// 加算実行
public void OnArmAdd(float addWidthMax, int time)
{
if (state == ARM_STATE.ARM_STATE_NONE)
{
state = ARM_STATE.ARM_STATE_ADD;
addWidth = addWidthMax / time; // 一度に加算する量を設定
subWidth = addWidthMax / 2;
addTime = time; // 加算する時間を設定
backTime = 2; // 戻す時間も設定
}
}
private int backTime; // 戻す時間
// Use this for initialization
void Start()
{
// Imgを取得
armImg = GetComponent <Image>();
// デフォルトの幅を取得
defSize = armImg.rectTransform.sizeDelta;
// 現在の幅に設定
nowSize = defSize;
state = ARM_STATE.ARM_STATE_NONE;
}
// 戻す状態の処理
public void StateBackUpdate()
{
if (backTime > 0)
{
backTime--; // 時間減算
nowSize.x -= subWidth; // 幅 戻すため減算
armImg.rectTransform.sizeDelta = nowSize; // 位置更新
}
else
{
// 状態なしへ
state = ARM_STATE.ARM_STATE_NONE;
}
}
// 加算状態の処理
public void StateAddUpdate()
{
if (addTime > 0)
{
addTime--; // 時間減算
nowSize.x += addWidth; // 幅加算
armImg.rectTransform.sizeDelta = nowSize; // 位置更新
}
else
{
// 戻し状態へ
state = ARM_STATE.ARM_STATE_BACK;
}
}
// Update is called once per frame
void Update()
{
if (!isInitialized)
{
return;
}
//kin.AddToGrammar("destroy");
//Debug.Log(kin.GetLastRecoResult());
// Check for lightning
Vector3 rightHand = kin.GetJointPos(KinectWrapper.Joints.HAND_RIGHT);
Vector3 rightShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_RIGHT);
Vector3 rightVec = rightHand - rightShoulder;
rightVec.z = -1 * rightVec.z;
if (rightVec.z / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Z;
}
else if (rightVec.z / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Z;
}
else if (rightVec.x / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_X;
}
else if (rightVec.x / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_X;
}
else if (rightVec.y / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Y;
}
else if (rightVec.y / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Y;
}
else
{
rightArm = ARM_STATE.AS_NONE;
}
Vector3 leftHand = kin.GetJointPos(KinectWrapper.Joints.HAND_LEFT);
Vector3 leftShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_LEFT);
Vector3 leftVec = leftHand - leftShoulder;
leftVec.z = -1 * leftVec.z;
if (leftVec.z / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Z;
}
else if (leftVec.z / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Z;
}
else if (leftVec.x / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_X;
}
else if (leftVec.x / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_X;
}
else if (leftVec.y / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Y;
}
else if (leftVec.y / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Y;
}
else
{
leftArm = ARM_STATE.AS_NONE;
}
Vector3 rightfoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_RIGHT);
Vector3 leftfoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_LEFT);
float DisBetweenFoots = rightfoot.z - leftfoot.z;
float DisToJump = Mathf.Abs(leftfoot.y) - Mathf.Abs(rightfoot.y);
if (DisBetweenFoots > LEG_THRESHOLD)
{
rightLeg = LEG_STATE.AS_BACKWORD;
}
else if (DisBetweenFoots < -LEG_THRESHOLD)
{
rightLeg = LEG_STATE.AS_FORWORD;;
}
else
{
rightLeg = LEG_STATE.AS_NONE;
}
if (DisToJump > 90)
{
rightLegJump = JUMP_STATE.AS_JUMP;
}
else
{
rightLegJump = JUMP_STATE.AS_NONE;
}
Vector3 headVec = kin.GetJointPos(KinectWrapper.Joints.HEAD);
Vector3 kneeVec = kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
float DisBetweenHeadAndKnee = headVec.y - kneeVec.y;
if (DisBetweenHeadAndKnee < DUCK_THRESHOLD)
{
headKneeLeft = DUCK_STATE.AS_DUCK;
}
else
{
headKneeLeft = DUCK_STATE.AS_NONE;
}
//Debug.Log(headKneeLeft + ": " + DisBetweenHeadAndKnee);
}
// Update is called once per frame
void Update()
{
if (!isInitialized) return;
//kin.AddToGrammar("destroy");
//Debug.Log(kin.GetLastRecoResult());
// Check for lightning
Vector3 rightHand = kin.GetJointPos(KinectWrapper.Joints.HAND_RIGHT);
Vector3 rightShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_RIGHT);
Vector3 rightVec = rightHand - rightShoulder;
rightVec.z = -1 * rightVec.z;
if (rightVec.z / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Z;
}
else if (rightVec.z / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Z;
}
else if (rightVec.x / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_X;
}
else if (rightVec.x / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_X;
}
else if (rightVec.y / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Y;
}
else if (rightVec.y / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Y;
}
else
{
rightArm = ARM_STATE.AS_NONE;
}
Vector3 leftHand = kin.GetJointPos(KinectWrapper.Joints.HAND_LEFT);
Vector3 leftShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_LEFT);
Vector3 leftVec = leftHand - leftShoulder;
leftVec.z = -1 * leftVec.z;
if (leftVec.z / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Z;
}
else if (leftVec.z / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Z;
}
else if (leftVec.x / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_X;
}
else if (leftVec.x / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_X;
}
else if (leftVec.y / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Y;
}
else if (leftVec.y / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Y;
}
else
{
leftArm = ARM_STATE.AS_NONE;
}
Vector3 rightfoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_RIGHT);
Vector3 leftfoot = kin.GetJointPos(KinectWrapper.Joints.FOOT_LEFT);
float DisBetweenFoots = rightfoot.z - leftfoot.z;
float DisToJump = Mathf.Abs(leftfoot.y) - Mathf.Abs(rightfoot.y);
if (DisBetweenFoots > LEG_THRESHOLD)
{
rightLeg = LEG_STATE.AS_BACKWORD;
}
else if (DisBetweenFoots < -LEG_THRESHOLD)
{
rightLeg = LEG_STATE.AS_FORWORD;;
}
else
{
rightLeg = LEG_STATE.AS_NONE;
}
if ( DisToJump > 90 )
{
rightLegJump = JUMP_STATE.AS_JUMP;
} else {
rightLegJump = JUMP_STATE.AS_NONE;
}
Vector3 headVec = kin.GetJointPos(KinectWrapper.Joints.HEAD);
Vector3 kneeVec = kin.GetJointPos(KinectWrapper.Joints.KNEE_LEFT);
float DisBetweenHeadAndKnee = headVec.y - kneeVec.y;
if (DisBetweenHeadAndKnee < DUCK_THRESHOLD){
headKneeLeft = DUCK_STATE.AS_DUCK;
} else {
headKneeLeft = DUCK_STATE.AS_NONE;
}
//Debug.Log(headKneeLeft + ": " + DisBetweenHeadAndKnee);
}
// Update is called once per frame
void Update()
{
if (!isInitialized)
{
return;
}
// Check for lightning
Vector3 rightHand = kin.GetJointPos(KinectWrapper.Joints.HAND_RIGHT);
Vector3 rightShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_RIGHT);
Vector3 rightVec = rightHand - rightShoulder;
rightVec.z = -1 * rightVec.z;
if (rightVec.z / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Z;
}
else if (rightVec.z / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Z;
}
else if (rightVec.x / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_X;
}
else if (rightVec.x / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_X;
}
else if (rightVec.y / rightVec.magnitude < -STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_NEG_Y;
}
else if (rightVec.y / rightVec.magnitude > STATE_THRESHOLD)
{
rightArm = ARM_STATE.AS_POS_Y;
}
else
{
rightArm = ARM_STATE.AS_NONE;
}
Vector3 leftHand = kin.GetJointPos(KinectWrapper.Joints.HAND_LEFT);
Vector3 leftShoulder = kin.GetJointPos(KinectWrapper.Joints.SHOULDER_LEFT);
Vector3 leftVec = leftHand - leftShoulder;
leftVec.z = -1 * leftVec.z;
if (leftVec.z / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Z;
}
else if (leftVec.z / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Z;
}
else if (leftVec.x / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_X;
}
else if (leftVec.x / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_X;
}
else if (leftVec.y / leftVec.magnitude < -STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_NEG_Y;
}
else if (leftVec.y / leftVec.magnitude > STATE_THRESHOLD)
{
leftArm = ARM_STATE.AS_POS_Y;
}
else
{
leftArm = ARM_STATE.AS_NONE;
}
//Debug.Log(leftVec + " " + leftArm + " " + rightArm + " " + rightVec);
}