// Use this for initialization
void Start()
{
//start declarations for class
unit.toonName = "Lizard";
unit.description = "He eats birds.";
unit.elementType = "Water";
unit.attack = 2;
unit.health = 10;
unit.movement = 2;
unit.pageCost = 1;
unit.Print();
//fill in location info at start
characterLocationUpdate();
//just looking at dict in debug log.
GameObject board = GameObject.Find("map");
Map_v10 map = board.GetComponent <Map_v10>();
foreach (var group in map.tileLocPairs)
{
Debug.Log("Key:" + group.Key + " Value:" + group.Value);
}
foreach (var group in map.tileLocPairsInverse)
{
Debug.Log("Key:" + group.Key + " Value:" + group.Value);
}
}
// Use this for initialization, starting bird values
void Start()
{
//str values
unit.toonName = "Bird";
unit.description = "Bird is light as a feather";
unit.elementType = "Pastoral";
//int values
unit.attack = 4;
unit.health = 4;
unit.movement = 2;
unit.pageCost = 1;
//print his opening line. Optional
unit.Print();
//can delete everything below this i believe, keeping just in case
//fill in location info at start
//this might not need to exist anymore PLEASE CHECK
//characterLocationUpdateB();
//Debug.Log(tileStr);
//just looking at dict in debug log.
//GameObject board = GameObject.Find("map");
//Map_v12 map = board.GetComponent<Map_v12>();
//foreach (var group in map.tileLocPairs)
// Debug.Log("Key:" + group.Key + " Value:" + group.Value);
//foreach (var group in map.tileLocPairsInverse)
// Debug.Log("Key:" + group.Key + " Value:" + group.Value);
}
// Use this for initialization
void Start()
{
unit.toonName = "Bird";
unit.description = "Bird is light as a feather";
unit.elementType = "Pastoral";
unit.attack = 4;
unit.health = 4;
unit.movement = 2;
unit.pageCost = 1;
unit.Print();
//fill in location info at start
characterLocationUpdateB();
//just looking at dict in debug log.
GameObject board = GameObject.Find("map");
Map_v10 map = board.GetComponent <Map_v10>();
foreach (var group in map.tileLocPairs)
{
Debug.Log("Key:" + group.Key + " Value:" + group.Value);
}
foreach (var group in map.tileLocPairsInverse)
{
Debug.Log("Key:" + group.Key + " Value:" + group.Value);
}
}
// Use this for initialization
void Start()
{
//start declarations for class
unit.toonName = "Lizard";
unit.description = "He eats birds.";
unit.elementType = "Water";
unit.attack = 2;
unit.health = 100;
unit.movement = 2;
unit.pageCost = 1;
unit.Print();
//fill in location info at start
characterLocationUpdate();
//grabbing info from the map in an inefficient way. DEBUGS are if you want to look at either coordinate dictionary
GameObject board = GameObject.Find("map");
Map_v12 map = board.GetComponent <Map_v12>();
//foreach (var group in map.tileLocPairs)
// Debug.Log("Key:" + group.Key + " Value:" + group.Value);
//foreach (var group in map.tileLocPairsInverse)
//Debug.Log("Key:" + group.Key + " Value:" + group.Value);
//move hexes, getting our location in unity coordinates by looking up the dictionary that stores all the pairs
unityStr = map.tileLocPairs[tileStr];
//everything below is to spawn the highlights that show player their possible moves.
//temporary strings we will be saving to and combining for dictionary and list reasons.
string unityXStr;
string unityYStr;
string neighUnityStr;
//down 1 tile
GameObject moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc, 0, (yLoc - .89f)), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = xLoc.ToString();
unityYStr = (yLoc - .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
//to the left 1 and up 1
if ((xLoc - .76f) > 0 && yLoc + (.445f) < 5.8)
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc - .76f, 0, yLoc + (.445f)), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc - .76f).ToString();
unityYStr = (yLoc + (.445f)).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//left 1, down 1
if (((xLoc - .76f) > 0) && (yLoc - (.445f) > 0))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc - (.76f), 0, yLoc - (.445f)), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc - .76f).ToString();
unityYStr = (yLoc - (.445f)).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the left 2
if (xLoc - (.76f * 2) > 0)
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc - (.76f * 2), 0, yLoc), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc - (.76f * 2)).ToString();
unityYStr = (yLoc).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the left 2, up 2
if ((xLoc - (.76f * 2) > 0) && ((yLoc + .89f) < 5.8))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc - (.76f * 2), 0, yLoc + .89f), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc - (.76f * 2)).ToString();
unityYStr = (yLoc + .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the left 2, down 2
if ((xLoc - (.76f * 2) > 0) && ((yLoc - .89f) > 0))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc - (.76f * 2), 0, yLoc - .89f), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc - (.76f * 2)).ToString();
unityYStr = (yLoc - .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the right one and up
if (((xLoc + (.76f)) < 4.56) && (yLoc + ((.445f)) < 5.8))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc + (.76f), 0, yLoc + (.445f)), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc + .76f).ToString();
unityYStr = (yLoc + (.445f)).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the right one and down
if (((xLoc + (.76f)) < 4.56) && (yLoc - (.445f) >= 0))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc + (.76f), 0, yLoc - (.445f)), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc + .76f).ToString();
unityYStr = Math.Round((yLoc - .445f), 4).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//to the right 2
if ((xLoc + (.76f * 2)) < 4.56)
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc + (.76f * 2), 0, yLoc), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc + (.76f * 2)).ToString();
unityYStr = (yLoc).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//right 2, up 2
if (((xLoc + (.76f * 2)) < 4.56) && (yLoc + .89f < 5.8))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc + (.76f * 2), 0, yLoc + .89f), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc + (.76f * 2)).ToString();
unityYStr = (yLoc + .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//right 2, up 2
if (((xLoc + (.76f * 2)) < 4.56) && (yLoc - .89f > 0))
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc + (.76f * 2), 0, yLoc - .89f), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc + (.76f * 2)).ToString();
unityYStr = (yLoc - .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
//one up
if ((yLoc + .89f) < 5.8)
{
moveTiles = (GameObject)Instantiate(mouseHexPrefab, new Vector3(xLoc, 0, yLoc + .89f), Quaternion.Euler(90, 90, 0));
moveTiles.gameObject.tag = "moveHex";
//we take our unity location, turn it into a string, then add this neighbor to list if it is "in bounds" of map
unityXStr = (xLoc).ToString();
unityYStr = (yLoc + .89f).ToString();
neighUnityStr = '(' + unityXStr + ", " + unityYStr + ')';
actualNeighbors.Add(map.tileLocPairsInverse[neighUnityStr]);
}
}
