办公室网络. Copy the source, paste into the official playground, done. No coordinates — every position is stated relative to something else.
node inet "Internet"
node fw "Firewall" below inet
node sw "Core Switch" below fw
node ap1 "AP floor-1" below-left of sw
node ap2 "AP floor-2" below-right of sw
node srv "Server rack" right of sw
edge inet -> fw
edge fw -> sw
edge sw -> ap1
edge sw -> ap2
edge sw -> srvnpx reladraw network-topology.reladraw -o out.svgA physical network map: internet up top, firewall, core switch, two access points and a server rack. Use it for office moves, ISP escalations, and incident docs — anything where someone needs to know what plugs into what.
node lte "LTE backup" right of fw and edge lte -> fw.node ap1 "AP-floor1 (vlan 20)" — or use compound ids per VLAN to get container boxes.node fw2 "Firewall (standby)" right of fw plus edges from inet and sw.Start from the internet edge and walk inward: each device is a node, each cable is an edge. Place devices the way traffic flows — that is exactly the structure of this template.
No — it is a topology tool, not a heat-map tool. Show APs as nodes and note coverage in labels if needed; use a site-survey app for actual RF maps.
Add the standby device as a node, wire it to the same upstream and downstream neighbors, and label its edges standby. The layout solver will place it beside the primary automatically.