;sim start transition = 1.25
sim start transition = 0.9
sim end transition = 3.0
sim start proportion = 0.35
wheel align constant = 0.15
arcade wheel align slope = 0.35
;simulation wheel align slope = 0.09
simulation wheel align slope = 0.102
arcade move scale = 0.92
direction to velocity sensitivity = 4.0
direction to velocity magnitude = 0.02
simulation align const = 0.15
simulation front wheel drive = 0.005
simulation dynamic friction multiplier = 0.85
arcade align const = 0.2
arcade front wheel drive = 0.18
arcade dynamic friction multiplier = 0.9
arcade velocity dependent friction = 0.0002
low speed arcade power = 0.65
high speed arcade power = 0.75
arcade tyre width percentage = 0.9
mass = 45.0
moment of inertia = {1800.3, 1600.0, 1150.3}
;moment of inertia = {1600.3, 1500.0, 900.3}
car collision rotation = {1.0,0.6,1.0};
max travel fl = 1.0
max travel fr = 1.0
max travel rl = 1.0
max travel rr = 1.0
cockpit = {0.0, 3.5, 0.85}
core base = {0.0, 0.0, 0.0 }
centre of gravity = {0.0, 0.0, 0.85}
wheelbase front = {3.500000, 0.293000, 6.566000}
wheelbase back = {4.324500, -0.502000, -4.745000}
wheel radii = {1.912000, 2.040000}
; longtitudinal tyre grip multiplier. as player gets more powerful engine they need to improve their tyre quality/width also.
; width also affects longtitudinal rolling resistance and wheel inertia
;multiply inertia by tyre width x radius squared to get final wheel inertia
wheel side resist = 20.0
wheel fwd resist = 4.0
; warning: roof points are relative to COG
roof front = {2.0, 2.7, 3.35}
roof back = {2.0, 2.7, -4.65}
collision radius = 8.25
collision offset = 3.25
air density rotation = 0.9992
y-axis air density rotation = 0.9992
air density translation = 0.0000000175
brake front left = 0.2
brake front right= 0.0
brake back left = 0.8
brake back right= 0.8
transmission drag = 0.002
velocity scale = 1.0
rising damp = 1.0
diff slip = 1.0
turn finish = 0.55
high front traction = 1.041
low front traction = 1.041
high rear traction = 0.955
low rear traction = 0.955
align power front = 0.3
align power rear = 0.05
;align power front = 1.2
;align power rear = 0.8
align slope = 0.5
roof outer sphere radius = 1.5
roof position force = 1.4
roof velocity force = 0.15
front suspension = 0.97
engine inertia = 0.8
idle revs start = 500.0
idle revs end = 1500.0
stalling revs = 750.0
gear rev ratio = 0.022
num gears = 4
change down = {0.0, 3500.0, 4500.0, 5500.0}
change up = {996900.0, 997100.0, 997300.0, 1000000.0}
;Note: don't make the last 2 values anything but 0.0. They are the back wheels.
;It will arse the physics and they will be rendered incorrectly.
base wheel ang = {0.0, 0.0, 0.0, 0.0}
;max steering value
steeringfarangleradians = 0.7
YÕ
simulation level = 1.0
acceleration factor = 725.0
rev ratio = {0.596, 0.596, 0.596, 0.596, 5.2}
;tyre width = {0.913,1.166}
tyre width = {0.884,1.15}
wheel inertia = 4.253
;centre z is 0.703645
;centre of gravity = {0.0, -1.433, 0.70883}
;centre of gravity = {0.0, -4.1, 1.25}
centre of gravity = {0.0, -2.23454, 1.17}
;centre of gravity = {0.0, -4.4, 1.25}
;centre of gravity = {0.0, -1.033, 0.703645}
;wheelbase front = {6.36, 1.48, 10.86}
;wheelbase back = {5.92, 1.74, -7.94}
;wheelbase front = {3.18, 1.48, 5.84}
;wheelbase back = {2.96, 1.74, -3.96}
;wheel radii = {0.0,0.0}
;wheelbase front = {1.59, -0.074, 2.92}
;wheelbase back = {1.48, -0.087, -1.98}
;wheel radii = {0.148,0.174}
;wheelbase front = {1.590000, 0.740000, 2.920000}
;wheelbase back = {1.480000, -0.080000, -1.980000}
;wheelbase front = {3.51664,-2.47464,6.24683}
;wheelbase back = {3.24974,-2.47464,-4.16517}
;wheel radii = {1.71623,2.11661}
;wheelbase front = {2.89152,-4.61763,5.61133}
;wheelbase back = {2.82569,-4.20431,-3.83566}
;wheel radii = {1.44763,1.81933}
wheelbase front = {3.51,-2.47693,6.24922}
wheelbase back = {3.45,-2.47599,-4.16278}
;wheel radii = {3.4,4.5}
wheel radii = {1.662,2.08873}
;wheelbase front = {2.89152,-4.61763,5.61133}
;wheelbase back = {2.82569,-4.20431,-3.83566}
;wheel radii = {1.44763,1.81933}
;wheelbase front = {3.500000, 0.293000, 6.566000}
;wheelbase back = {4.324500, -0.502000, -4.745000}
;wheel radii = {1.912000, 2.040000}
top wing base = {-2.0,2.0,0.0}
front wing base = {2.0,2.0,0.0}
wing pos = {0.0, 3.5, 0.4}
side wing angle = 0.05
side wing size = 0.03
;side wing size = 0.0
top wing angle = 0.35
top wing size = 0.095
;top wing size = 0.0
max travel fl = 1.0
max travel fr = 1.0
max travel rl = 1.0
max travel rr = 1.0
; roof points relative to COG
nodefbody = 1
roof front = {2.032251, -0.304062, 7.05}
;roof front = {0.1, 4.2, -0.1}
roof back = {2.232251, 0.3, -6.3}
body base 0 = {0.000000, 0.9, 0.0}
roof front radius = 2.058436
roof back radius = 2.353498
body radius = 2.5
core base = {0.0, 0.567, 0.70883}