def test_pressure_tl3ph1(self):
"""Tests pressure state
* traffic light 3
* ID = '247123468'
* phase 1
"""
ID = '247123468'
outgoing = OUTGOING_247123468
incoming = INCOMING_247123468[1]
fct1 = MAX_VEHS[(ID, 1)] if self.norm_vehs else 1
fct2 = MAX_VEHS_OUT[(ID, 1)] if self.norm_vehs else 1
p1 = process_pressure(self.kernel_data_1,
incoming,
outgoing,
fctin=fct1,
fctout=fct2)
# State.
# 247123468 static assertion
self.assertEqual(self.state[ID][1], 0.0) # pressure, phase 1
# 247123468 dynamic assertion
self.assertEqual(self.state[ID][1], p1) # pressure, phase 1
def test_pressure_tl2ph0(self):
"""Tests pressure state
* traffic light 2
* ID = '247123464'
* phase 0
"""
ID = '247123464'
outgoing = OUTGOING_247123464
incoming = INCOMING_247123464[0]
fct1 = MAX_VEHS[(ID, 0)] if self.norm_vehs else 1
fct2 = MAX_VEHS_OUT[(ID, 0)] if self.norm_vehs else 1
p0 = process_pressure(self.kernel_data_1,
incoming,
outgoing,
fctin=fct1,
fctout=fct2)
# State.
# 247123464 static assertion
self.assertEqual(self.state[ID][0], 0.0) # pressure, phase 0
# 247123464 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_pressure_tl1ph0(self):
"""Tests pressure state
* traffic light 1
* ID = '247123161'
* phase0
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[0]
fct1 = MAX_VEHS[(ID, 0)] if self.norm_vehs else 1
fct2 = MAX_VEHS_OUT[(ID, 0)] if self.norm_vehs else 1
p0 = process_pressure(self.kernel_data_1,
incoming,
outgoing,
fctin=fct1,
fctout=fct2)
# State.
# 247123161 static assertion
self.assertEqual(self.state[ID][0], 0.125,
f'pressure:{ID}\tphase:0') # pressure, phase 0
# 247123161 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_avg_pressure_tl2ph0(self):
"""Tests average pressure state
* traffic light 2
* ID = '247123464'
* phase 0
"""
ID = '247123464'
outgoing = OUTGOING_247123464
incoming = INCOMING_247123464[0]
p0 = process_pressure(self.kernel_data_1, incoming, outgoing, is_average=True)
# State.
# 247123464 static assertion
self.assertEqual(self.state[ID][0], -1.85) # pressure, phase 0
# 247123464 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_avg_pressure_tl3ph1(self):
"""Tests avg pressure state
* traffic light 3
* ID = '247123468'
* phase 1
"""
ID = '247123468'
outgoing = OUTGOING_247123468
incoming = INCOMING_247123468[1]
p1 = process_pressure(self.kernel_data_1, incoming, outgoing, is_average=True)
# State.
# 247123468 static assertion
self.assertEqual(self.state[ID][1], 1.32) # pressure, phase 1
# 247123468 dynamic assertion
self.assertEqual(self.state[ID][1], p1) # pressure, phase 1
def test_pressure_tl1ph1(self):
"""Tests pressure state
* traffic light 1
* ID = '247123161'
* phase 1
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[1]
p1 = process_pressure(self.kernel_data_1, incoming, outgoing)
# State.
# 247123161 static assertion
self.assertEqual(self.state[ID][1], -1.0) # pressure, phase 1
# # 247123161 dynamic assertion
self.assertEqual(self.state[ID][1], p1) # pressure, phase 1
def test_pressure_tl3ph0(self):
"""Tests pressure state
* traffic light 3
* ID = '247123468'
* phase 0
"""
ID = '247123468'
outgoing = OUTGOING_247123468
incoming = INCOMING_247123468[0]
p0 = process_pressure(self.kernel_data_1, incoming, outgoing)
# State.
# 247123468 static assertion
self.assertEqual(self.state[ID][0], 1.0) # pressure, phase 0
# 247123468 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_pressure_tl2ph1(self):
"""Tests pressure state
* traffic light 2
* ID = '247123464'
* phase 1
"""
ID = '247123464'
outgoing = OUTGOING_247123464
incoming = INCOMING_247123464[1]
p1 = process_pressure(self.kernel_data_1, incoming, outgoing)
# State.
# 247123464 static assertion
self.assertEqual(self.state[ID][1], 3.0) # pressure, phase 1
# 247123464 dynamic assertion
self.assertEqual(self.state[ID][1], p1) # pressure, phase 1
def test_pressure_tl1ph0(self):
"""Tests pressure state
* traffic light 1
* ID = '247123161'
* phase0
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[0]
p0 = process_pressure(self.kernel_data_1, incoming, outgoing)
# State.
# 247123161 static assertion
self.assertEqual(self.state[ID][0], 2.0,
f'pressure:{ID}\tphase:0') # pressure, phase 0
# 247123161 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_avg_pressure_tl1ph1(self):
"""Tests average pressure state
* traffic light 1
* ID = '247123161'
* phase 1
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[1]
p1 = process_pressure(self.kernel_data_1, incoming, outgoing, is_average=True)
# State.
# 247123161 static assertion
# pressure, phase 1
self.assertEqual(self.state[ID][1], 2.05)
# 247123161 dynamic assertion
# pressure, phase 1
self.assertEqual(self.state[ID][1], p1)
def test_avg_pressure_tl1ph0(self):
"""Tests average pressure state
* traffic light 1
* ID = '247123161'
* phase 0
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[0]
p0 = process_pressure(self.kernel_data_1, incoming, outgoing, is_average=True)
# State.
# 247123161 static assertion
# avg.pressure, phase 0
self.assertEqual(self.state[ID][0], 0.87, f'avg.pressure:{ID}\tphase:0')
# 247123161 dynamic assertion
# avg.pressure, phase 0
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
def test_avg_pressure_tl1ph1(self):
"""Tests avg.pressure state
* traffic light 1
* ID = '247123161'
* phase 1
"""
ID = '247123161'
outgoing = OUTGOING_247123161
incoming = INCOMING_247123161[1]
fct1 = MAX_VEHS[(ID, 1)] if self.norm_vehs else 1
fct2 = MAX_VEHS_OUT[(ID, 1)] if self.norm_vehs else 1
p1 = process_pressure(self.kernel_data_1, incoming, outgoing,
fctin=fct1, fctout=fct2, is_average=True)
# State.
# 247123161 static assertion
self.assertEqual(self.state[ID][1], 0.02) # pressure, phase 1
# 247123161 dynamic assertion
self.assertEqual(self.state[ID][1], p1) # pressure, phase 1
def test_avg_pressure_tl3ph0(self):
"""Tests pressure state
* traffic light 3
* ID = '247123468'
* phase 0
"""
ID = '247123468'
outgoing = OUTGOING_247123468
incoming = INCOMING_247123468[0]
fct1 = MAX_VEHS[(ID, 0)] if self.norm_vehs else 1
fct2 = MAX_VEHS_OUT[(ID, 0)] if self.norm_vehs else 1
p0 = process_pressure(self.kernel_data_1, incoming, outgoing,
fctin=fct1, fctout=fct2, is_average=True)
# State.
# 247123468 static assertion
self.assertEqual(self.state[ID][0], 0.07) # pressure, phase 0
# 247123468 dynamic assertion
self.assertEqual(self.state[ID][0], p0) # pressure, phase 0
