Walk into any prototype railroad's dispatch center, and you'll see it immediately: a large board — once mechanical, now electronic — showing every segment of trackage in the territory. Which blocks are occupied, which turnouts are thrown, which trains have authority to move. This is the CTC (Centralized Traffic Control) panel, and it's the dispatcher's window into the railroad.
RailScanPro's Track Schematic editor brings that concept to your basement. Draw your layout, define your industries and staging tracks, and the schematic becomes the foundation for dispatching, car routing, and live occupancy display.
What a Schematic Enables
Without a schematic, RailScanPro can manage your inventory and generate waybills — but it can't route cars intelligently between specific industries, because it doesn't know which industries are on your layout.
With a schematic, you unlock:
Smart car routing — waybills route cars between the specific industries you've defined, with the car types and commodities each industry handles built in.
Dispatcher view — a live CTC panel display showing train positions (from JMRI block detection), turnout positions, and crew assignment zones.
Switch list generation — instead of just "car X goes to Industry A," the switch list tells the crew "pick up BN 56789 from Track 3 at Nelson Steel, pull to the run-around, shove empty BNSF 45123 onto the loading dock."
Session management — define crew territories (engineer takes the north district, second crew works the south) and generate separate switch lists for each assignment.
The Design Philosophy
A track schematic for operations purposes is not a precision drawing. It's a topology map — it needs to correctly represent which tracks connect to which, where the industries are, and how the mainline, sidings, and spurs relate. Precise curves and scale distances don't matter for the routing logic.
Think of the London Underground map. It doesn't accurately represent the physical curves and distances of the actual tunnels — but it perfectly represents the connections, and that's all a passenger (or a freight car) needs to know.
Starting Your Schematic
The editor uses a cell-based grid — each cell holds one track element: straight, curve, turnout, crossing, or industry marker. You draw from left to right the way trains would move, adding cells by clicking.
Most layouts can be drawn in one to three hours the first time. Once drawn, you rarely need to update it unless you physically modify the layout.
After drawing, you define industries by clicking any siding end and specifying what it receives and ships. Then publish the schematic and it's live — waybills can be generated immediately.
For Non-Operating Collectors
Even if you don't run operating sessions, the schematic serves as a useful record of your layout's trackwork — something to reference when planning new construction, adding industries, or demonstrating your layout to visitors.
Next Steps
- Track Schematic Editor — step-by-step setup guide
- Car Cards & Waybills — route cars through your schematic
- JMRI and RailScanPro — add live occupancy detection