gistfile1.txt

$ ack squeeze gammapy/irf/

gammapy/irf/tests/test_psf_3d.py
24:        energy_lo = Energy(table["ENERG_LO"].squeeze(), unit=table["ENERG_LO"].unit)
25:        energy_hi = Energy(table["ENERG_HI"].squeeze(), unit=table["ENERG_HI"].unit)
26:        offset_lo = Angle(table["THETA_LO"].squeeze(), unit=table["THETA_LO"].unit)
27:        offset_hi = Angle(table["THETA_HI"].squeeze(), unit=table["THETA_HI"].unit)
28:        rad_lo = Angle(table["RAD_LO"].squeeze(), unit=table["RAD_LO"].unit)
29:        rad_hi = Angle(table["RAD_HI"].squeeze(), unit=table["RAD_HI"].unit)
30:        psf_value = Quantity(table["RPSF"].squeeze(), unit=table["RPSF"].unit)

gammapy/irf/energy_dispersion.py
669:        e_lo = table['ETRUE_LO'].quantity.squeeze()
670:        e_hi = table['ETRUE_HI'].quantity.squeeze()
671:        o_lo = table['THETA_LO'].quantity.squeeze()
672:        o_hi = table['THETA_HI'].quantity.squeeze()
673:        m_lo = table['MIGRA_LO'].quantity.squeeze()
674:        m_hi = table['MIGRA_HI'].quantity.squeeze()
676:        matrix = table['MATRIX'].squeeze().transpose()

gammapy/irf/psf_3d.py
115:        theta_lo = table['THETA_LO'].squeeze()
116:        theta_hi = table['THETA_HI'].squeeze()
120:        energy_lo = table['ENERG_LO'].squeeze()
121:        energy_hi = table['ENERG_HI'].squeeze()
125:        rad_lo = Quantity(table['RAD_LO'].squeeze(), table['RAD_LO'].unit)
126:        rad_hi = Quantity(table['RAD_HI'].squeeze(), table['RAD_HI'].unit)
128:        psf_value = Quantity(table['RPSF'].squeeze(), table['RPSF'].unit)

gammapy/irf/psf_king.py
95:        offset_lo = table['THETA_LO'].squeeze()
96:        offset_hi = table['THETA_HI'].squeeze()
100:        energy_lo = table['ENERG_LO'].squeeze()
101:        energy_hi = table['ENERG_HI'].squeeze()
105:        gamma = Quantity(table['GAMMA'].squeeze(), table['GAMMA'].unit)
106:        sigma = Quantity(table['SIGMA'].squeeze(), table['SIGMA'].unit)