public static string[] GetResamplerArg(ResamplerArgs Args)
{
if (Args.InputWavfile.IndexOf("shi_shi_shi.wav") > 0)
{
double dr = 0;
dr = 1;
}
//子音伸缩率
int vel = Args.ConsonantVelocity; //Vel子音速度
if (vel > 1000)
{
vel = 1000;
}
if (vel < 0)
{
vel = 0;
}
double velj = Math.Pow(2, (1 - ((int)vel / 100)));
double FixedConsonantLengthMs = Args.FixedConsonantLengthMs * velj;
double SoundStartMs = Args.SoundStartMs * velj;
double TickDebetMs = UtauToolUtils.Global_GenerateGlobalPlusTimeMs(Args.ThisPreutterOverlapsArgs, Args.NextPreutterOverlapsArgs);
double FixedMillisecLengthBase = MidiMathUtils.Tick2Time((long)(Args.TickLength), Args.Tempo) * 1000 + Args.ThisPreutterOverlapsArgs.PreUtterance - Args.NextRealPreutterOverlapsArgs.PreUtterance + Args.NextRealPreutterOverlapsArgs.OverlapMs;
// double FixedMillisecLength = UtauToolUtils.Resampler_SortNear50((int)FixedMillisecLengthBase);//Fixed.Resampler_SortNear50((int)(MidiMathUtils.Tick2Time((long)(Args.TickLength), Args.Tempo) * 1000 + (TickDebetMs < 0 ? 0 : TickDebetMs)));
double FixedMillisecLength2 = UtauToolUtils.Resampler_SortNear50((int)(FixedMillisecLengthBase + SoundStartMs));
string[] resampler_arg_suffix = new string[] {
"\"" + Args.InputWavfile + "\"",
"\"" + Args.OutputFile + "\"",
"" + Args.Note + "",
vel.ToString(), //<==VEL
"\"" + Args.Flags + "\"",
(SoundStartMs).ToString("0.0###") + "", //Args.SoundStartMs
FixedMillisecLength2.ToString() + "", //FixedMillisecLength
FixedConsonantLengthMs.ToString("0.0###") + "", //Args.FixedConsonantLengthMs
Args.FixedReleasingLengthMs.ToString("0.0###") + "",
Args.Intensity.ToString() + "",
Args.Moduration.ToString() + "",
"!" + Args.Tempo.ToString() + "",
Args.PitchString
};
return(resampler_arg_suffix);
}
private static string[] GetWavtoolArgs_SleepR(WavtoolArgs Args)
{
double PreUttrOverlapsMs = UtauToolUtils.Global_GenerateGlobalPlusTimeMs(Args.ThisPreutterOverlapsArgs, Args.NextPreutterOverlapsArgs);
List <string> wavtool_arg_suffix = new List <string>
{
"\"" + Args.OutputWavfile + "\"",
"\"R.wav\"",
"0",
"" + Args.TickLength.ToString() + "@" + Args.Tempo.ToString() + (PreUttrOverlapsMs >= 0?"+":"-") + Math.Abs(PreUttrOverlapsMs).ToString("########.0##"),
//P1,P2,P3
"0",
"0",
"0",
"0",
"0",
"0",
"0",
"0",
"0"
};
return(wavtool_arg_suffix.ToArray());
}
public static string[] GetWavtoolArgs(WavtoolArgs Args)
{
if (Args.InputWavfile == "{R}")
{
return(GetWavtoolArgs_SleepR(Args));
}
double PreUttrOverlapsMs = UtauToolUtils.Global_GenerateGlobalPlusTimeMs(Args.ThisPreutterOverlapsArgs, Args.NextPreutterOverlapsArgs);
long TotalLength = (long)Math.Ceiling(MidiMathUtils.Tick2Time((long)Args.TickLength, Args.Tempo) * 1000 + PreUttrOverlapsMs);
double EnvStart = Args.FadeInLengthMs;
double EnvEnd = TotalLength - Args.FadeOutLengthMs;
SortedDictionary <double, long> TargetEnvlope = new SortedDictionary <double, long>();
double vpcp = (double)Args.VolumePercentInt / 100.0;
if (TotalLength == 0)
{
TargetEnvlope.Add(Args.FadeInLengthMs, 100);
TargetEnvlope.Add(TotalLength - Args.FadeOutLengthMs, 100);
}
else
{
TargetEnvlope.Add(0, 0);
TargetEnvlope.Add(TotalLength, 0);
long LastVol = 100;
foreach (KeyValuePair <double, long> sortEnv in Args.EnvlopePoints)
{
if (sortEnv.Key == EnvStart)
{
if (!TargetEnvlope.ContainsKey(sortEnv.Key))
{
TargetEnvlope.Add(sortEnv.Key, (long)(sortEnv.Value * vpcp));
}
}
else if (sortEnv.Key > EnvStart && sortEnv.Key <= EnvEnd)
{
if (!TargetEnvlope.ContainsKey(EnvStart))
{
TargetEnvlope.Add(EnvStart, (long)(LastVol * vpcp));
}
if (!TargetEnvlope.ContainsKey(sortEnv.Key))
{
TargetEnvlope.Add(sortEnv.Key, (long)(sortEnv.Value * vpcp));
}
}
else if (sortEnv.Key > EnvEnd)
{
break;
}
LastVol = sortEnv.Value;
}
if (!TargetEnvlope.ContainsKey(EnvStart))
{
if (Args.EnvlopePoints.Count == 0 || TargetEnvlope.Count == 0)
{
if (!TargetEnvlope.ContainsKey(EnvStart))
{
TargetEnvlope.Add(EnvStart, (long)(LastVol * vpcp));
}
}
else
{
if (!TargetEnvlope.ContainsKey(EnvStart))
{
TargetEnvlope.Add(EnvStart, TargetEnvlope[TargetEnvlope.Keys.ToArray()[0]]);
}
}
}
if (!TargetEnvlope.ContainsKey(EnvEnd))
{
if (!TargetEnvlope.ContainsKey(EnvEnd))
{
TargetEnvlope.Add(EnvEnd, (long)(LastVol * vpcp));
}
}
}
string P2 = Math.Round(Args.FadeInLengthMs, 1).ToString();
string P3 = Math.Round(Args.FadeOutLengthMs, 1).ToString();
string V2 = (TargetEnvlope[Args.FadeInLengthMs] * vpcp).ToString();
string V3 = (TargetEnvlope[TotalLength - Args.FadeOutLengthMs] * vpcp).ToString();
List <string> wavtool_arg_suffix = new List <string> {
"\"" + Args.OutputWavfile + "\"",
"\"" + Args.InputWavfile + "\"",
"" + Math.Round(Args.StartPointMs, 3).ToString() + "",
"" + Args.TickLength.ToString() + "@" + Args.Tempo.ToString() + (PreUttrOverlapsMs >= 0?"+":"-") + Math.Round(Math.Abs(PreUttrOverlapsMs), 3).ToString("########.0##"),
//P1,P2,P3
"0",
P2,
P3,
//V1,V2,V3,V4
"0", V2, V3, "0",
Math.Round(Args.ThisPreutterOverlapsArgs.OverlapMs, 3).ToString(),
//P4
"0"
};
double lastMs = Args.FadeInLengthMs;
foreach (KeyValuePair <double, long> sortEnv in TargetEnvlope)
{
if (sortEnv.Key >= EnvEnd)
{
break;
}
if (sortEnv.Key <= EnvStart)
{
lastMs = sortEnv.Key;
continue;
}
double dert = sortEnv.Key - lastMs;
lastMs = sortEnv.Key;
wavtool_arg_suffix.Add(Math.Round(dert, 1).ToString());
wavtool_arg_suffix.Add(((long)(sortEnv.Value * vpcp)).ToString());
}
return(wavtool_arg_suffix.ToArray());
}