These numbers are legitimate estimates of the telescope tracking errors
The intensity distributions really look like the telescope images!!!!!

if Guiding == 1:
  #GOOD SET FOR E=.18 
  m_dec        = -0.0042     #Slope of tracking error in DEC (arcsec/sec)
  m_ra         =  0.0020     #Slope of tracking error in RA  (arcsec/sec)
  A_osc        =  2.000      #Amplitude of oscillation of RA (arcsec)
  f_osc        =  0.00810    #Frequency of oscillation of RA (1/sec)
  eps_see      =  4.20       #Seeing disc in pixels          (arcsec)
  I_o          =  10.00      #Maximum intensity of star      (ADU)
  t_exp        =  1800.      #Exposure time in seconds       (seconds)
  Num_ts       =  84.        #Number of times telescope was offset
  RA_DEC_Ratio =  14
elif Guiding == 0: 
  #GOOD SET FOR E=0.06 
  m_dec        = -0.0042     #Slope of tracking error in DEC (arcsec/sec)
  m_ra         =  0.0020     #Slope of tracking error in RA  (arcsec/sec)
  f_osc        =  0.00810    #Frequency of oscillation of RA (1/sec)
  A_osc        =  2.1004     #Amplitude of oscillation of RA (arcsec)
  eps_see      =  6.20       #Seeing disc in pixels          (arcsec)
  I_o          =  10.00      #Maximum intensity of star      (ADU)
  t_exp        =  1800.      #Exposure time in seconds       (seconds)
  Num_ts       =  1.         #Number of times telescope was offset
  RA_DEC_Ratio =  1