void OnGUIFadeWhiteCurtain(object sender, InstantMessageArgs args)
{
bool up = (bool)args.arg;
if (up)
{
switch (exitMode)
{
case ExitMode.Gallery:
int galleryLevel = GlobalManager.MStorage.GalleryLevel;
LevelDataManager.Descriptor descriptor = GlobalManager.MLevel.GetDescriptor(galleryLevel);
int nextGalleryLevel = descriptor.state.NextCompleteId;
if (nextGalleryLevel < 0)
{
nextGalleryLevel = 0;
}
GlobalManager.MStorage.GalleryLevel = nextGalleryLevel;
//SceneManager.LoadScene(SceneManager.GetActiveScene().name);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.PuzzleShowWinimage, this, string.Empty);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.GUIFadeWhiteCurtain, this, false);
break;
case ExitMode.World:
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.GalleryClosed, this);
SceneManager.LoadScene(worldScene);
break;
}
}
}
void Awake()
{
descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.SelectedLevel); // load player state for current level
fieldSize = new Vector2(descriptor.init.width * PuzzleBuilder.TileSize, descriptor.init.height * PuzzleBuilder.TileSize);
ControlledCamera.transform.position = new Vector3(0, 0, CameraDistance().max);
}
// message handling
void OnWorldShowLevelDescription(object sender, InstantMessageArgs args)
{
LevelDataManager.Descriptor descriptor = (LevelDataManager.Descriptor)args.arg;
if (descriptor != null)
{
InitializeDialog(descriptor);
}
}
public void Initialize()
{
descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.GalleryLevel);
//int width = descriptor.init.width;
//int height = descriptor.init.height;
float finalRatioXY = descriptor.init.finalXYScale;
float screenAspect = Camera.main.aspect;
// load STRESS and SMOOTH textures
string stressImage = StressImageCreator.StressedFinalImageFile(descriptor.init.id);
Texture2D stressTex = new Texture2D(2, 2, TextureFormat.RGB24, false);
stressTex.LoadImage(System.IO.File.ReadAllBytes(stressImage));
imageParams[0].winImage.texture = stressTex;
Texture2D smoothTex = Resources.Load <Texture2D>(LevelDataManager.SmoothImageResource(descriptor.init.id));
imageParams[1].winImage.texture = smoothTex;
// set up scaling and UV rectangles
CanvasScaler canvasScaler = GetComponent <CanvasScaler>();
// the size of the canvas excluding margins
Rect sourceCanvasRect = new Rect(0, 0, canvasScaler.referenceResolution.x * (1 - marginRatio), canvasScaler.referenceResolution.y * (1 - marginRatio));
sourceCanvasSize = new Vector2(sourceCanvasRect.width, sourceCanvasRect.height);
// SourceCanvas matches screen by width, so the final height scaling should be adjusted by:
float heightAdjustFactor = sourceCanvasRect.width / sourceCanvasRect.height / screenAspect;
for (int i = 0; i < imageParams.Length; i++)
{
imageParams[i].imageTransform.localPosition = imageParams[i].originalPosition;
Vector2 canvasToImageRatio = new Vector2(
sourceCanvasRect.width / imageParams[i].originalRect.width,
sourceCanvasRect.height * heightAdjustFactor / imageParams[i].originalRect.height
);
imageParams[i].sourceScale = new Vector2(
finalRatioXY > screenAspect ? canvasToImageRatio.y * finalRatioXY : canvasToImageRatio.x,
finalRatioXY > screenAspect ? canvasToImageRatio.y : canvasToImageRatio.x / finalRatioXY
);
imageParams[i].effectiveSize = Vector2.Scale(new Vector2(imageParams[i].originalRect.width, imageParams[i].originalRect.height), imageParams[i].sourceScale);
imageParams[i].imageTransform.localScale = imageParams[i].sourceScale;
currentScale = new FloatRange
{
min = scaleRange.min,
max = scaleRange.min
};
// UV-coordinates of the image
imageParams[i].winImage.uvRect = new Rect(0, 0, 1, 1);
// positions
//imageParams[i].originalPosition = imageParams[i].imageTransform.localPosition;
imageParams[i].movePosition = new Vector2[2]
{
imageParams[i].originalPosition,
imageParams[i].originalPosition
};
}
effectFinished = false;
GenerateNewStep(true);
}
protected override void AwakeInit()
{
descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.SelectedLevel);
float puzzleRatioXY = (float)descriptor.init.width / (float)descriptor.init.height;
float screenAspect = Camera.main.aspect;
// prepare STRESS texture
string stressImage = StressImageCreator.StressedFinalImageFile(descriptor.init.id);
Texture2D tex = new Texture2D(2, 2, TextureFormat.RGB24, false);
tex.LoadImage(System.IO.File.ReadAllBytes(stressImage));
Vector2 texFactor = new Vector2
{
x = descriptor.init.finalXYScale > puzzleRatioXY ? puzzleRatioXY / descriptor.init.finalXYScale : 1f,
y = puzzleRatioXY > descriptor.init.finalXYScale ? descriptor.init.finalXYScale / puzzleRatioXY : 1f
};
sourceImage.texture = tex;
CanvasScaler canvasScaler = GetComponent <CanvasScaler>();
// the size of the canvas excluding margins
Rect sourceCanvasRect = new Rect(0, 0, canvasScaler.referenceResolution.x * (1 - marginRatio), canvasScaler.referenceResolution.y * (1 - marginRatio));
// SourceCanvas matches screen by width, so the final scaling should be multiplied by:
float heightAdjustFactor = sourceCanvasRect.width / sourceCanvasRect.height / screenAspect;
RectTransform sourceTransform = sourceImage.GetComponent <RectTransform>();
// the original size of the source image (square)
Rect sourceRect = sourceTransform.rect;
Vector2 canvasToImageRatio = new Vector2(
sourceCanvasRect.width / sourceRect.width,
sourceCanvasRect.height * heightAdjustFactor / sourceRect.height
);
Vector3 sourceRectScale = new Vector3(
puzzleRatioXY > screenAspect ? canvasToImageRatio.x : canvasToImageRatio.y * puzzleRatioXY,
puzzleRatioXY > screenAspect ? canvasToImageRatio.x / puzzleRatioXY : canvasToImageRatio.y,
1
);
//Debug.Log("Image sizes: canvas: " + sourceCanvasRect.ToString() + ", image: " + sourceRect.ToString() + ", image/canvas: " + canvasToImageRatio.ToString() + ", scale: " + sourceRectScale.ToString());
sourceTransform.localScale = sourceRectScale;
// UV-coordinates of the image
Rect uvRect = new Rect(
(1f - texFactor.x) / 2,
(1f - texFactor.y) / 2,
texFactor.x,
texFactor.y
);
sourceImage.uvRect = uvRect;
// button text
sourceText.text = GlobalManager.MLanguage.Entry(GetSourceTextId());
// message handling
registrator.Add(new MessageRegistrationTuple {
type = InstantMessageType.PuzzleViewSourceImage, handler = OnPuzzleViewSourceImage
});
sourceButton.interactable = true;
}
public void Init(LevelDataManager.Descriptor descriptor, SelectorPrefab prefab, bool noStatusCheck = false)
{
levelDescriptor = descriptor;
meshRenderer = GetComponent <MeshRenderer>();
lightBeacon.SetActive(false);
if (noStatusCheck || levelDescriptor.state.Revealed)
{
// set up height above the world sphere
string iconPath = LevelDataManager.GraphicsResource(levelDescriptor.init.id);
bool glow = false;
float iconOpacity = normalIconOpacity;
Material[] materials = meshRenderer.materials;
if (noStatusCheck)
{
iconPath += "/icon";
materials[0] = prefab.opaqueMaterial;
}
else
{
if (levelDescriptor.state.Playable)
{
Debug.Log("WorldSelectorController.Init: id=" + levelDescriptor.init.id.ToString() + ", playable=" + levelDescriptor.state.Playable.ToString());
iconPath += "/icon";
if (levelDescriptor.init.id == GlobalManager.MStorage.SelectedLevel)
{
materials[0] = prefab.glowMaterial;
lightBeacon.SetActive(true);
glow = true;
}
else
{
materials[0] = prefab.opaqueMaterial;
}
}
else
{
iconPath += "/grayicon";
iconOpacity = disabledIconOpacity;
materials[0] = prefab.transparentMaterial;
}
}
meshRenderer.materials = materials;
iconRenderer.sprite = Resources.Load <Sprite>(iconPath);
Color c = iconRenderer.color;
c.a = iconOpacity;
iconRenderer.color = c;
if (glow)
{
StartFlash();
}
}
else
{
gameObject.SetActive(false);
}
}
// Use this for initialization
void Start()
{
// notify that the Puzzle scene has just started
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.PuzzleStarted, this);
// update RotoChips and RotoCoins indicators
LevelDataManager.Descriptor descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.SelectedLevel);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.GUIRotoChipsChanged, this, (decimal)descriptor.state.EarnedPoints);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.GUIRotoCoinsChanged, this, GlobalManager.MStorage.CurrentCoins);
// hide WinCanvas
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.PuzzleShowWinimage, this, null);
}
bool startVictoryScreen; // a flag to start the victory screen
protected override void AwakeInit()
{
descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.SelectedLevel);
tileNeighbours = new TileStatus[descriptor.init.width, descriptor.init.height];
buttonAngles = new int[descriptor.init.width - 1, descriptor.init.height - 1];
builder = GetComponent <PuzzleBuilder>();
puzzleBusy = false;
buttonRotated = false;
puzzleComplete = false;
autostepUsed = false;
startVictoryScreen = true;
registrator.Add(
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleButtonPressed, handler = OnPuzzleButtonPressed
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleButtonRotated, handler = OnPuzzleButtonRotated
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleTileFlashed, handler = OnPuzzleTileFlashed
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleAutostepUsed, handler = OnPuzzleAutostepUsed
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleShuffle, handler = OnPuzzleShuffle
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleReset, handler = OnPuzzleReset
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzlePrepareAutostep, handler = OnPuzzlePrepareAutostep
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleAutostep, handler = OnPuzzleAutostep
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleAutocomplete, handler = OnPuzzleAutocomplete
},
new MessageRegistrationTuple {
type = InstantMessageType.PuzzleBusy, handler = OnPuzzleBusy
},
new MessageRegistrationTuple {
type = InstantMessageType.RedirectFirstTileButtons, handler = OnRedirectFirstTileButtons
},
new MessageRegistrationTuple {
type = InstantMessageType.RedirectSecondTileButtons, handler = OnRedirectSecondTileButtons
}
);
}
void OnWorldSelectorPressed(object sender, InstantMessageArgs args)
{
GameObject targetObject = ((Component)sender).gameObject;
if (cameraController.Zoom != WorldCameraController.ZoomStatus.ZoomAtMin)
{
RotateWorldToZero(targetObject);
}
else
{
LevelDataManager.Descriptor descriptor = (LevelDataManager.Descriptor)args.arg;
if (descriptor.state.Playable)
{
if (descriptor.state.Complete)
{
// show a description of the complete level
GlobalManager.MAudio.PlaySFX(levelDescriptionSFX);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.WorldRotationEnable, this, false);
GlobalManager.MInstantMessage.DeliverMessage(InstantMessageType.WorldShowLevelDescription, this, descriptor);
}
else
{
// start level
GlobalManager.MAudio.PlaySFX(startLevelSFX);
GlobalManager.MStorage.SelectedLevel = descriptor.init.id;
//GlobalManager.MStorage.GalleryLevel = descriptor.init.id;
StartCoroutine(YieldToScene(targetObject, puzzleScene));
}
}
else
{
// show hint message
GlobalManager.MAudio.PlaySFX(noLevelSFX);
GlobalManager.MInstantMessage.DeliverMessage(
InstantMessageType.GUIShowHint,
this,
new HintRequest
{
type = HintType.LevelNotYetPlayable,
target = null
}
);
}
}
}
void InitializeDialog(LevelDataManager.Descriptor descriptor)
{
// calculate dialog size
int adjustmentIndex = -1;
float currentScreenRatio = (float)Screen.width / (float)Screen.height;
for (int i = 0; i < dialogAdjustments.Length; i++)
{
if (currentScreenRatio >= dialogAdjustments[i].screenAspect)
{
adjustmentIndex = i;
break;
}
}
if (adjustmentIndex < 0)
{
return;
}
// get level data
string levelStr = descriptor.init.id.ToString("D3");
titleText.GetComponent <Text>().text = GlobalManager.MLanguage.Entry(titlePrefix + levelStr);
GameObject activeImage, inactiveImage;
GameObject activeText, inactiveText;
// adjust dialog height
descriptionDialog.GetComponent <RectTransform>().SetSizeWithCurrentAnchors(RectTransform.Axis.Vertical, dialogAdjustments[adjustmentIndex].dialogHeight);
bool horizontal = descriptor.init.finalXYScale >= 1f;
// set up image dimensions and the dialog layout depending on "horizontal" or "vertical" image orientation
float finalImageWidth;
float finalImageHeight;
if (horizontal)
{
// the maximum height of the image is fixed
finalImageHeight = dialogAdjustments[adjustmentIndex].maxHorizontalImageSize.y;
finalImageWidth = finalImageHeight * descriptor.init.finalXYScale;
if (finalImageWidth > dialogAdjustments[adjustmentIndex].maxHorizontalImageSize.x)
{
finalImageWidth = dialogAdjustments[adjustmentIndex].maxHorizontalImageSize.x;
finalImageHeight = finalImageWidth / descriptor.init.finalXYScale;
}
activeImage = hDescriptionImage;
inactiveImage = vDescriptionImage;
activeText = hDescriptionText;
inactiveText = vDescriptionText;
// adjust horizontal description text Y-shift
RectTransform activeTextRectTransform = activeText.GetComponent <RectTransform>();
Vector2 activeTextPosition = activeTextRectTransform.localPosition;
activeTextPosition.y = dialogAdjustments[adjustmentIndex].descriptionYShift;
activeTextRectTransform.localPosition = activeTextPosition;
}
else
{
// the maximum width of the image is fixed
finalImageWidth = dialogAdjustments[adjustmentIndex].maxVerticalImageSize.x;
finalImageHeight = finalImageWidth / descriptor.init.finalXYScale;
if (finalImageHeight > dialogAdjustments[adjustmentIndex].maxVerticalImageSize.y)
{
finalImageHeight = dialogAdjustments[adjustmentIndex].maxVerticalImageSize.y;
finalImageWidth = finalImageHeight * descriptor.init.finalXYScale;
}
activeImage = vDescriptionImage;
inactiveImage = hDescriptionImage;
activeText = vDescriptionText;
inactiveText = hDescriptionText;
}
activeTextScript = activeText.GetComponent <Text>();
activeTextScript.fontSize = dialogAdjustments[adjustmentIndex].descriptionFontSize;
// activate active objects
activeImage.SetActive(true);
activeText.SetActive(true);
// load "smooth" image
activeImage.GetComponent <RawImage>().texture = Resources.Load <Texture>(LevelDataManager.SmoothImageResource(descriptor.init.id));
// and set up its size
activeImage.GetComponent <RectTransform>().localScale = new Vector3(finalImageWidth, finalImageHeight, 1.0f);
// set text objects
activeText.GetComponent <Text>().text = GlobalManager.MLanguage.Entry(descriptionPrefix + levelStr);
// deactivate inactive objects
inactiveImage.SetActive(false);
inactiveText.SetActive(false);
okButton.GetComponent <Button>().interactable = true;
Visualize(flashRange.min);
// now activate the dialog
gameObject.SetActive(true);
StartFlash(true);
}
private void Awake()
{
descriptor = GlobalManager.MLevel.GetDescriptor(GlobalManager.MStorage.SelectedLevel);
int width = descriptor.init.width;
int height = descriptor.init.height;
float puzzleRatioXY = (float)width / (float)height;
// prepare one STRESS texture for all tiles
string stressImage = StressImageCreator.StressedFinalImageFile(descriptor.init.id);
Texture2D tex = new Texture2D(2, 2, TextureFormat.RGB24, false);
tex.LoadImage(System.IO.File.ReadAllBytes(stressImage));
// a special factor used in later calculations
Vector2 texFactor = new Vector2
{
x = descriptor.init.finalXYScale > puzzleRatioXY ? puzzleRatioXY / descriptor.init.finalXYScale : 1f,
y = puzzleRatioXY > descriptor.init.finalXYScale ? descriptor.init.finalXYScale / puzzleRatioXY : 1f
};
Vector2 texScale = new Vector2
{
x = texFactor.x / (float)width,
y = texFactor.y / (float)height
};
Vector2 texOffsetStart = new Vector2
{
x = (1f - texFactor.x) / 2,
y = (1f - texFactor.y) / 2 + texFactor.y * (float)(height - 1) / (float)height
};
Vector2 texOffsetStep = new Vector2
{
x = texFactor.x / (float)width,
y = -texFactor.y / (float)height
};
// create buttons
buttons = new ButtonCluster[width - 1, height - 1];
float buttonStartX = -(width - 2) * TileSize / 2;
Vector3 buttonPosition = new Vector3(buttonStartX, (height - 2) * TileSize / 2, neutralButtonZ);
for (int y = 0; y < height - 1; y++)
{
for (int x = 0; x < width - 1; x++)
{
GameObject button = (GameObject)Instantiate(buttonPrefab);
initialButtonRotation = button.transform.localRotation;
button.transform.position = buttonPosition;
button.GetComponent <PuzzleButtonController>().Init(new Vector2Int(x, y), neutralButtonZ, pressedButtonZ, releasedButtonZ);
buttons[x, y] = new ButtonCluster
{
button = button,
tiles = new GameObject[4]
};
buttonPosition.x += TileSize;
}
buttonPosition.x = buttonStartX;
buttonPosition.y -= TileSize;
}
// create tiles
tiles = new GameObject[width, height];
Vector2 texOffset = texOffsetStart;
for (int y = 0; y < height; y++)
{
for (int x = 0; x < width; x++)
{
GameObject tile = (GameObject)Instantiate(tilePrefab);
initialTileRotation = tile.transform.localRotation;
// downscale the tile a bit
Vector3 tileScale = tile.transform.localScale;
tileScale *= 1 - tileGap / 2;
tile.transform.localScale = tileScale;
// set up tile's texture and its parameters
MeshRenderer meshRenderer = tile.GetComponent <MeshRenderer>();
Material[] materials = meshRenderer.materials;
materials[0].SetTexture("_MainTex", tex);
materials[0].SetTextureScale("_MainTex", texScale);
materials[0].SetTextureOffset("_MainTex", texOffset);
meshRenderer.materials = materials;
tile.GetComponent <TileFlasher>().Init(new Vector2Int(x, y));
tiles[x, y] = tile;
texOffset.x += texOffsetStep.x;
}
texOffset.x = texOffsetStart.x;
texOffset.y += texOffsetStep.y;
}
}
private void Start()
{
LevelDataManager.Descriptor descriptor = GlobalManager.MLevel.GetDescriptor(0);
gameObject.SetActive(descriptor.state.Complete);
}