Translations:Sketcher Preferences/27/en

Note: A snapped point has no coincident constraint with the grid point it snapped to.
 * If checked, the sketcher proposes automatically sensible constraints. If you draw for example a polyline [[Image:Sketcher_CreatePolyline.svg|20px]] and point towards the bottom, you will see that the sketcher proposes a vertical constraint:[[Image:Constraint_Vertical.svg|20px]]. If you set now a point the drawn line segment will get the vertical constraint.
 * If checked, the sketcher tries not to propose redundant auto constraints. This option only has an effect if also the option is used.
 * The order how sketches are rendered. To change it, drag and drop one of the geometries to the top or bottom.
 * If checked, the sketcher dialog will show the section Advanced solver control to adjust solver settings.
 * If checked, the sketcher dialog will show the section Edit controls (see above).
 * If checked, a special solver algorithm will be used while dragging sketch elements. This avoids that the sketch flips around while dragging. It is an improvement for most cases, however for complex sketches this option can increase the time to solve the sketch.
 * TBD
 * If checked, key will trigger exiting sketch editing mode. The option to disable this may be useful for users who are used to pressing  as part of their workflow in other CAD solutions but don't necessarily want to exit a sketch.
 * If checked, you will be informed with a dialog about constraint substitutions. For example if the endpoints of two arcs are connected with the coincident constraint and you reconnect the arcs using the tangent constraint, the coincidence constraint will be substituted by the tangent constraint and you will get a popup dialog to telling you this.
 * }
 * If checked, the sketcher dialog will show the section Advanced solver control to adjust solver settings.
 * If checked, the sketcher dialog will show the section Edit controls (see above).
 * If checked, a special solver algorithm will be used while dragging sketch elements. This avoids that the sketch flips around while dragging. It is an improvement for most cases, however for complex sketches this option can increase the time to solve the sketch.
 * TBD
 * If checked, key will trigger exiting sketch editing mode. The option to disable this may be useful for users who are used to pressing  as part of their workflow in other CAD solutions but don't necessarily want to exit a sketch.
 * If checked, you will be informed with a dialog about constraint substitutions. For example if the endpoints of two arcs are connected with the coincident constraint and you reconnect the arcs using the tangent constraint, the coincidence constraint will be substituted by the tangent constraint and you will get a popup dialog to telling you this.
 * }
 * If checked, a special solver algorithm will be used while dragging sketch elements. This avoids that the sketch flips around while dragging. It is an improvement for most cases, however for complex sketches this option can increase the time to solve the sketch.
 * TBD
 * If checked, key will trigger exiting sketch editing mode. The option to disable this may be useful for users who are used to pressing  as part of their workflow in other CAD solutions but don't necessarily want to exit a sketch.
 * If checked, you will be informed with a dialog about constraint substitutions. For example if the endpoints of two arcs are connected with the coincident constraint and you reconnect the arcs using the tangent constraint, the coincidence constraint will be substituted by the tangent constraint and you will get a popup dialog to telling you this.
 * }
 * If checked, key will trigger exiting sketch editing mode. The option to disable this may be useful for users who are used to pressing  as part of their workflow in other CAD solutions but don't necessarily want to exit a sketch.
 * If checked, you will be informed with a dialog about constraint substitutions. For example if the endpoints of two arcs are connected with the coincident constraint and you reconnect the arcs using the tangent constraint, the coincidence constraint will be substituted by the tangent constraint and you will get a popup dialog to telling you this.
 * }
 * If checked, you will be informed with a dialog about constraint substitutions. For example if the endpoints of two arcs are connected with the coincident constraint and you reconnect the arcs using the tangent constraint, the coincidence constraint will be substituted by the tangent constraint and you will get a popup dialog to telling you this.
 * }
 * }
 * }