public void setRemoveAllAndClearButtons()
{
//show the appropriate remove-all and clear buttons. You can have either one, or both turned on
removeAllAndClearButtons.SetActive(false);
onlyRemoveAllButton.SetActive(false);
onlyClearButton.SetActive(false);
removeAllOfNumberButton = onlyRemoveAllButton.transform.GetChild(0).gameObject;
clearPuzzleButton = onlyClearButton.transform.GetChild(0).gameObject;
if (!StaticVariables.isTutorial)
{
if (StaticVariables.includeRemoveAllOfNumber && StaticVariables.includeClearPuzzle)
{
removeAllOfNumberButton = removeAllAndClearButtons.transform.Find("Remove All").gameObject;
clearPuzzleButton = removeAllAndClearButtons.transform.Find("Clear Puzzle").gameObject;
removeAllAndClearButtons.SetActive(true);
}
else if (StaticVariables.includeRemoveAllOfNumber)
{
onlyRemoveAllButton.SetActive(true);
}
else if (StaticVariables.includeClearPuzzle)
{
onlyClearButton.SetActive(true);
}
}
InterfaceFunctions.colorPuzzleButton(removeAllOfNumberButton);
InterfaceFunctions.colorPuzzleButton(clearPuzzleButton);
}
public void setUndoRedoButtons()
{
//show the undo and redo buttons if they are toggled on
InterfaceFunctions.colorPuzzleButton(undoRedoButtons.transform.Find("Undo"));
InterfaceFunctions.colorPuzzleButton(undoRedoButtons.transform.Find("Redo"));
undoRedoButtons.SetActive(StaticVariables.includeUndoRedo);
}
private void colorMenuButton()
{
//apply the current skin colors to the menu button
if (!StaticVariables.isTutorial)
{
InterfaceFunctions.colorPuzzleButton(menuButton);
}
}
public void disselectBuildAndNotes()
{
//select the clear tile button and disselect the others
InterfaceFunctions.colorPuzzleButton(buildButton);
if (includeNote1Btn)
{
InterfaceFunctions.colorPuzzleButton(note1Button);
}
if (includeNote2Btn)
{
InterfaceFunctions.colorPuzzleButton(note2Button);
}
InterfaceFunctions.colorPuzzleButton(clearTileButton);
}
private void disselectNumber(GameObject btn)
{
//color chosen the number button to the "off" coloration from the current skin
InterfaceFunctions.colorPuzzleButton(btn, skin);
}
private void Start()
{
//choose which skin to use
skin = StaticVariables.skin;
if (StaticVariables.isTutorial)
{
skin = basicSkin;
}
//set up the fade-in timer
if (StaticVariables.isFading && StaticVariables.fadingTo == "puzzle")
{
fadeTimer = fadeInTime;
}
blackSprite = blackForeground.GetComponent <SpriteRenderer>();
winPopupScale = winCanvas.transform.GetChild(1).localScale.x;
size = StaticVariables.size;
includeNote1Btn = StaticVariables.includeNotes1Button;
includeNote2Btn = StaticVariables.includeNotes2Button;
ColorUtility.TryParseHtmlString(skin.mainMenuButtonExterior, out winBackgroundColorExterior);
ColorUtility.TryParseHtmlString(skin.mainMenuButtonInterior, out winBackgroundColorInterior);
hideNumberButtons();
colorMenuButton();
if (StaticVariables.isTutorial) //set up the tutorial. uses tutorialmanager
{
originalPuzzleScale = puzzlePositioning.transform.localScale.x;
setTutorialNumberButtons();
tutorialCanvas.SetActive(true);
puzzleCanvas.SetActive(false);
//hide menu button if it is your first time playing the tutorial
tutorialCanvas.transform.Find("Menu").gameObject.SetActive(StaticVariables.hasBeatenTutorial);
tutorialManager = new TutorialManager();
tutorialManager.gameManager = this;
tutorialManager.startTutorial();
}
else if (!StaticVariables.isTutorial) //continue with the puzzle generation and setup
{
tutorialCanvas.SetActive(false);
puzzleCanvas.SetActive(true);
//load a puzzle if you already have one saved, otherwise generate a new one based on the size
if (StaticVariables.hasSavedPuzzleState)
{
puzzleGenerator.restoreSavedPuzzle(StaticVariables.puzzleSolution, size);
loadPuzzleStates();
}
else
{
puzzleGenerator.createPuzzle(size);
selectedNumber = size; //you automatically start with the highest building size selected
clickTileAction = "Apply Selected";
}
//set up the visuals of the screen based on the puzzle size and what tools you have unlocked
drawFullPuzzle();
setRemoveAllAndClearButtons();
setNumberButtons();
highlightSelectedNumber();
if (clickTileAction == "Clear Tile")
{
disselectNumber(prevClickedNumButton);
}
hidePositioningObjects();
setSelectionModeButtons();
setUndoRedoButtons();
highlightBuildType();
//apply the current skin
puzzleBackground.GetComponent <SpriteRenderer>().sprite = skin.puzzleBackground;
InterfaceFunctions.colorPuzzleButton(winCanvas.transform.Find("Win Popup").Find("Menu"));
InterfaceFunctions.colorPuzzleButton(winCanvas.transform.Find("Win Popup").Find("Another Puzzle"));
InterfaceFunctions.colorPuzzleButton(winCanvas.transform.Find("Win Popup").Find("Shop"));
winCanvas.transform.Find("Win Popup").Find("Win Popup Background Exterior").GetComponent <SpriteRenderer>().color = winBackgroundColorExterior;
winCanvas.transform.Find("Win Popup").Find("Win Popup Background Interior").GetComponent <SpriteRenderer>().color = winBackgroundColorInterior;
//set up the win popup process
Color c = winCanvas.transform.Find("Black Background").GetComponent <SpriteRenderer>().color;
c.a = fadeToWinDarknessRatio;
winCanvas.transform.Find("Black Background").GetComponent <SpriteRenderer>().color = c;
showCorrectCityArtOnWinScreen();
int coins = 0;
switch (size)
{
case 3: coins = coinsFor3Win; break;
case 4: coins = coinsFor4Win; break;
case 5: coins = coinsFor5Win; break;
case 6: coins = coinsFor6Win; break;
}
int onesDigit = coins % 10;
int tensDigit = (coins / 10) % 10;
coinsBox1s.GetComponent <SpriteRenderer>().sprite = numberSprites[onesDigit];
coinsBox10s.GetComponent <SpriteRenderer>().sprite = numberSprites[tensDigit];
//set the first puzzle state, and you are ready to start playing!
currentPuzzleState = new PuzzleState(puzzleGenerator);
}
}
