private void Awake()
{
chunkGenerator.GenerateChunkAt(new Vector2(0, 0));
// generate a new chunk at the center (testing purposes only)
waitTime = new WaitForSeconds(chunkUpdateDelay);
// create the wait time
player = FindObjectOfType <Player>();
// get the player object
StartCoroutine(UpdateChunks());
// start updating chunks
}
// floats telling us where the player was last, used to help performance
private void Awake()
{
chunkGenerator.GenerateChunkAt(new Vector2(25.5f, 25.5f));
chunkGenerator.GenerateChunkAt(new Vector2(-24.5f, 25.5f));
chunkGenerator.GenerateChunkAt(new Vector2(-24.5f, -24.5f));
chunkGenerator.GenerateChunkAt(new Vector2(25.5f, -24.5f));
waitTime = new WaitForSeconds(chunkUpdateDelay);
// create the wait time
player = FindObjectOfType <Player>();
// get the player object
StartCoroutine(UpdateChunks());
// start updating chunks
}
// floats telling us where the player was last, used to help performance
private void Awake()
{
chunkGenerator.GenerateChunkAt(new Vector2(25.5f, 25.5f));
chunkGenerator.GenerateChunkAt(new Vector2(-24.5f, 25.5f));
chunkGenerator.GenerateChunkAt(new Vector2(-24.5f, -24.5f));
chunkGenerator.GenerateChunkAt(new Vector2(25.5f, -24.5f));
// generate chunks in a square around the player. use .5 so that player is aligned with the center rather than at the side
waitTime = new WaitForSeconds(chunkUpdateDelay);
// create the wait time
player = FindObjectOfType <Player>();
// get the player object
StartCoroutine(UpdateChunks());
// start updating chunks
}
// inherit from editor
public override void OnInspectorGUI()
{
// override method for when the inspector's gui is opened
ChunkGenerator mapGen = (ChunkGenerator)target;
// create mapgen, target is the object that is being inspected and we want to cast it to be a mapgenerator
if (DrawDefaultInspector())
{
// draw the default inspector (if any value was changed)
if (mapGen.autoUpdate)
{
mapGen.GenerateChunkAt(mapGen.center, true);
// mapGen.ChunkTest(mapGen.center);
}
}
if (GUILayout.Button("Generate"))
{
// if player clicked the "generate" button
mapGen.GenerateChunkAt(mapGen.center, true);
// generate the map
// mapGen.ChunkTest(mapGen.center);
}
}
private IEnumerator GenerateArtifactCoroutine(int increment)
{
if (chunkGenerator.centerChunk != null)
{
Vector2 testPosition = new Vector2(chunkGenerator.centerChunk.transform.position.x + chunkGenerator.chunkSize * Random.Range(-maxChunksForGeneration - increment, maxChunksForGeneration + 1 + increment), chunkGenerator.centerChunk.transform.position.y + chunkGenerator.chunkSize * Random.Range(-maxChunksForGeneration - increment, maxChunksForGeneration + 1 + increment));
// get a chunk within a set x y chunk limit of the player's position
if (!chunkGenerator.chunkPositions.Contains(testPosition))
{
// if the chunk hasn't already been generated
GameObject newChunk = chunkGenerator.GenerateChunkAt(testPosition);
// generate it
if (LandExistsIn(newChunk))
{
float[] foundCoords = GetMaxHeightOfChunk(newChunk);
// spawn artifact based on text position + foundcoords;
GameObject createdArtifact = Instantiate(artifactPrefab, new Vector2(
testPosition.x - 25 + foundCoords[0],
testPosition.y - 25 + foundCoords[1]),
Quaternion.identity);
createdArtifact.GetComponent <Artifact>().artifactNum = Random.Range(0, 4);
createdArtifact.GetComponent <SpriteRenderer>().sprite = artifactSprites[createdArtifact.GetComponent <Artifact>().artifactNum];
FindObjectOfType <Minimap>().CreateArtifactOnMinimap(createdArtifact);
}
else
{
chunkGenerator.chunks.Remove(newChunk);
chunkGenerator.chunkPositions.Remove(testPosition);
// remove the chunk from the arrays its data was added to
Destroy(newChunk);
// destroy it
yield return(waitTime);
GenerateArtifact(increment);
}
}
else
{
yield return(waitTime);
GenerateArtifact(increment + 2);
}
}
else
{
yield return(waitTime);
GenerateArtifact(increment);
}
}
