private void Start()
{
this.kin = GetComponent<KUInterface>();
this._feet = new List<Vector3>();
this.sizeCount = 0;
this._isInitialized = false;
}
private void Start()
{
this.kin = GetComponent <KUInterface>();
this._feet = new List <Vector3>();
this.sizeCount = 0;
this._isInitialized = false;
}
private void Start()
{
GameObject kinectContainer = GameObject.FindWithTag("Kinect");
if (kinectContainer != null)
{
this.isInitialized = true;
this.kin = kinectContainer.GetComponent<KUInterface>();
}
}
private void SetUpKinect()
{
GameObject kinectContainer = GameObject.FindWithTag(KinectTag);
if (kinectContainer != null)
{
KMonitor km = kinectContainer.GetComponent<KMonitor>();
if (km.IsInitialized)
this.kin = kinectContainer.GetComponent<KUInterface>();
}
}
public static bool StartKinect(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
if (kin.GetJointPos(KinectWrapper.Joints.HEAD).z > 30)
val = true;
return val;
}
// Use this for initialization
void Start()
{
GameObject kinectContainer = GameObject.FindWithTag("Kinect");
if (kinectContainer != null)
{
kin = kinectContainer.GetComponent <KUInterface>();
isInitialized = true;
}
}
// Use this for initialization
void Start()
{
//SceneManager.LoadScene(0);
timer = 0;
limit = 1.5f;
countdown_text.SetActive(false);
DontDestroyOnLoad(audio_song);
gameStarting = false;
Kinect = (KUInterface)FindObjectOfType(typeof(KUInterface));
DontDestroyOnLoad(Kinect);
}
void Awake()
{
if (instance == null)
{
DontDestroyOnLoad(transform.gameObject);
instance = this;
}
else
{
Destroy(transform.gameObject);
}
}
public static bool KinectLeft(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 leftWrist = kin.GetJointPos(KinectWrapper.Joints.WRIST_LEFT);
Vector3 leftElbow = kin.GetJointPos(KinectWrapper.Joints.ELBOW_LEFT);
if (Math.Abs(leftWrist.x - leftElbow.x) > Vector3.Distance(leftWrist, leftElbow) * 0.9)
val = true;
return val;
}
public static bool KinectRight(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 rightWrist = kin.GetJointPos(KinectWrapper.Joints.WRIST_RIGHT);
Vector3 rightElbow = kin.GetJointPos(KinectWrapper.Joints.ELBOW_RIGHT);
if (Math.Abs(rightWrist.x - rightElbow.x) > Vector3.Distance(rightWrist, rightElbow) * 0.9)
val = true;
return val;
}
private void SetUpKinect()
{
GameObject kinectContainer = GameObject.FindWithTag(KinectTag);
if (kinectContainer != null)
{
KMonitor km = kinectContainer.GetComponent <KMonitor>();
if (km.IsInitialized)
{
this.kin = kinectContainer.GetComponent <KUInterface>();
}
}
}
public static bool KinectLeft(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 shoulderCenter = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_CENTER);
Vector3 hipCenter = kin.GetJointPos(KinectWrapper.Joints.HIP_CENTER);
Vector3 upperBody = shoulderCenter - hipCenter;
if (upperBody.normalized.x < -0.15)
val = true;
return val;
}
public static bool KinectBack(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 rightAnkle = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT);
Vector3 leftAnkle = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT);
Vector3 leftFoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_LEFT);
if (leftAnkle.z - rightAnkle.z < -Vector3.Distance(leftAnkle, leftFoot))
{
val = true;
}
return val;
}
public static bool StartKinect(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
if (kin.GetJointPos(KinectWrapper.Joints.HEAD).z > 30)
{
val = true;
}
return(val);
}
public static bool KinectHeadRightTilt(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 neck = kin.GetJointPos(KinectWrapper.Joints.HEAD) - kin.GetJointPos(KinectWrapper.Joints.SHOULDER_CENTER);
if (neck.normalized.x > 0.15)
{
val = true;
}
return(val);
}
public static bool KinectRight(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 rightWrist = kin.GetJointPos(KinectWrapper.Joints.WRIST_RIGHT);
Vector3 rightElbow = kin.GetJointPos(KinectWrapper.Joints.ELBOW_RIGHT);
if (Math.Abs(rightWrist.x - rightElbow.x) > Vector3.Distance(rightWrist, rightElbow) * 0.9)
{
val = true;
}
return(val);
}
public static bool KinectLeft(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 leftWrist = kin.GetJointPos(KinectWrapper.Joints.WRIST_LEFT);
Vector3 leftElbow = kin.GetJointPos(KinectWrapper.Joints.ELBOW_LEFT);
if (Math.Abs(leftWrist.x - leftElbow.x) > Vector3.Distance(leftWrist, leftElbow) * 0.9)
{
val = true;
}
return(val);
}
public static bool KinectBack(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 rightAnkle = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT);
Vector3 leftAnkle = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT);
Vector3 leftFoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_LEFT);
if (leftAnkle.z - rightAnkle.z < -Vector3.Distance(leftAnkle, leftFoot))
{
val = true;
}
return(val);
}
public static bool KinectFly(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 leftLowerArm = kin.GetJointPos(KinectWrapper.Joints.WRIST_LEFT) - kin.GetJointPos(KinectWrapper.Joints.ELBOW_LEFT);
Vector3 rightLowerArm = kin.GetJointPos(KinectWrapper.Joints.WRIST_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.ELBOW_RIGHT);
Vector3 leftHand = kin.GetJointPos(KinectWrapper.Joints.HAND_LEFT);
Vector3 head = kin.GetJointPos(KinectWrapper.Joints.HEAD);
if (leftLowerArm.normalized.y > 0.9 && rightLowerArm.normalized.y < -0.9 && leftHand.y > head.y)
{
val = true;
}
return(val);
}
public static bool KinectLeft(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 shoulderCenter = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_CENTER);
Vector3 hipCenter = kin.GetJointPos(KinectWrapper.Joints.HIP_CENTER);
Vector3 upperBody = shoulderCenter - hipCenter;
if (upperBody.normalized.x < -0.15)
{
val = true;
}
return(val);
}
public static bool KinectCrouch(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 lowerLeftLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 upperLeftLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 lowerRightLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
Vector3 upperRighLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
if (Vector3.Angle(lowerLeftLeg, upperLeftLeg) < crouchAngle && Vector3.Angle(lowerRightLeg, upperRighLeg) < crouchAngle)
{
val = true;
}
return(val);
}
public static bool KinectJump(KUInterface kin)
{
if (kin == null)
{
return(false);
}
bool val = false;
Vector3 lowerLeftLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 lowerRightLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
Vector3 upperRighLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
if (Vector3.Angle(lowerRightLeg, upperRighLeg) < jumpKneeAngle &&
kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT).y - kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT).y > Vector3.Magnitude(lowerLeftLeg) * 0.6)
{
val = true;
}
return(val);
}
public static bool KinectFly(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 leftLowerArm = kin.GetJointPos(KinectWrapper.Joints.WRIST_LEFT) - kin.GetJointPos(KinectWrapper.Joints.ELBOW_LEFT);
Vector3 rightLowerArm = kin.GetJointPos(KinectWrapper.Joints.WRIST_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.ELBOW_RIGHT);
Vector3 leftHand = kin.GetJointPos(KinectWrapper.Joints.HAND_LEFT);
Vector3 head = kin.GetJointPos(KinectWrapper.Joints.HEAD);
if (leftLowerArm.normalized.y > 0.9 && rightLowerArm.normalized.y < -0.9 && leftHand.y > head.y)
val = true;
return val;
}
public static bool KinectHeadRightTilt(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 neck = kin.GetJointPos(KinectWrapper.Joints.HEAD) - kin.GetJointPos(KinectWrapper.Joints.SHOULDER_CENTER);
if (neck.normalized.x > 0.15)
val = true;
return val;
}
public static bool KinectJump(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 lowerLeftLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 lowerRightLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
Vector3 upperRighLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
if (Vector3.Angle(lowerRightLeg, upperRighLeg) < jumpKneeAngle
&& kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT).y - kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT).y > Vector3.Magnitude(lowerLeftLeg) * 0.6)
val = true;
return val;
}
public static bool KinectCrouch(KUInterface kin)
{
if (kin == null) return false;
bool val = false;
Vector3 lowerLeftLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 upperLeftLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_LEFT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
Vector3 lowerRightLeg = kin.GetJointPos(KinectWrapper.Joints.ANKLE_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
Vector3 upperRighLeg = kin.GetJointPos(KinectWrapper.Joints.HIP_RIGHT) - kin.GetJointPos(KinectWrapper.Joints.KNEE_RIGHT);
if (Vector3.Angle(lowerLeftLeg, upperLeftLeg) < crouchAngle && Vector3.Angle(lowerRightLeg, upperRighLeg) < crouchAngle)
val = true;
return val;
}
// Use this for initialization
void Start()
{
debugMode = Config.handMouseControl;
easyMode = Config.easyMode;
Kinect = (KUInterface)FindObjectOfType(typeof(KUInterface));
}