# Configuration file to make movie


# All input files should be in ./CR2/ directory (symbolic link OK)
# All FITS files should be in ./FITS/ directory
# directory ./JPEG/ should exist
# directory ./JPEG2/ should exist

# ----------- CR2 -> FITS RGB ------------------------------------------
# this step includes bias, badpixel and flat correction if files exist
# images are normalized for 1 sec exposure, ISO = 1, Fratio = 1
# ----------------------------------------------------------------------

CR2TOFITSRGB		1	convert CR2 files to FITS files

CR2TOFITSRGB_FORCE	0	1 if recreate existing files
CR2TOFITS_MAXNBFILE	2000	maximum number of files converted
CR2TOFITSBIN		2	bin factor for CR2 to FITS conversion




# ----------- FITS -> JPEG --------------------------------------------


FITStoJPEG	      1	    convert FITS to JPEG

# Adjust min and max levels

MINLEVEL		2048.0
MAXLEVEL		16000.0


# compute automatic min/max level
# define coefficients to compute max level out of percentiles

MAXLEVEL_AUTO		1

MAXLEVEL_AUTO_FLOOR	4000.0
MAXLEVEL_AUTO_CEIL	10000.0


MAX_PERC01_COEFF 	0.0
MAX_PERC05_COEFF 	0.0
MAX_PERC10_COEFF 	0.0
MAX_PERC20_COEFF 	0.0
MAX_PERC50_COEFF 	1.0
MAX_PERC80_COEFF 	1.0
MAX_PERC90_COEFF 	0.0
MAX_PERC95_COEFF 	0.5
MAX_PERC99_COEFF 	0.5
MAX_PERC995_COEFF 	0.0
MAX_PERC998_COEFF 	0.0
MAX_PERC999_COEFF 	0.0





# COLOR CORRECTION MATRIX: CAMERA PIXELS RGB -> IMAGE RGB
# 
# IMAGE RED   = CAMERA RED x RGBM_RR + CAMERA GREEN x RGBM_RG + CAMERA BLUE x RGBM_RB
# IMAGE GREEN = CAMERA RED x RGBM_GR + CAMERA GREEN x RGBM_GG + CAMERA BLUE x RGBM_GB
# IMAGE BLUE  = CAMERA RED x RGBM_BR + CAMERA GREEN x RGBM_BG + CAMERA BLUE x RGBM_BB
# 

RGBM_RR                 1.1
RGBM_RG                 -0.2
RGBM_RB                 -0.1
RGBM_GR                 -0.1
RGBM_GG                 0.6
RGBM_GB                 -0.1
RGBM_BR                 -0.1
RGBM_BG                 -0.1
RGBM_BB                 2.0

# luminance vector
# Y = 0.2126 R + 0.7152 G + 0.0722 B
LUMR		0.2126
LUMG		0.7152
LUMB		0.0722

# Color saturation
COLORSAT		1.3


# Non-linear convolution

NLCONV		0
NLCONV_OFFSET	0.3
NLCONV_LIMIT	2.0
NLCONV_FACT	0.8
NLCONV_POW	3.0
NLCONV_SIGMA	4.0


#
# output value = pow(input,alpha)
# 


ALPHA			0.6