[INCLUDE]
INCLUDE = common\conditions.ini, common\materials_track.ini

[DEFAULTS]
CAMERA_BRIGHTNESS = 0.9
CAMERA_SATURATION = 1.0
GAMMA_DAY = 0.25
GAMMA_NIGHT = 0.35
EMMISSIVE_DAY = 64, 64, 64, 0.1
EMMISSIVE_NIGHT = 32, 32, 32, 0.25

[MATERIAL_ADJUSTMENT_...]
DESCRIPTION = Emissive screens
MATERIALS = display_gantry, crew_screen, pitwall_screen
ACTIVE = 1
KEY_0 = ksEmissive
VALUE_0 = $EMMISSIVE_NIGHT
VALUE_0_OFF = $EMMISSIVE_DAY
KEY_1 = KsAlphaRef
VALUE_1 = -193
VALUE_1_OFF = 0
RANGE = 50
CONDITION = SHARP_SUNA

[MATERIAL_ADJUSTMENT_...]
DESCRIPTION = Emissive screens
MESHES = gantry_display
ACTIVE = 1
KEY_0 = ksEmissive
VALUE_0 = $EMMISSIVE_NIGHT
VALUE_0_OFF = $EMMISSIVE_DAY
KEY_1 = KsAlphaRef
VALUE_1 = -193
VALUE_1_OFF = 0
RANGE = 50
CONDITION = SHARP_SUNA

[CONDITION_...]
ACTIVE=1
NAME=ScreenGamma
INPUT = SUN
LUT = (|0=$GAMMA_DAY|88=$GAMMA_DAY|88=$GAMMA_NIGHT|180=$GAMMA_NIGHT|)
LAG = 0

;;;DIGITAL SCREENS


[DISPLAY_...]
; General settings:
MESHES = tv_screen?   ; list of track meshes to act as displays
REGION_START = -500, 0   ; display position on texture, in pixels
REGION_SIZE = 2024, 520   ; display size on texture, in pixels


; Update and rendering options
HIGH_REFRESH_RATE = 1    ; high refresh rate (enabled by default; 30 FPS with this option on, 15 FPS without)
FLIP_X = 1               ; change to 1 to flip output on X axis (mainly for strange UV mapping)
FLIP_Y = 1               ; change to 1 to flip output on Y axis (mainly for strange UV mapping)

; Color corrections:
OUTPUT_ALPHA = 1                        ; alpha channel value for display area
OUTPUT_GAMMA = ScreenGamma                 ; gamma correction, reduce to make darker areas even darker
OUTPUT_SATURATION = $CAMERA_SATURATION  ; saturation correction
OUTPUT_BRIGHTNESS = $CAMERA_BRIGHTNESS  ; brightness correction
OUTPUT_FISH_EYE = 0.0                    ; increase to add lens distortion effect
OUTPUT_VIGNETTE = 0.15                    ; increase to darken corners
OUTPUT_CHROMATIC_ABERRATION = 0.0         ; increase to add that nasty chromatic aberration
MODE = CAMERA

CAMERA_0 = -463.9299, 4.58414, 99.23631
CAMERA_0_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_0_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_0_FOV = 8

CAMERA_1 = -536.82758, 3.39688, -84.62527
CAMERA_1_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_1_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_1_FOV = 6

CAMERA_2 = -637.20123, 3.01689, -247.83896
CAMERA_2_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_2_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_2_FOV = 8

CAMERA_3 = -481.96124, 2.53843, -258.12952
CAMERA_3_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_3_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_3_FOV = 8

CAMERA_4 = -303.70221, 3.9495, -240.70387
CAMERA_4_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_4_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_4_FOV = 8

CAMERA_5 = -302.28711, 5.43303, -440.97913
CAMERA_5_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_5_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_5_FOV = 6

CAMERA_6 = -42.76459, 2.71905, -729.89355
CAMERA_6_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_6_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_6_FOV = 8

CAMERA_7 = 103.57497, 5.26072, -606.1687
CAMERA_7_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_7_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_7_FOV = 6

CAMERA_8 = -17.50393, 6.30208, -452.89313
CAMERA_8_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_8_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_8_FOV = 6

CAMERA_9 = 25.93593, 4.8764, -393.39758
CAMERA_9_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_9_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_9_FOV = 8

CAMERA_10 = 211.63615, 6.91159, -454.46027
CAMERA_10_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_10_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_10_FOV = 8

CAMERA_11 = 307.82733, 4.98025, -374.06799
CAMERA_11_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_11_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_11_FOV = 5

CAMERA_12 = 195.07504, 6.40052, -212.28773
CAMERA_12_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_12_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_12_FOV = 6

CAMERA_13 = 62.05093, 4.17771, -110.40813
CAMERA_13_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_13_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_13_FOV = 8

CAMERA_14 = 33.7797, 6.5924, 5.0229
CAMERA_14_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_14_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_14_FOV = 8

CAMERA_15 = 201.36266, 7.03736, 92.7761
CAMERA_15_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_15_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_15_FOV = 8

CAMERA_16 = 403.92987, 5.82328, 79.828
CAMERA_16_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_16_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_16_FOV = 8

CAMERA_17 = 579.81976, 5.99854, 103.23427
CAMERA_17_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_17_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_17_FOV = 8

CAMERA_18 = 600.16644, 7.18113, 280.21964
CAMERA_18_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_18_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_18_FOV = 8

CAMERA_19 = 474.57764, 8.35081, 414.72498
CAMERA_19_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_19_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_19_FOV = 8

CAMERA_20 = 283.17395, 6.66363, 375.45901
CAMERA_20_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_20_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_20_FOV = 8

CAMERA_21 = 150.31357, 5.59344, 453.71997
CAMERA_21_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_21_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_21_FOV = 8

CAMERA_22 = 49.02914, 7.37797, 622.05286
CAMERA_22_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_22_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_22_FOV = 8 

CAMERA_23 = -74.76476, 8.3908, 747.95105
CAMERA_23_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_23_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_23_FOV = 8 

CAMERA_24 = -169.68851, 6.28452, 576.763
CAMERA_24_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_24_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_24_FOV = 8 

CAMERA_25 = -349.51904, 3.35339, 250.81856
CAMERA_25_TARGET = CLOSEST_CAR  ; instead of fixed point, uses closes car
CAMERA_25_TARGET_INERTIA = 0.1  ; camera inertia for smoother movement
CAMERA_25_FOV = 8