public void set_bb_choices(CharacterIndex[] aChoices)
{
//mChoices = aChoices;
//JIT/AOT hard fix. I think aChoices is always passed into here in order anyways so it's not a problem
var ch = aChoices;//aChoices.OrderBy(e => e.Choice).ToArray();
int len = ch.Count();
float padding = 700;
float netWidth = (len) * padding;
for (int i = len; i < mBBChoices.Count; i++)
{
mBBChoices [i].Enabled = false;
mBBMiniMans[i].Enabled = false;
mBBChoiceBodies[i].Enabled = false;
}
for (int i = 0; i < len; i++)
{
mBBChoices[i].Enabled = true;
mBBMiniMans[i].Enabled = true;
mBBChoiceBodies[i].Enabled = true;
mBBChoices[i].set_actual_character(ch[i]);
mBBChoices[i].set_difficulty(mManager.mCharacterBundleManager.get_character_helper().Characters[ch[i]].Difficulty);
var xOffset = netWidth / 2 - padding / 2 - padding * i;
mBBChoices[i].HardPosition = mFlatCamera.get_point(0, -0.16f) + new Vector3(xOffset, 0, 0);
mBBChoiceBodies[i].HardPosition = mFlatCamera.get_point(0, -0.16f) + new Vector3(xOffset, -270, 0);
mBBMiniMans[i].HardPosition = mBBChoiceBodies[i].HardPosition + mBBMiniManBasePositionOffset;
mBBMiniMans[i].HardColor = GameConstants.UiPurpleTransparent;
}
}
FlatElementImage construct_flat_image(string aName, int aDepth)
{
if (mLoader == null)
{
throw new UnityException("start screen bundle null");
}
CharacterData.ImageSizeOffsetAnimationData sizing;
FlatElementImage r;
if (aName != "BACKGROUND") //this is stupid and you should make background part of the dump..
{
sizing = mLoader.Sizes.find_static_element(aName);
try
{
r = new FlatElementImage(mLoader.Images.staticElements[aName], sizing.Size, aDepth);
}
catch (System.Exception e)
{
Debug.Log("messed up on " + aName);
throw e;
}
}
else
{
var backSize = mLoader.Sizes.mBackSize;
sizing = new CharacterData.ImageSizeOffsetAnimationData();
sizing.Offset = new Vector2(0, 0);
sizing.Size = backSize;
r = new FlatElementImage(mLoader.Images.background1, backSize, aDepth);
}
r.HardPosition = mRTCamera.get_point(Vector3.zero) + sizing.Offset;
return(r);
}
FlatElementImage construct_flat_image(string aName, int aDepth)
{
var sizing = mLoader.Sizes.find_static_element(aName);
var r = new FlatElementImage(mLoader.Images.staticElements[aName], sizing.Size, aDepth);
r.HardPosition = mFlatCamera.get_point(Vector3.zero) + sizing.Offset;
return(r);
}
public void initialize_depth_warning()
{
mDepthImage = new FlatElementImage(null, new Vector2(160, 120), 100);
mDepthImage.HardScale = Vector3.one * 2;
//mDepthImage.HardPosition = mFlatCamera.get_point(1, -1) + new Vector3(-10 - mDepthImage.BoundingBox.width / 4, 10 + mDepthImage.BoundingBox.height / 4, 0) * mFlatCamera.screen_pixel_to_camera_pixel_ratio();
mDepthImage.HardPosition = mFlatCamera.get_point(1.5f, -1) + new Vector3(-10 - mDepthImage.BoundingBox.width / 4, 10 + mDepthImage.BoundingBox.height / 4, 0) * mFlatCamera.screen_pixel_to_camera_pixel_ratio();
mDepthImage.HardShader = mManager.mReferences.mXB1DepthImageShader;
mDepthWarningText = new FlatElementText(mManager.mNewRef.genericFont, 40, GameStrings.GetString("TCMkinect1"), 100);
mDepthWarningText.HardColor = new Color(1, 1, 1, 0);
mDepthWarningText.Alignment = TextAlignment.Left;
mDepthWarningText.Anchor = TextAnchor.MiddleLeft;
mDepthWarningText.HardPosition = mFlatCamera.get_point(1, -1) + new Vector3(-280, 110, 0) * mFlatCamera.screen_pixel_to_camera_pixel_ratio();
mDepthWarningText.ColorInterpolationMaxLimit = 10f;
mDepthWarningText.ColorInterpolationMinLimit = 2f;
//mDepthWarningText.Alignment = TextAlignment.Left;
EnableDepthWarning = false;
mElement.Add(mDepthImage);
mElement.Add(mDepthWarningText);
}
public static void slide_image(FlatCameraManager aCam, FlatElementImage cur, FlatElementImage next, bool right = true, bool instant = false)
{
//TODO set triggers to deactivate the surfaces, maybe not here.. for performance..
if (next != null)
{
next.HardPosition = aCam.get_point(Vector3.zero) + (right ? Vector3.right * next.BoundingBox.width : Vector3.down * next.BoundingBox.height);
next.SoftPosition = aCam.get_point(Vector3.zero);
if (instant)
{
next.HardPosition = next.SoftPosition;
}
}
if (cur != null)
{
cur.SoftPosition = aCam.get_point(Vector3.zero) - (right ? Vector3.right * cur.BoundingBox.width : Vector3.down * cur.BoundingBox.height);
if (instant)
{
cur.HardPosition = cur.SoftPosition;
}
}
}
FlatElementImage construct_flat_image(string aName, int aDepth)
{
var sizing = mLoader.Sizes.find_static_element(aName);
try{
var r = new FlatElementImage(mLoader.Images.staticElements[aName], sizing.Size, aDepth);
r.HardPosition = mFlatCamera.get_point(Vector3.zero) + sizing.Offset;
return(r);
}
catch (System.Exception e)
{
Debug.Log("couldn't find " + aName);
throw e;
}
}
public void initialize()
{
mInterfaceManager = new NewInterfaceManager(mManager, this);
mInterfaceManager.initialize();
//mInterfaceManager.mFlatCamera.set_render_texture_mode(true);
mInterfaceManager.setup_bb();
mSunsetManager = new SunsetManager(mManager, this);
mSunsetManager.initialize();
mSunsetManager.mFlatCamera.set_render_texture_mode(true);
mManager.mAssetLoader.new_load_asset_bundle("SUNSET",
delegate(AssetBundle aBundle){
mSunsetManager.sunset_loaded_callback(aBundle, "SUNSET");
}
);
mGiftManager = new GiftManager(mManager, this);
mGiftManager.initialize();
mManager.mAssetLoader.new_load_asset_bundle("GIFT",
delegate(AssetBundle aBundle){
mGiftManager.gift_loaded_callback(aBundle, "GIFT");
}
);
mChoosingManager = new ChoosingManager(mManager, this);
mChoosingManager.initialize();
mChoosingManager.mFlatCamera.set_render_texture_mode(true);
mFlatCamera = new FlatCameraManager(new Vector3(-23200, 3500, 0), 10);
mFlatCamera.Camera.depth = 100;
mFlatCamera.fit_camera_to_screen();
mSunsetImage = new FlatElementImage(mSunsetManager.mFlatCamera.RT, 0);
var hs = Vector3.one * mFlatCamera.Width / mSunsetImage.mImage.PixelDimension.x;
//TODO extra space for rounded edges
//hs.y += 600; //additional 300 pixels..
mSunsetImage.HardScale = hs;
mSunsetImage.HardPosition = mFlatCamera.get_point(Vector3.zero) + Vector3.up * mSunsetImage.BoundingBox.height;
//mSunsetImage.HardShader = mManager.mReferences.mRenderTextureShader;
mSunsetImage.PositionInterpolationMinLimit = 10; //so it doesn't take forever to entirely cover the image underneath
mElement.Add(mSunsetImage);
mChoosingImage = new FlatElementImage(mChoosingManager.mFlatCamera.RT, 1);
mChoosingImage.HardScale = Vector3.one * mFlatCamera.Width / mChoosingImage.mImage.PixelDimension.x;
mChoosingImage.HardPosition = mFlatCamera.get_point(Vector3.zero) + Vector3.right * mChoosingImage.BoundingBox.width;
//mChoosingImage.HardShader = mManager.mReferences.mRenderTextureShader;
mElement.Add(mChoosingImage);
//this is silly, we forec the interface image to appear above everything else pretty much just so we can have text bubbles show above everything
//kind of a dumb way to do it oh well.
/*
* mInterfaceImage = new FlatElementImage(mInterfaceManager.mFlatCamera.RT,1);
* mInterfaceImage.HardScale = Vector3.one * mFlatCamera.Width/mInterfaceImage.mImage.PixelDimension.x;
* mInterfaceImage.HardPosition = mFlatCamera.get_point(Vector3.zero);
* mElement.Add(mInterfaceImage);*/
mIsInitialized = true;
}
Vector3 random_position()
{
//UGG piece of junk...
return(mFlatCamera.get_point(Vector3.zero) + (new Vector3(Random.Range(-1f, 1f), Random.Range(-1f, 1f), 0)).normalized * Random.Range(4000, 4000));
}
//CharacterIndex[] mChoices = null;
public void initialize()
{
mFlatCamera = new FlatCameraManager(new Vector3(24200, -3500, 0), 10);
mFlatCamera.fit_camera_to_game();
//mFlatCamera = mModeNormalPlay.mSunsetManager.mFlatCamera;
var refs = mManager.mReferences;
var newRef = mManager.mNewRef;
//BB choice nonsense
var miniMan = ((GameObject)GameObject.Instantiate(refs.mMiniChar)).GetComponent <CharacterTextureBehaviour>();
//mMiniMan = //TODO something like this: mManager.mCharacterBundleManager.get_mini_character(new CharacterIndex(0,1));
Vector3 miniManScale = (new Vector3(1, 1, 1)) * 1.5f;
for (int i = 0; i < BB_NUM_CHOICES; i++)
{
mBBChoices.Add(new NewChoiceObject(11));
mBBChoiceBodies.Add(new FlatBodyObject(miniMan, 12));
mBBChoiceBodies[i].HardShader = refs.mMiniCharacterShader;
mBBChoiceBodies[i].HardScale = miniManScale;
mElement.Add(mBBChoices[i]);
mElement.Add(mBBChoiceBodies[i]);
}
mBBChoosingBackground = new FlatElementImage(null, mFlatCamera.Size, 0);
mBBChoosingBackground.Enabled = false;
mBBChoosingBackground.HardPosition = mFlatCamera.get_point(Vector3.zero);
mBBQuestionText = new ColorTextObject(10);
mBBQuestionTextPrefix = new FlatElementText(newRef.genericFont, 100, "", 10);
//mBBQuestionText.HardPosition = mFlatCamera.get_point(0,0.6f) + new Vector3(0,-75,0);
mBBQuestionText.HardPosition = mFlatCamera.get_point(0, 0.72f);
mBBQuestionTextPrefix.HardPosition = mFlatCamera.get_point(0, 0.72f) + new Vector3(0, 75, 0);
mBBQuestionText.SoftInterpolation = 1;
mBBQuestionTextPrefix.SoftInterpolation = 1;
var bubbleImage = mManager.mCharacterBundleManager.get_image("SELECTION_BUBBLE");
mBBQuestionBubble = new FlatElementImage(bubbleImage.Image, bubbleImage.Data.Size, 1);
mBBQuestionBubble.HardPosition = mFlatCamera.get_point(0, 0.75f);
mBBQuestionBubble.HardScale = new Vector3(1.3f, 1.1f, 1);
mBBQuestionBubble.HardColor = GameConstants.UiPopupBubble;
mBBMiniMans = new FlatBodyObject[BB_NUM_CHOICES];
for (int i = 0; i < BB_NUM_CHOICES; i++)
{
mBBMiniMans[i] = new FlatBodyObject(miniMan, 20);
mBBMiniMans[i].HardScale = miniManScale;
mBBMiniMans[i].HardColor = GameConstants.UiPurpleTransparent;
mBBMiniMans[i].SoftInterpolation = .13f;
mElement.Add(mBBMiniMans[i]);
}
mElement.Add(mBBChoosingBackground);
mElement.Add(mBBQuestionText);
mElement.Add(mBBQuestionTextPrefix);
mElement.Add(mBBQuestionBubble);
GameObject.Destroy(miniMan.gameObject);
set_for_choosing();
}