#
# ====================================================================
# This is the input parameter file for code  'tran_k2_v0'
#---------------------------------------------------------------------
#  - Parameter description: see this file and the source code 
#  - File format:           par. name : cols. 1-9
#                           par value : cols. 11 - 27 
#  - Data format:           No exponential and characters 
#  - Comment lines:         They should start with #
# ====================================================================
#                          |Start of the comment lines
isurvey  = 0               |1/0 : Flag for survey mode (yes/no)
jsm      = 1               |1/0 : Single component TFA reconstruction (yes/no)
itemp    = 1               |1=Use TFA templates; 0=Do NOT use TFA templates
nstar    = 1               |Number of stars to be analyzed
fmin1    = 0.0             |Frequency search parameters
fmax1    = 1.5             |.
nf1      = 30000           |.
iwhite   = 0               |Successive transit search (yes/no = 1/0)
nb       = 500             |BLS parameters
qmi      = 0.005           |.
qma      = 0.05            |.
# -------------------------|-------------------------------------
itest    = 1               |1 : 2 transits + SINUSOIDAL OOTV
#                          |2 : 2 transits + RR Lyrae OOTV
#                          |3 : 2 transits + SINUSOIDAL OOTV + edge transits
#                          |4 : 2 transits + RR Lyrae OOTV + edge transits
#                          |31: RR Lyr + 1 transit
#                          |32: RR Lyr + 1 sine
#..........................|.....................................
tfreq0   = 0.09            |Frequency of the 1st transit
dep0     = 0.005           |Depth of the 1st transit
t14_0    = 0.20            |Transit length [d] of the 1st transit
pht0     = 0.10            |Phase of the 1st transit [0,1]
frin0    = 0.20            |Relative ingress duration of the 1st transit
#..........................|.....................................
tfreq1   = 0.7283          |Frequency of the 2nd transit
dep1     = 0.00            |Depth of the 2nd transit
t14_1    = 0.07            |Transit length [d] of the 2nd transit
pht1     = 0.50            |Phase of the 2nd transit [0,1]
frin1    = 0.00            |Relative ingress duration of the 2nd transit
#..........................|.....................................
frootv   = 0.13            |OOT frequency
amootv   = 0.00            |OOT sinusoidal amplitude
phootv   = 0.30            |OOT sinusoidal phase
#..........................|.....................................
iflare   = 0               |Include/not include (1/0) flares in the test data
igen     = 0               |1=Add Gausian noise to the synthetic signal; 0=add input time series
std      = 0.00001         |Standard deviation of the Gaussian noise, if igen=1
fdep     = 0.00            |Transit depths are randomly changed by factors in [1-fdep,1+fdep]
iseed    = 323             |Seed of the random number generator
# -------------------------|-------------------------------------
issp     = 1               |1=Save BLS spectrum; 0=do NOT save BLS spectrum
isflc    = 1               |1=Save filtered LC;  0=do NOT save filtered LC 
ispl     = 1               |1=Save plots in subdirectory plots/
iplot    = 0               |1/0=Create plots (yes=1, no=0)
#                          |0=do not save plots in subdirectory plots/ 
asig     = 555.0           |General sigma clipping parameter
ic_flare = 1               |Correct/not correct (1/0) for flares
ibg      = 1               |Use/not use background flux for systematics filtering
ixy      = 1               |Use/not use (X,Y) coordinates for systematics filtering
# -------------------------|------------------------------------------
m_four   = 50              |Order of the Fourier series for stellar variability
m_opt    = 1               |0=Use m_four as given in this parameter file 
#                          |1=Use optimized m_four