public override void ApplyDefaultData(HapticSystemAttribute hapticSystemInfo)
{
base.ApplyDefaultData(hapticSystemInfo);
indexFingerCoordinates = Resources.Load <ScriptableBodyCoordinate>(hapticSystemInfo.AdditionalData[0] as string);
middleFingerCoordinates = Resources.Load <ScriptableBodyCoordinate>(hapticSystemInfo.AdditionalData[1] as string);
ringFingerCoordinates = Resources.Load <ScriptableBodyCoordinate>(hapticSystemInfo.AdditionalData[2] as string);
pinkyFingerCoordinates = Resources.Load <ScriptableBodyCoordinate>(hapticSystemInfo.AdditionalData[3] as string);
isRightHand = (bool)hapticSystemInfo.AdditionalData[4];
}
public virtual void ApplyDefaultData(HapticSystemAttribute hapticSystemAtt)
{
// Check to see if the first data point is a BodyCoordinateSystem
ScriptableBodyCoordinate bodyCoordinate = Resources.Load <ScriptableBodyCoordinate>(hapticSystemAtt.AffectedBodyFileLocation);
if (bodyCoordinate != null)
{
affectedBodyPart = bodyCoordinate;
}
hapticSystemInfo = hapticSystemAtt;
}
/// <summary>
/// Allows the manager to know that a device is able to target a specific body part
/// </summary>
/// <param name="device">The haptic device that is able to target a body coordinate</param>
/// <param name="hitLocation">The body coordinate system that it can handle</param>
public void AddDevicePerBodyLocation(HapticDevice device, ScriptableBodyCoordinate hitLocation)
{
if (bodyAffectedByDevice.ContainsKey(hitLocation.affectableBodyParts))
{
bodyAffectedByDevice[hitLocation.affectableBodyParts].Add(device);
}
else
{
bodyAffectedByDevice[hitLocation.affectableBodyParts] = new List <HapticDevice>
{
device
};
}
}
