public override void ImportDictionary()
{
base.ImportDictionary();
if (!asset)
{
return;
}
// sanitize input
assetmetrices.Clear();
var info = asset.fontInfo;
var padding = asset.fontInfo.Padding;
for (int i = 0; i < catalog.Length; i++)
{
if (!asset.characterDictionary.ContainsKey(catalog[i]))
{
assetmetrices[catalog[i]] = new SpriteMetrics();
continue;
}
TMP_Glyph c = asset.characterDictionary[catalog[i]];
var factor = c.scale / info.PointSize;
assetmetrices[catalog[i]] = new SpriteMetrics()
{
size = new Vector4()
{
x = (-c.xOffset + padding) * factor,
y = (c.height - c.yOffset + padding) * factor,
z = (c.width + c.xOffset + padding) * factor,
w = (c.yOffset + padding) * factor,
},
advance = c.xAdvance * factor,
uv = new Rect()
{
x = (c.x - padding) / info.AtlasWidth,
y = 1 - (c.y + c.height + padding) / info.AtlasHeight,
width = (c.width + 2 * padding) / info.AtlasWidth,
height = (c.height + 2 * padding) / info.AtlasHeight
}
};
}
}
public override void ImportDictionary()
{
// sanitize input
if (catalog.Length > assets.Length)
{
Array.Resize(ref catalog, assets.Length);
Array.Resize(ref chars, assets.Length);
}
base.ImportDictionary();
assetindexes.Clear();
assetmetrices.Clear();
for (int i = 0; i < assets.Length; i++)
{
var a = assets[i]; var sz = new Vector2(1f / a.texture.width, 1f / a.texture.height);
var aspect = a.rect.width / a.rect.height; var pivot = Vector2.Scale(a.pivot, sz);
assetindexes[catalog[i]] = a;
assetmetrices[catalog[i]] = new SpriteMetrics()
{
size = new Vector4()
{
x = aspect * lineHeight * pivot.x,
y = -lineOffset + lineHeight * pivot.y,
z = aspect * lineHeight * (1 - pivot.x),
w = lineOffset + lineHeight * (1 - pivot.y),
},
advance = aspect * lineHeight,
uv = new Rect()
{
min = Vector2.Scale(a.rect.min, sz),
max = Vector2.Scale(a.rect.max, sz),
}
};
}
}