def test_evaluation_dict(self):
"""Tests that the evaluation dictionary is generated correctly."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
d = e.evaluation_dict()
self.assertIn('matched_target_value', d)
self.assertIn('unmatched_target_count', d)
self.assertIn('targets', d)
for t in d['targets'].values():
keys = [
'match_value', 'image_approved', 'classifications',
'location_accuracy', 'actionable'
]
for key in keys:
self.assertIn(key, t)
for s in self.real_targets:
self.assertIn(s.pk, d['targets'].keys())
self.assertEqual(19, d['matched_target_value'])
self.assertEqual(1, d['unmatched_target_count'])
self.assertEqual(8, d['targets'][self.real1.pk]['match_value'])
self.assertEqual(True, d['targets'][self.real1.pk]['image_approved'])
self.assertEqual(1.0, d['targets'][self.real1.pk]['classifications'])
self.assertEqual(0.0, d['targets'][self.real1.pk]['location_accuracy'])
self.assertEqual('objective',
d['targets'][self.real1.pk]['actionable'])
self.assertEqual(None, d['targets'][self.real2.pk]['actionable'])
def test_evaluation_dict(self):
"""Tests that the evaluation dictionary is generated correctly."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
d = e.evaluation_dict()
self.assertIn('matched_target_value', d)
self.assertIn('unmatched_target_count', d)
self.assertIn('targets', d)
for t in d['targets'].values():
keys = ['match_value', 'image_approved', 'classifications',
'location_accuracy', 'actionable']
for key in keys:
self.assertIn(key, t)
for s in self.real_targets:
self.assertIn(s.pk, d['targets'].keys())
self.assertEqual(11, d['matched_target_value'])
self.assertEqual(2, d['unmatched_target_count'])
self.assertEqual(8, d['targets'][self.real1.pk]['match_value'])
self.assertEqual(True, d['targets'][self.real1.pk]['image_approved'])
self.assertEqual(1.0, d['targets'][self.real1.pk]['classifications'])
self.assertEqual(0.0, d['targets'][self.real1.pk]['location_accuracy'])
self.assertEqual('objective',
d['targets'][self.real1.pk]['actionable'])
self.assertEqual(None, d['targets'][self.real2.pk]['actionable'])
def test_match_value(self):
"""Tests the match value for two targets."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
self.assertEqual(8, e.match_value(self.submit1, self.real1))
self.assertEqual(3, e.match_value(self.submit2, self.real2))
self.assertEqual(0, e.match_value(self.submit3, self.real3))
self.assertEqual(0, e.match_value(self.submit4, self.real4))
def test_match_value(self):
"""Tests the match value for two targets."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
self.assertEqual(8, e.match_value(self.submit1, self.real1))
self.assertEqual(3, e.match_value(self.submit2, self.real2))
self.assertEqual(0, e.match_value(self.submit3, self.real3))
self.assertEqual(0, e.match_value(self.submit4, self.real4))
def test_evaluation_dict_no_real_targets(self):
"""Tests that evaluation_dict works with no submitted targets."""
e = TargetEvaluator(self.submitted_targets, [])
d = e.evaluation_dict()
self.assertEqual(0, d['matched_target_value'])
self.assertEqual(5, d['unmatched_target_count'])
self.assertEqual({}, d['targets'])
def test_evaluation_dict_no_real_targets(self):
"""Tests that evaluation_dict works with no submitted targets."""
e = TargetEvaluator(self.submitted_targets, [])
d = e.evaluation_dict()
self.assertEqual(0, d["matched_target_value"])
self.assertEqual(5, d["unmatched_target_count"])
self.assertEqual({}, d["targets"])
def test_evaluation_dict_no_submitted_targets(self):
"""Tests that evaluation_dict works with no submitted targets."""
e = TargetEvaluator([], self.real_targets)
d = e.evaluation_dict()
self.assertEqual(0, d['matched_target_value'])
self.assertEqual(0, d['unmatched_target_count'])
self.assertEqual({}, d['targets'])
def test_evaluation_dict_no_submitted_targets(self):
"""Tests that evaluation_dict works with no submitted targets."""
e = TargetEvaluator([], self.real_targets)
d = e.evaluation_dict()
self.assertEqual(0, d['matched_target_value'])
self.assertEqual(0, d['unmatched_target_count'])
for td in d['targets'].values():
for v in td.values():
self.assertEqual('', v)
def test_evaluation_dict_no_submitted_targets(self):
"""Tests that evaluation_dict works with no submitted targets."""
e = TargetEvaluator([], self.real_targets)
d = e.evaluation_dict()
self.assertEqual(0, d["matched_target_value"])
self.assertEqual(0, d["unmatched_target_count"])
for td in d["targets"].values():
for v in td.values():
self.assertEqual("", v)
def test_match_targets(self):
"""Tests that matching targets produce maximal matches."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
self.assertEqual(
{
self.submit1: self.real1,
self.submit2: self.real2,
self.real1: self.submit1,
self.real2: self.submit2
}, e.match_targets(self.submitted_targets, self.real_targets))
def test_match_targets(self):
"""Tests that matching targets produce maximal matches."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
self.assertEqual(
{
self.submit1: self.real1,
self.submit2: self.real2,
self.real1: self.submit1,
self.real2: self.submit2
}, e.match_targets(self.submitted_targets, self.real_targets))
def test_evaluation_dict(self):
"""Tests that the evaluation dictionary is generated correctly."""
e = TargetEvaluator(self.submitted_targets, self.real_targets)
d = e.evaluation_dict()
self.assertIn("matched_target_value", d)
self.assertIn("unmatched_target_count", d)
self.assertIn("targets", d)
for t in d["targets"].values():
keys = ["match_value", "image_approved", "classifications", "location_accuracy", "actionable"]
for key in keys:
self.assertIn(key, t)
for s in self.real_targets:
self.assertIn(s.pk, d["targets"].keys())
self.assertEqual(19, d["matched_target_value"])
self.assertEqual(1, d["unmatched_target_count"])
self.assertEqual(8, d["targets"][self.real1.pk]["match_value"])
self.assertEqual(True, d["targets"][self.real1.pk]["image_approved"])
self.assertEqual(1.0, d["targets"][self.real1.pk]["classifications"])
self.assertEqual(0.0, d["targets"][self.real1.pk]["location_accuracy"])
self.assertEqual("objective", d["targets"][self.real1.pk]["actionable"])
self.assertEqual(None, d["targets"][self.real2.pk]["actionable"])
