exports["get_vehicle_name"] = function(obj) {
if (physics.is_vehicle_chassis(obj) || physics.is_vehicle_hull(obj))
return obj["b4w_vehicle_settings"]["name"];
else {
m_print.error("Wrong object");
return null;
}
}
exports["vehicle_brake_inc"] = function(obj, brake_force_inc) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
brake_force_inc = util.clamp(brake_force_inc, -1, 1);
var vehicle = obj._vehicle;
var brake_force = vehicle.brake_force;
brake_force += brake_force * brake_force_inc;
physics.vehicle_brake(obj, util.clamp(brake_force, 0, 1));
}
exports["vehicle_steer_inc"] = function(obj, steering_value_inc, dir) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
steering_value_inc = util.clamp(steering_value_inc, 0, 1);
var vehicle = obj._vehicle;
var steering = vehicle.steering;
if (dir == -1 || dir == 1) {
steering += dir * steering_value_inc;
steering = Math.max(-1, Math.min(steering, 1));
} else if (dir == 0 && steering >= 0) {
steering -= steering_value_inc;
steering = Math.max(0, steering);
} else if (dir == 0 && steering < 0) {
steering += steering_value_inc;
steering = Math.min(0, steering);
} else
m_print.error("Wrong steering direction");
physics.vehicle_steer(obj, util.clamp(steering, -1, 1));
}
exports["vehicle_throttle_inc"] = function(obj, engine_force_inc, dir) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
engine_force_inc = util.clamp(engine_force_inc, 0, 1);
var vehicle = obj._vehicle;
var force = vehicle.engine_force;
if (dir == -1 || dir == 1) {
force += dir * engine_force_inc;
force = Math.max(-1, Math.min(force, 1));
} else if (dir == 0 && force >= 0) {
force -= engine_force_inc;
force = Math.max(0, force);
} else if (dir == 0 && force < 0) {
force += engine_force_inc;
force = Math.min(0, force);
} else
m_print.error("Wrong steering direction");
physics.vehicle_throttle(obj, util.clamp(force, -1, 1));
}
exports["get_vehicle_speed"] = function(obj) {
if (physics.is_vehicle_chassis(obj) || physics.is_vehicle_hull(obj))
return physics.get_vehicle_speed(obj);
else
m_print.error("Wrong object");
}
exports["get_vehicle_brake"] = function(obj) {
if (physics.is_vehicle_chassis(obj) || physics.is_vehicle_hull(obj))
return obj._vehicle.brake_force;
else
m_print.error("Wrong object");
}
exports["get_vehicle_steering"] = function(obj) {
if (physics.is_vehicle_chassis(obj) || physics.is_vehicle_hull(obj))
return obj._vehicle.steering;
else
m_print.error("Wrong object");
}
exports["is_vehicle_chassis"] = function(obj) {
return physics.is_vehicle_chassis(obj);
}
exports["vehicle_brake"] = function(obj, brake_force) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
physics.vehicle_brake(obj, util.clamp(brake_force, 0, 1));
}
exports["vehicle_steer"] = function(obj, steering_value) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
physics.vehicle_steer(obj, util.clamp(steering_value, -1, 1));
}
exports["vehicle_throttle"] = function(obj, engine_force) {
if (!physics.is_vehicle_chassis(obj) && !physics.is_vehicle_hull(obj))
m_print.error("Wrong object");
physics.vehicle_throttle(obj, util.clamp(engine_force, -1, 1));
}