// This function creates a speedcamera (store data and create the objects)
SetupSpeedCamera(Float:x, Float:y, Float:z, Float:rot, MaxSpeed)
{
// Setup local variables
new Msg[128], SpeedMph;

// Loop through all speed-camera slots
for (new Slot; Slot < MAX_CAMERAS; Slot++)
{
// Check if this slot is available
if (ACameras[Slot][CamSpeed] == 0)
{
// Store all the given values
ACameras[Slot][CamX] = x;
ACameras[Slot][CamY] = y;
ACameras[Slot][CamZ] = z;
ACameras[Slot][CamAngle] = rot;
ACameras[Slot][CamSpeed] = MaxSpeed;
// Calculate the speed in mph as well
SpeedMph = floatround((float(MaxSpeed) / 1.6), floatround_round);
// Create both camera objects and store their reference
ACameras[Slot][CamObj1] = CreateDynamicObject(18880, x, y, z, 0.0, 0.0, rot);
ACameras[Slot][CamObj2] = CreateDynamicObject(18880, x, y, z, 0.0, 0.0, rot + 180.0);

// Update the draw distance of each camera to 300m, otherwise they could be invisible until you're standing right next to them
// By default, dynamic objects have a draw distance of 0m, meaning they're only visible when you're very close to them
Streamer_SetFloatData(STREAMER_TYPE_OBJECT, ACameras[Slot][CamObj1], E_STREAMER_DRAW_DISTANCE, 300.0);
Streamer_SetFloatData(STREAMER_TYPE_OBJECT, ACameras[Slot][CamObj2], E_STREAMER_DRAW_DISTANCE, 300.0);

format(Msg, 128, "Max-speed: %i kph / %i mph", MaxSpeed, SpeedMph);
ACameras[Slot][Cam3DText] = CreateDynamic3DTextLabel(Msg, 0x008080FF, x, y, z + 5.0, 150.0);

// Exit the function (speed-camera has been added succesfully)
return Slot;
}
}

// If no speed-camera could be added (no free slots), return -1 to indicate adding a speed-camera has failed
return -1;
}