def test_simulate_water_quality_precolumbian(self):
"""
Test the water quality simulation in Pre-Columbian times.
"""
census1 = {
"cell_count": 3,
"distribution": {
"a:rock": {"cell_count": 1},
"b:herbaceous_wetland": {"cell_count": 1},
"a:water": {"cell_count": 1},
},
}
census2 = {
"cell_count": 3,
"distribution": {
"a:mixed_forest": {"cell_count": 1},
"b:herbaceous_wetland": {"cell_count": 1},
"a:water": {"cell_count": 1},
},
}
def fn(cell, cell_count):
return simulate_cell_year(cell, cell_count, True)
simulate_water_quality(census1, 93, fn)
simulate_water_quality(census2, 93, fn)
for key in set(census1.keys()) - set(["distribution"]):
self.assertEqual(census1[key], census2[key])
def test_simulate_water_quality_2(self):
"""
Test the water quality simulation in the presence of modifications.
"""
census = {
"cell_count": 2,
"distribution": {"a:rock": {"cell_count": 1}, "a:water": {"cell_count": 1}},
"modifications": [
{"reclassification": "d:hi_residential", "cell_count": 1, "distribution": {"a:rock": {"cell_count": 1}}}
],
}
census1 = create_modified_census(census)
census2 = {
"cell_count": 2,
"distribution": {"d:hi_residential": {"cell_count": 1}, "a:water": {"cell_count": 1}},
}
def fn(cell, cell_count):
return simulate_cell_year(cell, cell_count, False)
simulate_water_quality(census1, 93, fn)
simulate_water_quality(census2, 93, fn)
for key in set(census1.keys()) - set(["distribution"]):
self.assertEqual(census1[key], census2[key])
def test_simulate_water_quality_1(self):
"""
Test the water quality simulation.
"""
census = {"cell_count": 5, "distribution": {"a:rock": {"cell_count": 3}, "a:water": {"cell_count": 2}}}
def fn(cell, cell_count):
return simulate_cell_year(cell, cell_count, False)
simulate_water_quality(census, 93, fn)
left = census["distribution"]["a:rock"]
right = census["distribution"]["a:water"]
for key in set(census.keys()) - set(["distribution"]):
self.assertEqual(left[key] + right[key], census[key])
def test_simulate_water_quality_2(self):
"""
Test the water quality simulation in the presence of modifications.
"""
census = {
"cell_count":
3,
"distribution": {
"a:barren_land": {
"cell_count": 2
},
"a:open_water": {
"cell_count": 1
}
},
"modifications": [{
"change": "d:developed_med:",
"cell_count": 1,
"distribution": {
"a:barren_land": {
"cell_count": 1
}
}
}]
}
census1 = create_modified_census(census)
census2 = {
"cell_count": 3,
"distribution": {
"a:barren_land": {
"cell_count": 1
},
"d:developed_med": {
"cell_count": 1
},
"a:open_water": {
"cell_count": 1
}
}
}
def fn(cell, cell_count):
return simulate_cell_day(5, 0.207, cell, cell_count)
simulate_water_quality(census1, 93, fn)
simulate_water_quality(census2, 93, fn)
for key in set(census1.keys()) - set(['distribution']):
self.assertEqual(census1[key], census2[key])
def test_simulate_water_quality_1(self):
"""
Test the water quality simulation with unmodified census.
"""
census = {
"cell_count": 5,
"distribution": {
"a:barren_land": {"cell_count": 3},
"a:open_water": {"cell_count": 2}
}
}
def fn(cell, cell_count):
return simulate_cell_day(5, 0.207, cell, cell_count)
simulate_water_quality(census, 93, fn)
left = census['distribution']['a:barren_land']
right = census['distribution']['a:open_water']
for key in set(census.keys()) - set(['distribution']):
self.assertEqual(left[key] + right[key], census[key])
def test_simulate_water_quality_2(self):
"""
Test the water quality simulation in the presence of modifications.
"""
census = {
"cell_count": 3,
"distribution": {
"a:barren_land": {"cell_count": 2},
"a:open_water": {"cell_count": 1}
},
"modifications": [
{
"change": "d:developed_med:",
"cell_count": 1,
"distribution": {
"a:barren_land": {"cell_count": 1}
}
}
]
}
census1 = create_modified_census(census)
census2 = {
"cell_count": 3,
"distribution": {
"a:barren_land": {"cell_count": 1},
"d:developed_med": {"cell_count": 1},
"a:open_water": {"cell_count": 1}
}
}
def fn(cell, cell_count):
return simulate_cell_day(5, 0.207, cell, cell_count)
simulate_water_quality(census1, 93, fn)
simulate_water_quality(census2, 93, fn)
for key in set(census1.keys()) - set(['distribution']):
self.assertEqual(census1[key], census2[key])
def test_simulate_water_quality_1(self):
"""
Test the water quality simulation.
"""
census = {
"cell_count": 5,
"distribution": {
"a:barren_land": {
"cell_count": 3
},
"a:open_water": {
"cell_count": 2
}
}
}
def fn(cell, cell_count):
return simulate_cell_day(5, 0.207, cell, cell_count)
simulate_water_quality(census, 93, fn)
left = census['distribution']['a:barren_land']
right = census['distribution']['a:open_water']
for key in set(census.keys()) - set(['distribution']):
self.assertEqual(left[key] + right[key], census[key])
def test_simulate_water_quality_precolumbian(self):
"""
Test the water quality simulation in Pre-Columbian times.
"""
census1 = {
"cell_count": 8,
"distribution": {
"a:developed_med": {"cell_count": 1},
"b:no_till": {"cell_count": 1},
"c:pasture": {"cell_count": 1},
"d:cultivated_crops": {"cell_count": 1},
"a:open_water": {"cell_count": 1},
"b:shrub": {"cell_count": 1},
"c:barren_land": {"cell_count": 1},
"d:developed_open": {"cell_count": 1}
}
}
census2 = {
"cell_count": 8,
"distribution": {
"a:mixed_forest": {"cell_count": 1},
"b:mixed_forest": {"cell_count": 1},
"c:mixed_forest": {"cell_count": 1},
"d:mixed_forest": {"cell_count": 2},
"a:open_water": {"cell_count": 1},
"b:shrub": {"cell_count": 1},
"c:barren_land": {"cell_count": 1}
}
}
census3 = census2.copy()
def fn(cell, cell_count):
return simulate_cell_day(7, 0.107, cell, cell_count)
simulate_water_quality(census1, 93, fn, precolumbian=True)
simulate_water_quality(census2, 93, fn, precolumbian=True)
simulate_water_quality(census3, 93, fn, precolumbian=False)
for key in set(census1.keys()) - set(['distribution']):
self.assertAlmostEqual(census1[key], census2[key])
for key in set(census1.keys()) - set(['distribution']):
self.assertAlmostEqual(census2[key], census3[key])
def test_simulate_water_quality_precolumbian(self):
"""
Test the water quality simulation in Pre-Columbian times.
"""
census1 = {
"cell_count": 8,
"distribution": {
"a:developed_med": {
"cell_count": 1
},
"b:no_till": {
"cell_count": 1
},
"c:pasture": {
"cell_count": 1
},
"d:cultivated_crops": {
"cell_count": 1
},
"a:open_water": {
"cell_count": 1
},
"b:shrub": {
"cell_count": 1
},
"c:barren_land": {
"cell_count": 1
},
"d:developed_open": {
"cell_count": 1
}
}
}
census2 = {
"cell_count": 8,
"distribution": {
"a:mixed_forest": {
"cell_count": 1
},
"b:mixed_forest": {
"cell_count": 1
},
"c:mixed_forest": {
"cell_count": 1
},
"d:mixed_forest": {
"cell_count": 2
},
"a:open_water": {
"cell_count": 1
},
"b:shrub": {
"cell_count": 1
},
"c:barren_land": {
"cell_count": 1
}
}
}
census3 = census2.copy()
def fn(cell, cell_count):
return simulate_cell_day(7, 0.107, cell, cell_count)
simulate_water_quality(census1, 93, fn, precolumbian=True)
simulate_water_quality(census2, 93, fn, precolumbian=True)
simulate_water_quality(census3, 93, fn, precolumbian=False)
for key in set(census1.keys()) - set(['distribution']):
self.assertAlmostEqual(census1[key], census2[key])
for key in set(census1.keys()) - set(['distribution']):
self.assertAlmostEqual(census2[key], census3[key])
