void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve texture data from bitmap.
Texture2D _texture = Resources.Load("letter-exploration-texture") as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve texture data from bitmap.
string imagePath = "Letters/big-letter-" + MenuScript.chosenLetter + "-texture";
/*switch (MenuScript.chosenLetter)
* {
* case 'c':
* Debug.Log("Activating C haptic.");
* imagePath = "Letters/big-letter-c-texture";
* break;
* case 'm':
* Debug.Log("Activating M haptic");
* imagePath = "Letters/big-letter-m-texture";
* break;
* case 'r':
* Debug.Log("Activating R haptic");
* imagePath = "Letters/big-letter-r-texture";
* break;
* case 't':
* Debug.Log("Activating T haptic");
* imagePath = "Letters/big-letter-t-texture";
* break;
* }*/
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve texture data from bitmap.
string imagePath = "";
switch (this.gameObject.name)
{
case "NoiseBrushMesh":
Debug.Log("Activating noise haptic.");
imagePath = "noise_texture";
break;
case "BumpyBrushMesh":
Debug.Log("Activating bumpy haptic.");
imagePath = "bumpy_texture";
break;
case "SoftBrushMesh":
Debug.Log("Activating soft haptic.");
imagePath = "soft_texture";
break;
}
//Retrieve texture data from bitmap.
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
void InitHaptics()
{
//Get the service adapter
hapticServiceAdapter = HapticServiceAdapter.GetInstance();
if (hapticServiceAdapter != null)
{
//Create the haptic view with the service adapter instance and then activate it.
hapticView = HapticView.Create(hapticServiceAdapter);
hapticView.Activate();
hapticView.SetOrientation(Screen.orientation); //Set orientation of haptic view based on screen orientation.
}
}
void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve texture data from bitmap.
string imagePath = "";
switch (this.gameObject.name)
{
case "SquareHaptic1":
imagePath = "Textures/noise_highres/noise-blur";
break;
case "SquareHaptic3":
imagePath = "Textures/noise_highres/noise-original";
break;
case "SquareHaptic5":
imagePath = "Textures/noise_highres/noise-sharp";
break;
}
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
// Following Start() this is called in a loop.
void Update()
{
if (mHapticView != null)
{
//Ensure haptic view orientation matches current screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve x and y position of component.
Mesh _mesh = gameObject.GetComponent <MeshFilter>().mesh;
Vector3[] _meshVerts = _mesh.vertices;
for (var i = 0; i < _mesh.vertexCount; ++i)
{
_meshVerts[i] = _camera.WorldToScreenPoint(gameObject.transform.TransformPoint(_meshVerts[i]));
}
//Set the size and position of the haptic sprite to correspond to component's boundry.
mHapticSprite.SetPosition((int)(_meshVerts[0].x), (int)(_meshVerts[0].y));
mHapticSprite.SetSize((double)_meshVerts[1].x - _meshVerts[0].x, (double)_meshVerts[1].y - _meshVerts[0].y);
}
}
//initializing the application's haptic resources
public void InitHaptics()
{
Debug.Log("I see haptics");
//Retrieve texture data from bitmap.
string imagePath = "";
//imagePath = "Textures/noise/noise_texture3";
switch (this.gameObject.name)
{
//C1 version: haptics become finer with less current
case "HapticMeshA":
imagePath = "Textures/test/test1-test";
Debug.Log("texture is textureA");
break;
case "HapticMeshB":
imagePath = "Textures/test/test2-test";
Debug.Log("texture is textureB");
break;
case "HapticMeshC":
imagePath = "Textures/test/test2-test";
Debug.Log("texture is textureC");
break;
case "HapticMeshD":
imagePath = "Textures/test/test3-test";
Debug.Log("texture is textureD");
break;
/*
* //C2 version: haptics become coarser with less current
* case "HapticMeshA":
* imagePath = "Textures/test/test3-test";
* Debug.Log("texture is textureA");
* break;
* case "HapticMeshB":
* imagePath = "Textures/test/test2-test";
* Debug.Log("texture is textureB");
* break;
* case "HapticMeshC":
* imagePath = "Textures/test/test2-test";
* Debug.Log("texture is textureC");
* break;
* case "HapticMeshD":
* imagePath = "Textures/test/test1-test";
* Debug.Log("texture is textureD");
* break;
*/
// Resistor haptics
case "HapticMesh1":
imagePath = "Textures/stripes/stripe1";
Debug.Log("texture is texture1");
break;
case "HapticMesh2":
imagePath = "Textures/stripes/stripe1two";
Debug.Log("texture is texture2");
break;
case "HapticMesh3":
imagePath = "Textures/stripes/stripe1three";
Debug.Log("texture is texture3");
break;
case "HapticMesh4":
imagePath = "Textures/stripes/stripe4";
Debug.Log("texture is texture4");
break;
case "HapticMesh5":
imagePath = "Textures/dots/dots4";
break;
}
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
/*
* {
* case "HapticMesh1":
* imagePath = "Textures/checker_highres/checker_hr0";
* break;
*
* case "HapticMesh2":
* imagePath = "Textures/checker_highres/checker_hr1";
* break;
*
* case "HapticMesh3":
* imagePath = "Textures/checker_highres/checker_hr2";
* break;
*
* case "HapticMesh4":
* imagePath = "Textures/checker_highres/checker_hr3";
* break;
*
* case "HapticMesh5":
* imagePath = "Textures/checker_highres/checker_hr4";
* break;
*
* }
*/
/*
* {
* case "HapticMesh1":
* imagePath = "Textures/sandpaper/sandpaper0";
* break;
*
* case "HapticMesh2":
* imagePath = "Textures/sandpaper/sandpaper1";
* break;
*
* case "HapticMesh3":
* imagePath = "Textures/sandpaper/sandpaper2";
* break;
*
* case "HapticMesh4":
* imagePath = "Textures/sandpaper/sandpaper3";
* break;
*
* case "HapticMesh5":
* imagePath = "Textures/sandpaper/sandpaper4";
* break;
*
* }
*/
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
//initializing the application's haptic resources
void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
//Retrieve texture data from bitmap.
string imagePath = "";
//imagePath = "Textures/noise/noise_texture3";
switch (this.gameObject.name)
{
case "HapticMesh1":
imagePath = "Textures/noise/noise_texture4";
break;
case "HapticMesh2":
imagePath = "Textures/noise/noise_texture3";
break;
case "HapticMesh3":
imagePath = "Textures/customized/createdPolkaDotTexture";
break;
case "HapticMesh4":
imagePath = "Textures/noise/noise_texture1";
break;
case "HapticMesh5":
imagePath = "Textures/noise/noise_texture0";
break;
}
/*
* {
* case "HapticMesh1":
* imagePath = "Textures/checker_highres/checker_hr0";
* break;
*
* case "HapticMesh2":
* imagePath = "Textures/checker_highres/checker_hr1";
* break;
*
* case "HapticMesh3":
* imagePath = "Textures/checker_highres/checker_hr2";
* break;
*
* case "HapticMesh4":
* imagePath = "Textures/checker_highres/checker_hr3";
* break;
*
* case "HapticMesh5":
* imagePath = "Textures/checker_highres/checker_hr4";
* break;
*
* }
*/
/*
* {
* case "HapticMesh1":
* imagePath = "Textures/sandpaper/sandpaper0";
* break;
*
* case "HapticMesh2":
* imagePath = "Textures/sandpaper/sandpaper1";
* break;
*
* case "HapticMesh3":
* imagePath = "Textures/sandpaper/sandpaper2";
* break;
*
* case "HapticMesh4":
* imagePath = "Textures/sandpaper/sandpaper3";
* break;
*
* case "HapticMesh5":
* imagePath = "Textures/sandpaper/sandpaper4";
* break;
*
* }
*/
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}
void InitHaptics()
{
//Get the service adapter
mHapticServiceAdapter = HapticServiceAdapter.GetInstance();
//Create the haptic view with the service adapter instance and then activate it.
mHapticView = HapticView.Create(mHapticServiceAdapter);
mHapticView.Activate();
//Set orientation of haptic view based on screen orientation.
mHapticView.SetOrientation(Screen.orientation);
string imagePath = "";
switch (this.gameObject.name)
{
case "TrackOneInsideFeedbackMesh":
Debug.Log("Activating inside haptic.");
imagePath = "Tracks/feedback-exploration-insidetexture-track1";
break;
case "TrackOneOutsideFeedbackMesh":
Debug.Log("Activating outside haptic.");
imagePath = "Tracks/feedback-exploration-outsidetexture-track1";
break;
case "TrackTwoInsideFeedbackMesh":
Debug.Log("Activating inside haptic.");
Debug.Log("Log #9.");
imagePath = "Tracks/feedback-exploration-insidetexture-track2";
break;
case "TrackTwoOutsideFeedbackMesh":
Debug.Log("Activating outside haptic.");
imagePath = "Tracks/feedback-exploration-outsidetexture-track2";
break;
case "TrackThreeInsideFeedbackMesh":
Debug.Log("Activating inside haptic.");
imagePath = "Tracks/feedback-exploration-insidetexture-track3";
break;
case "TrackThreeOutsideFeedbackMesh":
Debug.Log("Activating outside haptic.");
imagePath = "Tracks/feedback-exploration-outsidetexture-track3";
break;
}
//Retrieve texture data from bitmap.
Texture2D _texture = Resources.Load(imagePath) as Texture2D;
byte[] textureData = TanvasTouch.HapticUtil.CreateHapticDataFromTexture(_texture, TanvasTouch.HapticUtil.Mode.Brightness);
//Create a haptic texture with the retrieved texture data.
mHapticTexture = HapticTexture.Create(mHapticServiceAdapter);
mHapticTexture.SetSize(_texture.width, _texture.height);
mHapticTexture.SetData(textureData);
//Create a haptic material with the created haptic texture.
mHapticMaterial = HapticMaterial.Create(mHapticServiceAdapter);
mHapticMaterial.SetTexture(0, mHapticTexture);
//Create a haptic sprite with the haptic material.
mHapticSprite = HapticSprite.Create(mHapticServiceAdapter);
mHapticSprite.SetMaterial(mHapticMaterial);
//Add the haptic sprite to the haptic view.
mHapticView.AddSprite(mHapticSprite);
}