void Start()
{
// Set to portrait mode
Screen.orientation = ScreenOrientation.Portrait;
// Indicate whether the device supports Core Haptics or not
DeviceSupported.text = "Device supported: " + UnityCoreHapticsProxy.SupportsCoreHaptics();
// Check if relative path to AHAP is correct
// Note: this demo won't play AHAP files in its current state
// You must import an AHAP into Assets/StreamingAssets and ahapRelativePath to it
// Please see README.pdf for more details
if (ahapRelativePath != null && ahapRelativePath != "")
{
Utility.AssertFileExists(ahapRelativePath);
}
// Create haptic engine before using it to play haptics
UnityCoreHapticsProxy.CreateEngine();
// Set up callbacks
UnityCoreHapticsProxy.OnEngineCreated += () => {
Debug.Log("Unity: ENGINE CREATED");
};
UnityCoreHapticsProxy.OnEngineError += () => {
Debug.LogError("Unity: ENGINE ERROR");
};
// Listen to click events
PlayTransient.onClick.AddListener(PlayTransientHaptics);
PlayContinuous.onClick.AddListener(PlayContinuousHaptics);
PlayCustomAHAP.onClick.AddListener(PlayHapticsFromAHAP);
}
void Start()
{
// Create haptic engine before using it to play haptics
// this should only be called one tine
UnityCoreHapticsProxy.CreateEngine();
if (!createdEngineOnStart)
{
UnityCoreHapticsProxy.CreateEngine();
createdEngineOnStart = true;
}
}
void PlayHapticsFromAHAP()
{
Debug.Log("Playing AHAP");
UnityCoreHapticsProxy.PlayHapticsFromFile(ahapRelativePath);
}
void PlayContinuousHaptics()
{
Debug.Log("Playing continuous!");
UnityCoreHapticsProxy.PlayContinuousHaptics(1f, 0.2f, 1f);
}
void PlayTransientHaptics()
{
Debug.Log("Playing transient!");
UnityCoreHapticsProxy.PlayTransientHaptics(1f, 1f);
}
public void PlayContinuousHaptics()
{
UnityCoreHapticsProxy.PlayContinuousHaptics(intensity, sharpness, duration);
}
public void PlayTransientHaptics()
{
UnityCoreHapticsProxy.PlayTransientHaptics(intensity, sharpness);
}
