Thank you for purchase M28.
M28 does not drive by itself because it has no scripts. However VIAS, a developer kit, is included so that those who purchased or other creators can develop various functions later on.
AnalogMatic for M28 was also developed in order to show you how to actually introduce VIAS and it is possible to install it on M28 with the following simple procedure.
That's all. VIAS runs and installs AnalogMatic into your M28.
The object name is changed to “--ANHELO-V01AM-173RC :: a cycle car”. Below, we will write the car whose installation completed as V01AM.
V01AM operates with the cursor key or the [W] [A] [S] [D] keys. It is basically similar to avatar controlling or other vehicles operation, but there are major differences.
V01AM is different from general vehicles, its effect continues to increase or decrease during the time pressing keys.
Even if you release your finger from the key, V01AM keeps the last state.
Try out with the parking brake on until you grab the feeling of operation and check the change of the numerical value of the floating text.
Sit on the V01AM and say following commands on chat. Passenger cannot.
With V01AM, whether you accelerator, brake, or gear, it changes only the speed.
You should push [→] / [←] before [Shift].
ex) When you turn right with [→] key, sometimes you feel the rotation of the handle too slow. Now is the time you hit [Shift].
No no! DO NOT HOLD [Shift] key. Hit or tap!
Or, it is also effective to hold [Shift] before [→] / [←].
While you hold [Shift] key, the value of the steer increase or decrease 20% every once you hit [→] / [←].
If you release the parking brake with depression of the accelerator, you will be emitted suddenly and, depending on the situation, it is very dangerous.
6 numbers in Description field are coordinate of the sitting positions. From left to right,
The default values are “0.05, 0.05, 0.4, 0.0, 0.65, 0.05” and they mean
integer link_number; llSitTarget(<0.05, 0.05, 0.4>, ZERO_ROTATION); llLinkSitTarget(link_number, <0.0, 0.65, 0.05>, llEuler2Rot(<0.0, 0.0, -90> * DEG_TO_RAD));