%red_dim = 100.0      // 50 would reduce the displayed red level by half
%green_dim = 100.0
%blue_dim = 100.0
%level_dim = 100.0    // 50 would reduce all displayed levels by half
%max_diameter = 99    // 50 would indicate that the mirror occupies half the height of the screen
%min_diameter = 35    // 50 would indicate that the inner circle is half that of the outer circle
%x_offset = 54.5      // 50 would indicate that the center of the mirror is half way across the source image
%y_offset = 50        // 50 would indicate that the center of the mirror is half way down the source image
dest_width = 512      // resolution of the remapped panoramic image (1024 x 256 is maximum unless you fix remap.h)
dest_height = 192
pass_thru = true      // source data is not converted to grey (normalisation cannot be shown)
%red_sensitivity = 100    // or 29.9 for normal human reduction
%green_sensitivity = 100  // or 58.7 for normal human reduction
%blue_sensitivity = 100   // or 11.4 for normal human reduction
// when using the UV camera the BW AVI it produced was best reduced using the human factors shown
// and then add the hues instead of taking the maximums.
add_hues = false      // false = using highest of red green or blue for level, othewise add them
// THE FOLLOWING ARE REJECTION FACTORS APPLIED AFTER SENSITIVITY REDUCTIONS
// IF A REJECTION OCCURS, LEVEL = 0
// %red_blue_rejection = 120  // if red > 1.2*blue then go black
%green_blue_rejection = 110  // green > 1.2*blue
%red_green_rejection = 90
// %green_red_rejection = 150
// THE FOLLOWING ARE FILTER FACTORS APPLIED BEFORE CALCULATION OF LEVEL
%red_filter = 0            // get rid of all the red
%green_filter = 0          // get rid of all the green
%blue_filter = 100         // only let the blue through
normalise = true           // normalise the levels along a polar spoke using a maximum and minimum level
normalise_average = false  // false = use max and min found  true = find an average at top and bottom
normalise_edges = false    // use inside and outside edges to find max and min
%normalise_range = 2       // width of a polar spoke as a % of total remap azimuth
// %top_line = 90          // height of top average and bottom average - use defaults as shown
// %bot_line = 10
%horizon_threshold = 90    // threshold at 90% from min to max. A 200 dummy will prevent it happening
%tint_land = 0             // tint the area where you think the land is red. 0 = not tint
low_pass_fraction = 0.85   // value < 1.0 to filter first horizon approx (gives the yellow line)
first_approx = true        // maybe your not interested in the horizon - false will hurry things up
second_approx = true       // maybe your not interested in the horizon - false will hurry things up
show_edges = false         // true shows circle which helps to set the averaging parameters up
show_limits = true         // true shows circle which helps to set the mirror parameters up
show_low_pass = true       // show the yellow line
show_fourier = true        // show the green line
show_horizon = true        // show the purple line
show_crosshair = false     // red cross hairs shows calculated centre, green shows camera centre
show_normal = false        // normalised is good for machines but can be hard to interpret for humans
show_remap = true          // shows the mirror as is or remapped to a panorama
sky_low = false            // is the camera looking up or looking down