IEnumerator RefreshData()
{
Block_DataModel[] data = null;
StartCoroutine(heyAPI.CallAPIProcess(outcome => data = outcome));
//Wait until data has landed before proceeding.
while (data == null)
{
yield return(null);
}
//List<BlockDataHolderB> newBlocks = new List<BlockDataHolderB>();
for (int i = 0; i < data.Length; i++)
{
var tmpData = new Block_ViewModel(data[i]);
if (!_content.ContainsKey(tmpData.blockNumber))
{
//creating the spiral--var circleSpeed = 1;
var forwardSpeed = 1;
var circleSize = 23;
var circleGrowSpeed = 0.1;
var xPos = Mathf.Sin(i * 0.1f) * circleSize;
var yPos = Mathf.Cos(i * 0.1f) * circleSize;
zPos = zPos + forwardSpeed;
Quaternion rot = Quaternion.Euler(0, rotfix, 0);
BlockDataHolderB holder = Instantiate(blockHolderPrefab, new Vector3(xPos, zPos, yPos), rot);
rotfix += 5.7f;
//////
///
//string tmpcheck = tmpData.blockNumber.ToString();
//if (GameObject.Find("tmpcheBlockHolderPrefab(Clone)"))
//{
//We can pass in the index of an object along with it.
utf8 = holder.Setup(tmpData, _content.Count);
_content.Add(tmpData.blockNumber, holder);
yield return(new WaitForSeconds(0.07f)); //to add delay in spawning
fillbigtexewallonfirstopenn.TextFill(_content.Count, tmpData.blockNumber, utf8);
//newBlocks.Add(holder);
//Debug.Log($"Added block of id {tmpData.blockNumber}");
gotnewblock.Invoke();
//}
}
}
verselift.Updatepos(zPos - 21); //lift the verse relative to highest block in the spiral.
}
IEnumerator RefreshData()
{
Block_DataModel[] data = null;
StartCoroutine(heyAPI.CallAPIProcess(outcome => data = outcome));
//Wait until data has landed before proceeding.
while (data == null)
{
yield return(null);
}
//List<BlockDataHolderB> newBlocks = new List<BlockDataHolderB>();
for (int i = 0; i < data.Length; i++)
{
var tmpData = new Block_ViewModel(data[i]);
if (!_content.ContainsKey(tmpData.blockNumber))
{
BlockDataHolderB holder = Instantiate(blockHolderPrefab, transform);
//We can pass in the index of an object along with it.
holder.Setup(tmpData, _content.Count);
_content.Add(tmpData.blockNumber, holder);
//newBlocks.Add(holder);
Debug.Log($"Added block of id {tmpData.blockNumber}");
}
}
//You can store and cycle through only new blocks if you want
//for (int i = 0; i < newBlocks.Count; i++)
//{
// //The current index will be equals to the content dictionary count - new blocks count.
// Debug.Log($"Block of id {newBlocks[i].data.blockNumber} is at dictionary index {_content.Count - newBlocks.Count + i}.");
//}
BlockDataHolderB lastItem = transform.GetChild(transform.childCount - 1).GetComponent <BlockDataHolderB>();
//To access an object in the dictionary, you can use a blockNumber ->
Debug.Log($"{_content[lastItem.data.blockNumber]}");
//Below is how to handle the entire data as a whole, by looping through those.
//Or you can loop through those using foreach
//foreach (var kvp in _content)
// Debug.Log($"Key: {kvp.Key}, Value: {kvp.Value.data.input}");
//foreach(BlockDataHolderB holder in _content.Values)
// Debug.Log($"Value: {holder.data.input}");
//Check content based on its index
//int index = 0;
//foreach (BlockDataHolderB holder in _content.Values)
// Debug.Log($"Item {holder.data.blockNumber} is at index {index++} out of {_content.Count}.");
Debug.Log("~~~~~~~~~~~~~~~~~~~~~~~");
//Get the first item
//var holder = _content.First();
//Get the first item with --
//var holder = _content.First(o => int.Parse(o.Value.data.gasUsed) > 300);
}