Made a change to the production of the projected RA in the log file so that it...

"""

88b           d88  88               88                    

888b         d888  ""               88                    

88`8b       d8'88                   88                    

88 `8b     d8' 88  88  8b,dPPYba,   88   ,d8   ,adPPYba,  

88  `8b   d8'  88  88  88P'   `"8a  88 ,a8"   a8P_____88  

88   `8b d8'   88  88  88       88  8888[     8PP"""""""  

88    `888'    88  88  88       88  88`"Yba,  "8b,   ,aa  

88     `8'     88  88  88       88  88   `Y8a  `"Ybbd8"'  

--------------------------------------------------------

This file is a part of Minke, a tool for generating simulated

gravitational wave signals, used for characterising and training

search algorithms.

Minke was created by Daniel Williams, based on work started by Chris

Pankow and others, and is built around the LALSimulation library.

"""

from glue.ligolw import ligolw, utils, lsctables

lsctables.use_in(ligolw.LIGOLWContentHandler);

import numpy

        energy = self.egw[row]

        row = self.waveforms[row]

        output = []

        output.append(self.name)                  # GravEn_SimID

        output.append(strains[0])                 # SimHrss

        output.append(energy)                     # SimEgwR2

        output.append(np.cos(row.incl))           # Internal_x the cosine of the angle the LOS makes with axis of angular momentum

        output.append(row.phi)                    # Intenal_phi angle between source x-axis and the LOS

        output.append(np.cos(np.pi/2.0 - row.dec)) # cos(External_x) # this needs to be the co-declination

        output.append(np.pi - row.ra)             # External_phi # This is the RA projected onto an Earth-based coordinate system

        output.append(row.ra if row.ra < np.pi else row.ra - 2*np.pi)

        # ^ External_phi # This is the RA projected onto an Earth-based coordinate system

        output.append(row.psi)                    # External_psi # source's polarisation angle

        output.append(frame.start)                # FrameGPS

        output.append(row.time_geocent_gps)       # EarthCtrGPS