views Rendering tools Navigation Tools Camera and Alignment tools Create 2D output Digger Creating an Exploded View Visibility tools Exploded View Collaborative Actors Styles Vector Graphics Output Creating Additional Exploded Views Paper Space Importing Files File Types Update views With Selected Actors Align Actors Explode Lines Custom Views Linking Between Views Creating Bill of Materials Bill of Materials Vector Graphic Output Another BOM Table Creating a Marketing Image Selections Textures Lighting High Resolution Creating an Animations Timeline Pane Position Key Creating Interactive Content Selections in the Key Track Position and Property Keys Filters Animating and Collaborative Actors Digger keys Events Creating a Walkthrough Animation Camera Keys Adding Views to the Timeline Grids Creating an Explode and Collapse Animation Assembly Selection Mode Scenarios Updating 3DVIA Composer Files Update an Entire Assembly Changing the Geometry of an Actor Publishing from 3DVIA Composer Preparing a File for Publishing Page 26

27 VB.NET Introduction Training 2 days Introduction The basic interface Code Types of variables Definition of variables The message box compilation VB Tools Benchmarks Breakpoints Keyboard Shortcuts Loops For... Next Do... Loop Force output If Statement The Select Case statement The interface of your programs Interface Language Activation checks Other interface parameters Posts Simple message Message to capture the response Goto Conventions Variable names Method names Argument names Variables list The array collection The Timer control Operators The text file Reading a text file Writing to a text file File Manager File Operations Operations on files Creating a method Sub-type method The method of type Function Manipulate the registry Management options in the registry of Windows Operations on the text Text comparison Conversion values Extracting a portion of text Extracting data from a file path Splitting text Replacement values Page 27

28 Formation API fundamentals SolidWorks 2 days. Using the Macro Recorder Macro Recording Macro Toolbar Understanding How Macro Code Works Understanding How to Call Members on API interfaces Passing Parameters Cleaning Up Code Adding Forms to a Macro The API Object Model SolidWorks API Object Model Application Objects Setting System Options and Document Properties User Preferences System Option User Preferences Document Properties Locating the Correct APIs and Enumeration Values User Preferences Tables For System Option, Document Properties and Menu Items Automating Part Design Automation Tool for Parts Assembly Automation Automation Tool for Assemblies Selection and Traversal Techniques The SolidWorks BREP Model Adding Custom Properties and Attributes Custom Properties Configurations with Custom Properties File Summary Information Document Attributes The Attribute Objects Case Study: Face Attributes The SolidWorks API SDK The API SDK Choosing a Programming Language Customizing the SolidWorks User Interface Understanding The Add-in Code Property Pages Property Page Groups and Controls Removing Menus and Toolbars Other Areas of Customization Notification Notification Notification in VBA Drawing Automation Automating Drawing Creation Page 28

29 DraftSight Training 1 day User Interface Pointing Device -DraftSight Window Title Bar - Pull-Down Menu Toolbars - Graphic Windows Commande Line - Status Bar Shortcut Menus - Dialog Boxes Keyboard Options - Help Menu Creating a Simple Drawing New - Line Delete Command - Rectangle Circle -Drafting Settings Arc - Undo and Redo Polygon- Drawing Setup Coordinates Coordinated System- CCS Icon Inquiry - Units Coordinate Entry - Snap from Entity Snap Drawing Boundary Modify Commandes Selecting Entities Move Command - Copy Command Offset Command - Mirror Command Rotate Command - Scale Command Trim Command - Extend Command Properties and Layers Toolbars Layer Control - Activate Layer Command Color Control Command - LineStyle Control Command LineWeight Control Command Layers Manager Command Property Painter Properties Command Drawing Files New Save - Open File Management - File Utilities Advanced Commands Point - Point Format Mark Divisions - PolyLine Explode- Edit PolyLine Blocks -Insert Block Clean -ExportDrawing Hatch - Pattern Stretch - Change Length Split - Fillet- Chamfer EntityGrips- Egrip Settings View Commands Dynamic Pan - Dynamic Zoom Zoom Window - Zoom Previous Zoom Options - Rebuild Named Views - Multiple ViewTiles Text and Dimensions Simple Note Note Text Style Edit Annotation Find and Replace Spell Check Dimensions Dimensions Style Edit Dimension Location - Edit Dimension Text Edit Dimension Properties Drawing Output and Layout Drawing Layout View Tiles Working with Viewports on Sheets- Print Page 29