# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train entered segment 2
E 2
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: True, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: True, out: False
# Train entered segment 1
E 1
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: GREEN
G 2
# occupied? in1: True, in2: True, out: False
# Train left segment 2
X 2
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Sending all traffic light signals
# Segment 1: GREEN
G 1
# Segment 2: RED
R 2
# occupied? in1: True, in2: False, out: False
# Train left segment 1
X 1
# Train entered segment 3
E 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: True
# Train left segment 3
X 3
# Sending all traffic light signals
# Segment 1: RED
R 1
# Segment 2: RED
R 2
# occupied? in1: False, in2: False, out: False