Interactive sliding supports non-orthogonal routing.Existing pads and vias will be jumped, or vias will be pushed if necessary and possible when the Allow Via Pushing option is enabled.To break a single segment, select the segment first, then position the cursor over the center vertex to add in new segments.Press the Spacebar to cycle through the modes as you drag a vertex. The interactive sliding engine includes algorithms specifically for dragging a vertex (corner), configure the Vertex Action in the Preferences dialog, or in the Interactive Sliding mode of the Properties panel.To convert a 90-degree corner to a 45-degree route, start dragging on the corner vertex.Press Shift+R to cycle through the modes as you drag a track segment. During sliding, one of the Routing Conflict Resolution modes applies.Use this to help align the new segment location with an existing object and avoid very small segments being added. While sliding a route you can move the cursor and hotspot snap it to an existing, non-moving object such as a pad.The PCB editor will automatically maintain the 45/90 degree angles with connected segments, shortening and lengthening them as required.ДЄ demonstration of interactive sliding being used to modify the existing routing.The default dragging behavior is configured on the PCB Editor - Interactive Routing page of the Preferences dialog.To interactively slide or dragВ track segments across the board, click, hold and dragВ as shown in the video below.You can also create temporary violations by switching to Ignore Obstacle mode (as shown in the video below), which you later resolve.ДЄ simple animation showing the Loop Removal feature being used to modify existing routing.You can start and end the new routeВ path at any point, swapping layers as required.The Loop Removal feature will automatically remove any redundant track segments (and vias) as soon as you close the loop and right-click to indicate you are done.There is no need to un-route a connection to redefine its path simplyВ click the Interactive Routing button on the Active Bar ( ) and start routing the new path.Check out the Strategies for Selecting the Routing section for tips and techniques on selecting routing. Interactive sliding also supports the Conflict Resolution Modes, including Push, Hug and Push, and Ignore.ДЄs well as using one of the Route В» Un-Route commands to remove existing routing, it can often be quicker to select the track segments and delete them. Connected track segments will remain connectedВ at the angle they were previously connected - a behavior called interactive sliding. To re-arrange existing routing, click and hold on a track segment then drag it to its new location. Rerouting is performed in the same way as the initial routingВ using the Interactive Routing (or Interactive Differential Pair Routing) command - when you complete the new route path the old loop of redundant track segments is removed.ДЄlternatively, you can re-arrange the routing. Rerouting is ideal when the new route path is more complex than simply moving a few track segments.

There are two approaches to modifying the routing В you can either rerouteВ or re-arrange. Routing a board can be a complex and time-consuming processВ as you work to position the components and complete the routing - move that component slightly, shove that routing, re-route those critical nets to avoid potential cross-talk, now see if that bus can be routed through that area, and so on.В As you route your board, you will be constantly modifying routing that you have already done.

Glossing - Improving the Quality of the Routing.

Retrace - Modifying the Properties of Existing Routing.

Interactive Routing and Interactive Sliding Panels.

Options that Affect Routing, Rerouting and Interactive Sliding.

Altium designer 17 unroute