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@ -61,43 +61,48 @@ class TestTimeSeries(TestCase):
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[0.42, 0.78, 1.37],
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[0.42, 0.78, 1.37],
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[0.09, 0.51, -0.85],
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[0.09, 0.51, -0.85],
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[-0.27, -0.08, 0.32],
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[-0.27, -0.08, 0.32],
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[3.84377468, 3.60707656, 3.90490909],
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[3.84377468, 6.35707656, 4.15490909],
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[6.25273295, 6.35295202, 6.11978685],
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[6.25273295, 6.10295202, 3.36978685],
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[2.48364668, 2.49282402, 2.50553431],
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[2.48364668, 4.74282402, 1.75553431],
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[3.76908628, 3.860128, 3.61425254],
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[3.76908628, 1.360128, 1.61425254],
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[-5.05027968, -5.41405436, -5.35113091],
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[-5.05027968, -9.16405436, -15.60113092],
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[7.53392635, 7.90687837, 7.85666522],
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[7.53392635, 13.90687837, 17.35666522],
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[-0.2811934, -0.86392635, -0.87687837],
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[-0.2811934, -7.11392635, -13.12687837],
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[4.05027968, 4.72405436, 4.49113092],
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[4.05027968, 8.47405436, 14.74113092],
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[2.03999996, 0.07, 0.05],
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[2.03999996, 0.07, 0.05],
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[-0.93, -0.07, -0.12],
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[-0.93, -0.07, -0.12],
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[1.10999996, 0., -0.07],
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[1.10999996, 0., -0.07],
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[-0.86, -0.02, 0.3],
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[-0.86, -0.02, 0.3],
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[0.93, -0.8, -0.2])
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[0.93, -0.8, -0.2],
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[1.10999996, 0., -0.07],
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[-0.02, 0.3, -0.34],
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[6.10295202, 3.36978685, 3.58501107],
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[6.25273295, 6.10295202, 3.36978685],
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)
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pdefs = ['t2c', 'c2t', 't2t', 'c2c',
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pdefs = ['t2c', 'c2t', 't2t', 'c2c',
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'd2d', 'u2u', 'd2u', 'u2d',
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'd2d', 'u2u', 'd2u', 'u2d',
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'd2t', 't2u', 'u2c', 'c2d',
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'd2t', 't2u', 'u2c', 'c2d',
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'm2M', 'M2m', 'm2m', 'M2M', 'all',
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'm2M', 'M2m', 'm2m', 'M2M', 'all',
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]
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]
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ts = wo.TimeSeries(self.ts.data[0:400, :], self.ts.args[:400])
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ts = wo.TimeSeries(self.ts.data[0:400, :2], self.ts.args[:400])
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for pdef, truth in zip(pdefs, true_t):
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for pdef, truth in zip(pdefs, true_t):
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T, _ix = ts.wave_periods(vh=0.0, pdef=pdef)
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T, _ix = ts.wave_periods(vh=0.0, pdef=pdef)
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# print(T[:3, 0])
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# print(T[:3,])
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assert_array_almost_equal(T[:3, 0], truth)
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assert_array_almost_equal(T[:3], truth)
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true_t2 = ([1.10999996, 0., - 0.07],
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true_t2 = ([1.10999996, 0., - 0.07],
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[-0.02, 0.3, - 0.34],
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[-0.02, 0.3, - 0.34],
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[6.10295202, 5.86978685, 6.08501107],
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[6.10295202, 3.369787, 3.585011],
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[6.25273295, 6.35295202, 6.11978685],
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[6.25273295, 6.102952, 3.369787],
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[-0.27, -0.08, 0.32],
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[-0.27, -0.08, 0.32],
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[-0.27, -0.08, 0.32])
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[-0.27, -0.08, 0.32])
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wdefs = ['mw', 'Mw', 'dw', 'uw', 'tw', 'cw', ]
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wdefs = ['mw', 'Mw', 'dw', 'uw', 'tw', 'cw', ]
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for wdef, truth in zip(wdefs, true_t2):
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for wdef, truth in zip(wdefs, true_t2):
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pdef = '{0}2{0}'.format(wdef[0].lower())
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pdef = '{0}2{0}'.format(wdef[0].lower())
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T, _ix = ts.wave_periods(vh=0.0, pdef=pdef, wdef=wdef)
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T, _ix = ts.wave_periods(vh=0.0, pdef=pdef, wdef=wdef)
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# print(T[:3, 0])
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print(T[:3])
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assert_array_almost_equal(T[:3, 0], truth)
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assert_array_almost_equal(T[:3], truth)
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class TestObjects(TestCase):
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class TestObjects(TestCase):
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