public void lizardMove()
{
string xstr;
string ystr;
xstr = xTile.ToString();
ystr = yTile.ToString();
GameObject board = GameObject.Find("map");
Map_v10 map = board.GetComponent <Map_v10>();
GameObject currentHex = GameObject.Find("Hex_" + xstr + "_" + ystr);
Neighbor_v2 neighbors = currentHex.GetComponent <Neighbor_v2>();
}
//test movement module
public void lizardMove()
{
//declarations
string xstr;
string ystr;
xstr = xTile.ToString();
ystr = yTile.ToString();
float charHeight;
//finds, assignments
GameObject board = GameObject.Find("map");
Map_v10 map = board.GetComponent <Map_v10>();
ClickableTile_v4 click = board.GetComponent <ClickableTile_v4>();
GameObject liz = GameObject.Find("Lizard");
//finds the hex on which the lizard sits
GameObject currentHex = GameObject.Find("Hex_" + xstr + "_" + ystr);
//pulls the neighbors for that hex
Neighbor_v2 neighbors = currentHex.GetComponent <Neighbor_v2>();
//valid neighbor click
if (neighbors.neighborX.Contains(click.clickCoor) || neighbors.neighborY.Contains(click.clickCoor))
{
//string unityCoor;
float unityX;
float unityY;
//unityCoor = map.tileLocPairs[click.clickCoor];
unityX = click.xLoc;
unityY = click.yLoc;
charHeight = .5f;
liz.transform.position = new Vector3(unityX, charHeight, unityY);
}
//too far to move there
else
{
Debug.Log("Cannot move this far");
}
}
//buildmap function
public void buildMapTiles()
{
// size of map in tiles
float x_offset = .76f;
float y_offset = .89f;
//start loop to formulate grid. The grid ends up WIDTH x HEIGHT Hexs
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{ //odd column? If so, we push it over some. If not, aligned ass normal
float y_pos = y * y_offset;
if (x % 2 == 1)
{
y_pos += y_offset / 2;
}
//randomize an integer so we can assign what type of tile will be used
//for each instantiation. Thus, this allows for a randomized tile board.
int tileType = Random.Range(1, 4);
if (tileType == 1)
{
hex_prefab = fire_prefab;
}
else if (tileType == 2)
{
hex_prefab = water_prefab;
}
else if (tileType == 3)
{
hex_prefab = goth_prefab;
}
//once it has which prefab to use, this is what actually creates, names, and parents each tile in map
GameObject hex_ob = (GameObject)Instantiate(hex_prefab, new Vector3(x * x_offset, 0, y_pos), Quaternion.Euler(90, 90, 0));
ClickableTile_v4 ct = hex_ob.AddComponent <ClickableTile_v4>();
//This assigns values to each tile that contain its location in our coordinate system and in unity gamespace
ct.tileX = x;
ct.tileY = y;
ct.xLoc = x * x_offset;
ct.yLoc = y_pos;
ct.map = this;
//test dictionary pairings
string coor;
string unityCoor;
string xString;
string yString;
string unityXStr;
string unityYStr;
float xFloat;
float yFloat;
//creating an (x,y) coordinate pair to store a key of (hexX, hexY)
xString = x.ToString();
yString = y.ToString();
//creating an (x,y) coordinate pair as a value for (HexUnitySpaceX, HexUnitySpaceY)
xFloat = x * x_offset;
yFloat = y_pos;
unityXStr = (xFloat).ToString();
unityYStr = yFloat.ToString();
//convert these values to strings for storage in dict
coor = "(" + xString + ", " + yString + ")";
unityCoor = "(" + unityXStr + ", " + unityYStr + ")";
//unityCoor = string.Format("({0:0.0##}, {0:0.0##})", unityXStr, unityYStr);
//add (hexX, HexY) : (HexUnitySpaceX, HexUnitySpaceY
tileLocPairs.Add(coor, unityCoor);
tileLocPairsInverse.Add(unityCoor, coor);
//Starts communicating with our neighbor script to determine which hex border one another
Neighbor_v2 neighbor = hex_ob.AddComponent <Neighbor_v2>();
//creating and sending info for each neighbor script on each hex
string xright;
string xleft;
string yup;
string ydown;
//up down left and right
xright = (x + 1).ToString();
xleft = (x - 1).ToString();
yup = (y + 1).ToString();
ydown = (y - 1).ToString();
//hex 0 0
if ((x == 0) & (y == 0))
{
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//if origin is 0-0 in bottom left, this is top left
if ((x == 0) & (y == height - 1))
{
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//top right
if ((x == width - 1) & (y == height - 1))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//bottom right
if ((x == width - 1) & (y == 0))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//left-most x minus the two endpoints
if ((x == 0) & ((0 < y) & (y < height - 1)))
{
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//right-most x minus the two endpoints
if ((x == width - 1) & ((0 < y) & (y < height - 1)))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//all even columns at y = 0
if ((x % 2 == 0) & (x != 0) & (x != width - 1) & (y == 0))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//all even columns y = map height
if ((x % 2 == 0) & (x != 0) & (x != width - 1) & (y == height - 1))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + ydown + ")");
neighbor.neighborX.Add("(" + xright + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//all even columns other than y = 0 and y = map height (essentially all even-column non-endpoints)
if ((x % 2 == 0) & (x != 0) & (x != width - 1) & (y != 0) & (y != height - 1))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + ydown + ")");
neighbor.neighborX.Add("(" + xright + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//all odd columns y = 0
if ((x % 2 == 1) & (y == 0))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + yup + ")");
neighbor.neighborX.Add("(" + xright + ", " + yup + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//all odd columns y = height
if ((x % 2 == 1) & (y == height - 1))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
}
//all odd columns non-endpoints
if ((x % 2 == 1) & (y != 0) & (y != height - 1))
{
neighbor.neighborX.Add("(" + xleft + ", " + y + ")");
neighbor.neighborX.Add("(" + xright + ", " + y + ")");
neighbor.neighborX.Add("(" + xleft + ", " + yup + ")");
neighbor.neighborX.Add("(" + xright + ", " + yup + ")");
neighbor.neighborY.Add("(" + x + ", " + ydown + ")");
neighbor.neighborY.Add("(" + x + ", " + yup + ")");
}
//names each hex with coordinate point, puts all instantiated hexs within map empty game element.
hex_ob.name = "Hex_" + x + "_" + y;
hex_ob.transform.SetParent(this.transform);
}
}
}
//test movement module
public void lizardMove()
{
//declarations
string xstr;
string ystr;
xstr = xTile.ToString();
ystr = yTile.ToString();
float charHeight;
//new, for 2-Y movement in a turn
int twoYup = yTile + 1;
int twoYDown = yTile - 1;
string twoYUpStr = twoYup.ToString();
string twoYDownStr = twoYDown.ToString();
//finds, assignments
GameObject board = GameObject.Find("map");
Map_v10 map = board.GetComponent <Map_v10>();
ClickableTile_v4 click = board.GetComponent <ClickableTile_v4>();
GameObject liz = GameObject.Find("Lizard");
//finds the hex on which the lizard sits
GameObject currentHex = GameObject.Find("Hex_" + xstr + "_" + ystr);
//2Yup neighbor game object
GameObject twoYUpHex = GameObject.Find("Hex_" + xstr + "_" + twoYUpStr);
//2YDown neighbor ob
GameObject twoYDownHex = GameObject.Find("Hex_" + xstr + "_" + twoYDownStr);
//pulls the neighbors for that hex
Neighbor_v2 neighbors = currentHex.GetComponent <Neighbor_v2>();
//also pulls the neighbor for 1UpYaxis so he can move 1 X, 1 Y, or 2 Y in a single turn
Neighbor_v2 neighbor2Yup = twoYUpHex.GetComponent <Neighbor_v2>();
//pulls neighbor 1DownAxis
Neighbor_v2 neighbor2YDown = twoYDownHex.GetComponent <Neighbor_v2>();
//new, used to find battle
Battle_v3 battle = liz.GetComponent <Battle_v3>();
//valid neighbor click
if (neighbors.neighborX.Contains(click.clickCoor) || neighbors.neighborY.Contains(click.clickCoor) ||
neighbor2Yup.neighborY.Contains(click.clickCoor) || neighbor2YDown.neighborY.Contains(click.clickCoor))
{
//string unityCoor;
float unityX;
float unityY;
//unityCoor = map.tileLocPairs[click.clickCoor];
unityX = click.xLoc;
unityY = click.yLoc;
charHeight = .5f;
//new shit to make occupied hexs un-enterable
if (battle.OccupiedHexs.ContainsKey(click.clickCoor))
{
battle.Battle();
}
//otherwise, move if it is a valid destination
else
{
liz.transform.position = new Vector3(unityX, charHeight, unityY);
}
}
//too far to move there
else
{
Debug.Log("Cannot move this far");
}
}
