this is a test post please ignore it

test group

1. First item
2. Second item
3. Third item
   • Indented item
   • Indented item
4. Fourth item

test group 2

1. First item
2. Second item
3. Third item
4. Fourth item

test group 3

1. First item
2. Second item
3. Third item
4. Fourth item

• First item
• Second item
• Third item
• Fourth item

Finding Assets to Use

The unity asset store is a great place to publish your own content to have others use it and/or pay you for it, but it is also a great resource for inspiration or saving you from spending time making tons of assets.

I found this one for the hail ball.

1using UnityEngine;
2using System.Collections;
3
4public class CloudPool : MonoBehaviour
5{
6    public GameObject cloudPrefab;                                  //The cloud game object.
7    public int cloudPoolSize = 5;                                   //How many clouds to keep on standby.
8    public float initialCloudSpawnRate = 3f;                               //How quickly clouds spawn.
9    public float cloudSpawnRate;
10    public float cloudMin = -1f;                                    //Minimum y value of the cloud position.
11    public float cloudMax = 3.5f;                                   //Maximum y value of the cloud position.
12    public float spawnXPosMax = 8f;
13    public float spawnXPosMin = -4f;
14    private GameObject[] clouds;                                    //Collection of pooled clouds.
15    private int currentCloud = 0;                                   //Index of the current cloud in the collection.
16    private Vector2 objectPoolPosition = new Vector2(-15, -25);     //A holding position for our unused clouds offscreen.
17    private float spawnXPosition = 10f;
18    private float timeSinceLastSpawned;
19
20    void Start()
21    {
22        cloudSpawnRate = initialCloudSpawnRate;
23        timeSinceLastSpawned = cloudSpawnRate;
24
25        //Initialize the clouds collection.
26        clouds = new GameObject[cloudPoolSize];
27
28        //Loop through the collection
29        for (int i = 0; i < cloudPoolSize; i++)
30        {
31            //and create the individual clouds.
32            clouds[i] = (GameObject)Instantiate(cloudPrefab, objectPoolPosition, Quaternion.identity);
33        }
34
35        Update();
36    }
37
38    //This spawns clouds as long as the game is not over.
39    void Update()
40    {
41        timeSinceLastSpawned += Time.deltaTime;
42
43        if (GameControl.instance.gameOver == false && timeSinceLastSpawned >= cloudSpawnRate)
44        {
45            cloudSpawnRate = initialCloudSpawnRate / System.Math.Abs(GameControl.instance.scrollSpeed);
46            timeSinceLastSpawned = 0f;
47
48            //Set a random y position for the cloud
49            float spawnYPosition = Random.Range(cloudMin, cloudMax);
50            spawnXPosition = Random.Range(spawnXPosMin, spawnXPosMax);
51
52            //then set the current cloud to that position.
53            clouds[currentCloud].gameObject.SetActive(true);
54            clouds[currentCloud].transform.position = new Vector2(spawnXPosition, spawnYPosition);
55
56            //Increase the value of currentCloud. If the new size is too big, set it back to zero
57            currentCloud++;
58            if (currentCloud >= cloudPoolSize)
59            {
60                currentCloud = 0;
61            }
62        }
63    }
64}
65