import pysat
import matplotlib.pyplot as plt
import numpy as np
gammaArr = np.array([])
aziArr = np.array([])
phiArr = np.array([])
eTensor = pysat.elasticTensor()
eTensor.set_radial(vsv=3.57, vsh=3.74, vpv=6.14, vph=6.52, eta=0.87, rho=2790)
eTensor.rot_dip_strike2(dip=33., strike=300.)
eTensor.decompose_MN()
for dip in np.arange(0, 90, 1):
print dip
eTensor = pysat.elasticTensor()
eTensor.set_radial(vsv=3.57,
vsh=3.74,
vpv=6.14,
vph=6.52,
eta=0.87,
rho=2790)
eTensor.rot_dip_strike2(dip=dip, strike=30.)
eTensor.decompose_MN()
gamma, eps, delta = eTensor.etETI.get_thomsen()
aziA, phifa = eTensor.get_aziA()
gammaArr = np.append(gammaArr, gamma)
aziArr = np.append(aziArr, aziA)
phiArr = np.append(phiArr, phifa)
eTensor = pysat.elasticTensor()
eTensor.set_radial(vsv=3.57, vsh=3.74, vpv=6.14, vph=6.52, eta=0.87, rho=2790)
import pysat import numpy as np # eTensor1 = pysat.elasticTensor() # eTensor.elastic_DB(mtype='ice') # eTensor1.set_radial(vsv=3.57, vsh=3.74, vpv=6.14, vph=6.52, eta=0.87, rho=2790) eTensor1.set_radial(vsv=3.48, vsh=3.63, vpv=5.94, vph=6.28, eta=0.82, rho=2730) gamma1, eps1, delta1 = eTensor1.get_thomsen() # eTensor1.set_thomsen(vp=6.5, vs=3.6, eps=0.1, gamma=0.1, delta=0.2, rho=2790) # eTensor1.set_thomsen(vp=5.78, vs=3.46, eps=0.2, gamma=0.2, delta=0.21, rho=2720) eTensor1.rot_dip_strike2(dip=34., strike=0.) # eTensor.info='Hexagonal Symmetric Media (lower hemisphere)' kceq1 = pysat.Christoffel(etensor=eTensor1) kceq1.circle(theta=90., dphi=1., group=True) kceq1.plot_circle(showfig=False) eTensor2 = pysat.elasticTensor() # eTensor2.set_radial(vsv=3.54, vsh=3.71, vpv=6.15, vph=6.47, eta=0.74, rho=2790) eTensor2.set_radial(vsv=3.45, vsh=3.61, vpv=6.06, vph=6.24, eta=0.72, rho=2730) gamma2, eps2, delta2 = eTensor2.get_thomsen() # eTensor2.set_thomsen(vp=6.5, vs=3.487, eps=0.1, gamma=0.1, delta=0.00, rho=2790) # eTensor2.set_thomsen(vp=5.78, vs=3.414, eps=0.2, gamma=0.2, delta=-0.1, rho=2720) eTensor2.rot_dip_strike2(dip=27., strike=90.) # eTensor.info='Hexagonal Symmetric Media (lower hemisphere)' kceq2 = pysat.Christoffel(etensor=eTensor2) kceq2.circle(theta=90., dphi=1., group=True) kceq2.plot_circle(rel=True, polar=False, showfig=True)
