[ABOUT]
AUTHOR = Pyyer
VERSION = 1.0
DATE_RELEASE = 30 June 2022
;=============================================================
[INCLUDE]
INCLUDE = common\materials_track.ini, ommon\conditions.ini
;=============================================================
[DEFAULTS]
VideoScreenMaterial = screenDisplay
VideoScreenMeshes = VideoScreen.?
CAMERA_TARGET = CLOSEST_CAR
;=============================================================
[SHADER_REPLACEMENT_...]
ACTIVE = 1
MATERIALS = $VideoScreenMaterial
SHADER = ksPerPixel
PROP_... = ksAmbient, 0.4
PROP_... = ksDiffuse, 0.4
PROP_... = ksSpecular, 0.0
PROP_... = ksSpecularEXP, 100
PROP_... = ksEmissive, 5 0.05		; 0 0
;=============================================================
[DISPLAY_...]
ACTIVE = 1
; General settings:
MESHES = $VideoScreenMeshes   ; list of track meshes to act as displays
REGION_START = 0, 0   ; display position on texture, in pixels
REGION_SIZE = 1432,1024   ; 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 = .5     ; gamma correction, reduce to make darker areas even darker
OUTPUT_SATURATION = 1.0  ; saturation correction
OUTPUT_BRIGHTNESS = 1.2  ; brightness correction
OUTPUT_FISH_EYE = 0.0    ; increase to add lens distortion effect
OUTPUT_VIGNETTE = 0.1    ; increase to darken corners
OUTPUT_CHROMATIC_ABERRATION = 0.0 ; increase to add that nasty chromatic aberration
;-------------------------------------------------------------
; Mode settings:
MODE = CAMERA
;-------------------------------------------------------------
; Camera #0
CAMERA_0 = -402.366 ,4.24917 ,203.339
CAMERA_0_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_0_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_0_FOV = 20
;-------------------------------------------------------------
; Camera #1
CAMERA_1 = -402.366 ,4.24917 ,203.339
CAMERA_1_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_1_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_1_FOV = 20
;-------------------------------------------------------------
; Camera #2
CAMERA_2 = 168.415 ,7.729 ,-23.6667
CAMERA_2_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_2_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_2_FOV = 20
;-------------------------------------------------------------
; Camera #3
CAMERA_3 = 396.204 ,8.68011 ,-150.608
CAMERA_3_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_3_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_3_FOV = 20
;-------------------------------------------------------------
; Camera #4
CAMERA_4 = -82.0925 ,14.0576 ,-632.434
CAMERA_4_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_4_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_4_FOV = 20
;-------------------------------------------------------------
; Camera #5
CAMERA_5 = -382.746 ,13.5939 ,-465.67
CAMERA_5_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_5_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_5_FOV = 20
;-------------------------------------------------------------
; Camera #6
CAMERA_6 = -116.735 ,4.67868 ,-878.884
CAMERA_6_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_6_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_6_FOV = 20
;-------------------------------------------------------------
; Camera #7
CAMERA_7 = 409.259 ,6.05615 ,-856.488
CAMERA_7_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_7_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_7_FOV = 20
;-------------------------------------------------------------
; Camera #8
CAMERA_8 = 498.496 ,26.6411 ,132.325
CAMERA_8_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_8_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_8_FOV = 20
;-------------------------------------------------------------
; Camera #9
CAMERA_9 = 326.841 ,3.16366 ,168.61
CAMERA_9_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_9_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_9_FOV = 20
;-------------------------------------------------------------
; Camera #10
CAMERA_10 = -62.0335 ,1.10035 ,905.872
CAMERA_10_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_10_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_10_FOV = 20
;-------------------------------------------------------------
; Camera #11
CAMERA_11 = -330.501 ,6.23949 ,613.491
CAMERA_11_TARGET = $CAMERA_TARGET ; instead of fixed point, uses closes car
CAMERA_11_TARGET_INERTIA = 0.0 ; camera inertia for smoother movement
CAMERA_11_FOV = 20
;-------------------------------------------------------------
;=============================================================