public void generateEdgesOfMap(GameObject tempObject, GameChunk tempChunk, SpriteRenderer spriteRender, string filePath, string[] typeOfDungeonTexture, string[] specificTextureType)
{
//Debug.Log("Dlugość chunkow past: " + producedChunks.Count);
int i;
for (i = 0; i < 2; i++)
{
//Generating temporary Object
tempObject = Instantiate(factoryObject);
tempChunk = new GameChunk(tempObject, -1);
tempObject.SetActive(false);
producedChunks.Add(tempChunk);
spriteRender = producedChunks[(int)(objectsToGenerate + i)].getProducedObject().AddComponent <SpriteRenderer>();
spriteRender.sprite = Resources.Load <Sprite>(filePath + typeOfDungeonTexture[0] + specificTextureType[2]);
//Entrance and exit generation
if (i == 0)
{
producedChunks[objectsToGenerate + i].getProducedObject().transform.Translate(Vector2.left * leftBoundPossition);
producedChunks[objectsToGenerate + i].getProducedObject().name = "DungeonChunkEntrance";
}
else
{
//Exit texture must be flipped
spriteRender.flipX = true;
producedChunks[objectsToGenerate + i].getProducedObject().transform.Translate(Vector2.right * rightBoundPossitionForGenerator);
producedChunks[objectsToGenerate + i].getProducedObject().name = "DungeonChunkExit";
}
//Adjusting their size
producedChunks[objectsToGenerate + i].getProducedObject().transform.localScale = new Vector3((float)0.975, (float)1.12, 1);
producedChunks[objectsToGenerate + i].getProducedObject().SetActive(true);
}
}
public void generateMap(int pickedOneInt, int i, bool wasAlreadyGenerated)
{
GameObject tempObject;
GameChunk tempChunk;
SpriteRenderer spriteRender;
string filePath = "IceTextures/";
string[] typeOfDungeonTexture = { "ice." };
string[] specificTextureType = { "corridor_wall.", "corridor_door.basic", "endhall.01" };
tempObject = Instantiate(factoryObject);
tempChunk = new GameChunk(tempObject, pickedOneInt);
tempObject.SetActive(false);
producedChunks.Add(tempChunk);
//Adding SpriteRenderer to component (later we can change it to add it into cloned object)
spriteRender = producedChunks[i].getProducedObject().AddComponent <SpriteRenderer>();//jest jeszcze GetComponent
//Every first and last chunk will be generated as entrance and exit
if (i == 0 || i == objectsToGenerate - 1)
{
//Generating entrance and exit from the corridor
spriteRender.sprite = Resources.Load <Sprite>(filePath + typeOfDungeonTexture[0] + specificTextureType[1]);
if (i == objectsToGenerate - 1)
{
spriteRender.flipX = true;
}
}
else
{
if (wasAlreadyGenerated == false)
{
//This checks if it generated 2 identical textures in a row
if (producedChunks[i - 1].getRandomizedNumber() == producedChunks[i].getRandomizedNumber())
{
//And tries to reroll it until it gets different one
while (producedChunks[i - 1].getRandomizedNumber() == producedChunks[i].getRandomizedNumber())
{
//Applies new value
producedChunks[i].setRandomizedNumber(randomNumber.Next(1, 7));
}
}
spriteRender.sprite = Resources.Load <Sprite>(filePath + typeOfDungeonTexture[0] + specificTextureType[0] + producedChunks[i].getRandomizedNumber().ToString());//I might need to remove toString
}
else
{
spriteRender.sprite = Resources.Load <Sprite>(filePath + typeOfDungeonTexture[0] + specificTextureType[0] + pickedOneInt);
}
}
//Setting possition, naming new object and making it active in inspector
producedChunks[i].getProducedObject().transform.Translate(Vector2.right * chunkWidth * i);
producedChunks[i].getProducedObject().name = "DungeonChunk_" + i.ToString();
producedChunks[i].getProducedObject().transform.localScale = new Vector3((float)0.975, (float)1.12, 1);
producedChunks[i].getProducedObject().SetActive(true);
//After generating last chunk we are generating border chunks
if (i == objectsToGenerate - 1)
{
generateEdgesOfMap(tempObject, tempChunk, spriteRender, filePath, typeOfDungeonTexture, specificTextureType);
}
}
