public void Save()
{
var piList = new List <CorrectableQuad.PointInfomation>();
for (var i = 0; i < Points.Length; i++)
{
var p = Points[i];
var uv = new Vector2(
EMath.Map(p.x, -aspect.x / 2f, aspect.x / 2f, 0, 1),
EMath.Map(p.y, -aspect.y / 2f, aspect.y / 2f, 0, 1)
);
var pi = new CorrectableQuad.PointInfomation
{
position = p,
uv = uv
};
piList.Add(pi);
print(i + " : " + uv);
}
var setting = new QuadCorrectionSetting();
setting.LeftTop = new CorrectableQuad.JPointInfomation(piList[0]);
setting.RightTop = new CorrectableQuad.JPointInfomation(piList[1]);
setting.RightBottom = new CorrectableQuad.JPointInfomation(piList[2]);
setting.LeftBottom = new CorrectableQuad.JPointInfomation(piList[3]);
CorrectEvent?.Invoke(setting);
IOHandler.SaveJson(IOHandler.IntoStreamingAssets(settingFileName), setting);
}
//Unityの座標系に合わせて正規化された座標(-1~+1)
public static Vector2 GetUnityCoordinateSystemNormalizedPosition(Vector2 position, Vector2 textureSize)
{
return(new Vector2(EMath.Map(position.x, 0f, textureSize.x, -1f, 1f),
EMath.Map(position.y, 0f, textureSize.y, 1f, -1f)));
}
//画面上の位置を取得
//一気にUnity上の画面の位置に変換する
public static Vector2 GetUnityCoordinateSystemPosition(Vector2 position, Vector2 area1, Vector2 area2)
{
return(new Vector2(EMath.Map(position.x, 0f, area1.x, -area2.x / 2f, area2.x / 2f),
EMath.Map(position.y, 0f, area1.y, area2.y / 2f, -area2.y / 2f)));
}