// Use this for initialization
void Start()
{
sampler = new JointSampler ();
user_id = PlayerPrefs.GetInt ("ActiveUser", 1);
// Load ZigFu game object. This game object has 4 Zig related script Components. Use this object
// to instances of these script's classes in order to access event information :)
zigfu = GameObject.Find ("ZigFu");
zig_control = zigfu.GetComponent <Zig>();
skeleton = GetComponent <ZigSkeleton>();
db_control = new dbAccess ();
reader = new GloveReader ();
}
// Use this for initialization
void Start()
{
// Instantiate objects
// Load ZigFu game object. This game object has 4 Zig related script Components. Use this object
// to instances of these script's classes in order to access event information :)
zigfu = GameObject.Find ("ZigFu");
sampler = new JointSampler ();
zig_control = zigfu.GetComponent <Zig>();
// This script is attached to Carl so GetComponent can be called directly
skeleton = GetComponent <ZigSkeleton>();
l_shoulder_angles = new Vector3();
r_shoulder_angles = new Vector3();
db_control = new dbAccess ();
user_id = PlayerPrefs.GetInt ("ActiveUser", 1);
// DEBUG: Access some application run-time data. Compare this output to where the scene was loaded from
//Debug.Log ("isEditor: " + Application.isEditor + "\nisLoadinglevel: " + Application.isLoadingLevel + "\nLoadedLevelName: " + Application.loadedLevelName +
// "\nplatform: " + Application.platform + "\nGenuine: " + Application.genuine + "\ngenuineCheckAvailable: " + Application.genuineCheckAvailable +
// "\nbackgroundLoadingPriority: " + Application.backgroundLoadingPriority);
// Calculate max and min y-axis rotations to allow abduction measurements
max_y_rotation = degrees_freedom;
min_y_rotation = -degrees_freedom;
// Get zig joint identification numbers for each shoulder
R_shoulder_id = ZigJointId.RightShoulder;
L_shoulder_id = ZigJointId.LeftShoulder;
currentExercise = 0;
exercise = "Press Next To Start";
style = new GUIStyle();
instructions = " ";
time_hold = 0;
inPosition = true;
}
