void FillFlipTriangleOverBound(ref FillFlipData flip)
{
TriangleData data;
data.pt1.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt1.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
if (Mathf.Sign(flip.dragDir.x) == Mathf.Sign(flip.dragDir.y))
{
data.pt2.x = flip.crossX.x;
data.pt2.y = flip.crossX.y;
data.pt3.x = flip.crossY.x;
data.pt3.y = flip.crossY.y;
}
else
{
data.pt2.x = flip.crossY.x;
data.pt2.y = flip.crossY.y;
data.pt3.x = flip.crossX.x;
data.pt3.y = flip.crossX.y;
}
data.uv1.x = ((data.pt1.x + halfSize.x) / texSize.x);
data.uv1.y = (data.pt1.y + halfSize.y) / texSize.y;
data.uv2.x = ((data.pt2.x + halfSize.x) / texSize.x);
data.uv2.y = (data.pt2.y + halfSize.y) / texSize.y;
data.uv3.x = ((data.pt3.x + halfSize.x) / texSize.x);
data.uv3.y = (data.pt3.y + halfSize.y) / texSize.y;
FillTriangle(ref mCardBack, ref data);
}
void FillFlipDiamondOverBound(ref FillFlipData flip, ref Vector2 symmertyX, ref Vector2 symmertyY)
{
DiamondData data;
if (Mathf.Sign(flip.dragDir.x) == Mathf.Sign(flip.dragDir.y))
{
data.pt1.x = flip.crossY.x;
data.pt1.y = flip.crossY.y;
data.pt2.x = symmertyY.x;
data.pt2.y = symmertyY.y;
data.pt3.x = flip.dragPt.x;
data.pt3.y = flip.dragPt.y;
data.pt4.x = flip.crossX.x;
data.pt4.y = flip.crossX.y;
data.pt5.x = symmertyX.x;
data.pt5.y = symmertyX.y;
data.uv2.x = (0 < flip.dragDir.x ? 1f : 0f);
data.uv2.y = (0 < flip.dragDir.y ? 1f : 0f);
data.uv5.x = (0 < flip.dragDir.x ? 0f : 1f);
data.uv5.y = (0 < flip.dragDir.y ? 0f : 1f);
}
else
{
data.pt1.x = flip.crossX.x;
data.pt1.y = flip.crossX.y;
data.pt2.x = symmertyX.x;
data.pt2.y = symmertyX.y;
data.pt3.x = flip.dragPt.x;
data.pt3.y = flip.dragPt.y;
data.pt4.x = flip.crossY.x;
data.pt4.y = flip.crossY.y;
data.pt5.x = symmertyY.x;
data.pt5.y = symmertyY.y;
data.uv2.x = (0 < flip.dragDir.x ? 0f : 1f);
data.uv2.y = (0 < flip.dragDir.y ? 0f : 1f);
data.uv5.x = (0 < flip.dragDir.x ? 1f : 0f);
data.uv5.y = (0 < flip.dragDir.y ? 1f : 0f);
}
data.uv1.x = 1f - (data.pt1.x + halfSize.x) / texSize.x;
data.uv1.y = (data.pt1.y + halfSize.y) / texSize.y;
data.uv3.x = (0 < flip.dragDir.x ? 1f : 0f);
data.uv3.y = (0 < flip.dragDir.y ? 0f : 1f);
data.uv4.x = 1f - (data.pt4.x + halfSize.x) / texSize.x;
data.uv4.y = (data.pt4.y + halfSize.y) / texSize.y;
FillDiamond(ref mCardFront, ref data);
}
void FillFlipTriangle(ref FillFlipData flip)
{
TriangleData data;
data.pt1.x = flip.dragPt.x;
data.pt1.y = flip.dragPt.y;
data.uv1.x = flip.dragDir.x < 0 ? 0f : 1f;
data.uv1.y = flip.dragDir.y < 0 ? 1f : 0f;
if (Mathf.Sign(flip.dragDir.x) == Mathf.Sign(flip.dragDir.y))
{
data.pt2.x = flip.crossX.x;
data.pt2.y = flip.crossX.y;
data.pt3.x = flip.crossY.x;
data.pt3.y = flip.crossY.y;
}
else
{
data.pt2.x = flip.crossY.x;
data.pt2.y = flip.crossY.y;
data.pt3.x = flip.crossX.x;
data.pt3.y = flip.crossX.y;
}
data.uv2.x = 1f - ((data.pt2.x + halfSize.x) / texSize.x);
data.uv2.y = (data.pt2.y + halfSize.y) / texSize.y;
data.uv3.x = 1f - ((data.pt3.x + halfSize.x) / texSize.x);
data.uv3.y = (data.pt3.y + halfSize.y) / texSize.y;
FillTriangle(ref mCardFront, ref data);
}
void FillFlipQuadBackOverX(ref FillFlipData flip)
{
QuadData data;
if (Mathf.Sign(flip.dragDir.x) == Mathf.Sign(flip.dragDir.y))
{
data.pt1.x = (0 < flip.dragDir.x ? -halfSize.x : halfSize.x);
data.pt1.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt2.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt2.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt3.x = flip.crossX.x;
data.pt3.y = flip.crossX.y;
data.pt4.x = flip.crossY.x;
data.pt4.y = flip.crossY.y;
}
else
{
data.pt1.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt1.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt2.x = (0 < flip.dragDir.x ? -halfSize.x : halfSize.x);
data.pt2.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt3.x = flip.crossY.x;
data.pt3.y = flip.crossY.y;
data.pt4.x = flip.crossX.x;
data.pt4.y = flip.crossX.y;
}
data.uv1.x = (data.pt1.x + halfSize.x) / texSize.x;
data.uv1.y = (data.pt1.y + halfSize.y) / texSize.y;
data.uv2.x = (data.pt2.x + halfSize.x) / texSize.x;
data.uv2.y = (data.pt2.y + halfSize.y) / texSize.y;
data.uv3.x = (data.pt3.x + halfSize.x) / texSize.x;
data.uv3.y = (data.pt3.y + halfSize.y) / texSize.y;
data.uv4.x = (data.pt4.x + halfSize.x) / texSize.x;
data.uv4.y = (data.pt4.y + halfSize.y) / texSize.y;
//Debug.LogFormat("pt1 = {0}, pt2 = {1}, pt3 = {2}, pt4 = {3}", data.pt1, data.pt2, data.pt3, data.pt4);
//Debug.LogFormat("uv1 = {0}, uv2 = {1}, uv3 = {2}, uv4 = {3}", data.uv1, data.uv2, data.uv3, data.uv4);
FillQuad(ref mCardBack, ref data);
}
void FillFlipQuadBackOverY(ref FillFlipData flip)
{
QuadData data;
if (Mathf.Sign(flip.dragDir.x) == Mathf.Sign(flip.dragDir.y))
{
data.pt1.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt1.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt2.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt2.y = (0 < flip.dragDir.y ? -halfSize.y : halfSize.y);
data.pt3.x = flip.crossX.x;
data.pt3.y = flip.crossX.y;
data.pt4.x = flip.crossY.x;
data.pt4.y = flip.crossY.y;
}
else
{
data.pt1.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt1.y = (0 < flip.dragDir.y ? -halfSize.y : halfSize.y);
data.pt2.x = (0 < flip.dragDir.x ? halfSize.x : -halfSize.x);
data.pt2.y = (0 < flip.dragDir.y ? halfSize.y : -halfSize.y);
data.pt3.x = flip.crossY.x;
data.pt3.y = flip.crossY.y;
data.pt4.x = flip.crossX.x;
data.pt4.y = flip.crossX.y;
}
data.uv1.x = (data.pt1.x + halfSize.x) / texSize.x;
data.uv1.y = (data.pt1.y + halfSize.y) / texSize.y;
data.uv2.x = (data.pt2.x + halfSize.x) / texSize.x;
data.uv2.y = (data.pt2.y + halfSize.y) / texSize.y;
data.uv3.x = (data.pt3.x + halfSize.x) / texSize.x;
data.uv3.y = (data.pt3.y + halfSize.y) / texSize.y;
data.uv4.x = (data.pt4.x + halfSize.x) / texSize.x;
data.uv4.y = (data.pt4.y + halfSize.y) / texSize.y;
FillQuad(ref mCardBack, ref data);
}
void FillFlipDiamond(ref FillFlipData flip)
{
DiamondData data;
if (0 < flip.dragDir.x && 0 < flip.dragDir.y)
{
// 0 < x 0 < y
data.pt1.x = flip.crossY.x;
data.pt1.y = flip.crossY.y;
data.pt2.x = -halfSize.x;
data.pt2.y = halfSize.y;
data.pt3.x = halfSize.x;
data.pt3.y = halfSize.y;
data.pt4.x = flip.crossX.x;
data.pt4.y = flip.crossX.y;
data.pt5.x = halfSize.x;
data.pt5.y = -halfSize.y;
}
else if (0 < flip.dragDir.x && flip.dragDir.y < 0)
{
// 0 < x y < 0
data.pt1.x = flip.crossX.x;
data.pt1.y = flip.crossX.y;
data.pt2.x = halfSize.x;
data.pt2.y = halfSize.y;
data.pt3.x = halfSize.x;
data.pt3.y = -halfSize.y;
data.pt4.x = flip.crossY.x;
data.pt4.y = flip.crossY.y;
data.pt5.x = -halfSize.x;
data.pt5.y = -halfSize.y;
}
else if (flip.dragDir.x < 0 && flip.dragDir.y < 0)
{
// x < 0 y < 0
data.pt1.x = flip.crossY.x;
data.pt1.y = flip.crossY.y;
data.pt2.x = halfSize.x;
data.pt2.y = -halfSize.y;
data.pt3.x = -halfSize.x;
data.pt3.y = -halfSize.y;
data.pt4.x = flip.crossX.x;
data.pt4.y = flip.crossX.y;
data.pt5.x = -halfSize.x;
data.pt5.y = halfSize.y;
}
//else if(dragDir.x < 0 && 0 < dragDir.y)
else
{
// x < 0 0 < y
data.pt1.x = flip.crossX.x;
data.pt1.y = flip.crossX.y;
data.pt2.x = -halfSize.x;
data.pt2.y = -halfSize.y;
data.pt3.x = -halfSize.x;
data.pt3.y = halfSize.y;
data.pt4.x = flip.crossY.x;
data.pt4.y = flip.crossY.y;
data.pt5.x = halfSize.x;
data.pt5.y = halfSize.y;
}
data.uv1.x = (data.pt1.x + halfSize.x) / texSize.x;
data.uv1.y = (data.pt1.y + halfSize.y) / texSize.y;
data.uv2.x = (data.pt2.x + halfSize.x) / texSize.x;
data.uv2.y = (data.pt2.y + halfSize.y) / texSize.y;
data.uv3.x = (data.pt3.x + halfSize.x) / texSize.x;
data.uv3.y = (data.pt3.y + halfSize.y) / texSize.y;
data.uv4.x = (data.pt4.x + halfSize.x) / texSize.x;
data.uv4.y = (data.pt4.y + halfSize.y) / texSize.y;
data.uv5.x = (data.pt5.x + halfSize.x) / texSize.x;
data.uv5.y = (data.pt5.y + halfSize.y) / texSize.y;
FillDiamond(ref mCardBack, ref data);
}