AudioDirector() [1/2]

FLASHMEM AudioDirector::AudioDirector

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Definition at line 23 of file AudioDirector.cpp.

                                     {
  parameter_controller = NULL;
  sci = NULL;
  obj_count=0;
  active_connections = 0;
  category_count=0;
  query_result_count=0;
  printstats_select = 0;
  printstats_block = 0;
  AudioMemory(MAX_AUDIO_MEMORY_BLOCKS);
  //init pointer arrays
  for (uint16_t i=0; i < MAX_AUDIO_TYPES_BY_FUNCTION_QUERY_RESULT; i++){
    query_result[i]=0;
  }
  for (uint16_t j = 0; j < MAX_AUDIO_FUNCTION_CATEGORIES; j++){
    functionsList[j] =0;
  }
  addAudioStreamObj(&audiostream_output_port);
  addAudioStreamObj(&audiostream_input_port);
 
 
  addAudioStreamObj(new erisAudioAnalyzeFFT1024);
  addAudioStreamObj(new erisAudioAnalyzeFFT1024);
  addAudioStreamObj(new erisAudioAnalyzeScope);
  //addAudioStreamObj(new erisAudioAnalyzeNoteFrequency);
  addAudioStreamObj(new erisAudioEffectFreeverb);
  addAudioStreamObj(new erisAudioSynthNoisePink);
  //addAudioStreamObj(new erisAudioSynthNoiseWhite);
  addAudioStreamObj(new erisAudioSynthToneSweep);
  
  erisAudioSynthWaveform * tmp_asw;
  erisAudioSynthWaveformhd *tmp_asw2k;
  for (int i=0; i < 8; i++){
    tmp_asw2k = new erisAudioSynthWaveformhd;
    tmp_asw2k->arbitraryProgram(35);
    addAudioStreamObj(tmp_asw2k);
  }
 
  for (int i=0; i < 18; i++){
    //addAudioStreamObj(new erisAudioEffectEnvelope);
    tmp_asw = new erisAudioSynthWaveform;
    addAudioStreamObj(tmp_asw);
  }
 
 
  for (int i=0; i < 6; i++){
    addAudioStreamObj(new erisAudioMixer4);
    addAudioStreamObj(new erisAudioFilterBiquad);
    addAudioStreamObj(new erisAudioAmplifier);
    addAudioStreamObj(new erisAudioMixer8);
  }
 
  //addAudioStreamObj(new erisAudioMixer8);
  //addAudioStreamObj(new erisAudioMixer8);
  //addAudioStreamObj(new erisAudioMixer8);
 
  addAudioStreamObj(new erisAudioEffectDelay);
  addAudioStreamObj(new erisAudioFilterStateVariable);
  
  //addAudioStreamObj(new erisAudioEffectDelay);
  
  Serial.print(F("M AudioDirector::AudioDirector() objects: "));
  Serial.println(obj_count);
 
  generateFunctionList();
  Serial.print(F("M AudioDirector::AudioDirector() object categories: "));
  Serial.println(category_count);
  for (uint16_t j = 0; j < category_count; j++)Serial.printf("M %s\n",*functionsList[j]);
 
  AudioStream* test = getAudioStreamObjByName("mixer:2");
  Serial.println(F("M AudioDirector::AudioDirector() getAudioStreamObjByName test: (should be mixer #2)"));
  Serial.print(test->short_name);
  Serial.print(F(":"));
  Serial.println(test->instance);
 
  Serial.println(F("M AudioDirector::AudioDirector() building AudioConnection pool"));
  for(uint16_t i=0; i < MAX_CONNECTIONS;i++){
    p_cord[i] = new AudioConnection(NULL, (unsigned char)0,NULL, (unsigned char)0);
  }
  p_heap_end = p_cord[MAX_CONNECTIONS-1] + (p_cord[MAX_CONNECTIONS-1] - p_cord[MAX_CONNECTIONS-2]);
  Serial.print(F("M AudioDirector::AudioDirector() Estimated Memory Useage: "));
  long s = (uint32_t)p_heap_start;
  long e = (uint32_t)p_heap_end;
  Serial.print(e-s);
  Serial.println(F(" Bytes"));
};

References active_connections, addAudioStreamObj(), AudioSynthWaveformhd::arbitraryProgram(), audiostream_input_port, audiostream_output_port, category_count, functionsList, generateFunctionList(), getAudioStreamObjByName(), AudioStream::instance, obj_count, p_cord, p_heap_end, p_heap_start, parameter_controller, printstats_block, printstats_select, query_result, query_result_count, s, sci, and AudioStream::short_name.

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