![]() Do not click the midpoint.Ĭlick the top right vertical line. ![]() Do not click the midpoint.Ĭlick Equal from the Constraints toolbar.Īdd the second Equal constraint to the top left vertical line and the top right vertical line.Ĭlick the top left vertical line. Do not click the midpoint.Ĭlick the right vertical line. Add ConstraintsĪdd the first Equal constraint to the left and right vertical lines.Ĭlick the left vertical line. At this time, do not worry about dimensions for the other lines.Ī good practice is to first add sketch constraints and then dimensions to a sketch. A H (Horizontal constraint) is displayed during the sketch process.Ĭomplete the sketch profile as illustrated. Sketch a horizontal line from the endpoint of the first vertical line.Ĭlick a point approximately 80mm. ![]() A V (Vertical constraint) is displayed during the sketch process. Sketch the first vertical line above the Origin as illustrated.Ĭlick a point approximately 90mm. This is not the case in SOLIDWORKS.Ĭlick Infinite line in the Context toolbar.Ĭlick the Origin. The Construction line must be dimensioned relative to other geometry to be fully defined. Note: You can also use a Construction line as an axis of revolution. Use the Infinite line as the axis of revolution for the Revolve Feature. This is similar in SOLIDWORKS.Ĭhange the horizontal line to an Infinite line. The Coincident and Horizontal callout icons are displayed. The sketching process is straight forward as it is in SOLIDWORKS.Ĭlick the horizont al line as illustrated. Note: Can can also double-click to deactivate the Line. Selecting the correct plane to start your model is very important.Ĭlick the yz plane in the Design Manager.Ĭlick Create Sketch from the Context toolbar.Ĭreate a horizontal line through the Origin along the y axis.Ĭlick Line from the Sketch tab in the Action bar.Ĭlick a horizontal position to the left of the Origin as illustrated.Ĭlick a horizontal position to the right through the Origin as illustrated. The plane you select for your first sketch determines the orientation of the part. When you create a new component, the three default planes (xy), (yz), (zy) are aligned with specific views. Quick Start xDesign is the Collaborative space. Sketch.1 is normal to the yz plane (Front). Trimetric Planes xy, yz, zx are located at the center of the Work Area.Ĭreate Sketch.1. The Quick Start xDesign Collaborative space and the 3DEXPERIENCE mouse control is used in the lesson. The 3DSpace App is used to create Collaborative space locations. Collaborative space location will differ depending on setup. The default Location maybe named: Common Space. This makes it easy to communicate and share designs with your students and team members, regardless of physical location. The default Location defines the Collaborative space (cloud storage) where your components are saved. The default Name* of the component is Physical Product 1. The term component is used because both parts and assemblies are treated the same. The xDesign App creates components in a single modeling environment. You should have a design strategy with your sketch profiles as you create the 3D features for the component.Ĭlick the center of the Compass as illustrated for Roles, Apps & Solutions portfolio.Ĭlick 3D Designer (3D Creator) under the My Roles (xDesign).Ĭlick xDesign to launch the App. Always know the location of the Origin in the sketch. SOLIDWORKS uses the name Sketch tools.Īpply symmetry into a profile through a sketch centerline, mirror entity and position about the reference planes and Origin. Note: xDesign uses the name Sketch entities. Example: Rectangle, Circle, Arc, Point, Slot, etc. A profile is determined from Sketch entities. Models behave differently when design changes occur.īuild design intent in a sketch as the profile is created. Design intent manages the relationship between sketches in a feature, features in a part, and parts in an assembly.Ī definition of design intent is the process in which the model is developed to accept future modifications. Design intent is the intellectual arrangement of sketches, constraints, dimensions, and features of a design. Design IntentĪll designs are created for a purpose. One of the most important concepts in CAD modeling is building in the correct design intent. He also introduces new apps in the engineering design process. Through the SOLIDWORKS xDesign Lesson series, David helps educators understand the differences and similarities between xDesign and SOLIDWORKS through simple examples. After teaching 1000’s of students and writing about SOLIDWORKS for over 25 years, David Planchard, emeritus WPI, is exploring xDesign.
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