SUMO Essentials: An Updated Introduction

Explore edge attributes in SUMO, defining an edge from A4 to A3 with speed limits, priority, lanes, and allowed vehicle types, including pedestrians, and inspect lane-level properties.

Explore nodes and junctions by using inspector mode to see how edges connect and indicate movements and directions; note the ID and type (B3) and eight connected edges.

Edit nodes and edges in sumo by creating, moving, and deleting junctions and edges, inspecting attributes, and configuring edge directions, then simulate vehicle flow to observe routes.

Learn how to edit the connections between edges and their lanes in a SUMO network, create vehicle flows from edge to edge, and prohibit u-turns at junctions to alter routing.

Learn to edit lane connections in SUMO, set inspector mode, validate possible movements, and fix conflicts to ensure accurate junction behavior; then create vehicle flows and study congestion in simulation.

Use prohibition mode to analyze connection conflicts and determine right of way with color cues: blue for analysis, gray for no conflict, green for yield, red for priority.

Copy and rename files from lessons 2.4 and 2.5, replace connection with TLS, set a 100 delay, and create a traffic light at junction A3; observe congestion.

Explore editing sumo tls traffic light phases, adjust durations and colors, create and save tls programs, fix conflicts at junctions, and enable left turns for smoother traffic flow.

Learn how SUMO microsimulation generates traffic reports and spreadsheets to visualize data, reveal patterns, evaluate infrastructure, assess interventions, and support data-driven urban mobility decisions with clear stakeholder communication.

Create and save a flows grid network, configure traffic lights at key junctions, and remove u-turn connections by using net edit, set mode, and connection settings.

Configure demand in Sumo by creating trips and flows between edges, adjusting vehicles per hour and colors, and running simulations in net edit.

Explore creating and editing routes and flows in sumo with predefined red and blue routes, vehicle types, and timed simulations, then load, run, and verify configurations.

Learn how to define and customize vehicle types, configure flows, and run a sumo simulation by creating passenger, motorcycle, and delivery types, setting attributes, routes, and configs.

Create and modify vehicle types in sumo, including passenger, motorcycle, delivery, and monster truck, then define flows, speeds, colors, and inflow to observe routing on edges.

Run the net edit program to create and save a buzz network, configure bus stops on edges, set color and capacity, and review the linked net xml and config files.

Create a bus type and configure a flow embedded route to model public transport. Set bus stops, vehicles per hour, and run a simulation to observe stopping behavior.

Configure exclusive bus lanes across edges, disable other vehicles, and allow buses to use these lanes; load the SUMO config, run the simulation, and adjust connections to enable right turns.

Export an OpenStreetMap map of Brasilia and import it into the NetEdit program with configurable options. Save the resulting configuration as an import maps config.

Import a network into sumo, create vehicle flows on edges with specified vehicles per hour, configure traffic lights, and run a simulation to visualize two concurrent routes.

Modify the sumo simulation's appearance by adjusting visuals, colors, and vehicle shapes, and enable vehicle IDs and minimum and brake gap indicators. Save a snapshot to capture the updated visualization.

Use a background image to build and edit a simulation network, importing a map image, setting dimensions, and applying color schemes while saving and continuing your work.