public override void deflate()
{
// string typeOfTiling = Regex.Match(name, @"([A-Z]\w+)").Groups[0].Value;
Vector3 C = worldVertex2 * helperFunctionsClass.GOLDENRATIO;
Vector3 B = worldVertex1 * helperFunctionsClass.GOLDENRATIO;
Vector3 A = worldVertex3 * helperFunctionsClass.GOLDENRATIO;
if (typeOfTiling == "Thick" || typeOfTiling == "Thin")
{
// // for tests
// A += new Vector3(1, 0);
// B += new Vector3(1, 0);
// C += new Vector3(1, 0);
Vector3 Q = B + (A - B) / helperFunctionsClass.GOLDENRATIO;
Vector3 R = B + (C - B) / helperFunctionsClass.GOLDENRATIO;
float rotate1;
float rotate2;
float rotate3;
int matchingCase1;
int matchingCase2;
int matchingCase3;
thickRhomb newTile1 = new thickRhomb();
thickRhomb newTile2 = new thickRhomb();
thinRhomb newTile3 = new thinRhomb();
if (mirrored)
{
// _deflate(typeof(blueTile), R, B, Q, false, "leftThick", blueTag);
// blueTag++;
// _deflate(typeof(redTile), Q, A, R, false, "topThin", redTile.redTag);
// redTile.redTag++;
// _deflate(typeof(blueTile), A, C, R, true, "rightThick", blueTag);
// blueTag++;
Vector3 ver4 = helperFunctionsClass.fourthVer(Q, B, R);
Vector3 ver5 = helperFunctionsClass.fourthVer(R, A, Q);
Vector3 ver6 = helperFunctionsClass.fourthVer(R, A, C);
// Sort this angle and matching case
switch (matchingCase)
{
case 1:
rotate1 = tileRotation + 180;
rotate2 = tileRotation - 180;
rotate3 = tileRotation;
matchingCase1 = 1;
matchingCase2 = 5;
matchingCase3 = 1;
break;
case 2:
rotate1 = tileRotation - 180;
rotate2 = tileRotation + 72;
rotate3 = tileRotation - 72;
matchingCase1 = 2;
matchingCase2 = 5;
matchingCase3 = 2;
break;
case 3:
rotate1 = tileRotation - 180;
rotate2 = tileRotation;
rotate3 = tileRotation;
matchingCase1 = 3;
matchingCase2 = 5;
matchingCase3 = 3;
break;
case 4:
rotate1 = tileRotation - 180;
rotate2 = tileRotation - 108;
rotate3 = tileRotation - 72;
matchingCase1 = 4;
matchingCase2 = 5;
matchingCase3 = 4;
break;
default:
rotate1 = tileRotation + 180;
rotate2 = tileRotation;
rotate3 = tileRotation + 36;
matchingCase1 = 5;
matchingCase2 = 2;
matchingCase3 = 1;
break;
}
newTile1.InitUser(B, R, ver4, Q, rotate1, matchingCase1);
newTile2.InitUser(A, C, R, ver6, rotate2, matchingCase2);
newTile3.InitUser(A, Q, ver5, R, rotate3, matchingCase3);
}
else
{
// _deflate(typeof(blueTile), B, R, Q, true, "rightThick", blueTag);
// blueTag++;
// _deflate(typeof(redTile), A, Q, R, true, "bottomThin", redTile.redTag);
// redTile.redTag++;
// _deflate(typeof(blueTile), C, A, R, false, "leftThick", blueTag);
// blueTag++;
Vector3 ver4 = helperFunctionsClass.fourthVer(Q, B, R);
Vector3 ver5 = helperFunctionsClass.fourthVer(R, A, Q);
Vector3 ver6 = helperFunctionsClass.fourthVer(R, A, C);
switch (matchingCase)
{
case 1:
rotate1 = tileRotation + 180;
rotate2 = tileRotation + 108;
rotate3 = tileRotation + 72;
matchingCase1 = 1;
matchingCase2 = 5;
matchingCase3 = 1;
break;
case 2:
rotate1 = tileRotation - 180;
rotate2 = tileRotation;
rotate3 = tileRotation;
matchingCase1 = 2;
matchingCase2 = 5;
matchingCase3 = 2;
break;
case 3:
rotate1 = tileRotation + 180;
rotate2 = tileRotation - 72;
rotate3 = tileRotation + 72;
matchingCase1 = 3;
matchingCase2 = 5;
matchingCase3 = 3;
break;
case 4:
rotate1 = tileRotation + 180;
rotate2 = tileRotation - 180;
rotate3 = tileRotation;
matchingCase1 = 4;
matchingCase2 = 5;
matchingCase3 = 4;
break;
default:
rotate1 = tileRotation + 180;
rotate2 = tileRotation - 180;
rotate3 = tileRotation - 72;
matchingCase1 = 5;
matchingCase2 = 1;
matchingCase3 = 3;
break;
}
newTile1.InitUser(B, R, Q, ver4, rotate1, matchingCase1);
newTile2.InitUser(A, C, ver6, R, rotate2, matchingCase2);
newTile3.InitUser(A, Q, R, ver5, rotate3, matchingCase3);
}
}
else if (typeOfTiling == "Dart" || typeOfTiling == "Kite")
{
// // for tests
// A += new Vector3(1, 0);
// B += new Vector3(1, 0);
// C += new Vector3(1, 0);
Vector3 P = B + (C - B) / helperFunctionsClass.GOLDENRATIO;
if (mirrored)
{
_deflate(typeof(redTile), A, P, B, false, "rightKite", redTile.redTag);
redTile.redTag++;
_deflate(typeof(blueTile), A, C, P, true, "rightDart", blueTag);
blueTag++;
}
else
{
_deflate(typeof(redTile), P, A, B, true, "leftKite", redTile.redTag);
redTile.redTag++;
_deflate(typeof(blueTile), C, A, P, false, "leftDart", blueTag);
blueTag++;
}
}
}
static void addThickRhomb(string tileType, int closestEdge, Vector3[] closestEdgeVec, float currentRotation, int previousCase, tile closestTile)
{
thickRhomb newTile = new thickRhomb();
Vector3 ver1;
Vector3 ver2;
Vector3 ver3;
Vector3 ver4;
float rotation;
// Debug.Log(closestEdge);
if (tileType == "thinRhomb")
{
switch (closestEdge)
{
case 1:
ver1 = closestEdgeVec[0];
ver4 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation + 72;
}
else if (previousCase == 2)
{
rotation = currentRotation + 36;
}
else if (previousCase == 3)
{
rotation = currentRotation - 108;
}
else if (previousCase == 4)
{
rotation = currentRotation - 144;
}
else
{
rotation = currentRotation + 72;
}
ver2 = helperFunctionsClass.thirdVer(ver4, rotation, helperFunctionsClass.redSides);
ver3 = helperFunctionsClass.fourthVer(ver4, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, closestEdge);
break;
case 2:
ver2 = closestEdgeVec[0];
ver3 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation - 72;
}
else if (previousCase == 2)
{
rotation = currentRotation - 108;
}
else if (previousCase == 3)
{
rotation = currentRotation + 108;
}
else if (previousCase == 4)
{
rotation = currentRotation + 72;
}
else
{
rotation = currentRotation - 72;
}
ver1 = helperFunctionsClass.thirdVer(ver3, rotation, helperFunctionsClass.redSides);
ver4 = helperFunctionsClass.fourthVer(ver3, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, 3);
break;
case 3:
ver4 = closestEdgeVec[0];
ver2 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation - 72;
}
else if (previousCase == 2)
{
rotation = currentRotation - 108;
}
else if (previousCase == 3)
{
rotation = currentRotation + 108;
}
else if (previousCase == 4)
{
rotation = currentRotation + 72;
}
else
{
rotation = currentRotation - 72;
}
ver1 = helperFunctionsClass.thirdVer(ver4, rotation, helperFunctionsClass.redSides);
ver3 = helperFunctionsClass.fourthVer(ver4, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, 2);
break;
case 4:
ver3 = closestEdgeVec[0];
ver1 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation + 144;
}
else if (previousCase == 2)
{
rotation = currentRotation + 108;
}
else if (previousCase == 3)
{
rotation = currentRotation - 36;
}
else if (previousCase == 4)
{
rotation = currentRotation - 72;
}
else
{
rotation = currentRotation + 144;
}
ver2 = helperFunctionsClass.thirdVer(ver3, rotation, helperFunctionsClass.redSides);
ver4 = helperFunctionsClass.fourthVer(ver3, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, 4);
break;
}
}
else if (tileType == "thickRhomb")
{
switch (closestEdge)
{
case 1:
ver1 = closestEdgeVec[0];
ver4 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation + 72;
}
else if (previousCase == 2)
{
rotation = currentRotation - 36;
}
else if (previousCase == 3)
{
rotation = currentRotation - 108;
}
else if (previousCase == 4)
{
rotation = currentRotation + 144;
}
else
{
rotation = currentRotation + 108;
}
ver2 = helperFunctionsClass.thirdVer(ver4, rotation, helperFunctionsClass.redSides);
ver3 = helperFunctionsClass.fourthVer(ver4, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, closestEdge);
break;
case 2:
ver2 = closestEdgeVec[1];
ver4 = closestEdgeVec[0];
if (previousCase == 1)
{
rotation = currentRotation + 36;
}
else if (previousCase == 2)
{
rotation = currentRotation - 72;
}
else if (previousCase == 3)
{
rotation = currentRotation - 144;
}
else if (previousCase == 4)
{
rotation = currentRotation + 108;
}
else
{
rotation = currentRotation + 72;
}
ver1 = helperFunctionsClass.thirdVer(ver4, rotation, helperFunctionsClass.redSides);
ver3 = helperFunctionsClass.fourthVer(ver4, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, closestEdge);
break;
case 3:
ver2 = closestEdgeVec[0];
ver3 = closestEdgeVec[1];
if (previousCase == 1)
{
rotation = currentRotation - 108;
}
else if (previousCase == 2)
{
rotation = currentRotation + 144;
}
else if (previousCase == 3)
{
rotation = currentRotation + 72;
}
else if (previousCase == 4)
{
rotation = currentRotation - 36;
}
else
{
rotation = currentRotation - 72;
}
ver1 = helperFunctionsClass.thirdVer(ver3, rotation, helperFunctionsClass.redSides);
ver4 = helperFunctionsClass.fourthVer(ver3, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, closestEdge);
break;
case 4:
ver1 = closestEdgeVec[1];
ver3 = closestEdgeVec[0];
if (previousCase == 1)
{
rotation = currentRotation - 144;
}
else if (previousCase == 2)
{
rotation = currentRotation + 108;
}
else if (previousCase == 3)
{
rotation = currentRotation + 36;
}
else if (previousCase == 4)
{
rotation = currentRotation - 72;
}
else
{
rotation = currentRotation - 108;
}
ver2 = helperFunctionsClass.thirdVer(ver3, rotation, helperFunctionsClass.redSides);
ver4 = helperFunctionsClass.fourthVer(ver3, ver2, ver1);
newTile.InitUser(ver1, ver2, ver3, ver4, rotation, closestEdge);
break;
}
}
closestTile.neighbours[closestEdge - 1] = newTile;
}
public override void deflate()
{
Vector3 A = worldVertex3 * helperFunctionsClass.GOLDENRATIO;
Vector3 B = worldVertex1 * helperFunctionsClass.GOLDENRATIO;
Vector3 C = worldVertex2 * helperFunctionsClass.GOLDENRATIO;
if (typeOfTiling == "Thin" || typeOfTiling == "Thick")
{
// // for tests
// A += new Vector3(1, 0);
// B += new Vector3(1, 0);
// C += new Vector3(1, 0);
Vector3 P = A + (B - A) / helperFunctionsClass.GOLDENRATIO;
float rotate1;
float rotate2;
int matchingCase1;
int matchingCase2;
thickRhomb newTile1 = new thickRhomb();
thinRhomb newTile2 = new thinRhomb();
if (mirrored)
{
// Initalise new tile with the required verticies and give it a matchingCase so the user can add to pattern after deflation
// _deflate(typeof(redTile), B, P, C, true, "bottomThin", redTag);
// redTag++;
// _deflate(typeof(blueTile), A, C, P,true, "rightThick", blueTile.blueTag);
// blueTile.blueTag++;
Vector3 ver4 = helperFunctionsClass.fourthVer(C, B, P);
Vector3 ver5 = helperFunctionsClass.fourthVer(P, C, A);
switch (matchingCase)
{
case 1:
rotate1 = tileRotation - 144;
rotate2 = tileRotation - 180;
matchingCase1 = 1;
matchingCase2 = 1;
break;
case 2:
rotate1 = tileRotation - 72;
rotate2 = tileRotation + 108;
matchingCase1 = 2;
matchingCase2 = 2;
break;
case 3:
rotate1 = tileRotation - 144;
rotate2 = tileRotation + 108;
matchingCase1 = 3;
matchingCase2 = 3;
break;
case 4:
rotate1 = tileRotation - 72;
rotate2 = tileRotation + 108;
matchingCase1 = 4;
matchingCase2 = 4;
break;
default:
rotate1 = tileRotation + 180;
rotate2 = tileRotation + 108;
matchingCase1 = 5;
matchingCase2 = 1;
break;
}
newTile1.InitUser(A, C, P, ver5, rotate1, matchingCase1);
newTile2.InitUser(B, P, C, ver4, rotate2, matchingCase2);
}
else
{
// _deflate(typeof(redTile), P, B, C, false, "topThin", redTag);
// redTag++;
// _deflate(typeof(blueTile), C, A, P, false, "leftThick", blueTile.blueTag);
// blueTile.blueTag++;
Vector3 ver4 = helperFunctionsClass.fourthVer(C, P, B);
Vector3 ver5 = helperFunctionsClass.fourthVer(P, A, C);
switch (matchingCase)
{
case 1:
rotate1 = tileRotation + 72;
rotate2 = tileRotation - 108;
matchingCase1 = 1;
matchingCase2 = 1;
break;
case 2:
rotate1 = tileRotation + 144;
rotate2 = tileRotation - 108;
matchingCase1 = 2;
matchingCase2 = 2;
break;
case 3:
rotate1 = tileRotation + 72;
rotate2 = tileRotation - 108;
matchingCase1 = 3;
matchingCase2 = 3;
break;
case 4:
rotate1 = tileRotation + 144;
rotate2 = tileRotation - 108;
matchingCase1 = 4;
matchingCase2 = 4;
break;
default:
rotate1 = tileRotation - 36;
rotate2 = tileRotation - 36;
matchingCase1 = 3;
matchingCase2 = 5;
break;
}
newTile1.InitUser(A, C, ver5, P, rotate1, matchingCase1);
newTile2.InitUser(B, P, ver4, C, rotate2, matchingCase2);
}
}
else if (typeOfTiling == "Kite" || typeOfTiling == "Dart")
{
// // for tests
// A += new Vector3(1, 0);
// B += new Vector3(1, 0);
// C += new Vector3(1, 0);
Vector3 P = A + (B - A) / helperFunctionsClass.GOLDENRATIO;
Vector3 Q = C + (A - C) / helperFunctionsClass.GOLDENRATIO;
if (mirrored)
{
_deflate(typeof(redTile), B, P, C, true, "leftKite", redTag);
redTag++;
Debug.Log("doing this non-mirror one");
_deflate(typeof(redTile), P, Q, C, false, "rightKite", redTag);
redTag++;
_deflate(typeof(blueTile), P, A, Q, true, "rightDart", blueTile.blueTag);
blueTile.blueTag++;
}
else
{
_deflate(typeof(redTile), P, B, C, false, "rightKite", redTag);
redTag++;
Debug.Log("doing this mirror one");
_deflate(typeof(redTile), Q, P, C, true, "leftKite", redTag);
redTag++;
_deflate(typeof(blueTile), A, P, Q, false, "leftDart", blueTile.blueTag);
blueTile.blueTag++;
}
}
}
void Update()
{
if ((manager.allObjects.Count != 0))
{
if (Input.GetMouseButtonDown(0))
{
Vector3 mouseClickCoor = Camera.main.ScreenToWorldPoint(Input.mousePosition);
var closestTile = getClosestTile(manager.allObjects, mouseClickCoor);
if (closestTile.Item2 < 0.9)
{
updateMethod("left", closestTile.Item1, closestTile.Item3, closestTile.Item4);
}
else
{
if (manager.tileType == "P3")
{
thinRhomb newTile = new thinRhomb();
newTile.Init(mouseClickCoor);
}
else if (manager.tileType == "P2")
{
kiteTile newTile = new kiteTile();
newTile.Init(mouseClickCoor);
}
}
}
else if (Input.GetMouseButtonDown(1))
{
Vector3 mouseClickCoor = Camera.main.ScreenToWorldPoint(Input.mousePosition);
var closestTile = getClosestTile(manager.allObjects, mouseClickCoor);
if (closestTile.Item2 < 0.9)
{
updateMethod("right", closestTile.Item1, closestTile.Item3, closestTile.Item4);
}
else
{
if (manager.tileType == "P3")
{
thickRhomb newTile = new thickRhomb();
newTile.Init(mouseClickCoor);
}
else if (manager.tileType == "P2")
{
dartTile newTile = new dartTile();
newTile.Init(mouseClickCoor);
}
}
}
}
else
{
if (Input.GetMouseButtonDown(0))
{
Vector3 mouseClickCoor = Camera.main.ScreenToWorldPoint(Input.mousePosition);
if (manager.tileType == "P3")
{
thinRhomb newTile = new thinRhomb();
newTile.Init(mouseClickCoor);
}
else if (manager.tileType == "P2")
{
kiteTile newTile = new kiteTile();
newTile.Init(mouseClickCoor);
}
}
else if (Input.GetMouseButtonDown(1))
{
Vector3 mouseClickCoor = Camera.main.ScreenToWorldPoint(Input.mousePosition);
if (manager.tileType == "P3")
{
thickRhomb newTile = new thickRhomb();
newTile.Init(mouseClickCoor);
}
else if (manager.tileType == "P2")
{
dartTile newTile = new dartTile();
newTile.Init(mouseClickCoor);
}
}
}
}
