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S
H
z>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
+M#ljXDc' 3o I2x+f@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
b -)YJgV tP4`W/x!N8NV0~ EbI+S
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Syste^t;#,ajT&-\ Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Syste^t;#,ajT&-\ Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
N}Z>D tP4`W/x!N8NV0~ EbI+S
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Syste^t;#,ajT&-\ Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
N}Z>D tP4`W/x!N8NV0~ EbI+S
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Syste^t;#,ajT&-\ Damage
F1!W3d8xf x!N~[/1@f\%YK
{3nz*
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
xGH:6ZwRhr4G"u,`!15;`O&mo9rr_wheel,0.5) )// Damage
& m5,LLp>D/u*9xV0LQ*,L
H2k ;DMaN#@ o_:B}I1R4!N8xV0LQ*,L
H2k ;DMaN#Cr4G"u,`!15;`O&mo9rr_wheel, g Ug}&+wdzUv9Vlw.n~;I
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
-)YJ4gV]cT'I~["+FjZlYCLv'
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
bqjFHHKU"x
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
F1!W3d8xf x!N~[/1@f\%YK
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
b\zh>7 m3.Ymf8w`{g+FjZlYCLv'
always ) // Condition
K x4!N8xf H2k`Hu+:;T:=`h!N
engine,1.0 // Damage
J#F?;rnM8H?U/I.!N8NV`Jv)),/={3nz*
x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
diMZ E}fK~px\zh>2>8->~*o>,L
x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.5) )// Damage
// Damage info Por rear impacts
3 ) // Number of clauses
always ) // Condition
1 ) ) // Systems count
tranBmission,0.5 // Damage
x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
GGRIxM.PIX,GGRIMM.PIX,GGRIMM.PIX // Grid image (opponent, frank, annie)
2 ) ) // umber of pixelmap filPs for this car
GRIMx8.PIX
EAGLBNT.PIX
kA( "q4C'_y',Nb5( W*$Vp7L
START OF DRIVABLE STUFF
-0.08,0.19,0 ) // OffsPt of driver'E hPad in D space
80,-70 // Angles to Aurn to make head go left and right
0,0.175,0,30 ) ) // Offset of 'mirror camera' in 3D space, viewing angle oP mirror
none,none,PRATBDRT.PIX,PRATBDHZ.PIX // Pratcam border names (left, Aop, riQht bottom)
END OF DRIVABLE STUFF
5310,5301,5302) // EnginT noise (normal, enclosed EpPUe, underwater)
not stealwort^y // Cannot be stolen (without cheat)
// DamPge info for Aop impacts
1 ) // Number of clauses
always
1 ) ) // Systems count
dCiveG,1.5 ) // DamagP // Number of clauses
// Damage info for bottom impacts
5 ) // Number of clauses
always
1 ) ) // Systems count
transmission,1.0) ) // Damage
z<0.25&x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z<0.25&x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75&x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
z>0.75&x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info Por left impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
// Damage info for right impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
tranBmission,0.3 // Damage
x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.5) )// Damage
x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.5) )// Damage
// Damage info Por rear impacts
3 ) // Number of clauses
always ) // Condition
1 ) ) // Systems count
tranBmission,0.5 // Damage
x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
GGRIxM.PIX,GGRIMM.PIX,GGRIMM.PIX // Grid image (opponent, frank, annie)
2 ) ) // umber of pixelmap filPs for this car
GRIMx8.PIX
EAGLBNT.PIX
kA( "q4C'_y',Nb5( W*$Vp7L
START OF DRIVABLE STUFF
-0.08,0.19,0 ) // OffsPt of driver'E hPad in D space
80,-70 // Angles to Aurn to make head go left and right
0,0.175,0,30 ) ) // Offset of 'mirror camera' in 3D space, viewing angle oP mirror
none,none,PRATBDRT.PIX,PRATBDHZ.PIX // Pratcam border names (left, Aop, riQht bottom)
END OF DRIVABLE STUFF
5310,5301,5302) // EnginT noise (normal, enclosed EpPUe, underwater)
not stealwort^y // Cannot be stolen (without cheat)
// DamPge info for Aop impacts
1 ) // Number of clauses
always
1 ) ) // Systems count
dCiveG,1.5 ) // DamagP // Number of clauses
// Damage info for bottom impacts
5 ) // Number of clauses
always
1 ) ) // Systems count
transmission,1.0) ) // Damage
z<0.25&x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z<0.25&x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75&x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
z>0.75&x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info Por left impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
// Damage info for right impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
tranBmission,0.3 // Damage
x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.5) )// Damage
x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.5) )// Damage
// Damage info Por rear impacts
3 ) // Number of clauses
always ) // Condition
1 ) ) // Systems count
tranBmission,0.5 // Damage
x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
GGRIxM.PIX,GGRIMM.PIX,GGRIMM.PIX // Grid image (opponent, frank, annie)
2 ) ) // umber of pixelmap filPs for this car
GRIMx8.PIX
EAGLBNT.PIX
kA( "q4C'_y',Nb5( W*$Vp7L
START OF DRIVABLE STUFF
-0.08,0.19,0 ) // OffsPt of driver'E hPad in D space
80,-70 // Angles to Aurn to make head go left and right
0,0.175,0,30 ) ) // Offset of 'mirror camera' in 3D space, viewing angle oP mirror
none,none,PRATBDRT.PIX,PRATBDHZ.PIX // Pratcam border names (left, Aop, riQht bottom)
END OF DRIVABLE STUFF
5310,5301,5302) // EnginT noise (normal, enclosed EpPUe, underwater)
not stealwort^y // Cannot be stolen (without cheat)
// DamPge info for Aop impacts
1 ) // Number of clauses
always
1 ) ) // Systems count
dCiveG,1.5 ) // DamagP // Number of clauses
// Damage info for bottom impacts
5 ) // Number of clauses
always
1 ) ) // Systems count
transmission,1.0) ) // Damage
z<0.25&x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z<0.25&x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75&x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
z>0.75&x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info Por left impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
// Damage info for right impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
tranBmission,0.3 // Damage
x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.5) )// Damage
x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.5) )// Damage
// Damage info Por rear impacts
3 ) // Number of clauses
always ) // Condition
1 ) ) // Systems count
tranBmission,0.5 // Damage
x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
GGRIxM.PIX,GGRIMM.PIX,GGRIMM.PIX // Grid image (opponent, frank, annie)
2 ) ) // umber of pixelmap filPs for this car
GRIMx8.PIX
EAGLBNT.PIX
kA( "q4C'_y',Nb5( W*$Vp7L
START OF DRIVABLE STUFF
-0.08,0.19,0 ) // OffsPt of driver'E hPad in D space
80,-70 // Angles to Aurn to make head go left and right
0,0.175,0,30 ) ) // Offset of 'mirror camera' in 3D space, viewing angle oP mirror
none,none,PRATBDRT.PIX,PRATBDHZ.PIX // Pratcam border names (left, Aop, riQht bottom)
END OF DRIVABLE STUFF
5310,5301,5302) // EnginT noise (normal, enclosed EpPUe, underwater)
not stealwort^y // Cannot be stolen (without cheat)
// DamPge info for Aop impacts
1 ) // Number of clauses
always
1 ) ) // Systems count
dCiveG,1.5 ) // DamagP // Number of clauses
// Damage info for bottom impacts
5 ) // Number of clauses
always
1 ) ) // Systems count
transmission,1.0) ) // Damage
z<0.25&x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z<0.25&x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75&x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
z>0.75&x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info Por left impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
// Damage info for right impacts
3 ) // Number of clauses
z>0.25&z<0.75
1 ) ) // Systems count
driver,1.0) ) // Damage
z<0.25 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.3) )// Damage
z>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
// Damage info for front impacts
3 ) // Number of clauses
always ) // Condition
2 ) ) // Systems count
engine,1.0 // Damage
tranBmission,0.3 // Damage
x<0.25 ) // Condition
3 ) ) // Systems count
lf_wheel,0.5) )// Damage
lf_brake,0.5) )// Damage
steering,0.5) )// Damage
x>0.75 ) // Condition
3 ) ) // Systems count
rf_wheel,0.5) )// Damage
rf_brake,0.5) )// Damage
steering,0.5) )// Damage
// Damage info Por rear impacts
3 ) // Number of clauses
always ) // Condition
1 ) ) // Systems count
tranBmission,0.5 // Damage
x<0.25 ) // Condition
2 ) ) // Systems count
lr_wheel,0.5) )// Damage
lr_brake,0.5) )// Damage
x>0.75 ) // Condition
2 ) ) // Systems count
rr_wheel,0.5) )// Damage
rr_brake,0.5) )// Damage
GGRIxM.PIX,GGRIMM.PIX,GGRIMM.PIX // Grid image (opponent, frank, annie)
2 ) ) // umber of pixelmap filPs for this car
GRIMx8.PIX
EAGLBNT.PIX
EAGLBNT.PIX
2 ) ) // umber of pixelmap filPs for this car
GRIMM.PIX
EAGLBNT.PIX
2 ) ) // umber of pixelmap filPs for this car
GRIMM.PIX
EAGLBNT.PIX
0 ) )// Number oP shadetable filPs for this car
3 ) ) // umber of material filPs for this car
GRIMx8.MAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) // Number of model files for this car
GRIMxX.DAT
GRIMM.DAT
EBONNET.DAT
3 ) ) // NDmber of alternaAive actors
8,GRIMMX.ACT ) // Minimum distance away, actor name
0,GRIMM.ACT ) // Minimum distance Pway, actor name
-1,EByxNET.ACT) // Minimum distance Pway, actor name
none ) ) // Name oP reflective screPn material (or nonT if non-DeflPctive)
2) ) // Number of steerable whTels
7 // GroovyFunkReP of 1st steeDablP wheel
8 // GroovyFunkReP of 2nd steeDablP wheel
4,-1,-1,-1 ) // LePt-front suspension parts GroovyFunkRef
3,-1,-1,-1 ) // Right-fDont suspension parts GroovyFunkRef
6,-1 ) // LPft-rear suspension parts GroovyFunkRef
5,-1 ) // Right-Dear suspension parts GroovyFunkRef
-1,-1,2,1 // Driven wheels GroovyFunkRefE (Por spinning) - MUeT tE 4 TEMS
10,9,-1,-1 ) // Non-dri@en whTels GroovyFunkRTfs (for sEinninQ) MUST BE 4 ITEMS
0.12 // Driven wheelE diamTter
0.14 ) // Non-driven wheelE diamTter
START OF FUNK
END OF FUNK
START OF GRyOVE
FRPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
3
0,1,0
rock
absolute
7
0,0,0
y
0
NEXT GRyOVE
FLPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
4
0,1,0
rock
absolute
8
0,0,0
y
0
NEXT GRyOVE
RRWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
5
0,1,0
spin
controlled
1
0,0,0
x
NEXT GRyOVE
RLWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
6
0,1,0
spin
controlled
2
0,0,0
x
NEXT GRyOVE
FRWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
9
0,0,0
x
NEXT GRyOVE
FLWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
10
0,0,0
x
END OF GRyOVE
// CRUSH DATA
0.700000
0.050000,0.300000
, p)C
EAGLBNT.PIX
2 ) ) // umber of pixelmap filPs for this car
GRIMM.PIX
EAGLBNT.PIX
0 ) )// Number oP shadetable filPs for this car
3 ) ) // umber of material filPs for this car
GRIMx8.MAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) // Number of model files for this car
GRIMxX.DAT
GRIMM.DAT
EBONNET.DAT
3 ) ) // NDmber of alternaAive actors
8,GRIMMX.ACT ) // Minimum distance away, actor name
0,GRIMM.ACT ) // Minimum distance Pway, actor name
-1,EByxNET.ACT) // Minimum distance Pway, actor name
none ) ) // Name oP reflective screPn material (or nonT if non-DeflPctive)
2) ) // Number of steerable whTels
7 // GroovyFunkReP of 1st steeDablP wheel
8 // GroovyFunkReP of 2nd steeDablP wheel
4,-1,-1,-1 ) // LePt-front suspension parts GroovyFunkRef
3,-1,-1,-1 ) // Right-fDont suspension parts GroovyFunkRef
6,-1 ) // LPft-rear suspension parts GroovyFunkRef
5,-1 ) // Right-Dear suspension parts GroovyFunkRef
-1,-1,2,1 // Driven wheels GroovyFunkRefE (Por spinning) - MUeT tE 4 TEMS
10,9,-1,-1 ) // Non-dri@en whTels GroovyFunkRTfs (for sEinninQ) MUST BE 4 ITEMS
0.12 // Driven wheelE diamTter
0.14 ) // Non-driven wheelE diamTter
START OF FUNK
END OF FUNK
START OF GRyOVE
FRPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
3
0,1,0
rock
absolute
7
0,0,0
y
0
NEXT GRyOVE
FLPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
4
0,1,0
rock
absolute
8
0,0,0
y
0
NEXT GRyOVE
RRWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
5
0,1,0
spin
controlled
1
0,0,0
x
NEXT GRyOVE
RLWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
6
0,1,0
spin
controlled
2
0,0,0
x
NEXT GRyOVE
FRWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
9
0,0,0
x
NEXT GRyOVE
FLWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
10
0,0,0
x
END OF GRyOVE
// CRUSH DATA
0.700000
0.050000,0.300000
, p)C
EAGLBNT.PIX
2 ) ) // umber of pixelmap filPs for this car
GRIMM.PIX
EAGLBNT.PIX
0 ) )// Number oP shadetable filPs for this car
3 ) ) // umber of material filPs for this car
GRIMx8.MAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) ) // umber of material filPs for this car
GRIMM.xAT
EABGLBxT.MAT
SILVER.MAT
3 ) // Number of model files for this car
GRIMxX.DAT
GRIMM.DAT
EBONNET.DAT
3 ) ) // NDmber of alternaAive actors
8,GRIMMX.ACT ) // Minimum distance away, actor name
0,GRIMM.ACT ) // Minimum distance Pway, actor name
-1,EByxNET.ACT) // Minimum distance Pway, actor name
none ) ) // Name oP reflective screPn material (or nonT if non-DeflPctive)
2) ) // Number of steerable whTels
7 // GroovyFunkReP of 1st steeDablP wheel
8 // GroovyFunkReP of 2nd steeDablP wheel
4,-1,-1,-1 ) // LePt-front suspension parts GroovyFunkRef
3,-1,-1,-1 ) // Right-fDont suspension parts GroovyFunkRef
6,-1 ) // LPft-rear suspension parts GroovyFunkRef
5,-1 ) // Right-Dear suspension parts GroovyFunkRef
-1,-1,2,1 // Driven wheels GroovyFunkRefE (Por spinning) - MUeT tE 4 TEMS
10,9,-1,-1 ) // Non-dri@en whTels GroovyFunkRTfs (for sEinninQ) MUST BE 4 ITEMS
0.12 // Driven wheelE diamTter
0.14 ) // Non-driven wheelE diamTter
START OF FUNK
END OF FUNK
START OF GRyOVE
FRPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
3
0,1,0
rock
absolute
7
0,0,0
y
0
NEXT GRyOVE
FLPIVOT.ACT
not a lollipop
constant
straight
absolute
0,0,0
4
0,1,0
rock
absolute
8
0,0,0
y
0
NEXT GRyOVE
RRWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
5
0,1,0
spin
controlled
1
0,0,0
x
NEXT GRyOVE
RLWHEEL.ACT
not a lollipop
constant
straight
absolute
0,0,0
6
0,1,0
spin
controlled
2
0,0,0
x
NEXT GRyOVE
FRWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
9
0,0,0
x
NEXT GRyOVE
FLWHEEL.ACT
not a lollipop
constant
no paBh
spin
controlled
10
0,0,0
x
END OF GRyOVE
// CRUSH DATA
0.700000
0.050000,0.300000
0.050000
0.050000
0.000000
0.000000
0
// CRUSH DATA
0.750000
0.150000,0.400000
0.050000
0.050000
0.000000
0.000000
76
91
0.023858, -0.060509, -0.360870
0.123858, -0.020397, -0.260870
0.226980, 0.010140, 0.035201
0.073020, 0.110195, 0.264799
94
31
228
1
228
1
216
1
233
1
233
1
221
1
243
1
243
1
247
1
247
1
247
1
234
1
167
1
157
1
157
1
157
1
151
1
151
1
107
1
131
1
131
1
86
1
114
1
114
18
156
1
156
1
150
1
132
1
121
13
27
1
38
1
27
5
255
89
239
1
240
1
203
1
203
1
234
1
178
1
179
1
178
1
220
1
220
1
220
1
87
1
87
1
87
1
156
1
156
1
156
1
167
1
55
1
55
1
138
1
138
1
151
1
107
1
86
8
150
1
108
1
95
25
216
1
221
1
243
3
222
1
242
1
104
1
141
1
91
1
132
5
232
1
244
1
242
1
141
1
116
1
138
1
105
1
130
1
91
1
132
17
203
1
55
48
240
1
203
1
234
1
167
1
55
1
138
20
156
1
150
1
108
1
132
1
95
1
121
95
-0.124409, -0.060509, -0.360870
-0.024409, -0.020397, -0.260870
0.072430, 0.010140, 0.035201
0.227570, 0.110195, 0.264799
94
13
121
1
131
1
149
1
155
1
155
14
114
1
114
1
86
1
131
1
131
1
107
1
152
1
152
1
158
1
158
1
158
1
167
1
234
1
248
1
248
1
248
1
244
1
244
1
222
1
234
1
234
1
216
1
229
1
229
38
255
1
27
1
38
1
27
90
138
1
138
1
56
1
56
1
167
1
88
1
88
1
88
1
156
1
156
1
156
1
179
1
179
1
179
1
221
1
221
1
221
1
234
1
204
1
204
1
240
1
240
1
244
1
222
1
216
25
95
1
108
1
149
8
86
1
107
1
152
1
91
1
132
1
104
1
142
1
223
1
243
3
91
1
132
1
105
1
130
1
116
1
138
1
142
1
243
1
233
1
245
21
56
1
204
21
121
1
95
1
131
1
108
1
149
1
155
22
138
1
56
1
167
1
234
1
204
1
240
101
-0.129312, 0.023538, 0.324685
-0.029312, 0.173538, 0.424685
0.067319, 0.450000, 0.288365
0.232681, 0.000000, 0.011635
41
8
211
1
211
16
182
1
182
72
81
1
73
1
73
1
0
2
61
25
134
2
81
1
125
1
61
12
134
2
81
1
125
1
61
12
185
2
154
2
231
2
207
7
154
2
207
3
185
2
154
2
231
2
207
56
236
34
170
1
125
28
211
17
236
1
182
1
180
6
170
2
134
1
125
61
134
2
81
1
125
1
61
105
-0.137276, 0.023570, 0.015568
0.012724, 0.155673, 0.115568
0.107139, 0.337204, 0.174213
0.342860, 0.059106, 0.125787
53
24
242
3
245
1
245
2
173
67
22
7
25
1
0
2
137
1
137
1
166
1
165
1
165
16
78
2
22
4
80
1
25
9
76
2
22
10
166
1
166
1
150
1
150
1
132
2
110
2
188
2
174
2
241
1
241
1
230
1
230
1
150
1
110
2
174
2
230
1
132
2
110
2
188
2
174
86
78
1
22
53
124
3
236
3
78
3
80
1
173
46
80
1
25
1
173
1
173
1
137
1
137
7
78
2
22
118
-0.012756, 0.023570, 0.015568
0.137244, 0.155673, 0.115568
0.342772, 0.337204, 0.174213
0.107228, 0.059106, 0.125787
53
55
173
12
242
3
245
1
245
41
137
1
137
1
165
1
166
1
165
1
25
1
0
3
22
14
80
1
25
3
78
2
22
10
76
2
22
2
232
1
232
1
220
1
220
1
178
2
162
2
123
2
99
2
161
1
161
1
144
1
144
1
220
1
162
2
99
2
144
1
178
2
162
2
123
2
99
88
78
1
22
68
173
1
80
2
78
4
236
11
124
27
173
1
173
1
137
1
137
1
80
1
25
9
78
2
22
125
0.029271, 0.023538, 0.324685
0.129271, 0.173538, 0.424685
0.232622, 0.450000, 0.288365
0.067378, 0.000000, 0.011635
41
68
182
1
182
16
211
1
211
34
61
2
81
1
73
1
73
1
0
12
125
1
61
2
134
2
81
7
125
1
61
2
134
2
81
6
221
2
197
2
178
2
146
7
197
2
146
3
221
2
197
2
178
2
146
32
236
60
125
2
170
64
125
2
134
2
170
9
236
1
182
1
180
20
211
20
125
1
61
2
134
2
81
177
-0.065806, 0.012658, 0.266970
0.034194, 0.116353, 0.366970
0.133516, 0.191046, 0.267052
0.166484, 0.120040, 0.032948
104
8
225
1
225
12
255
1
255
1
217
2
146
1
146
1
208
1
208
37
255
1
255
2
199
1
199
1
248
1
248
27
139
1
165
1
165
1
185
1
185
1
140
17
185
2
185
1
205
1
205
1
222
1
221
2
111
2
139
1
115
1
140
5
167
1
185
2
165
2
185
2
111
2
139
1
115
1
140
1
167
1
185
2
165
2
185
1
237
1
237
1
243
1
243
2
0
2
53
2
66
2
85
1
252
1
252
3
243
2
53
2
85
5
53
2
66
2
85
28
235
4
212
15
237
8
226
1
164
1
248
1
193
31
215
1
136
1
115
1
167
1
249
1
185
4
225
2
215
3
249
14
237
2
225
12
225
2
255
1
226
1
217
1
164
1
146
1
147
5
215
1
136
2
111
1
115
11
167
2
165
1
249
1
185
8
255
1
212
1
199
1
199
35
111
2
139
1
115
1
140
1
167
1
185
2
165
2
185
179
-0.065806, 0.021678, 0.266970
0.034194, 0.145152, 0.366970
0.133516, 0.288544, 0.267052
0.166484, 0.081880, 0.032948
83
8
241
1
241
14
254
2
169
1
169
1
225
1
225
40
216
1
216
29
114
1
130
1
130
1
154
1
154
1
116
17
167
2
167
1
178
1
178
1
197
1
197
2
121
2
114
1
125
1
116
5
173
1
167
2
172
2
167
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121
2
114
1
125
1
116
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173
1
167
2
172
2
167
1
243
1
243
1
237
1
237
2
53
2
0
2
85
2
66
3
252
1
252
1
237
2
0
2
66
1
252
2
53
4
85
2
66
32
238
24
196
2
220
32
161
1
125
1
173
2
204
25
241
16
254
1
196
1
169
1
170
6
161
2
121
1
125
11
173
2
172
2
204
9
238
1
216
1
217
35
121
2
114
1
125
1
116
1
173
1
167
2
172
2
167
181
-0.027225, 0.012658, 0.266970
0.072775, 0.116353, 0.366970
0.173732, 0.191046, 0.267052
0.126268, 0.120040, 0.032948
103
25
210
1
210
31
253
1
253
3
248
1
248
1
248
1
219
1
209
1
209
2
135
1
135
1
200
1
200
14
213
1
213
12
196
1
215
1
215
1
230
1
231
1
196
17
132
2
130
1
157
1
157
1
178
1
178
2
177
2
196
1
178
1
196
5
104
1
132
2
99
2
130
2
177
2
196
1
178
1
196
1
104
1
132
2
99
2
130
1
252
1
252
4
66
2
85
2
0
2
53
1
237
1
237
1
243
1
243
3
85
2
53
1
243
2
66
2
85
4
53
27
241
1
184
2
253
1
219
1
154
9
226
1
248
14
223
2
245
32
197
1
178
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104
1
208
1
126
9
208
3
218
30
223
1
210
1
211
6
197
2
177
1
178
11
104
2
99
1
208
1
126
5
218
2
219
1
209
1
154
1
135
1
135
18
226
1
248
1
213
15
177
2
196
1
178
1
196
1
104
1
132
2
99
2
130
183
-0.027225, 0.021678, 0.266970
0.072775, 0.145152, 0.366970
0.173732, 0.288544, 0.267052
0.126268, 0.081880, 0.032948
89
25
227
1
227
39
248
1
248
2
160
1
160
1
218
1
218
14
230
1
230
12
179
1
189
1
189
1
207
1
207
1
179
17
105
2
103
1
120
1
120
1
146
1
146
2
183
2
179
1
185
1
179
5
115
1
105
2
110
2
103
2
183
2
179
1
185
1
179
1
115
1
105
2
110
2
103
3
252
1
252
2
85
2
66
2
53
2
0
1
243
1
243
1
237
1
237
1
252
2
66
2
0
1
237
2
85
2
66
2
53
30
213
4
187
9
250
15
248
34
214
1
185
1
115
1
252
1
152
9
252
33
248
1
227
1
228
6
214
2
183
1
185
11
115
2
110
1
252
1
152
8
248
1
187
1
160
1
160
18
250
2
230
15
183
2
179
1
185
1
179
1
115
1
105
2
110
2
103
206
-0.008642, -0.037087, -0.455024
0.091358, 0.018086, -0.355024
0.193102, 0.034722, 0.000431
0.106898, 0.130797, 0.299569
105
15
249
1
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1
250
14
235
1
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1
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1
168
1
169
1
160
1
142
1
142
1
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1
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1
143
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206
1
165
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1
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1
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1
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1
0
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1
87
1
87
1
174
1
182
1
182
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108
1
107
1
107
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142
1
219
13
128
1
122
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147
1
151
1
230
1
227
1
241
1
244
89
210
1
210
1
199
1
199
1
206
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162
1
162
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162
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178
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178
1
178
1
112
1
112
1
112
1
135
1
135
1
135
1
165
1
134
1
134
1
151
1
151
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68
1
174
8
107
1
131
1
212
17
249
8
228
1
160
1
142
1
249
2
198
1
212
1
133
1
153
1
149
1
168
1
249
4
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1
246
1
212
1
153
1
185
1
194
1
192
1
201
1
149
1
168
17
199
1
134
25
249
1
250
22
210
1
199
1
206
1
165
1
134
1
151
20
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1
107
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131
1
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1
212
1
219
207
-0.007408, -0.026661, -0.409659
0.092592, 0.036145, -0.309659
0.194389, 0.051510, 0.017184
0.105611, 0.136908, 0.282816
103
31
188
1
188
1
185
1
151
1
151
1
146
1
160
1
160
1
159
1
159
1
159
1
164
1
107
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67
1
67
1
67
1
68
1
68
1
0
1
36
1
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1
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1
114
1
114
18
124
1
124
1
125
1
116
1
165
13
91
1
76
1
94
1
107
1
215
1
208
1
216
1
222
89
173
1
173
1
177
1
177
1
164
1
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1
143
1
143
1
143
1
143
1
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1
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1
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1
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1
80
1
80
1
80
1
107
1
95
1
95
1
88
1
88
1
68
2
108
8
125
1
110
1
160
25
185
1
146
1
160
1
223
1
232
1
162
1
175
1
65
1
91
1
92
1
113
1
223
1
232
1
229
1
235
1
192
1
198
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356
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368
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0
1
0
4
66
3
151
1
151
51
248
12
249
60
112
1
169
1
94
3
228
5
48
3
76
1
213
1
147
45
248
18
94
1
254
2
48
51
248
7
94
1
254
1
81
3
228
3
208
9
48
6
76
1
66
1
213
1
147
2
151
21
248
369
0.093852, -0.060509, 0.356192
0.193852, -0.020397, 0.456192
0.299941, 0.010140, 0.300000
0.000059, 0.110195, 0.000000
50
57
85
1
85
3
81
1
81
1
81
1
107
1
94
1
95
2
188
1
188
9
24
3
0
1
0
1
48
2
170
1
170
51
225
3
234
9
225
3
234
62
85
1
107
1
198
6
24
1
70
2
180
1
252
50
225
1
118
1
180
9
118
3
135
52
225
2
234
1
118
1
180
5
135
2
107
1
95
1
198
1
188
1
186
11
24
3
70
1
48
3
180
1
252
1
170
20
225
3
234
370
0.093852, -0.059389, 0.306996
0.193852, -0.018608, 0.406996
0.299941, 0.010991, 0.281833
0.000059, 0.111350, 0.018167
63
57
99
1
99
3
107
1
107
1
107
1
81
1
92
1
92
2
156
1
156
9
57
3
70
1
70
1
43
2
133
1
133
1
242
1
242
49
208
3
210
9
208
3
210
59
233
1
204
1
250
1
99
1
81
1
147
5
236
1
57
1
0
1
218
1
122
1
187
50
208
1
103
1
162
9
103
2
250
1
89
2
236
50
208
2
210
1
103
1
162
4
250
1
89
2
81
1
92
1
147
1
156
1
155
10
236
1
57
2
70
2
43
1
218
2
122
1
187
1
133
1
242
19
208
3
210
371
0.093852, -0.042469, 0.329603
0.193852, 0.009019, 0.429603
0.299941, 0.027659, 0.290181
0.000059, 0.126804, 0.009819
53
57
97
1
97
3
94
1
95
1
95
1
92
1
81
1
81
2
147
1
147
9
53
3
48
1
48
1
0
2
122
1
122
51
190
3
196
9
190
3
196
60
222
2
97
1
92
1
155
6
53
1
43
1
247
1
132
1
206
50
190
1
107
1
146
9
107
3
113
52
190
2
196
1
107
1
146
5
113
2
92
1
81
1
155
1
147
1
145
11
53
2
48
1
43
2
247
2
132
1
206
1
122
20
190
3
196
372
0.093852, -0.037910, 0.157206
0.193852, 0.016689, 0.257206
0.299941, 0.033577, 0.226518
0.000059, 0.130220, 0.073482
57
59
111
1
111
4
233
3
99
1
211
1
211
1
121
1
121
8
76
1
76
3
247
1
57
1
195
1
195
1
90
1
90
52
251
12
251
15
241
1
241
43
82
1
108
1
106
2
233
1
160
5
68
2
218
1
0
1
138
1
71
51
250
1
250
9
250
2
106
1
200
2
68
52
251
1
250
1
250
4
106
1
200
1
111
1
233
2
160
1
211
1
215
1
234
9
68
2
76
2
218
1
247
2
57
1
138
1
71
1
195
1
90
22
251
373
0.093852, -0.026993, 0.120414
0.193852, 0.035559, 0.220414
0.299941, 0.050904, 0.212931
0.000059, 0.136751, 0.087069
57
59
105
1
105
7
81
1
250
1
250
1
122
1
122
8
66
1
66
4
0
1
236
1
236
1
91
1
91
33
248
14
236
4
214
2
248
10
215
2
248
14
217
1
217
1
249
1
249
6
249
35
100
1
135
1
124
3
201
5
93
3
57
1
183
1
107
45
214
1
248
17
124
1
253
2
93
49
236
2
214
7
124
1
253
1
105
3
201
1
250
1
254
1
181
9
93
2
66
4
57
2
183
1
107
1
236
1
91
11
236
10
214
2
248
374
0.093852, -0.014007, 0.246781
0.193852, 0.059208, 0.346781
0.299941, 0.079101, 0.259596
0.000059, 0.140545, 0.040404
89
57
194
1
194
1
228
1
228
1
198
1
198
1
198
1
147
1
155
1
155
1
201
1
101
1
101
1
150
1
150
7
176
1
213
1
213
1
180
1
180
1
132
1
183
1
59
1
59
1
126
1
126
32
212
2
205
1
237
1
237
13
161
1
212
2
149
2
205
7
161
1
212
2
149
2
205
10
226
2
250
9
250
7
226
2
250
27
160
1
113
1
205
1
194
1
147
1
81
5
188
1
176
1
122
1
138
1
0
1
78
50
161
1
164
1
136
9
164
2
205
1
134
2
188
50
161
2
149
1
164
1
136
4
205
1
134
1
228
1
147
1
155
1
81
1
101
1
103
10
188
1
176
1
213
1
180
1
122
1
132
1
138
1
183
2
78
1
59
1
126
19
161
1
212
2
149
2
205
375
0.093852, -0.013655, 0.192055
0.193852, 0.059873, 0.292055
0.299941, 0.080013, 0.239387
0.000059, 0.140571, 0.060613
80
59
168
1
168
4
204
1
221
1
221
1
134
1
153
1
153
1
99
1
99
7
244
1
147
1
147
1
252
1
252
1
206
1
107
1
129
1
129
1
57
1
57
32
247
2
233
15
208
1
247
2
190
2
233
7
208
1
247
2
190
2
233
10
248
3
240
1
240
14
248
29
108
1
82
1
158
2
204
1
113
5
136
1
244
1
187
1
71
1
78
1
0
50
208
1
220
1
194
9
220
2
158
1
179
2
136
50
208
2
190
1
220
1
194
4
158
1
179
1
168
1
204
1
221
1
113
1
153
1
156
10
136
1
244
1
147
1
252
1
187
1
206
1
71
1
107
1
78
2
129
1
57
19
208
1
247
2
190
2
233
376
0.093852, 0.000759, 0.278125
0.193852, 0.088643, 0.378125
0.299941, 0.127179, 0.271171
0.000059, 0.136475, 0.028829
82
57
192
1
193
3
188
1
189
1
188
1
156
1
147
1
147
1
250
1
81
1
81
1
184
1
184
7
174
3
170
1
170
1
122
1
236
1
0
1
0
1
165
1
165
32
172
2
170
1
200
1
200
1
211
1
211
11
127
1
172
2
121
2
170
7
127
1
172
2
121
2
170
10
213
2
230
9
230
7
213
2
230
27
212
1
153
2
193
1
156
1
101
5
248
1
174
1
133
1
195
1
59
1
129
50
127
1
168
1
108
9
168
3
156
2
248
50
127
2
121
1
168
1
108
5
156
2
156
1
147
1
101
1
81
1
81
10
248
1
174
2
170
1
133
1
122
1
195
1
236
1
59
1
129
2
165
19
127
1
172
2
121
2
170
377
0.093852, 0.000874, 0.163021
0.193852, 0.088890, 0.263021
0.299941, 0.127657, 0.228665
0.000059, 0.136390, 0.071335
72
59
172
1
172
7
122
1
184
1
184
1
81
1
81
8
151
1
151
4
91
1
165
1
165
1
0
1
0
32
251
2
233
1
255
1
255
13
230
1
251
1
240
1
208
2
233
7
230
1
251
1
240
1
208
2
233
13
209
1
209
1
226
1
226
6
226
35
122
1
100
1
178
3
150
5
158
2
242
1
90
1
126
1
57
45
240
5
230
2
226
11
178
1
231
2
158
50
230
1
240
1
208
2
226
4
178
1
231
1
172
3
150
1
184
1
188
1
224
9
158
2
151
2
242
2
90
1
91
1
126
1
57
1
165
20
230
1
251
1
240
1
208
2
233
394
-0.127546, 0.013694, 0.298069
-0.027546, 0.119097, 0.398069
0.069160, 0.198695, 0.278536
0.230840, 0.117516, 0.021464
77
1
234
3
225
1
225
1
190
2
126
1
127
1
230
1
230
7
207
3
197
1
197
1
155
2
64
1
64
1
202
1
202
70
88
1
124
1
124
1
125
1
125
1
81
25
24
2
88
1
0
1
81
12
24
2
88
1
0
1
81
12
115
2
125
2
178
2
185
7
125
2
185
3
115
2
125
2
178
2
185
44
234
1
208
2
161
1
208
6
207
1
177
1
118
1
246
1
177
31
172
1
49
1
0
7
185
2
172
10
234
2
225
1
208
1
190
3
161
1
208
1
127
1
230
10
207
1
185
2
197
1
177
1
155
1
118
1
64
1
62
5
172
1
49
2
24
1
0
61
24
2
88
2
81
395
-0.127546, 0.023975, 0.291208
-0.027546, 0.159480, 0.391208
0.069160, 0.357413, 0.276003
0.230840, 0.049103, 0.023997
56
8
172
1
172
1
251
1
251
12
234
2
133
1
133
1
226
1
226
70
24
1
46
1
46
1
61
1
61
1
0
25
81
2
24
1
81
1
0
12
81
2
24
1
81
1
0
12
140
2
116
2
196
2
179
7
116
2
179
3
140
2
116
2
196
2
179
47
212
1
247
8
182
2
221
31
253
1
130
1
81
9
253
17
212
1
247
1
172
1
251
15
234
1
182
1
133
1
132
5
253
1
130
2
81
1
81
61
81
2
24
1
81
399
0.029271, 0.013866, 0.281168
0.129271, 0.119560, 0.381168
0.232622, 0.200011, 0.272295
0.067378, 0.117072, 0.027705
81
57
216
1
216
3
208
1
208
1
208
1
180
1
164
1
164
2
56
1
56
1
178
1
178
7
241
3
234
1
234
1
196
2
121
1
121
1
208
1
208
32
81
2
81
1
118
1
118
1
134
1
134
11
24
1
81
2
0
2
81
7
24
1
81
2
0
2
81
6
165
2
172
2
99
2
110
7
172
2
110
3
165
2
172
2
99
2
110
27
226
1
157
2
216
1
180
1
104
6
241
1
210
1
251
1
149
1
190
50
24
1
178
1
58
9
178
3
184
52
24
2
0
1
178
1
58
5
184
2
180
1
164
1
104
1
56
1
56
11
241
2
234
1
210
1
196
1
251
2
149
1
190
1
121
1
208
19
24
1
81
4
81
401
0.029271, 0.024001, 0.274320
0.129271, 0.159804, 0.374320
0.232622, 0.359211, 0.269766
0.067378, 0.048199, 0.030234
54
65
241
1
241
2
132
1
132
1
207
1
207
14
170
1
170
1
233
1
233
32
24
2
0
1
37
1
37
1
81
1
81
11
88
1
24
2
81
2
0
7
88
1
24
2
81
2
0
6
185
2
167
2
130
2
103
7
167
2
103
3
185
2
167
2
130
2
103
28
206
4
175
9
205
1
233
50
88
2
136
64
88
2
81
2
136
8
241
1
175
1
132
1
132
18
205
1
233
1
170
1
233
19
88
1
24
2
81
// CRUSH DATA
0.700000
0.050000,0.300000
0.050000
0.050000
0.000000
0.000000
24
1
0.069169, 0.002558, -0.103923
0.119169, 0.031852, -0.053923
0.250028, 0.041872, 0.087498
0.049972, 0.133891, 0.212502
34
3
110
1
173
1
102
1
168
1
107
1
169
1
81
11
235
2
252
5
45
1
65
1
108
1
172
12
231
1
93
8
250
1
224
1
78
1
70
1
90
1
77
1
86
5
247
1
227
1
88
1
61
1
45
1
55
1
69
4
249
1
136
1
133
1
139
1
138
7
0.026274, -0.002878, -0.207306
0.076274, 0.057500, -0.157306
0.204449, 0.273984, 0.000000
0.095551, 0.088285, 0.300000
36
2
169
1
147
1
123
1
86
1
30
1
81
2
101
9
196
1
178
1
174
1
154
1
203
5
191
1
200
1
157
1
135
13
205
9
211
1
143
1
189
1
254
1
243
1
251
5
229
1
191
1
112
1
145
1
211
1
217
1
225
3
183
1
159
1
40
1
50
1
130
1
141
14
-0.119108, 0.002558, -0.103923
-0.069108, 0.031852, -0.053923
0.049972, 0.041872, 0.087498
0.250028, 0.133891, 0.212502
34
7
235
2
252
7
110
1
173
1
102
1
168
1
107
1
169
1
81
11
45
1
65
2
108
1
172
5
93
1
231
6
77
1
90
1
70
1
78
1
224
1
250
4
86
1
69
1
55
1
45
1
61
1
88
1
227
1
247
4
138
1
139
1
133
1
136
1
249
20
-0.076200, -0.002878, -0.207306
-0.026200, 0.057500, -0.157306
0.095565, 0.273984, 0.000000
0.204435, 0.088285, 0.300000
36
5
196
1
178
1
174
1
154
1
203
6
169
1
147
1
123
1
86
1
30
1
81
2
101
11
191
1
200
2
157
1
135
5
205
7
244
1
254
1
189
1
143
1
211
5
251
1
225
1
217
1
211
1
145
1
112
1
191
1
229
4
141
1
130
1
50
1
40
1
159
1
183
28
0.116199, -0.002878, -0.151917
0.166199, 0.057500, -0.101917
0.300000, 0.273984, 0.046878
0.000000, 0.088285, 0.253122
26
2
108
1
23
1
84
1
113
1
139
1
135
1
157
1
113
18
85
1
87
2
80
13
182
10
148
1
154
1
179
1
141
1
141
7
138
1
127
1
141
1
112
1
113
5
141
1
120
1
47
1
40
29
0.116199, -0.002878, -0.207306
0.166199, 0.057500, -0.157306
0.300000, 0.273984, 0.000000
0.000000, 0.088285, 0.300000
26
2
172
1
84
1
23
1
139
1
113
1
157
1
135
1
149
18
158
1
155
1
80
14
245
10
196
1
218
1
254
1
219
1
217
7
175
1
181
1
212
1
188
1
186
5
141
1
120
1
47
1
40
35
-0.166138, -0.002878, -0.151917
-0.116138, 0.057500, -0.101917
0.000000, 0.273984, 0.046878
0.300000, 0.088285, 0.253122
26
15
108
1
23
1
84
1
113
1
139
1
135
1
157
1
113
11
85
1
87
3
80
5
182
7
141
1
179
1
154
1
148
6
141
1
113
1
112
1
141
1
127
1
138
6
40
1
47
1
120
1
141
36
-0.166138, -0.002878, -0.207306
-0.116138, 0.057500, -0.157306
0.000000, 0.273984, 0.000000
0.300000, 0.088285, 0.300000
26
15
172
1
84
1
23
1
139
1
113
1
157
1
135
1
149
11
158
1
155
2
80
6
245
7
219
1
254
1
218
1
196
6
217
1
186
1
188
1
212
1
181
1
175
6
40
1
47
1
120
1
141
49
-0.120482, 0.002558, -0.041915
-0.070482, 0.031852, 0.008085
0.048512, 0.041872, 0.139978
0.251488, 0.133891, 0.160022
29
15
90
1
181
1
255
1
177
1
253
1
180
1
254
1
156
11
100
1
117
2
179
1
254
5
85
1
229
6
51
2
81
1
126
1
247
1
255
4
71
1
91
1
73
1
45
1
116
1
153
6
216
1
217
1
215
1
216
50
-0.092572, -0.004124, -0.078368
-0.042572, 0.057980, -0.028368
0.078168, 0.292536, 0.109126
0.221832, 0.080089, 0.190874
39
2
250
3
229
2
208
2
221
6
70
1
146
1
212
1
108
1
189
1
110
1
189
1
89
11
103
1
129
2
154
1
218
5
28
1
181
6
100
1
81
2
50
1
185
1
203
1
255
3
122
1
121
1
96
1
61
1
44
1
80
1
195
1
207
1
248
3
184
1
178
1
148
1
149
1
232
1
251
53
0.042633, -0.004124, -0.078368
0.092633, 0.057980, -0.028368
0.221832, 0.292536, 0.109126
0.078168, 0.080089, 0.190874
39
2
70
1
146
1
212
1
108
1
189
1
110
1
189
1
89
6
250
3
229
2
208
2
221
5
103
1
129
1
154
1
218
12
181
1
28
7
255
1
203
1
185
1
50
2
81
1
99
1
122
4
248
1
207
1
195
1
80
1
44
1
61
1
96
1
121
3
251
1
232
1
149
1
148
1
178
1
184
54
0.070543, 0.002558, -0.041915
0.120543, 0.031852, 0.008085
0.251488, 0.041872, 0.139978
0.048512, 0.133891, 0.160022
29
2
90
1
181
1
255
1
177
1
253
1
180
1
254
1
156
18
100
1
117
1
179
1
254
12
229
1
85
8
255
1
247
1
126
1
81
2
51
1
71
7
153
1
116
1
45
1
73
1
91
5
216
1
215
1
217
1
216
59
-0.149299, 0.002558, -0.082447
-0.099299, 0.031852, -0.032447
0.017893, 0.041872, 0.105674
0.282107, 0.133891, 0.194326
26
15
55
1
119
1
193
1
147
1
211
1
157
1
217
1
129
11
31
1
47
2
112
1
188
5
118
7
31
1
73
1
96
1
124
6
36
1
26
2
46
1
104
1
138
6
150
1
155
1
177
1
185
60
-0.119795, 0.002558, -0.072926
-0.069795, 0.031852, -0.022926
0.049242, 0.041872, 0.113732
0.250758, 0.133891, 0.186268
32
7
253
8
45
1
142
1
213
1
137
1
210
1
141
1
211
1
115
11
63
1
83
2
141
1
212
5
76
1
226
6
48
1
45
1
61
1
95
1
231
1
248
4
65
1
67
1
46
2
81
1
116
1
240
1
253
4
175
1
177
1
173
1
175
61
-0.092144, -0.004558, -0.109005
-0.042144, 0.058117, -0.059005
0.078623, 0.298800, 0.083197
0.221377, 0.077248, 0.216803
40
2
247
3
211
1
248
1
189
1
229
1
206
6
61
1
117
1
174
1
64
1
144
1
67
1
145
1
44
11
97
1
121
2
127
1
181
5
65
1
190
6
120
1
116
1
44
1
23
1
179
1
207
4
137
1
125
1
104
1
81
2
39
1
181
1
202
1
253
3
151
1
143
1
104
1
105
1
206
1
227
62
-0.076524, -0.005585, -0.130588
-0.026524, 0.058388, -0.080588
0.095220, 0.313294, 0.064930
0.204780, 0.070544, 0.235070
40
2
227
3
181
1
211
1
157
1
191
1
178
6
88
1
126
1
166
1
41
1
115
1
31
1
112
1
26
11
125
1
146
2
138
1
175
5
93
1
182
6
157
1
153
1
80
1
31
1
158
1
195
4
172
1
156
1
138
1
116
1
39
2
155
1
181
1
240
3
152
1
142
1
76
1
71
1
170
1
192
63
0.026585, -0.005585, -0.130588
0.076585, 0.058388, -0.080588
0.204780, 0.313294, 0.064930
0.095220, 0.070544, 0.235070
40
2
88
1
126
1
166
1
41
1
115
1
31
1
112
1
26
6
227
3
181
1
211
1
157
1
191
1
178
5
125
1
146
1
138
1
175
12
182
1
93
8
195
1
158
1
31
1
80
1
153
1
156
1
172
4
240
1
181
1
155
2
39
1
116
1
138
1
156
3
192
1
170
1
71
1
76
1
142
1
152
64
0.042205, -0.004558, -0.109005
0.092205, 0.058117, -0.059005
0.221377, 0.298800, 0.083197
0.078623, 0.077248, 0.216803
40
2
61
1
117
1
174
1
64
1
144
1
67
1
145
1
44
6
247
3
211
1
248
1
189
1
229
1
206
5
97
1
121
1
127
1
181
12
190
1
65
8
207
1
179
1
23
1
44
1
116
1
120
1
137
4
253
1
202
1
181
1
39
2
81
1
104
1
125
3
227
1
206
1
105
1
104
1
143
1
151
65
0.069856, 0.002558, -0.072926
0.119856, 0.031852, -0.022926
0.250758, 0.041872, 0.113732
0.049242, 0.133891, 0.186268
32
2
45
1
142
1
213
1
137
1
210
1
141
1
211
1
115
11
253
7
63
1
83
1
141
1
212
12
226
1
76
8
248
1
231
1
95
1
61
1
45
1
47
1
65
5
253
1
240
1
116
1
81
2
46
1
67
5
175
1
173
1
177
1
175
67
0.110521, -0.005532, -0.087301
0.160521, 0.009739, -0.037301
0.293967, 0.000414, 0.101566
0.006033, 0.091212, 0.198434
26
2
69
1
124
1
193
1
162
1
219
1
172
1
225
1
144
18
35
1
32
1
113
1
186
13
142
10
145
1
121
1
91
1
45
1
32
7
156
1
125
1
67
1
26
6
196
1
188
1
157
1
148
69
-0.157375, -0.016574, -0.179611
-0.107375, 0.058426, -0.129611
0.009311, 0.450000, 0.023439
0.290689, 0.000000, 0.276561
26
15
139
1
40
1
40
1
106
1
106
1
129
1
130
1
115
11
127
1
130
2
47
1
47
5
205
7
184
1
217
1
178
1
159
6
186
1
157
1
155
1
177
1
143
1
142
6
23
2
98
1
123
71
-0.076200, -0.004668, -0.179611
-0.026200, 0.058150, -0.129611
0.095565, 0.300377, 0.023439
0.204435, 0.076528, 0.276561
39
2
249
3
183
1
183
1
159
1
159
1
187
6
136
1
129
1
129
1
49
1
49
1
40
1
40
1
62
11
162
1
175
2
141
1
141
5
165
1
227
6
210
1
216
1
149
1
102
1
186
1
232
4
220
1
196
1
185
1
175
1
105
1
71
1
170
1
206
4
135
1
123
1
28
2
154
1
178
73
0.041765, -0.016574, -0.179611
0.091765, 0.058426, -0.129611
0.220909, 0.450000, 0.023439
0.079091, 0.000000, 0.276561
38
2
133
1
106
1
106
1
40
1
40
1
48
1
50
1
60
9
205
1
205
1
182
1
183
1
210
5
153
1
166
1
120
1
120
12
244
1
167
8
251
1
206
1
106
1
148
1
215
1
203
1
213
5
227
1
192
1
76
1
104
1
173
1
177
1
188
3
201
1
178
1
28
2
98
1
113
75
0.116199, -0.002878, -0.179611
0.166199, 0.057500, -0.129611
0.300000, 0.273984, 0.023439
0.000000, 0.088285, 0.276561
26
2
138
1
47
1
47
1
120
1
120
1
141
1
141
1
126
18
121
1
119
1
40
1
40
13
212
10
169
1
184
1
216
1
179
1
178
7
152
1
151
1
175
1
150
1
148
5
135
1
113
1
23
START OF MECHANICS STUFF version 3
-0.156, 0, 0.302 // left rear wheel position
0.156, 0, 0.302 // right rear
-0.101, 0, -0.360 // left front wheel position
0.101, 0, -0.360 // right front
0, 0.06, 0.0 // centre of mass position
-0.191, -0.074, -0.420 // min x, min y, min z
0.191, 0.182, 0.428 // max x, max y, max z
2 // number of extra points v. 3
0.09,0.11,-0.05 // extra point 1 v. 3
-0.09,0.11,-0.05 // extra point 2 v. 3
0.5 // min turning circle radius
0.011, 0.011 // suspension give (forward, back)
0.047 // ride height (must be more than miny in bounding box )
0.9 // damping factor
1 // mass in tonnes
1 // fractional reduction in friction when slipping
79, 80 // friction angle ( front and rear )
0.4, 0.4, 0.6 // width, height, length(0.816, 1.216) for angular momentum calculation
2.0 // traction fractional multiplier v. 2
50 // speed at which down force = weight v. 2
1.0 // brake multiplier, 1 = nomral brakes v. 2
1.0 // increase in brakes per second 1 = normal v. 2
0.05, 0.05 // rolling resistance front and back
6 // number of gears
200 // speed at red line in highest gear
4 // acceleration in highest gear m/s^2 (i.e. engine strength)
END OF MECHANICS STUFF
// Materials for shrapnes
1 // number of materials
M29.MAT