// 4. Wait unitl get a Event from VRInputManager while looping animation.
IEnumerator DrawAnimationUnilEvent_CR(TutSlide slide)
{
if (slide._inputType.HasValue == false)
{
yield break;
}
float currTime = 0;
int idx = 0;
ChangeSlide(slide._sprites[idx]);
VRInputManager.currTutInputManager.RegisterEvent(slide._inputType.Value, slide.SetOnEventFlag);
while (true)
{
currTime += Time.deltaTime;
if (currTime > slide._playTime)
{
currTime = 0;
idx = (idx + 1) % (slide._sprites.Length);
ChangeSlide(slide._sprites[idx]);
}
yield return(null);
if (slide._eventFlag == true)
{
break;
}
}
VRInputManager.currTutInputManager.UnRegisterEvent(slide._inputType.Value, slide.SetOnEventFlag);
GoNextSlide();
}
//Change Slide and Draw
public void Draw(TutSlide slide)
{
if (slide._inputType.HasValue == false) /* Non Event Type */
{
if (!slide._isAnimation)
{
// Default Draw slide
ChangeSlide(slide._sprites[0]);
StartCoroutine(DrawDefalut_CR(slide));
}
else
{
// Animation Slides play once
StartCoroutine(DrawAnimation_CR(slide));
}
}
else /* Event Type */
{
if (!slide._isAnimation)
{
ChangeSlide(slide._sprites[0]);
StartCoroutine(DrawDefalutUnitlEvent_CR(slide));
}
else
{
// Animation Slides play loop
StartCoroutine(DrawAnimationUnilEvent_CR(slide));
}
}
}
// Use this for initialization
protected override void Initialize()
{
tutorialName = "pptKaraoke";
//Configuration
slidePlayer.enabled = false;
timerPlayer.enabled = false;
_slides = new TutSlide[8];
_slides[0] = new TutSlide();
string[] arr1 = new string[] { "pptKaraoke/t1" };
_slides[0].Initialize(arr1, null, false, 3.0f);
_slides[1] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t2" };
_slides[1].Initialize(arr1, null, false, 3.0f);
_slides[2] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t3" };
_slides[2].Initialize(arr1, VRInputManager.TutorialInputType.LookAtScreen, false, 0);
_slides[3] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t5", "pptKaraoke/t5_1" };
_slides[3].Initialize(arr1, null, true, 3.0f);
_slides[4] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t7" };
_slides[4].Initialize(arr1, null, false, 3.0f);
_slides[5] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t8" };
_slides[5].Initialize(arr1, null, false, 3.0f);
_slides[6] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t9" };
_slides[6].Initialize(arr1, null, false, 3.0f);
_slides[7] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t10" };
_slides[7].Initialize(arr1, null, false, 3.0f);
}
// Use this for initialization
protected override void Initialize(){
tutorialName = "pptKaraoke";
//Configuration
slidePlayer.enabled = false;
timerPlayer.enabled = false;
_slides = new TutSlide[8];
_slides[0] = new TutSlide();
string[] arr1 = new string[] { "pptKaraoke/t1" };
_slides[0].Initialize( arr1, null, false, 3.0f);
_slides[1] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t2"};
_slides[1].Initialize( arr1, null, false, 3.0f);
_slides[2] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t3"};
_slides[2].Initialize( arr1, VRInputManager.TutorialInputType.LookAtScreen, false, 0);
_slides[3] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t5", "pptKaraoke/t5_1"};
_slides[3].Initialize( arr1, null, true, 3.0f);
_slides[4] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t7"};
_slides[4].Initialize( arr1, null, false, 3.0f);
_slides[5] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t8"};
_slides[5].Initialize( arr1, null, false, 3.0f);
_slides[6] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t9"};
_slides[6].Initialize( arr1, null, false, 3.0f);
_slides[7] = new TutSlide();
arr1 = new string[] { "pptKaraoke/t10"};
_slides[7].Initialize( arr1, null, false, 3.0f);
}
//Change Slide and Draw
public void Draw(TutSlide slide){
if (slide._inputType.HasValue == false) { /* Non Event Type */
if (!slide._isAnimation) {
// Default Draw slide
ChangeSlide (slide._sprites[0]);
StartCoroutine (DrawDefalut_CR (slide));
} else {
// Animation Slides play once
StartCoroutine (DrawAnimation_CR (slide));
}
} else { /* Event Type */
if (!slide._isAnimation) {
ChangeSlide (slide._sprites[0]);
StartCoroutine (DrawDefalutUnitlEvent_CR (slide));
} else {
// Animation Slides play loop
StartCoroutine (DrawAnimationUnilEvent_CR (slide));
}
}
}
// 3. Wait unitl get a Event from VRInputManager.
IEnumerator DrawDefalutUnitlEvent_CR(TutSlide slide)
{
if (slide._inputType.HasValue == false)
{
yield break;
}
//Register Event to VRInputManager
VRInputManager.currTutInputManager.RegisterEvent(slide._inputType.Value, slide.SetOnEventFlag);
while (true)
{
yield return(null);
if (slide._eventFlag == true)
{
break;
}
}
//UnRegister Event to VRInputManager
VRInputManager.currTutInputManager.UnRegisterEvent(slide._inputType.Value, slide.SetOnEventFlag);
GoNextSlide();
}
// 2. animation -> change slide sequentially and then go next page.
IEnumerator DrawAnimation_CR(TutSlide slide){
float currTime = 0;
float totalTime = 0;
int idx = 0;
float intervalTime = (slide._playTime / slide._sprites.Length) /2;
ChangeSlide(slide._sprites[idx]);
while(totalTime < slide._playTime)
{
currTime += Time.deltaTime;
totalTime += Time.deltaTime;
if(currTime > intervalTime ){
currTime = 0;
idx = (idx + 1) % ( slide._sprites.Length );
ChangeSlide(slide._sprites[idx]);
}
yield return null;
}
GoNextSlide ();
}
// 2. animation -> change slide sequentially and then go next page.
IEnumerator DrawAnimation_CR(TutSlide slide)
{
float currTime = 0;
float totalTime = 0;
int idx = 0;
float intervalTime = (slide._playTime / slide._sprites.Length) / 2;
ChangeSlide(slide._sprites[idx]);
while (totalTime < slide._playTime)
{
currTime += Time.deltaTime;
totalTime += Time.deltaTime;
if (currTime > intervalTime)
{
currTime = 0;
idx = (idx + 1) % (slide._sprites.Length);
ChangeSlide(slide._sprites[idx]);
}
yield return(null);
}
GoNextSlide();
}
// Type of play each slide
// 1. default draw -> change slide from sprite and then wait for a second and, go next page
IEnumerator DrawDefalut_CR(TutSlide slide)
{
yield return(new WaitForSeconds(slide._playTime));
GoNextSlide();
}
// Type of play each slide
// 1. default draw -> change slide from sprite and then wait for a second and, go next page
IEnumerator DrawDefalut_CR(TutSlide slide){
yield return new WaitForSeconds (slide._playTime);
GoNextSlide ();
}
// 4. Wait unitl get a Event from VRInputManager while looping animation.
IEnumerator DrawAnimationUnilEvent_CR(TutSlide slide){
if (slide._inputType.HasValue == false)
yield break;
float currTime = 0;
int idx = 0;
ChangeSlide(slide._sprites[idx]);
VRInputManager.currTutInputManager.RegisterEvent (slide._inputType.Value, slide.SetOnEventFlag);
while(true){
currTime += Time.deltaTime;
if(currTime > slide._playTime)
{
currTime = 0;
idx = (idx + 1) % ( slide._sprites.Length );
ChangeSlide(slide._sprites[idx]);
}
yield return null;
if(slide._eventFlag == true){
break;
}
}
VRInputManager.currTutInputManager.UnRegisterEvent (slide._inputType.Value, slide.SetOnEventFlag);
GoNextSlide ();
}
// 3. Wait unitl get a Event from VRInputManager.
IEnumerator DrawDefalutUnitlEvent_CR(TutSlide slide){
if (slide._inputType.HasValue == false)
yield break;
//Register Event to VRInputManager
VRInputManager.currTutInputManager.RegisterEvent (slide._inputType.Value, slide.SetOnEventFlag);
while(true){
yield return null;
if(slide._eventFlag == true){
break;
}
}
//UnRegister Event to VRInputManager
VRInputManager.currTutInputManager.UnRegisterEvent (slide._inputType.Value, slide.SetOnEventFlag);
GoNextSlide ();
}
