// Use this for initialization
void Start()
{
// Set up the helper classes for each state
C_moveGround = new MoveGround(this);
C_moveCliff = new MoveCliff(this);
C_moveJump = new MoveJump(this);
C_moveFly = new MoveFly(this);
C_animLink = new MoveAnimationLink(this);
MCglobals.v3_grav = Physics.gravity;
MCglobals.rigid = GetComponent <Rigidbody>();
MCglobals.rigid.maxAngularVelocity = 20f;
MCglobals.t_cameraTrans = Camera.main.transform;
// Set up terrain detection system
MCglobals.v3list_localTerrainDetectDown = new Vector3[i_TERRAINNUMS];
Vector3 groundDetectFwd = Vector3.forward * MCglobals.f_groundDetectFwdBack * transform.lossyScale.x;
Vector3 groundDetectRight = Vector3.right * MCglobals.f_groundDetectLeftRight * transform.lossyScale.x;
MCglobals.v3list_localTerrainDetectDown[0] = groundDetectFwd + groundDetectRight; // Right arm
MCglobals.v3list_localTerrainDetectDown[1] = groundDetectFwd - groundDetectRight; // Left arm
MCglobals.v3list_localTerrainDetectDown[2] = -groundDetectFwd - groundDetectRight; // Left leg
MCglobals.v3list_localTerrainDetectDown[3] = -groundDetectFwd + groundDetectRight; // Right leg
MCglobals.v3list_localTerrainDetectDir = new Vector3[i_TERRAINNUMS];
for (int i = 0; i < i_TERRAINNUMS; i++)
{
MCglobals.v3list_localTerrainDetectDir[i] = Vector3.down * MCglobals.f_vertHeightCheck;
}
MCglobals.v3list_terrainPoint = new Vector3[i_TERRAINNUMS];
MCglobals.fList_terrainDistance = new float[i_TERRAINNUMS];
MCglobals.v3list_rotateTo = new Vector3[2];
MCglobals.v3list_rotateTo[0] = Vector3.forward;
// Set capsule height
MCglobals.f_capsuleLength = GetComponent <CapsuleCollider>().height * 0.5f * transform.lossyScale.z;
MCglobals.f_desiredHeight *= transform.lossyScale.y;
MCglobals.v3_terrainNormAvg = Vector3.up;
MCglobals.v3_wallNormal = Vector3.up;
#if UNITY_IOS
joystick = FindObjectOfType <Joystick>();
joyButton = FindObjectOfType <JoyButton>();
#endif
SpawnOnGround();
}
public void IsJumping()
{
MoveJump.Invoke();
}
