type soundalias [display="Sound Alias"]
{
  i32 alias_name_ptr [ui, readonly, display="Alias Name Ptr"];
  i32 subtitle_ptr [ui, readonly, display="Subtitle Ptr"];
  i32 secondary_alias_name_ptr [ui, readonly, display="Secondary Alias Name Ptr"];
  i32 chain_alias_name_ptr [ui, readonly, display="Chain Alias Name Ptr"];
  i32 sound_file_ptr [ui, readonly, display="Sound File Ptr"];

  i32 sequence [ui, readonly, display="Sequence"];

  // Volume (read as raw bytes - 2 floats)
  vol_min_max = read(8) [ui, readonly, display="Vol Min/Max"];

  // Pitch (read as raw bytes - 2 floats)
  pitch_min_max = read(8) [ui, readonly, display="Pitch Min/Max"];

  // Distance (read as raw bytes - 2 floats)
  dist_min_max = read(8) [ui, readonly, display="Dist Min/Max"];

  // Velocity min (float)
  velocity_min = read(4) [ui, readonly, display="Velocity Min"];

  i32 flags [ui, readonly, display="Flags"];

  // Master priority/percentage (3 floats)
  master_values = read(12) [ui, readonly, display="Master Priority/Percentage"];

  // Probability (float)
  probability = read(4) [ui, readonly, display="Probability"];

  // LFE/Center percentage (2 floats)
  lfe_center = read(8) [ui, readonly, display="LFE/Center Percentage"];

  i32 start_delay [ui, readonly, display="Start Delay"];

  i32 volume_falloff_curve_ptr [ui, readonly, display="Volume Falloff Curve Ptr"];

  // Envelope values (3 floats)
  envelope_values = read(12) [ui, readonly, display="Envelope Min/Max/Percentage"];

  i32 speaker_map_ptr [ui, readonly, display="Speaker Map Ptr"];

  // Parse inline strings
  if (alias_name_ptr == -1) {
    alias_name = cstring() [ui, readonly, display="Alias Name"];
    _name = alias_name;
  }

  if (subtitle_ptr == -1) {
    subtitle = cstring() [ui, readonly, display="Subtitle"];
  }

  if (secondary_alias_name_ptr == -1) {
    secondary_alias_name = cstring() [ui, readonly, display="Secondary Alias Name"];
  }

  if (chain_alias_name_ptr == -1) {
    chain_alias_name = cstring() [ui, readonly, display="Chain Alias Name"];
  }

  // Parse inline sound file
  if (sound_file_ptr == -1) {
    sound_file = parse_here("soundfile");
  }

  // Parse inline volume falloff curve
  if (volume_falloff_curve_ptr == -1) {
    volume_falloff_curve = parse_here("sndcurve");
  }

  // Parse inline speaker map
  if (speaker_map_ptr == -1) {
    speaker_map = parse_here("speakermap");
  }
}