Translations:Basic Part Design Tutorial 019/82/en


 * 1) Make Sketch001 visible, and hide Sketch and Mirrored001.
 * 2) Click PartDesign_NewSketch.svg Create sketch and create a new sketch attached to the YZ_Plane. The sketch will be named Sketch004.
 * 3) Click Sketcher_CreatePolyline.svg Create polyline and trace a polyline like that indicated by the points P1, P2, P3 and P4 in Fig: CH1.
 * 4) Remember to close the polyline by picking the first point. This will create the required Sketcher_ConstrainCoincident.svg Coincident constraint.
 * 5) Exit the tool.
 * 6) Check the applied constraints:
 * 7) * Delete the redundant Sketcher_ConstrainVertical.svg Vertical constraint applied to the line defined by P1 and P2.
 * 8) * Make sure a Sketcher_ConstrainHorizontal.svg Horizontal constraint has been applied to the lines defined by P1 and P4, and P2 and P3.
 * 9) * Make sure a Sketcher_ConstrainPointOnObject.svg Point onto object constraint has been applied to P1 and the Y axis, and to P2 and the Y axis.
 * 10) Click Sketcher_External.svg External geometry
 * 11) Select the line defined by EGP1 and EGP2 in Sketch001, indicated by the purple color in Fig: CH2.
 * 12) Exit the tool.
 * 13) Apply a Sketcher_ConstrainPointOnObject.svg Point onto object constraint to P3 and the external geometry, and repeat this for P4. This will make the line defined by P3 and P4 coincident with the line defined by EGP1 and EGP2.
 * 14) Select the line P3 to P4, apply a Sketcher_ConstrainDistance.svg Distance constraint, and assign Length = 17 mm
 * 15) Select the points EGP2 and P4, apply a Sketcher_ConstrainDistance.svg Distance constraint, and assign Length = 7 mm.
 * 16) This will result in a fully constrained sketch like Fig: CH2.
 * 17) Click.
 * 18) Hide Sketch001.