public void moveUp(float speed)
{
Vector3 pos = camera.transform.position;
pos.z += speed * Time.deltaTime;
camera.transform.position = pos;
if (pos.z > threshold)
{
for (int i = 0; i < GenerationFunctions.startwerte.Length; i++)
{
GenerationFunctions.startwerte[i].y +=
(sizey - 1) * scale * Mathf.Pow(i + 1, coarse);
}
MeshGenerator newMeshGenerator = Instantiate(meshgen);
print("MESH GENERATOR INSTANCIATED");
float localScale = meshgen.transform.localScale.z;
Vector3 newPosition = genPos;
newPosition.z += (sizey - 2) * localScale;
newMeshGenerator.transform.position = newPosition;
foreach (DecorationFunctions deco in
newMeshGenerator.GetComponents <DecorationFunctions>())
{
deco.inistializePlants();
}
generations.GeneratePerlinNoise(newMeshGenerator);
print("PERLINNOISE GENERATED");
meshGenerators.Add(newMeshGenerator);
threshold += (sizey - 2) * localScale;
genPos.z += (sizey - 2) * localScale;
bool wasserAn = GameObject.FindGameObjectWithTag("watertoggle").GetComponent <UnityEngine.UI.Toggle>().isOn;
if (wasserAn)
{
WaterFunctions newWaterGenerator = Instantiate(water);
newWaterGenerator.transform.position = newPosition;
waterGenerators.Add(newWaterGenerator);
}
sectionCount++;
if (sectionCount == 4)
{
//print("count: "+sectionCount);
print(meshGenerators.Count);
print("CALL DESTROY ALL PLANTS");
meshGenerators[0].destroyAllPlants();
Destroy(meshGenerators[0].gameObject);
meshGenerators.RemoveAt(0);
if (wasserAn)
{
Destroy(waterGenerators[0].gameObject);
waterGenerators.RemoveAt(0);
}
sectionCount--;
}
}
}
