public outputFormatAudio(int tag, int type, ref int index, bool Force035 = false) : this(Force035){
this.componentTag = new epgAudioComponentTag(tag);
this.streamType = new epgAudioStreamType(type);
Debug.Assert(this.streamType.value > 0);
this.componentType = new epgAudioComponentType(this.streamType.GetComponentType(index));
this.mainFlag = new epgMainFlag(0);
this.quority = new epgAudioQuority(2);
this.samplingRate = new epgAudioSamplingRate(5);
AudioCodeClass au = new AudioCodeClass();
this.mainCode = new epgAudioCode(index, au);
this.name = new epgAudioName(au.GetName(this.mainCode.value));
if (this.componentType.IsDualMono())
{
this.subCode = new epgAudioCode(index + 1, au);
this.name.SetSubName(au.GetName(this.subCode.value));
this.esMultiFlag = new epgAudioMultiLingul(1);
}
else
{
this.esMultiFlag = new epgAudioMultiLingul(0);
this.subCode = null; // new epgAudioCode(0);
}
// とりあえず simul group は、なし、00、01、10、FF を回してみる。
Int32 simul = valuesOfSimulGroup[index % valuesOfSimulGroup.Count()];
this.simulGroup = new epgAudioSimulGroup(simul);
// return true;
}
/*
* MPEG2AAC(LC) ... モノ、ステレオ、デュアルモノ、5.1
* MPEG4AAC ... ステレオ、5.1、7.1ch、22.2ch
* MPEG4ALS ... ステレオ、5.1
*
*/
public bool makeTestDataSound(Int32 esNumber, ref Int32 counter, ref Int32 soundKindCounter, ref Int32 soundNameCounter, bool multiFlag, bool dualMonoFlag)
{
this.tag = new epgTag(0xc4);
Int32 es = 0x10;
if (esNumber != 1)
{
es = 0x11;
}
this.componentTag = new epgAudioComponentTag(es);
audioComponentStruct compo = getNextComponent(ref soundKindCounter, dualMonoFlag);
this.componentType = new epgAudioComponentType(compo.type);
this.esMultiFlag = new epgAudioMultiLingul((this.componentType.IsDualMono() == true) ? 1 : 0);
if (esNumber == 1)
{
this.mainFlag = new epgMainFlag(1);
}
else
{
this.mainFlag = new epgMainFlag(0);
}
this.quority = new epgAudioQuority(1);
this.samplingRate = new epgAudioSamplingRate(((soundKindCounter % 2) == 1)?(5):(7));
Int32 code = soundNameCounter % Enum.GetValues(typeof(AUDIOCODE)).Length;
this.mainCode = new epgAudioCode((Int32)(Enum.GetValues(typeof(AUDIOCODE))).GetValue(code));
this.name.main = getAudoNameFromCode(this.mainCode.value, soundNameCounter);
soundNameCounter++;
if (compo.existSub != true)
{
this.subCode = null;
}
else
{
compo = getNextComponent(ref soundKindCounter, dualMonoFlag);
code = soundNameCounter % Enum.GetValues(typeof(AUDIOCODE)).Length;
this.subCode = new epgAudioCode((Int32)(Enum.GetValues(typeof(AUDIOCODE))).GetValue(code));
// new epgAudioCode((epgAudioCode.AUDIOCODE)Enum.ToObject(typeof(epgAudioCode.AUDIOCODE), code));
this.name.sub = getAudoNameFromCode(this.subCode.value, soundNameCounter);
soundNameCounter++;
}
this.streamType = new epgAudioStreamType(0x0f);
return(true);
}
public outputFormatAudio(bool Force035 = false)
{
this.bForce035 = Force035;
this.paramList = new List <epgUnit>();
this.tag = new epgTag(0xc4);
this.componentTag = new epgAudioComponentTag(0x10);
this.componentType = new epgAudioComponentType(3);
this.esMultiFlag = new epgAudioMultiLingul(0);
this.mainFlag = new epgMainFlag(1);
this.quority = new epgAudioQuority(2);
this.samplingRate = new epgAudioSamplingRate(5);
this.mainCode = new epgAudioCode(AUDIOCODE.JAPANESE);
this.subCode = null; // new epgAudioCode(0);
this.name = new epgAudioName("日本語");
this.streamType = new epgAudioStreamType(0x0f);
this.simulGroup = new epgAudioSimulGroup(-1);
}
public bool IsOkType(epgAudioComponentType v)
{
bool ret = true;
var o = from p in AudioDataAry
where p.code == this.value
select p;
if (o.Count() != 1)
{
return(false);
}
streamTypeClass my = o.First();
var oo = from pp in my.typeList
where pp == v
select pp;
if (oo.Count() != 1)
{
return(false);
}
return(true);
}