車（メモリ)

0xB6F980 - Is the direct pointer to the pool start (CVehicle)
0xB74494 - Contains a pointer
This pointer:

+0 = Contains a pointer to the first element in the pool
+4 = Contains a pointer to a byte map indicating which elements are in use
+8 = [dword] Is the maximum number of elements in the pool
+12 = [dword] Is the current number of elements in the pool
Each vehicle object is 2584 (0xA18) bytes. It starts at 0xC502AA0.

For each vehicle in the pool:

+20 = [byte] Contains a pointer to the rotation/position matrix (84 bytes):
+0 = [float] X-axis Rotation (Grad)
+4 = [float] Y-axis Rotation (Grad)
+8 = [float] Z-axis Rotation (Grad)
+16 = [float] X-axis Rotation (Looking)
+20 = [float] Y-axis Rotation (Looking)
+24 = [float] Z-axis Rotation (Looking)
+48 = [float] X-axis Position
+52 = [float] Y-axis Position
+56 = [float] Z-axis Position
+34 = [word] Vehicle ID from vehicles.ide
+66 = [byte] Is the BP/EP/DP/DP (Special Flags) status of the car as follows:
Add these values, and write the sum into +66
1 = n/a
2 = n/a
4 = bullet-proof
8 = fire-proof
16 = damage-proof (from collisions etc)
32 = n/a
64 = n/a
128 = explosion-proof
+68 = [float] X (East-West) speed
+72 = [float] Y (North-South) speed
+76 = [float] Z (Up-Down) speed
+80 = [float] X (NS) Spin
+84 = [float] Y (EW) Spin
+88 = [float] Z (NW) Spin
Note: Do not get confused about the Spin Angles, these are NOT rotations but the angles of how fast your vehicle is turning in the given axis direction...

(Car addresses continued:)

+140 = [float] Mass (kg) from handling.cfg
+144 = [float] Turn Mass from handling.cfg
+148 = [float] Grip Divider:
1.0 = 1 x gGrip
10.1 = 10 x gGrip
100.0 = g / 100Grip
+152 = [float] Mass-to-Grip Multiplier. Ie. G Force when flying/during suspension/driving (acceleration towards ground)
+160 = [float] Normalized Grip Level
+164 = [float] CoM X
+168 = [float] CoM Y
+172 = [float] CoM Z
+1064 = [byte] Engine State (whether the engine is running or stalled):
0 = stalled
16 = ok
+1069 = [byte] Siren on/off
+1076 = [byte] Body Color (as in carcolors.dat, black being the 0)
+1077 = [byte] Stripe Color (as in carcolors.dat, black being the 0)
+1078 = [byte] Body Color #2
+1079 = [byte] Stripe Color #2
+1080 = [dword] modding data as in garage info (Not working?)
+1084 = [dword] modding data as in garage info (Not working?)
+1088 = [dword] modding data as in garage info (Not working?)
+1092 = [dword] modding data as in garage info (Not working?)
+1096 = [dword] modding data as in garage info (Not working?)
+1100 = [dword] modding data as in garage info (Not working?)
+1104 = [dword] modding data as in garage info (Not working?)
+1108 = [dword] modding data as in garage info (Not working?)
+1112 = [float] Car Wheel Size from vehicle.ide
+1116 = [dword] Time left for car alarm to sound in ms
+1120 = [dword] Pointer to driver
+1124 = [dword] Pointer to passenger 1 (Front-right seat)
+1128 = [dword] Pointer to passenger 2 (Rear-left seat)
+1132 = [dword] Pointer to passenger 3 (Rear-right seat)
+1136 = [dword] Pointer to passenger 4 (Used for buses)
+1140 = [dword] Pointer to passenger 5 (Used for buses)
+1144 = [dword] Pointer to passenger 6 (Used for buses)
+1148 = [dword] Pointer to passenger 7 (Used for buses)
+1152 = [dword] Pointer to passenger 8 (Used for buses)
+1156 = [dword] Pointer to passenger 9 (Used for buses)
+1172 = [float] Steer angle 1
+1176 = [float] Steer angle 2
+1180 = [float] Gas pedal
+1184 = [float] Brake pedal
+1192 = [byte] Places a car-bomb:
0 = no bomb
1 = car has bomb, but not armed
4 = car has bomb, and is armed
Note: You can set the above values to 0 and 1 to give the car a bomb. Some other flags get set when you arm the bomb. So if you set this value to 4, or actually arm the bomb thru normal gameplay, it does not help to change this value back.

+1200 = [float] Body dirt level:
0.0 = fully clean
15.0 = maximum dirt visible
+1216 = [float] Health/Car Damage Left:
<250.0 = on fire
1000.0 = undamaged
+1272 = [dword] Car Door Locked State:
1 = open
2 = locked
+1300 = [dword] Alternate siren (honking):
0 = off
1 = on
+1412 = [dword] Headlights switch:
0 = off
1 = on
+1424 = [byte] Car type:
0 = car/plane
5 = boat
6 = train
9 = bike
+1444 = [float] Train speed:
-0.1 = is forward
0.1 = is reverse
+1445 = [byte] Car Tire (Left-Front) Status:
0 = ok
1 = flat
2 = Used by planes when landing gear is up
+1446 = [byte] Car Tire (Left-Rear) Status:
0 = ok
1 = flat
2 = Used by planes when landing gear is up
+1447 = [byte] Car Tire (Right-Front) Status:
0 = ok
1 = flat
2 = Used by planes when landing gear is up
+1448 = [byte] Car Tire (Right-Rear) Status:
0 = ok
1 = flat
2 = Used by planes when landing gear is up
+1628 = [byte] Bike Tire (Front) Status:
0 = ok
1 = flat
+1629 = [byte] Bike Tire (Rear) Status:
0 = ok
1 = flat
+1630 = [byte] Bicycle Tire (Front) Status:
0 = ok
1 = shot
+1631 = [byte] Bicycle Tire (Rear) Status:
0 = ok
1 = shot
Note: You cannot actually shoot the wheels of bmx. If you set the value 1 at above two offsets, it rides as if the wheels were shot. They probably not work.

+1736 = [byte] Is the bike identifier. Gets set to 1 if this vehicle is a bike (or bmx)
+2020 = [float] Front-Left suspension height
+2024 = [float] Rear-Left suspension height
+2028 = [float] Front-Right suspension height
+2032 = [float] Rear-Right suspension height
+2276 = [float] Burn Timer (in ms)
Let's say, the Car Position of this given car starts at 0xC5F5DB4:

+0 = X Level to the ground
+4 = Y Level to the ground
+8 = Z Level to the ground
+16 = X Where am I looking
+20 = Y Where am I looking
+24 = Z Where am I looking
+32 = Dyn flight data
+36 = Dyn flight data
+40 = Dyn flight data
+48 = CarPosX
+52 = CarPosY
+56 = CarPosZ
Following offsets are Floats, as positions of doors and other car parts that gets detached by damage. We need to recalculate and set their locations if we warp a car from one location to another. Otherwise the car spins uncontrollably:

+1828 = Detachables1 Pos X
+1832 = Detachables1 Pos Y
+1836 = Detachables1 Pos Z
+1872 = Detachables2 Pos X
+1876 = Detachables2 Pos Y
+1880 = Detachables2 Pos Z
+1916 = Detachables3 Pos X
+1920 = Detachables3 Pos Y
+1924 = Detachables3 Pos Z
+1960 = Detachables4 Pos X
+1964 = Detachables4 Pos Y
+1968 = Detachables4 Pos Z
The locations of the detachable objects are different for cars and bikes. This is merely because bike object is actually smaller than the car object. The car object is used for all vehicles (including heli) but the bikes.

Offsets for Detachables:

+1532 = BikeDetachPosAdr(0)
+1632 = BikeDetachPosAdr(1)
+1676 = BikeDetachPosAdr(2)
+1720 = BikeDetachPosAdr(3)
+1764 = BikeDetachPosAdr(4)
+1828 = CarDetachPosAdr(0)
+1872 = CarDetachPosAdr(1)
+1916 = CarDetachPosAdr(2)
+1960 = CarDetachPosAdr(3)
The trailer of the tanker is handled the same way as the vehicles. Its pointer gets set at offset:

+0x4C8
To the car object start. When warping vehicles that has trailer, we need to warp this 'vehicle' as well. The same pointer is used also when you are towing other vehicles as well.