/// <summary>
/// Transition for the level when start new level or repeat current level
/// </summary>
/// <returns></returns>
public IEnumerator LevelTransition(LevelPatterns newLevelData)
{
canPlayerMove = false;
float duration = 0.75f;
if (!GameProcess.firstStart) // If the game just start then only fade out
{
// Fade in screen
for (float t = 0; t < duration; t += Time.deltaTime)
{
Color newColor = levelFader.color;
newColor.a = t / duration;
levelFader.color = newColor;
yield return(null);
}
Color fullColor = levelFader.color;
fullColor.a = 1;
levelFader.color = fullColor;
}
else
{
GameProcess.firstStart = false;
}
StartNewLevel(newLevelData);
// Fade out screen
for (float t = 0; t < duration; t += Time.deltaTime)
{
Color newColor = levelFader.color;
newColor.a = (duration - t) / duration;
levelFader.color = newColor;
yield return(null);
}
Color noColor = levelFader.color;
noColor.a = 0;
levelFader.color = noColor;
canPlayerMove = true;
}
public void StartNewLevel(LevelPatterns newLevelData)
{
// Change level texts
GameProcess.instance.levelNameText.text = GameProcess.instance.allLevelNames[GameProcess.instance.currentLevelIndex];
GameProcess.instance.levelFlavorText.text = GameProcess.instance.allLevelFlavorTexts[GameProcess.instance.currentLevelIndex].text;
// Refresh player move history
moveHistory = new List <Vector2>();
currentLevel = newLevelData;
SetRandomStartAndExit();
// Create new map
CreateNewLevelGridObjects();
// Make first move for the player
playerXcoord = startPointXcoord;
playerYcoord = startPointYcoord;
PlayerMoved(0, 0);
}
void generateRandomBarrier(Vector3 pos0)
{
// function generate barrier based on bounds of objects and bound of ground,
// no need to fit manually
LevelPatterns.PatternInfo patternInfo = LevelPatterns.getRandomPattern();
Primitive[,] pattern = patternInfo.PatternData;
int countElementsPerBlock = patternInfo.NumElementsPerBlock;
int heightPattern = pattern.GetLength(0);
int widthPattern = pattern.GetLength(1);
int countElementsPerLine = widthPattern * countElementsPerBlock;
// now pattern will be tuned by the width of ground, for simplify
// generate pattern
for (int y = 0; y < heightPattern; ++y)
{
for (int x = 0; x < widthPattern; ++x)
{
Primitive element = pattern[y, x];
instantiateGameObjectBasedOnElement(element, x, y, countElementsPerLine, countElementsPerBlock, pos0);
}
}
}
