internal void Reconstruct(sound_cache_file_gestalt_group gestalt,
sound_gestalt_permutations_block gestalt_perm)
{
int index = gestalt_perm.Name.Value;
if (index != -1)
{
this.Name.Handle = gestalt.ImportNames[index].ImportName.Handle;
}
// TODO: do the tools actually "encode" these values or just cast them?
this.SkipFraction.Value = (float)gestalt_perm.EncodedSkipFraction.Value;
this.Gain.Value = (float)gestalt_perm.EncodedGain.Value;
this.SamplesSize = gestalt_perm.SampleSize.Value;
//RawInfo = PermutationInfoIndex?
// TODO: do the tools multiply this by a constant (ie, 30) or leave it the same?
this.LanguageNeutralMilliseconds.Value = gestalt_perm.LanguageNeutralTime.Value;
index = gestalt_perm.FirstChunk.Value;
if (index != -1)
{
int count = gestalt_perm.ChunkCount.Value;
for (int x = 0; x < count; x++)
{
this.Chunks.AddElement(gestalt.Chunks[index + x].Clone(this.Chunks)
as sound_permutation_chunk_block);
}
}
}
internal void Reconstruct(sound_cache_file_gestalt_group gestalt,
sound_gestalt_pitch_ranges_block gestalt_pr)
{
int index = gestalt_pr.Name.Value;
if (index != -1)
{
this.Name.Handle = gestalt.ImportNames[index].ImportName.Handle;
}
index = gestalt_pr.Parameters.Value;
if (index != -1)
{
Reconstruct(gestalt.PitchRangeParameters[index]);
}
//? = EncodedPermutationData
//? = FirstRuntimePermutationFlagIndex
index = gestalt_pr.FirstPermutation.Value;
if (index != -1)
{
int count = gestalt_pr.PermutationCount.Value;
for (int x = 0; x < count; x++)
{
sound_permutations_block perm;
this.Permutations.Add(out perm);
perm.Reconstruct(gestalt, gestalt.Permutations[index + x]);
}
}
}
internal void Reconstruct(sound_cache_file_gestalt_group gestalt,
sound_gestalt_permutations_block gestalt_perm)
{
int index = gestalt_perm.Name.Value;
if (index != -1)
this.Name.Handle = gestalt.ImportNames[index].ImportName.Handle;
// TODO: do the tools actually "encode" these values or just cast them?
this.SkipFraction.Value = (float)gestalt_perm.EncodedSkipFraction.Value;
this.Gain.Value = (float)gestalt_perm.EncodedGain.Value;
this.SamplesSize = gestalt_perm.SampleSize.Value;
//RawInfo = PermutationInfoIndex?
// TODO: do the tools multiply this by a constant (ie, 30) or leave it the same?
this.LanguageNeutralMilliseconds.Value = gestalt_perm.LanguageNeutralTime.Value;
index = gestalt_perm.FirstChunk.Value;
if (index != -1)
{
int count = gestalt_perm.ChunkCount.Value;
for (int x = 0; x < count; x++)
this.Chunks.AddElement(gestalt.Chunks[index+x].Clone(this.Chunks)
as sound_permutation_chunk_block);
}
}
void Reconstruct(sound_cache_file_gestalt_group gestalt, cache_file_sound_group snd)
{
int index;
this.Flags.Value = snd.Flags.Value;
this.Class.Value = snd.SoundClass.Value;
this.SampleRate.Value = snd.SampleRate.Value;
this.Encoding.Value = snd.Encoding.Value;
this.Compression.Value = snd.Compression.Value;
index = snd.PlaybackIndex.Value;
if (index != -1)
{
this.Playback.Value = gestalt.Playbacks[index].Playback.Value.Clone(this)
as sound_playback_parameters_struct;
}
index = snd.ScaleIndex.Value;
if (index != -1)
{
this.Scale.Value = gestalt.Scales[index].Scale.Value.Clone(this)
as sound_scale_modifiers_struct;
}
index = snd.PromotionIndex.Value;
if (index != -1)
{
this.Promotion.Value = gestalt.Promotions[index].Promotion.Value.Clone(this)
as sound_promotion_parameters_struct;
}
index = snd.FirstPitchRangeIndex.Value;
int count = snd.PitchRangeIndex.Value;
if (index != -1)
{
this.PitchRanges.Resize(count);
for (int x = 0; x < count; x++)
{
this.PitchRanges[x].Reconstruct(gestalt,
gestalt.PitchRanges[index + x]);
}
}
index = snd.CustomPlaybackIndex.Value;
if (index != -1)
{
sound_platform_sound_playback_block param;
this.PlatformParameters.Add(out param);
param.PlaybackDefinition.Value = gestalt.CustomPlaybacks[index].PlaybackDefinition.Value.Clone(this)
as simple_platform_sound_playback_struct;
}
index = snd.ExtraInfoIndex.Value;
if (index != -1)
{
ExtraInfo.AddElement(gestalt.ExtraInfos[index].Clone(this)
as sound_extra_info_block);
}
//snd.MaximumPlayTime.Value?
}
void Reconstruct(sound_cache_file_gestalt_group gestalt, cache_file_sound_group snd)
{
int index;
this.Flags.Value = snd.Flags.Value;
this.Class.Value = snd.SoundClass.Value;
this.SampleRate.Value = snd.SampleRate.Value;
this.Encoding.Value = snd.Encoding.Value;
this.Compression.Value = snd.Compression.Value;
index = snd.PlaybackIndex.Value;
if(index != -1)
this.Playback.Value = gestalt.Playbacks[index].Playback.Value.Clone(this)
as sound_playback_parameters_struct;
index = snd.ScaleIndex.Value;
if (index != -1)
this.Scale.Value = gestalt.Scales[index].Scale.Value.Clone(this)
as sound_scale_modifiers_struct;
index = snd.PromotionIndex.Value;
if (index != -1)
this.Promotion.Value = gestalt.Promotions[index].Promotion.Value.Clone(this)
as sound_promotion_parameters_struct;
index = snd.FirstPitchRangeIndex.Value;
int count = snd.PitchRangeIndex.Value;
if (index != -1)
{
this.PitchRanges.Resize(count);
for (int x = 0; x < count; x++)
this.PitchRanges[x].Reconstruct(gestalt,
gestalt.PitchRanges[index + x]);
}
index = snd.CustomPlaybackIndex.Value;
if (index != -1)
{
sound_platform_sound_playback_block param;
this.PlatformParameters.Add(out param);
param.PlaybackDefinition.Value = gestalt.CustomPlaybacks[index].PlaybackDefinition.Value.Clone(this)
as simple_platform_sound_playback_struct;
}
index = snd.ExtraInfoIndex.Value;
if (index != -1)
ExtraInfo.AddElement(gestalt.ExtraInfos[index].Clone(this)
as sound_extra_info_block);
//snd.MaximumPlayTime.Value?
}
internal void Reconstruct(sound_cache_file_gestalt_group gestalt,
sound_gestalt_pitch_ranges_block gestalt_pr)
{
int index = gestalt_pr.Name.Value;
if (index != -1)
this.Name.Handle = gestalt.ImportNames[index].ImportName.Handle;
index = gestalt_pr.Parameters.Value;
if (index != -1)
Reconstruct(gestalt.PitchRangeParameters[index]);
//? = EncodedPermutationData
//? = FirstRuntimePermutationFlagIndex
index = gestalt_pr.FirstPermutation.Value;
if (index != -1)
{
int count = gestalt_pr.PermutationCount.Value;
for(int x = 0; x < count; x++)
{
sound_permutations_block perm;
this.Permutations.Add(out perm);
perm.Reconstruct(gestalt, gestalt.Permutations[index+x]);
}
}
}
