examples/parallax_errors.py
def calcParallaxError(args):
  """
  Calculate the parallax error for the given input source magnitude and colour.

  :argument args: command line arguments
  """
  gmag=float(args['gmag'])
  vmini=float(args['vmini'])
  sigmaPar=parallaxErrorSkyAvg(gmag, vmini)
  gminv=gminvFromVmini(vmini)
  print("G = {0}".format(gmag))
  print("V = {0}".format(gmag-gminv))
  print("(V-I) = {0}".format(vmini))
  print("(G-V) = {0}".format(gminv))
  print("standard error = {0} muas".format(sigmaPar))
def calcParallaxError(args):
  gmag=float(args['gmag'])
  vmini=float(args['vmini'])
  sigmaPar=parallaxErrorSkyAvg(gmag, vmini)
  gminv=gminvFromVmini(vmini)
  print("G = {0}".format(gmag))
  print("V = {0}".format(gmag-gminv))
  print("(V-I) = {0}".format(vmini))
  print("(G-V) = {0}".format(gminv))
  print("standard error = {0} muas".format(sigmaPar))
def calcParallaxError ( args ) : gmag = float ( args [ 'gmag' ] ) vmini = float ( args [ 'vmini' ] ) sigmaPar = parallaxErrorSkyAvg ( gmag , vmini ) gminv = gminvFromVmini ( vmini ) print ( "G = {0}" . format ( gmag ) ) print ( "V = {0}" . format ( gmag - gminv ) ) print ( "(V-I) = {0}" . format ( vmini ) ) print ( "(G-V) = {0}" . format ( gminv ) ) print ( "standard error = {0} muas" . format ( sigmaPar ) )
Calculate the parallax error for the given input source magnitude and colour.

  :argument args: command line arguments
Calculate the parallax error for the given input source magnitude and colour .