public FontGenerator GetFont(LyricFont fontType)
{
return(LoadFont($"sb/f/{GetFontString(fontType)}", new FontDescription {
FontPath = GetFontPath(fontType),
FontSize = 30
}));
}
protected virtual void ApplyFont(LyricFont font)
{
// From text sample
KaraokeText.FrontTextTexture = new SolidTexture {
SolidColor = Color4.Blue
}; // font.FrontTextBrushInfo.TextBrush.ConvertToTextureSample();
KaraokeText.FrontBorderTexture = font.FrontTextBrushInfo.BorderBrush.ConvertToTextureSample();
KaraokeText.FrontTextShadowTexture = font.FrontTextBrushInfo.ShadowBrush.ConvertToTextureSample();
// Back text sample
KaraokeText.BackTextTexture = font.BackTextBrushInfo.TextBrush.ConvertToTextureSample();
KaraokeText.BackBorderTexture = font.BackTextBrushInfo.BorderBrush.ConvertToTextureSample();
KaraokeText.BackTextShadowTexture = font.BackTextBrushInfo.ShadowBrush.ConvertToTextureSample();
// Apply text font info
var lyricFont = font.LyricTextFontInfo.LyricTextFontInfo;
KaraokeText.Font = new FontUsage(size: lyricFont.CharSize); // TODO : FontName and Bold
KaraokeText.Border = lyricFont.EdgeSize > 0;
KaraokeText.BorderRadius = lyricFont.EdgeSize;
var rubyFont = font.RubyTextFontInfo.LyricTextFontInfo;
KaraokeText.RubyFont = new FontUsage(size: rubyFont.CharSize); // TODO : FontName and Bold
var romajiFont = font.RomajiTextFontInfo.LyricTextFontInfo;
KaraokeText.RomajiFont = new FontUsage(size: romajiFont.CharSize); // TODO : FontName and Bold
// Apply shadow
KaraokeText.Shadow = font.UseShadow;
KaraokeText.ShadowOffset = font.ShadowOffset;
}
protected virtual void ApplyFont(LyricFont font)
{
foreach (var lyricPiece in lyricPieces)
{
lyricPiece.ApplyFont(font);
// Apply text font info
var lyricFont = font.LyricTextFontInfo.LyricTextFontInfo;
lyricPiece.Font = getFont(KaraokeRulesetSetting.MainFont, lyricFont.CharSize);
var rubyFont = font.RubyTextFontInfo.LyricTextFontInfo;
lyricPiece.RubyFont = getFont(KaraokeRulesetSetting.RubyFont, rubyFont.CharSize);
var romajiFont = font.RomajiTextFontInfo.LyricTextFontInfo;
lyricPiece.RomajiFont = getFont(KaraokeRulesetSetting.RomajiFont, romajiFont.CharSize);
}
// Apply translate font.
translateText.Font = getFont(KaraokeRulesetSetting.TranslateFont);
FontUsage getFont(KaraokeRulesetSetting setting, float?charSize = null)
{
// todo : should interfact with skin font
var forceUseDefault = forceUseDefaultFont();
var font = config?.Get <FontUsage>(setting) ?? FontUsage.Default;
if (forceUseDefault || charSize == null)
{
return(font);
}
return(font.With(size: charSize.Value));
bool forceUseDefaultFont()
{
switch (setting)
{
case KaraokeRulesetSetting.MainFont:
case KaraokeRulesetSetting.RubyFont:
case KaraokeRulesetSetting.RomajiFont:
return(config?.Get <bool>(KaraokeRulesetSetting.ForceUseDefaultFont) ?? false);
case KaraokeRulesetSetting.TranslateFont:
return(config?.Get <bool>(KaraokeRulesetSetting.ForceUseDefaultTranslateFont) ?? false);
default:
throw new InvalidOperationException(nameof(setting));
}
}
}
}
protected override void ApplyFont(LyricFont font)
{
base.ApplyFont(font);
if (defaultValueAssigned)
{
return;
}
defaultValueAssigned = true;
// Assign default value here
testScene.colorAreaDropdown.Current.TriggerChange();
testScene.fontAreaDropdown.Current.TriggerChange();
testScene.displayShaderCheckbox.Current.Value = Font.UseShadow;
}
public String GetFontPath(LyricFont lyricType)
{
switch (lyricType)
{
case LyricFont.MontserratLight:
return("fonts/Montserrat-Light.ttf");
case LyricFont.NottoSerifLight:
return("fonts/NotoSerifJP-Light.otf");
case LyricFont.NottoSerifRegular:
return("fonts/NotoSerifJP-Regular.otf");
case LyricFont.SawarabiMincho:
return("fonts/SawarabiMincho-Regular.ttf");
default:
return("");
}
}
public String GetFontString(LyricFont lyricType)
{
switch (lyricType)
{
case LyricFont.MontserratLight:
return("monl");
case LyricFont.NottoSerifLight:
return("nol");
case LyricFont.NottoSerifRegular:
return("nor");
case LyricFont.SawarabiMincho:
return("s");
default:
return("");
}
}
protected override void ApplyFont(LyricFont font)
{
ApplyFontAction?.Invoke(font);
base.ApplyFont(font);
}
public override void OnSelectedSong(Playable[] playable, ChartMetadata chartInfo, PlayLog[] playLogs)
{
// Use player1's Playable
var p = playable[0];
Lyric = null;
Lyric = new LyRiCs[p.Sections.Length];
// *.lrc parse phase
for (var section = 0; section < Lyric.Length; section++)
{
// get path for file
var audioPath = chartInfo.Audio[section];
if (audioPath == null)
{
continue;
}
var folder = Path.GetDirectoryName(audioPath);
var lrcFile = $"{Path.GetFileNameWithoutExtension(audioPath)}.lrc";
var lrcPath = Path.Combine(folder, lrcFile);
// read and parse
if (!File.Exists(lrcPath))
{
continue;
}
var file = File.ReadAllText(lrcPath);
var result = LRCDotNet.Parse(file);
Lyric[section] = result;
}
// phase end
// Generation texture phase
LyricAndTimings = new LyricAndTiming[Lyric.Length][];
for (var section = 0; section < Lyric.Length; section++)
{
if (Lyric[section] == null)
{
continue;
}
var lyric = Lyric[section].Lyrics;
LyricAndTimings[section] = new LyricAndTiming[lyric.Count()];
for (var l = 0; l < lyric.Count(); l++)
{
// convert ms to us
var timing = (long)(lyric[l].Time.TotalMilliseconds * 1000.0);
// apply offset
if (Theme.Offset != 0)
{
timing += Theme.Offset;
}
var tex = LyricFont.GetTexture(lyric[l].Text);
LyricAndTimings[section][l] = new LyricAndTiming(tex, timing);
}
}
// phase end
Showing = null;
}
protected override void ApplySkin(ISkinSource skin, bool allowFallback)
{
// Get layout
Font = skin?.GetConfig <KaraokeSkinLookup, LyricFont>(new KaraokeSkinLookup(KaraokeSkinConfiguration.LyricStyle, HitObject.Singers))?.Value;
base.ApplySkin(skin, allowFallback);
}