static public ParamInfo[] GetParams(DPCMSample sample)
{
return(new[]
{
new DPCMSampleParamInfo(sample, "Preview Rate", 0, 15, 15, "Rate to use when previewing the processed\nDMC data with the play button above", true)
{
GetValue = () => { return sample.PreviewRate; }, GetValueString = () => { return DPCMSampleRate.GetString(true, FamiStudio.StaticInstance.PalPlayback, true, false, sample.PreviewRate); }, SetValue = (v) => { sample.PreviewRate = (byte)v; }
},
new DPCMSampleParamInfo(sample, "Sample Rate", 0, 15, 15, "Rate at which to resample the source data at", true)
{
GetValue = () => { return sample.SampleRate; }, GetValueString = () => { return DPCMSampleRate.GetString(true, FamiStudio.StaticInstance.PalPlayback, true, false, sample.SampleRate); }, SetValue = (v) => { sample.SampleRate = (byte)v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Padding Mode", 0, 4, DPCMPaddingType.PadTo16Bytes, "Padding method for the processed DMC data", true)
{
GetValue = () => { return sample.PaddingMode; }, GetValueString = () => { return DPCMPaddingType.Names[sample.PaddingMode]; }, SetValue = (v) => { sample.PaddingMode = v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "DMC Initial Value", 0, 63, NesApu.DACDefaultValueDiv2, "Initial value of the DMC counter before any volume adjustment.\nThis is actually half of the value used in hardware.")
{
GetValue = () => { return sample.DmcInitialValueDiv2; }, SetValue = (v) => { sample.DmcInitialValueDiv2 = v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Volume Adjust", 0, 200, 100, "Volume adjustment (%)")
{
GetValue = () => { return sample.VolumeAdjust; }, SetValue = (v) => { sample.VolumeAdjust = v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Fine Tuning", 0, 200, 100, "Very fine pitch adjustment to help tune notes")
{
GetValue = () => { return (int)Math.Round((sample.FinePitch - 0.95f) * 2000); }, SetValue = (v) => { sample.FinePitch = (v / 2000.0f) + 0.95f; sample.Process(); }, GetValueString = () => { return (sample.FinePitch * 100.0f).ToString("N2") + "%"; }
},
new DPCMSampleParamInfo(sample, "Process as PAL", 0, 1, 0, "Use PAL sample rates for all processing\nFor DMC source data, assumes PAL sample rate")
{
GetValue = () => { return sample.PalProcessing ? 1 : 0; }, SetValue = (v) => { sample.PalProcessing = v != 0; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Trim Zero Volume", 0, 1, 0, "Trim parts of the source data that is considered too low to be audible")
{
GetValue = () => { return sample.TrimZeroVolume ? 1 : 0; }, SetValue = (v) => { sample.TrimZeroVolume = v != 0; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Reverse Bits", 0, 1, 0, "For DMC source data only, reverse the bits to correct errors in some NES games")
{
GetValue = () => { return !sample.SourceDataIsWav && sample.ReverseBits ? 1 : 0; }, SetValue = (v) => { if (!sample.SourceDataIsWav)
{
sample.ReverseBits = v != 0; sample.Process();
}
}, IsEnabled = () => { return !sample.SourceDataIsWav; }
}
});
}
static public ParamInfo[] GetParams(DPCMSample sample)
{
return(new[]
{
new DPCMSampleParamInfo(sample, "Preview Rate", 0, 15, 15, "Rate to use when previewing the processed\nDMC data with the play button above", true)
{
GetValue = () => { return sample.PreviewRate; }, GetValueString = () => { return DPCMSampleRate.Strings[FamiStudio.StaticInstance.PalPlayback ? 1 : 0][sample.PreviewRate]; }, SetValue = (v) => { sample.PreviewRate = (byte)v; }
},
new DPCMSampleParamInfo(sample, "Sample Rate", 0, 15, 15, "Rate at which to resample the source data at", true)
{
GetValue = () => { return sample.SampleRate; }, GetValueString = () => { return DPCMSampleRate.Strings[sample.PalProcessing ? 1 : 0][sample.SampleRate]; }, SetValue = (v) => { sample.SampleRate = (byte)v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Padding Mode", 0, 4, DPCMPaddingType.PadTo16Bytes, "Padding method for the processed DMC data", true)
{
GetValue = () => { return sample.PaddingMode; }, GetValueString = () => { return DPCMPaddingType.Names[sample.PaddingMode]; }, SetValue = (v) => { sample.PaddingMode = v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Volume Adjust", 0, 200, 100, "Volume adjustment (%)")
{
GetValue = () => { return sample.VolumeAdjust; }, SetValue = (v) => { sample.VolumeAdjust = v; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Process as PAL", 0, 1, 0, "Use PAL sample rates for all processing\nFor DMC source data, assumes PAL sample rate")
{
GetValue = () => { return sample.PalProcessing ? 1 : 0; }, SetValue = (v) => { sample.PalProcessing = v != 0; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Trim Zero Volume", 0, 1, 0, "Trim parts of the source data that is considered too low to be audible")
{
GetValue = () => { return sample.TrimZeroVolume ? 1 : 0; }, SetValue = (v) => { sample.TrimZeroVolume = v != 0; sample.Process(); }
},
new DPCMSampleParamInfo(sample, "Reverse Bits", 0, 1, 0, "For DMC source data only, reverse the bits to correct errors in some NES games")
{
GetValue = () => { return !sample.SourceDataIsWav && sample.ReverseBits ? 1 : 0; }, SetValue = (v) => { if (!sample.SourceDataIsWav)
{
sample.ReverseBits = v != 0; sample.Process();
}
}, IsEnabled = () => { return !sample.SourceDataIsWav; }
}
});
}
