<gh_stars>10-100
import unittest

import numpy as np
import numpy.testing as npt
import wisdem.commonse.frustum as f
from wisdem.commonse import eps

myones = np.ones((100,))
rb = 4.0
rt = 2.0
t = 0.1
h = 3.0


class TestFrustum(unittest.TestCase):
    def testFrustumVol(self):

        V = np.pi / 3 * h * (rb ** 2 + rt ** 2 + rb * rt)

        # Test volume- scalar and vector inputs
        self.assertEqual(f.frustumVol(rb, rt, h, False), V)
        self.assertEqual(f.frustumVol(2 * rb, 2 * rt, h, True), V)
        npt.assert_equal(f.frustumVol(rb * myones, rt * myones, h * myones, False), V * myones)
        npt.assert_equal(f.frustumVol(2 * rb * myones, 2 * rt * myones, h * myones, True), V * myones)

    def testFrustumCG_solid(self):

        cg_solid = h / 4 * (rb ** 2 + 3 * rt ** 2 + 2 * rb * rt) / (rb ** 2 + rt ** 2 + rb * rt)

        # Test cg of solid- scalar and vector inputs
        self.assertEqual(f.frustumCG(rb, rt, h, False), cg_solid)
        self.assertEqual(f.frustumCG(2 * rb, 2 * rt, h, True), cg_solid)
        npt.assert_equal(f.frustumCG(rb * myones, rt * myones, h * myones, False), cg_solid * myones)
        npt.assert_equal(f.frustumCG(2 * rb * myones, 2 * rt * myones, h * myones, True), cg_solid * myones)

    def testFrustum_shell(self):

        # In limit of thickness approaching radius, should recover regular formulas
        self.assertEqual(f.frustumShellVol(rb, rb, rb, h, False), f.frustumVol(rb, rb, h, False))
        self.assertEqual(f.frustumShellVol(2 * rt, 2 * rt, rt, h, True), f.frustumVol(rt, rt, h, False))

        self.assertEqual(f.frustumShellCG(rb, rb, rb, h, False), f.frustumCG(rb, rb, h, False))
        self.assertEqual(f.frustumShellCG(2 * rt, 2 * rt, rt, h, True), f.frustumCG(rt, rt, h, False))

        self.assertEqual(f.frustumShellIzz(rb, rb, rb, h, False), f.frustumIzz(rb, rb, h, False))
        self.assertEqual(f.frustumShellIzz(2 * rt, 2 * rt, rt, h, True), f.frustumIzz(rt, rt, h, False))

        self.assertAlmostEqual(f.frustumShellIxx(rb, rb, rb - eps, h, False), f.frustumIxx(rb, rb, h, False))
        self.assertAlmostEqual(f.frustumShellIxx(2 * rt, 2 * rt, rt - eps, h, True), f.frustumIxx(rt, rt, h, False))


def suite():
    suite = unittest.TestSuite()
    suite.addTest(unittest.makeSuite(TestFrustum))
    return suite


if __name__ == "__main__":
    result = unittest.TextTestRunner().run(suite())

    if result.wasSuccessful():
        exit(0)
    else:
        exit(1)

import unittest

import numpy as np
import numpy.testing as npt
import wisdem.commonse.frustum as f
from wisdem.commonse import eps

myones = np.ones((100,))
rb = 4.0
rt = 2.0
t = 0.1
h = 3.0


class TestFrustum(unittest.TestCase):
    def testFrustumVol(self):

        V = np.pi / 3 * h * (rb ** 2 + rt ** 2 + rb * rt)

        # Test volume- scalar and vector inputs
        self.assertEqual(f.frustumVol(rb, rt, h, False), V)
        self.assertEqual(f.frustumVol(2 * rb, 2 * rt, h, True), V)
        npt.assert_equal(f.frustumVol(rb * myones, rt * myones, h * myones, False), V * myones)
        npt.assert_equal(f.frustumVol(2 * rb * myones, 2 * rt * myones, h * myones, True), V * myones)

    def testFrustumCG_solid(self):

        cg_solid = h / 4 * (rb ** 2 + 3 * rt ** 2 + 2 * rb * rt) / (rb ** 2 + rt ** 2 + rb * rt)

        # Test cg of solid- scalar and vector inputs
        self.assertEqual(f.frustumCG(rb, rt, h, False), cg_solid)
        self.assertEqual(f.frustumCG(2 * rb, 2 * rt, h, True), cg_solid)
        npt.assert_equal(f.frustumCG(rb * myones, rt * myones, h * myones, False), cg_solid * myones)
        npt.assert_equal(f.frustumCG(2 * rb * myones, 2 * rt * myones, h * myones, True), cg_solid * myones)

    def testFrustum_shell(self):

        # In limit of thickness approaching radius, should recover regular formulas
        self.assertEqual(f.frustumShellVol(rb, rb, rb, h, False), f.frustumVol(rb, rb, h, False))
        self.assertEqual(f.frustumShellVol(2 * rt, 2 * rt, rt, h, True), f.frustumVol(rt, rt, h, False))

        self.assertEqual(f.frustumShellCG(rb, rb, rb, h, False), f.frustumCG(rb, rb, h, False))
        self.assertEqual(f.frustumShellCG(2 * rt, 2 * rt, rt, h, True), f.frustumCG(rt, rt, h, False))

        self.assertEqual(f.frustumShellIzz(rb, rb, rb, h, False), f.frustumIzz(rb, rb, h, False))
        self.assertEqual(f.frustumShellIzz(2 * rt, 2 * rt, rt, h, True), f.frustumIzz(rt, rt, h, False))

        self.assertAlmostEqual(f.frustumShellIxx(rb, rb, rb - eps, h, False), f.frustumIxx(rb, rb, h, False))
        self.assertAlmostEqual(f.frustumShellIxx(2 * rt, 2 * rt, rt - eps, h, True), f.frustumIxx(rt, rt, h, False))


def suite():
    suite = unittest.TestSuite()
    suite.addTest(unittest.makeSuite(TestFrustum))
    return suite


if __name__ == "__main__":
    result = unittest.TextTestRunner().run(suite())

    if result.wasSuccessful():
        exit(0)
    else:
        exit(1)
# Test volume- scalar and vector inputs # Test cg of solid- scalar and vector inputs # In limit of thickness approaching radius, should recover regular formulas