first commit
This commit is contained in:
Senad Uka
1
test/calculators/seismic/__init__.py
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test/calculators/seismic/__init__.py
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__author__ = 'pivotal'
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459
test/calculators/seismic/seismic_calculator_dual_tilt_test.py
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459
test/calculators/seismic/seismic_calculator_dual_tilt_test.py
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import copy
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import unittest
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from unittest.mock import MagicMock
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from nose.tools import eq_
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from numpy import array
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from numpy.testing import assert_array_equal
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from helix.calculators.seismic_calculator import SeismicCalculator
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from helix.calculators.subarray_graph import SubarrayGraph
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from helix.calculators.subarray_helper import extract_subarray
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from helix.constants.anchor_type import AnchorType
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from helix.constants.module_type_constants.dual_tilt_128_cell_constants import DualTilt128CellConstants
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from helix.constants.module_type_constants.dual_tilt_96_cell_constants import DualTilt96CellConstants
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from helix.constants.module_type_constants.dual_tilt_pseries_constants import DualTiltPSeriesConstants
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from helix.constants.system_type import SystemType
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from helix.models.subarray import Subarray
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from test.fixtures.sample_arrays import *
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class SeismicCalculatorDualTiltTest(unittest.TestCase):
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def setUp(self):
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self.values = MagicMock()
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self.system_type = SystemType.dualTilt
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self.values.system_type.return_value = self.system_type
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self.values.module_system_constants.return_value = DualTilt96CellConstants()
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self.values.anchor_type.return_value = AnchorType.OMG_PowerGrip_Plus
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self.values.spectral_response.return_value = 2.5
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self.values.importance_factor.return_value = 1
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"""
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Generated using:
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height: 100
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length: 1000
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width: 1500
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parapet: 0
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wind_speed: 110
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exposure: C
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anchor: OMG PowerGrip Plus
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ballast_block_weight: 12
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pressure: 15
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Design Spectral Response: 1.02
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"""
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self.panels = array([
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Panel(panel_type=PanelType.Corner, wind_anchors=0, pressure=11.31, subarray=0),
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Panel(panel_type=PanelType.Corner, wind_anchors=0, pressure=11.31, subarray=0),
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Panel(panel_type=PanelType.Corner, wind_anchors=1, pressure=7.37, subarray=0),
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Panel(panel_type=PanelType.NorthSouth, wind_anchors=0, pressure=10.00, subarray=1),
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Panel(panel_type=PanelType.Middle, wind_anchors=0, pressure=12.44, subarray=1),
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Panel(panel_type=PanelType.NorthSouth, wind_anchors=0, pressure=10.00, subarray=2),
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Panel(panel_type=PanelType.NorthSouth, wind_anchors=1, pressure=5.19, subarray=2),
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])
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self.graph_repository = MagicMock()
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self.subject = SeismicCalculator(self.values, self.graph_repository)
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def test_computes_seismic_anchors_per_subarray(self):
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self.values.spectral_response.return_value = 1.02
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eq_(self.subject.required_force_seismic_anchors(0, self.panels), 1)
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eq_(self.subject.required_force_seismic_anchors(1, self.panels), 0)
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eq_(self.subject.required_force_seismic_anchors(2, self.panels), 0)
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def test_computes_seismic_anchors_per_subarray_for_geometrically_constrained_arrays(self):
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copy_long_array_wind_anchors = copy.deepcopy(long_array_wind_anchors)
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self.values.spectral_response.return_value = 1
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self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_long_array_wind_anchors, self.system_type)
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eq_(self.subject.required_geometric_seismic_anchors(0, copy_long_array_wind_anchors), 1)
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def test_computes_required_seismic_anchors_ignores_geometric_constraint_when_sds_is_less_than_1(self):
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copy_long_array_single_wind_anchor = copy.deepcopy(long_array_single_wind_anchor)
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self.values.spectral_response.return_value = 0.5
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eq_(self.subject.required_force_seismic_anchors(0, copy_long_array_single_wind_anchor), 0)
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eq_(self.subject.required_geometric_seismic_anchors(0, copy_long_array_single_wind_anchor), 0)
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def test_assign_seismic_anchors_when_required_seismic_anchors_is_0_sets_panels_seismic_anchors(self):
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subarray0 = Subarray(subarray_number=0, required_seismic_anchors=0)
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subarray1 = Subarray(subarray_number=1, required_seismic_anchors=0)
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subarray2 = Subarray(subarray_number=2, required_seismic_anchors=0)
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self.subject.assign_seismic_anchors(subarray0, self.panels)
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self.subject.assign_seismic_anchors(subarray1, self.panels)
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self.subject.assign_seismic_anchors(subarray2, self.panels)
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for panel in self.panels:
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eq_(panel.seismic_anchors, 0)
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def test_computes_required_seismic_anchors_calculates_geometric_constraints_when_at_least_one_seismic_anchor(self):
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panels = [
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Panel(coordinate=Coordinate(0, 3), wind_anchors=0, seismic_anchors=1, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(2, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
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Panel(coordinate=Coordinate(0, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(2, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
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Panel(coordinate=Coordinate(0, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(2, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
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Panel(coordinate=Coordinate(0, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(2, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0)
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]
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eq_(self.subject.required_force_seismic_anchors(0, panels), 9)
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def test_computes_seismic_anchor_interval_correctly_on_96cell(self):
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self.values.spectral_response.return_value = 0.2
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eq_(self.subject.seismic_anchor_interval(), 15)
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# this would actually return a negative number, but short-circuit to return 15
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 14)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 8)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 4)
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def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_96cell(self):
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self.values.importance_factor.return_value = 1.5
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 8)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 3)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 2)
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def test_computes_seismic_anchor_interval_correctly_on_128cell(self):
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self.values.module_system_constants.return_value = DualTilt128CellConstants()
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self.subject = SeismicCalculator(self.values, None)
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self.values.spectral_response.return_value = 0.2
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eq_(self.subject.seismic_anchor_interval(), 15)
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# this would actually return a negative number, but short-circuit to return 15
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 18)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 8)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 4)
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def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_128cell(self):
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self.values.module_system_constants.return_value = DualTilt128CellConstants()
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self.subject = SeismicCalculator(self.values, None)
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self.values.importance_factor.return_value = 1.5
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 9)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 3)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 2)
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def test_computes_seismic_anchor_interval_correctly_on_p_series(self):
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self.values.module_system_constants.return_value = DualTiltPSeriesConstants()
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self.subject = SeismicCalculator(self.values, None)
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self.values.spectral_response.return_value = 0.2
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eq_(self.subject.seismic_anchor_interval(), 15)
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# this would actually return a negative number, but short-circuit to return 15
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 17)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 8)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 4)
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def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_p_series(self):
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self.values.module_system_constants.return_value = DualTiltPSeriesConstants()
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self.subject = SeismicCalculator(self.values, None)
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self.values.importance_factor.return_value = 1.5
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self.values.spectral_response.return_value = 1.0
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eq_(self.subject.seismic_anchor_interval(), 9)
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self.values.spectral_response.return_value = 1.5
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eq_(self.subject.seismic_anchor_interval(), 5)
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self.values.spectral_response.return_value = 2.0
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eq_(self.subject.seismic_anchor_interval(), 3)
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self.values.spectral_response.return_value = 2.5
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eq_(self.subject.seismic_anchor_interval(), 2)
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def test_assign_seismic_anchors(self):
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copy_four_by_four_no_wind_anchors = copy.deepcopy(four_by_four_no_wind_anchors)
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copy_six_by_seven_no_wind_anchors = copy.deepcopy(six_by_seven_no_wind_anchors)
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[setattr(panel, 'subarray', 1) for panel in copy_four_by_four_no_wind_anchors]
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[setattr(panel, 'subarray', 2) for panel in copy_six_by_seven_no_wind_anchors]
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panels = copy_four_by_four_no_wind_anchors + copy_six_by_seven_no_wind_anchors
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subarrays = [
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Subarray(subarray_number=1, required_seismic_anchors=2),
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Subarray(subarray_number=2, required_seismic_anchors=1)
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]
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self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_four_no_wind_anchors, self.system_type)
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output = self.subject.assign_seismic_anchors(subarrays[0], panels)
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eq_(len(output), 58)
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subarray_1_panels = extract_subarray(panels, 1)
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subarray1_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_1_panels if panel.seismic_anchors)
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eq_(subarray1_seismic_anchors, 4)
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subarray_2_panels = extract_subarray(panels, 2)
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subarray2_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_2_panels if panel.seismic_anchors)
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eq_(subarray2_seismic_anchors, 0)
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self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_no_wind_anchors, self.system_type)
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output = self.subject.assign_seismic_anchors(subarrays[1], panels)
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eq_(len(output), 58)
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subarray_1_panels = extract_subarray(panels, 1)
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subarray1_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_1_panels if panel.seismic_anchors)
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eq_(subarray1_seismic_anchors, 4)
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subarray_2_panels = extract_subarray(panels, 2)
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subarray2_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_2_panels if panel.seismic_anchors)
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eq_(subarray2_seismic_anchors, 6)
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def test_assign_anchors_to_subarray_four_by_four_no_wind_anchors(self):
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copy_four_by_four_no_wind_anchors = copy.deepcopy(four_by_four_no_wind_anchors)
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self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_four_no_wind_anchors, self.system_type)
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result = self.subject.assign_anchors_to_subarray(copy_four_by_four_no_wind_anchors, Subarray(required_seismic_anchors=3))
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expected_result = [
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Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0),
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Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0),
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]
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assert_array_equal(result, expected_result)
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def test_assign_anchors_to_subarray_with_neck(self):
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copy_dumbell_no_wind_anchors = copy.deepcopy(dumbell_no_wind_anchors)
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self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_dumbell_no_wind_anchors, self.system_type)
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result = self.subject.assign_anchors_to_subarray(copy_dumbell_no_wind_anchors, Subarray(required_seismic_anchors=20))
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expected_result = [
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 8), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 7), wind_anchors=0),
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Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0),
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Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0),
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Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0),
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Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0),
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]
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eq_(result, expected_result)
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seismic_anchors = sum(panel.seismic_anchors for panel in expected_result if panel.seismic_anchors)
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eq_(seismic_anchors, 20)
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def test_assign_anchors_to_subarray_with_neck_more_than_one_walk(self):
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copy_dumbell_no_wind_anchors = copy.deepcopy(dumbell_no_wind_anchors)
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||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_dumbell_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_dumbell_no_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 8), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 7), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0),
|
||||
]
|
||||
|
||||
eq_(result, expected_result)
|
||||
seismic_anchors = sum(panel.seismic_anchors for panel in expected_result if panel.seismic_anchors)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_4_x_3_with_wind_anchors(self):
|
||||
copy_four_by_three_wind_anchors = copy.deepcopy(four_by_three_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_three_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_four_by_three_wind_anchors, Subarray(required_seismic_anchors=4))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=1),
|
||||
]
|
||||
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(panel.seismic_anchors for panel in expected_result if panel.seismic_anchors)
|
||||
eq_(seismic_anchors, 4)
|
||||
|
||||
def test_assign_seismic_anchors_4_x_3(self):
|
||||
copy_four_by_three_wind_anchors = copy.deepcopy(four_by_three_wind_anchors)
|
||||
[setattr(panel, 'subarray', 1) for panel in copy_four_by_three_wind_anchors]
|
||||
|
||||
subarray = Subarray(subarray_number=1, required_seismic_anchors=4)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_three_wind_anchors, self.system_type)
|
||||
output = self.subject.assign_seismic_anchors(subarray, copy_four_by_three_wind_anchors)
|
||||
eq_(len(output), len(copy_four_by_three_wind_anchors))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=1, subarray=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0, subarray=1), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0, subarray=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=1, subarray=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0, subarray=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0, subarray=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0, subarray=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0, subarray=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1, subarray=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0, subarray=1), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0, subarray=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=1, subarray=1),
|
||||
]
|
||||
eq_(output, expected_result)
|
||||
|
||||
seismic_anchors = sum(panel.seismic_anchors for panel in output if panel.seismic_anchors)
|
||||
eq_(seismic_anchors, 4)
|
||||
|
||||
def test_assign_anchors_to_subarray_with_wind_anchors_funny_shape(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=2))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_when_not_all_anchors_fit_on_perimeter(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=25))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 25)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_filling_array_completely(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_overfilling_array(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=35))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=2, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=2, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=2, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=2, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 35)
|
||||
|
||||
def test_assign_anchors_to_subarray_places_anchors_when_wind_anchors_but_no_required_anchors(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=0))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
def test_assign_anchors_to_subarray_ignores_geometric_constraint_when_sds_below_1(self):
|
||||
copy_six_by_seven_single_wind_anchor = copy.deepcopy(six_by_seven_single_wind_anchor)
|
||||
self.values.spectral_response.return_value = 0.9
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_single_wind_anchor, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_single_wind_anchor, Subarray(required_seismic_anchors=1))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=0)
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
def test_assign_anchors_to_subarray_places_no_seismic_anchors_when_sds_less_1_and_required_anchors_0(self):
|
||||
copy_six_by_seven_single_wind_anchor_not_at_bottom_left = copy.deepcopy(six_by_seven_single_wind_anchor_not_at_bottom_left)
|
||||
self.values.spectral_response.return_value = 0.9
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_single_wind_anchor_not_at_bottom_left, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_single_wind_anchor_not_at_bottom_left, Subarray(required_seismic_anchors=0))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=0)
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
563
test/calculators/seismic/seismic_calculator_single_tilt_test.py
Normal file
563
test/calculators/seismic/seismic_calculator_single_tilt_test.py
Normal file
@@ -0,0 +1,563 @@
|
||||
import copy
|
||||
import unittest
|
||||
from unittest.mock import MagicMock
|
||||
from nose.tools import eq_
|
||||
|
||||
from helix.calculators.seismic_calculator import SeismicCalculator
|
||||
from helix.calculators.subarray_graph import SubarrayGraph
|
||||
from helix.calculators.subarray_helper import extract_subarray
|
||||
from helix.constants.anchor_type import AnchorType
|
||||
from helix.constants.module_type_constants.single_tilt_128_cell_constants import SingleTilt128CellConstants
|
||||
from helix.constants.module_type_constants.single_tilt_96_cell_constants import SingleTilt96CellConstants
|
||||
from helix.constants.module_type_constants.single_tilt_pseries_constants import SingleTiltPSeriesConstants
|
||||
from helix.constants.system_type import SystemType
|
||||
from helix.models.subarray import Subarray
|
||||
from test.fixtures.sample_arrays import *
|
||||
|
||||
|
||||
class SeismicCalculatorSingleTiltTest(unittest.TestCase):
|
||||
def setUp(self):
|
||||
self.values = MagicMock()
|
||||
self.system_type = SystemType.singleTilt
|
||||
self.values.system_type.return_value = self.system_type
|
||||
self.values.anchor_type.return_value = AnchorType.OMG_PowerGrip_Plus
|
||||
self.values.module_system_constants.return_value = SingleTilt96CellConstants()
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
self.values.importance_factor.return_value = 1
|
||||
|
||||
"""
|
||||
Generated using:
|
||||
height: 100
|
||||
length: 1000
|
||||
width: 1500
|
||||
parapet: 0
|
||||
wind_speed: 150
|
||||
exposure: C
|
||||
anchor: OMG PowerGrip Plus
|
||||
ballast_block_weight: 14
|
||||
pressure: 20
|
||||
spectral_response: 1.02
|
||||
"""
|
||||
|
||||
self.panels = [
|
||||
Panel(panel_type=PanelType.Corner, wind_anchors=1, pressure=3.68, subarray=0),
|
||||
Panel(panel_type=PanelType.Corner, wind_anchors=0, pressure=18.27, subarray=0),
|
||||
Panel(panel_type=PanelType.Corner, wind_anchors=0, pressure=18.27, subarray=0),
|
||||
Panel(panel_type=PanelType.NorthSouth, wind_anchors=0, pressure=16.48, subarray=1),
|
||||
Panel(panel_type=PanelType.Middle, wind_anchors=0, pressure=17.07, subarray=1),
|
||||
Panel(panel_type=PanelType.EastWest, wind_anchors=0, pressure=12.89, subarray=1),
|
||||
Panel(panel_type=PanelType.EastWest, wind_anchors=0, pressure=8.00, subarray=2),
|
||||
Panel(panel_type=PanelType.NorthSouth, wind_anchors=3, pressure=7.23, subarray=2)
|
||||
]
|
||||
|
||||
self.graph_repository = MagicMock()
|
||||
self.subject = SeismicCalculator(self.values, self.graph_repository)
|
||||
|
||||
def test_computes_seismic_anchors_per_subarray(self):
|
||||
self.values.spectral_response.return_value = 1.02
|
||||
|
||||
eq_(self.subject.required_force_seismic_anchors(0, self.panels), 2)
|
||||
eq_(self.subject.required_force_seismic_anchors(1, self.panels), 0)
|
||||
eq_(self.subject.required_force_seismic_anchors(2, self.panels), 0)
|
||||
|
||||
def test_computes_seismic_anchors_per_subarray_for_geometrically_constrained_arrays(self):
|
||||
copy_long_array_wind_anchors = copy.deepcopy(long_array_wind_anchors)
|
||||
self.values.spectral_response.return_value = 1
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_long_array_wind_anchors, self.system_type)
|
||||
eq_(self.subject.required_geometric_seismic_anchors(0, copy_long_array_wind_anchors), 1)
|
||||
|
||||
def test_assign_seismic_anchors_when_required_seismic_anchors_is_0_sets_panels_seismic_anchors(self):
|
||||
subarray0 = Subarray(subarray_number=0, required_seismic_anchors=0)
|
||||
subarray1 = Subarray(subarray_number=1, required_seismic_anchors=0)
|
||||
subarray2 = Subarray(subarray_number=2, required_seismic_anchors=0)
|
||||
|
||||
self.subject.assign_seismic_anchors(subarray0, self.panels)
|
||||
self.subject.assign_seismic_anchors(subarray1, self.panels)
|
||||
self.subject.assign_seismic_anchors(subarray2, self.panels)
|
||||
|
||||
for panel in self.panels:
|
||||
eq_(panel.seismic_anchors, 0)
|
||||
|
||||
def test_computes_required_seismic_anchors_calculates_geometric_constraints_when_at_least_one_seismic_anchor(self):
|
||||
panels = [
|
||||
Panel(coordinate=Coordinate(0, 3), wind_anchors=0, seismic_anchors=1, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(2, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 3), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(0, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(2, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 2), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(0, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(2, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 1), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(0, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(1, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
Panel(coordinate=Coordinate(2, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0), Panel(coordinate=Coordinate(3, 0), wind_anchors=0, seismic_anchors=0, panel_type=PanelType.Middle, pressure=2.26, subarray=0),
|
||||
]
|
||||
|
||||
eq_(self.subject.required_force_seismic_anchors(0, panels), 6)
|
||||
|
||||
def test_computes_seismic_anchor_interval_correctly_on_96cell(self):
|
||||
self.values.spectral_response.return_value = 0.2
|
||||
eq_(self.subject.seismic_anchor_interval(), 15)
|
||||
# this would actually return a negative number, but short-circuit to return 15
|
||||
|
||||
self.values.spectral_response.return_value = 1.02
|
||||
eq_(self.subject.seismic_anchor_interval(), 12)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 7)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 5)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_96cell(self):
|
||||
self.values.importance_factor.return_value = 1.5
|
||||
self.values.spectral_response.return_value = 1.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 7)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 3)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 2)
|
||||
|
||||
def test_computes_seismic_anchor_interval_correctly_on_128cell(self):
|
||||
self.values.module_system_constants.return_value = SingleTilt128CellConstants()
|
||||
self.subject = SeismicCalculator(self.values, None)
|
||||
|
||||
self.values.spectral_response.return_value = 0.2
|
||||
eq_(self.subject.seismic_anchor_interval(), 15)
|
||||
# this would actually return a negative number, but short-circuit to return 15
|
||||
|
||||
self.values.spectral_response.return_value = 1.02
|
||||
eq_(self.subject.seismic_anchor_interval(), 14)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 8)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 5)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_128cell(self):
|
||||
self.values.module_system_constants.return_value = SingleTilt128CellConstants()
|
||||
self.subject = SeismicCalculator(self.values, None)
|
||||
|
||||
self.values.importance_factor.return_value = 1.5
|
||||
self.values.spectral_response.return_value = 1.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 8)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 3)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 2)
|
||||
|
||||
def test_computes_seismic_anchor_interval_correctly_on_p_series(self):
|
||||
self.values.module_system_constants.return_value = SingleTiltPSeriesConstants()
|
||||
self.subject = SeismicCalculator(self.values, None)
|
||||
|
||||
self.values.spectral_response.return_value = 0.2
|
||||
eq_(self.subject.seismic_anchor_interval(), 15)
|
||||
# this would actually return a negative number, but short-circuit to return 15
|
||||
|
||||
self.values.spectral_response.return_value = 1.02
|
||||
eq_(self.subject.seismic_anchor_interval(), 13)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 7)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 5)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
def test_computes_seismic_anchor_interval_taking_importance_factor_into_account_on_p_series(self):
|
||||
self.values.module_system_constants.return_value = SingleTiltPSeriesConstants()
|
||||
self.subject = SeismicCalculator(self.values, None)
|
||||
|
||||
self.values.importance_factor.return_value = 1.5
|
||||
self.values.spectral_response.return_value = 1.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 8)
|
||||
|
||||
self.values.spectral_response.return_value = 1.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 4)
|
||||
|
||||
self.values.spectral_response.return_value = 2.0
|
||||
eq_(self.subject.seismic_anchor_interval(), 3)
|
||||
|
||||
self.values.spectral_response.return_value = 2.5
|
||||
eq_(self.subject.seismic_anchor_interval(), 2)
|
||||
|
||||
def test_assign_seismic_anchors(self):
|
||||
copy_four_by_four_no_wind_anchors = copy.deepcopy(four_by_four_no_wind_anchors)
|
||||
copy_six_by_seven_no_wind_anchors = copy.deepcopy(six_by_seven_no_wind_anchors)
|
||||
|
||||
[setattr(panel, 'subarray', 1) for panel in copy_four_by_four_no_wind_anchors]
|
||||
[setattr(panel, 'subarray', 2) for panel in copy_six_by_seven_no_wind_anchors]
|
||||
panels = copy_four_by_four_no_wind_anchors + copy_six_by_seven_no_wind_anchors
|
||||
|
||||
subarrays = [
|
||||
Subarray(subarray_number=1, required_seismic_anchors=2),
|
||||
Subarray(subarray_number=2, required_seismic_anchors=1)
|
||||
]
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_four_no_wind_anchors, self.system_type)
|
||||
output = self.subject.assign_seismic_anchors(subarrays[0], panels)
|
||||
|
||||
eq_(len(output), len(panels))
|
||||
|
||||
subarray_1_panels = extract_subarray(panels, 1)
|
||||
subarray1_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_1_panels if panel.seismic_anchors)
|
||||
eq_(subarray1_seismic_anchors, 3)
|
||||
|
||||
subarray_2_panels = extract_subarray(panels, 2)
|
||||
subarray2_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_2_panels if panel.seismic_anchors)
|
||||
eq_(subarray2_seismic_anchors, 0)
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_no_wind_anchors, self.system_type)
|
||||
panels_with_assigned_seismic_anchors = self.subject.assign_seismic_anchors(subarrays[1], panels)
|
||||
|
||||
eq_(len(panels_with_assigned_seismic_anchors), len(panels))
|
||||
|
||||
subarray_1_panels = extract_subarray(panels, 1)
|
||||
subarray1_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_1_panels if panel.seismic_anchors)
|
||||
eq_(subarray1_seismic_anchors, 3)
|
||||
|
||||
subarray_2_panels = extract_subarray(panels, 2)
|
||||
subarray2_seismic_anchors = sum(panel.seismic_anchors for panel in subarray_2_panels if panel.seismic_anchors)
|
||||
eq_(subarray2_seismic_anchors, 5)
|
||||
|
||||
def test_assign_anchors_to_subarray_four_by_four_no_wind_anchors(self):
|
||||
copy_four_by_four_no_wind_anchors = copy.deepcopy(four_by_four_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_four_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_four_by_four_no_wind_anchors, Subarray(required_seismic_anchors=3))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 3)
|
||||
|
||||
def test_assign_anchors_to_subarray_six_by_seven_no_wind_anchors(self):
|
||||
copy_six_by_seven_no_wind_anchors = copy.deepcopy(six_by_seven_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_no_wind_anchors, Subarray(required_seismic_anchors=3))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1 ,coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 5)
|
||||
|
||||
def test_assign_anchors_to_subarray_no_wind_anchors_funny_shape(self):
|
||||
copy_c_shape_no_wind_anchors = copy.deepcopy(c_shape_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_no_wind_anchors, Subarray(required_seismic_anchors=3))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 6)
|
||||
|
||||
def test_assign_anchors_to_subarray_no_seismic_anchors_required(self):
|
||||
copy_four_by_four_no_wind_anchors = copy.deepcopy(four_by_four_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_four_by_four_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_four_by_four_no_wind_anchors, Subarray(required_seismic_anchors=0))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 0)
|
||||
|
||||
def test_assign_anchors_to_subarray_with_neck(self):
|
||||
copy_dumbell_no_wind_anchors = copy.deepcopy(dumbell_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_dumbell_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_dumbell_no_wind_anchors, Subarray(required_seismic_anchors=20))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 8), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 8), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 7), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 20)
|
||||
|
||||
def test_assign_anchors_to_subarray_with_neck_more_than_one_walk(self):
|
||||
copy_dumbell_no_wind_anchors = copy.deepcopy(dumbell_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_dumbell_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_dumbell_no_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 8), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 8), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 7), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 7), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 7), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_no_wind_anchors_more_than_one_walk_through_funny_shape(self):
|
||||
copy_c_shape_no_wind_anchors = copy.deepcopy(c_shape_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_no_wind_anchors, Subarray(required_seismic_anchors=20))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 20)
|
||||
|
||||
def test_assign_anchors_to_subarray_when_not_all_anchors_fit_on_perimeter(self):
|
||||
copy_c_shape_no_wind_anchors = copy.deepcopy(c_shape_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_no_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_rectangle_when_not_all_anchors_fit_on_perimeter(self):
|
||||
copy_six_by_seven_no_wind_anchors = copy.deepcopy(six_by_seven_no_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_no_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_with_wind_anchors_funny_shape(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=2))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 2)
|
||||
|
||||
def test_assign_anchors_to_subarray_with_wind_anchors_more_than_one_walk_through_funny_shape(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=10))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 10)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_when_not_all_anchors_fit_on_perimeter(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=25))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 25)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_filling_array_completely(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=30))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 30)
|
||||
|
||||
def test_assign_anchors_to_subarray_wind_anchors_overfilling_array(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=35))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=2, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=1, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 35)
|
||||
|
||||
def test_assign_anchors_to_subarray_places_anchors_when_wind_anchors_but_no_required_anchors(self):
|
||||
copy_c_shape_with_wind_anchors = copy.deepcopy(c_shape_with_wind_anchors)
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_c_shape_with_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_c_shape_with_wind_anchors, Subarray(required_seismic_anchors=0))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=1),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=1, coordinate=Coordinate(3, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=1),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 2) # TODO why is this 2, not 0?
|
||||
|
||||
def test_assign_anchors_to_subarray_ignores_geometric_constraint_when_sds_below_1(self):
|
||||
copy_six_by_seven_no_wind_anchors = copy.deepcopy(six_by_seven_no_wind_anchors)
|
||||
self.values.spectral_response.return_value = 0.9
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_no_wind_anchors, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_no_wind_anchors, Subarray(required_seismic_anchors=1))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=1, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 1)
|
||||
|
||||
def test_assign_anchors_to_subarray_places_no_seismic_anchors_when_sds_less_1_and_required_anchors_0(self):
|
||||
copy_six_by_seven_single_wind_anchor_not_at_bottom_left = copy.deepcopy(six_by_seven_single_wind_anchor_not_at_bottom_left)
|
||||
self.values.spectral_response.return_value = 0.9
|
||||
|
||||
self.graph_repository.subarray_graph.return_value = SubarrayGraph(copy_six_by_seven_single_wind_anchor_not_at_bottom_left, self.system_type)
|
||||
result = self.subject.assign_anchors_to_subarray(copy_six_by_seven_single_wind_anchor_not_at_bottom_left, Subarray(required_seismic_anchors=0))
|
||||
|
||||
expected_result = [
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 6), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 6), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 5), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 5), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 4), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 4), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 3), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 3), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 2), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 2), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 1), wind_anchors=1), Panel(seismic_anchors=0, coordinate=Coordinate(1, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 1), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 1), wind_anchors=0),
|
||||
Panel(seismic_anchors=0, coordinate=Coordinate(0, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(1, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(2, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(3, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(4, 0), wind_anchors=0), Panel(seismic_anchors=0, coordinate=Coordinate(5, 0), wind_anchors=0),
|
||||
]
|
||||
eq_(result, expected_result)
|
||||
|
||||
seismic_anchors = sum(x.seismic_anchors for x in result)
|
||||
eq_(seismic_anchors, 0)
|
||||
Reference in New Issue
Block a user