根据我收到的答案中的一个链接,以及我发现的有关 .wav 标头格式的其他一些页面,这是我的一个生成 8 位“叮当”的小类的工作代码!具有用户指定的频率和持续时间的声音。它基本上是一种哔声,在指定的持续时间内振幅线性衰减到零。
public class AlertDing {
    private SoundPlayer player = null;
    private BinaryWriter writer = null;
    /// <summary>
    /// Dynamically generate a "ding" sound and save it to a memory stream
    /// </summary>
    /// <param name="freq">Frequency in Hertz, e.g. 880</param>
    /// <param name="tenthseconds">Duration in multiple of 1/10 second</param>
    public AlertDing(double freq, uint tenthseconds) {
        string header_GroupID = "RIFF";  // RIFF
        uint header_FileLength = 0;      // total file length minus 8, which is taken up by RIFF
        string header_RiffType = "WAVE"; // always WAVE
        string fmt_ChunkID = "fmt "; // Four bytes: "fmt "
        uint fmt_ChunkSize = 16;     // Length of header in bytes
        ushort fmt_FormatTag = 1;        // 1 for PCM
        ushort fmt_Channels = 1;         // Number of channels, 2=stereo
        uint fmt_SamplesPerSec = 14000;  // sample rate, e.g. CD=44100
        ushort fmt_BitsPerSample = 8;   // bits per sample
        ushort fmt_BlockAlign =
            (ushort)(fmt_Channels * (fmt_BitsPerSample / 8)); // sample frame size, in bytes
        uint fmt_AvgBytesPerSec =
            fmt_SamplesPerSec * fmt_BlockAlign; // for estimating RAM allocation
        string data_ChunkID = "data";  // "data"
        uint data_ChunkSize;           // Length of header in bytes
        byte [] data_ByteArray;
        // Fill the data array with sample data
        // Number of samples = sample rate * channels * bytes per sample * duration in seconds
        uint numSamples = fmt_SamplesPerSec * fmt_Channels * tenthseconds / 10;
        data_ByteArray = new byte[numSamples];
        //int amplitude = 32760, offset=0; // for 16-bit audio
        int amplitude = 127, offset = 128; // for 8-audio
        double period = (2.0*Math.PI*freq) / (fmt_SamplesPerSec * fmt_Channels);
        double amp;
        for (uint i = 0; i < numSamples - 1; i += fmt_Channels) {
            amp = amplitude * (double)(numSamples - i) / numSamples; // amplitude decay
            // Fill with a waveform on each channel with amplitude decay
            for (int channel = 0; channel < fmt_Channels; channel++) {
                data_ByteArray[i+channel] = Convert.ToByte(amp * Math.Sin(i*period) + offset);
            }
        }
        // Calculate file and data chunk size in bytes
        data_ChunkSize = (uint)(data_ByteArray.Length * (fmt_BitsPerSample / 8));
        header_FileLength = 4 + (8 + fmt_ChunkSize) + (8 + data_ChunkSize);
        // write data to a MemoryStream with BinaryWriter
        MemoryStream audioStream = new MemoryStream();
        BinaryWriter writer = new BinaryWriter(audioStream);
        // Write the header
        writer.Write(header_GroupID.ToCharArray());
        writer.Write(header_FileLength);
        writer.Write(header_RiffType.ToCharArray());
        // Write the format chunk
        writer.Write(fmt_ChunkID.ToCharArray());
        writer.Write(fmt_ChunkSize);
        writer.Write(fmt_FormatTag);
        writer.Write(fmt_Channels);
        writer.Write(fmt_SamplesPerSec);
        writer.Write(fmt_AvgBytesPerSec);
        writer.Write(fmt_BlockAlign);
        writer.Write(fmt_BitsPerSample);
        // Write the data chunk
        writer.Write(data_ChunkID.ToCharArray());
        writer.Write(data_ChunkSize);
        foreach (byte dataPoint in data_ByteArray) {
            writer.Write(dataPoint);
        }
        player = new SoundPlayer(audioStream);
    }
    /// <summary>
    /// Call this to clean up when program is done using this sound
    /// </summary>
    public void Dispose() {
        if (writer != null) writer.Close();
        if (player != null) player.Dispose();
        writer = null;
        player = null;
    }
    /// <summary>
    /// Play "ding" sound
    /// </summary>
    public void Play() {
        if (player != null) {
            player.Stream.Seek(0, SeekOrigin.Begin); // rewind stream
            player.Play();
        }
    }
}
希望这应该可以帮助其他试图动态产生简单警报声音而不需要声音文件的人。