public void UpdateClientPosZ(FloatBackchannelType data)
{
var pos = player2.position;
pos.z = data.FLOAT_VALUE;
player2.position = pos;
}
public void moveZ(FloatBackchannelType zValue)
{
computerVector.x = 0f;
computerVector.y = 0f;
computerVector.z = zValue.FLOAT_VALUE;
myRigidbody.AddForce(computerVector * sensitivity);
}
public void UpdateServerPosX(FloatBackchannelType data)
{
Debug.Log(data.FLOAT_VALUE);
player2.transform.position = new Vector3(data.FLOAT_VALUE,
player2.transform.position.y,
player2.transform.position.z);
}
public void UpdateClientPosX(FloatBackchannelType data)
{
Debug.Log(data.FLOAT_VALUE);
var pos = player2.position;
pos.x = data.FLOAT_VALUE;
player2.position = pos;
}
public void updateSpeed(FloatBackchannelType floatBackchannel)
{
//0mph(default) is rotation 10 and 220mph is rotation -190
//usually is between 0 to 3 if fall off map is almost 10
//so equation for line would be y= -20x + 10
currentSpeed = floatBackchannel.FLOAT_VALUE;
myRotation.z = -20.0f * currentSpeed + 10.0f;
myRectTransform.localRotation = Quaternion.Euler(myRotation);
}
void Awake()
{
backchannelKey = EasyWiFiController.registerControl(EasyWiFiConstants.BACKCHANNELTYPE_FLOAT, controlName);
floatBackchannel = (FloatBackchannelType)EasyWiFiController.controllerDataDictionary[backchannelKey];
}
// Use this for initialization
void Awake()
{
floatKey = EasyWiFiController.registerControl(EasyWiFiConstants.CONTROLLERTYPE_FLOAT, controlName);
floatData = (FloatBackchannelType)EasyWiFiController.controllerDataDictionary[floatKey];
}
public void UpdateServerPosZ(FloatBackchannelType data)
{
player2.transform.position = new Vector3(player2.transform.position.x,
player2.transform.position.y,
data.FLOAT_VALUE);
}
