void CMoogVCF::Init(const int Index,void* MainWindow)
{
m_Name=devicename;
Maxcutoff=m_Presets.SampleRate * 0.1;
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Wave,IJack::Out,0);
AddJack("In",IJack::Wave,IJack::In,0);
AddJack("Modulation",(IJack::AttachModes)(IJack::Amplitude | IJack::Pitch),IJack::In,0);
AddParameter(ParameterType::dB,"In Volume","dB",0,200,0,"",100);
AddParameter(ParameterType::Numeric,"Cutoff Modulation","%",0,100,0,"",0);
AddParameter(ParameterType::Numeric,"Cutoff Frequency","Hz",20,Maxcutoff,0,"",Maxcutoff);
AddParameter(ParameterType::Numeric,"Response Time","%",0,100,0,"",50);
AddParameter(ParameterType::Numeric,"Resonance","%",0,100,0,"",0);
AddParameter(ParameterType::dB,"Out Volume","dB",0,200,0,"",100);
FreqGlider.SetSpeed(5);
ModulationFactor=0;
InVolumeFactor=0;
LastResonance=0;
LastCO=0;
In1=0;
In2=0;
In3=0;
In4=4;
Out1=0;
Out2=0;
Out3=0;
Out4=0;
CalcExpResonance(0,0);
CalcParams();
}
void CMixer::Init(const int Index, void* MainWindow)
{
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("Return",IJack::Stereo,IJack::In,jnReturn);
AddJack("Out",IJack::Stereo,IJack::Out,jnOut);
AddJack("Send",IJack::Stereo,IJack::Out,jnSend);
for (int i=0; i<Mixer::mixerchannels; i++)
{
AddJack("In " + QString::number(i+1),IJack::Wave,IJack::In,jnIn+i);
Level[i]=1;
Effect[i]=0;
PanL[i]=1;
PanR[i]=1;
Mute[i]=false;
EffectMute[i]=false;
}
PeakL=0;
PeakR=0;
ZeroMemory(Peak,Mixer::mixerchannels*sizeof(float));
SoloChannel=-1;
MasterLeft=1;
MasterRight=1;
MixFactor=1.0/sqrt(Mixer::mixerchannels);
CalcParams();
m_Form=new CMixerForm(this,(QWidget*)MainWindow);
}
void CDrumMachine::Init(const int Index,void* MainWindow)
{
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Wave,IJack::Out,0);
AddParameter(ParameterType::Numeric,"Tempo","BPM",20,300,0,"",100);
AddParameter(ParameterType::dB,"Volume","dB",0,200,0,"",100);
BeatInterval=0;
PatternLength=0;
SamplesPerTick=0;
Playing=false;
PatternType* DefaultPattern=new PatternType("Default",16,DrumMachine::SoundCount,100,0,0);
Patterns.append(DefaultPattern);
PatternListType* DefaultList=new PatternListType();
DefaultList->Pattern=DefaultPattern;
DefaultList->Repeats=4;
PatternsInList.append(DefaultList);
AddSound("kick02.wav","Kick",&WG[0],&ST[0]);
AddSound("snr01.wav","Snare",&WG[1],&ST[1]);
AddSound("hat01.wav","Hi-Hat",&WG[2],&ST[2]);
AddSound("hat19.wav","Open Hi-Hat",&WG[3],&ST[3]);
AddSound("cym01.wav","Cymbal",&WG[4],&ST[4]);
AddSound("tom01.wav","Tom 1",&WG[5],&ST[5]);
AddSound("tom02.wav","Tom 2",&WG[6],&ST[6]);
Reset();
CalcParams();
m_Form=new CDrumMachineForm(this,(QWidget*)MainWindow);
}
void inline CADSR::Start()
{
//if (!State==esPlaying)
//{
State=esPlaying;
CalcParams();
TimeCount = 0;
//}
}
void set_param(const cmdline::parser& cp,void* space){
//static void* aptr = malloc(sizeof(const CalcParams));
try {
pm= std::unique_ptr<const CalcParams>(new(space) const CalcParams(cp.get<std::string>("cparam")));
}
catch (std::exception& e) {
std::cerr << e.what() << std::endl;
std::exit(1);
}
}
void CLFO::Init(const int Index, void *MainWindow) {
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Pitch,IJack::Out,jnOutPitch);
AddJack("Out Amplitude",IJack::Amplitude,IJack::Out,jnOutAmplitude);
AddParameter(ParameterType::Numeric,"Frequency","Hz",1,10000,100,"",400);
AddParameter(ParameterType::SelectBox,"WaveForm","",0,5,0,"Sine§Square§Triangle§Sawtooth§Noise§Sample and Hold",0);
AddParameter(ParameterType::dB,"Volume","dB",0,200,0,"",100);
CalcParams();
}
void CDrumMachine::Reset()
{
PatternIndex = 0;
PatternRepeatCount = 0;
BeatCount = 0;
NextBeat = 0;
NextStop = 0;
Counter = 0;
SampleCount = 0;//m_Presets.ModulationRate-1;
CalcParams();
}
void CPhaser::Init(const int Index, void *MainWindow) {
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Wave,IJack::Out,0);
AddJack("In",IJack::Wave,IJack::In,0);
AddParameter(ParameterType::Numeric,"Range Min","Hz",20,m_Presets.SampleRate / 2.f,0,"",440);
AddParameter(ParameterType::Numeric,"Range Max","Hz",20,m_Presets.SampleRate / 2.f,0,"",1600);
AddParameter(ParameterType::Numeric,"Rate","Sweeps/sec",5,200,100,"",50);
AddParameter(ParameterType::Numeric,"Feedback","%",0,100,0,"",70);
AddParameter(ParameterType::Numeric,"Depth","%",0,100,0,"",100);
CalcParams();
}
void CExciter::Init(const int Index, void *MainWindow)
{
int Maxcutoff=m_Presets.SampleRate * 0.425;
m_Name="Exciter";
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Wave,IJack::Out,0);
AddJack("Effect Out",IJack::Wave,IJack::Out,0);
AddJack("In",IJack::Wave,IJack::In,0);
AddParameter(ParameterType::SelectBox,"Type","",0,1,0,"Soft§Clipping",0);
AddParameter(ParameterType::dB,"In Volume","dB",0,200,0,"",100);
AddParameter(ParameterType::Numeric,"Amount","%",0,100,0,"",100);
AddParameter(ParameterType::Numeric,"Cutoff Frequency","Hz",20,Maxcutoff,0,"",Maxcutoff/2);
AddParameter(ParameterType::Numeric,"Effect","%",0,100,0,"",50);
CalcParams();
}
CADSR::CADSR()
{
HoldTrigger=0;
m_Presets=CPresets::Presets;
LastTrigger=0;
LastGet=0;
State=esSilent;
TimeCount=0;
CurrentVolume=0;
AP.Attack=0;
AP.Decay=0;
AP.Sustain=100;
AP.Release=0;
Mode=0;
CalcParams();
}
void CPanner::Init(const int Index, void *MainWindow)
{
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("In",IJack::Wave,IJack::In,jnIn);
AddJack("Out",IJack::Stereo,IJack::Out,jnOut);
AddJack("Out Left",IJack::Wave,IJack::Out,jnOutLeft);
AddJack("Out Right",IJack::Wave,IJack::Out,jnOutRight);
AddJack("Modulation In",(IJack::AttachModes)(IJack::Pitch | IJack::Amplitude),IJack::In,jnModulation);
AddParameter(ParameterType::Numeric,"Pan","%",-100,100,0,"",0);
AddParameter(ParameterType::Numeric,"Modulation","%",0,100,0,"",0);
LastMod=0;
CurrentMod=0;
LeftModFactor=1;
RightModFactor=1;
InSignal=NULL;
CalcParams();
}
void CLimiter::Init(const int Index, void *MainWindow) {
m_Name=devicename;
IDevice::Init(Index,MainWindow);
AddJack("Out",IJack::Wave,IJack::Out,0);
AddJack("In",IJack::Wave,IJack::In,0);
AddParameter(ParameterType::dB,"Limit Vol","dB",0,200,0,"",100);
AddParameter(ParameterType::dB,"Out Vol","dB",0,200,0,"",100);
/* 80 Hz is the lowest frequency with which zero-crosses were
* observed to occur (this corresponds to 40 Hz signal frequency).
*/
// so lets make the buffer double size anyhoo :)
buflen = m_Presets.SampleRate / 40;
pos = 0;
ready_num = 0;
ringbuffer=new float[buflen];
ZeroMemory(ringbuffer,buflen*sizeof(float));
CalcParams();
}
void CScope::Init(const int Index,void* MainWindow)
{
m_Name=devicename;
IDevice::Init(Index,MainWindow);
for (int i=0; i<MaxBuffers; i++)
{
m_Buffer[i]=new float[m_BufferSize];
}
CurrentBuffer=0;
NullBuffers=0;
m_Form=new CScopeForm(this,(QWidget*)MainWindow);
//m_Form=new TfrmScope(CallingApp,this,AnsiString(m_Name) + " " + AnsiString(Index));
AddJack("In",IJack::Wave,IJack::In,0);
AddParameter(ParameterType::dB,"Input Volume","dB",0,200,0,"",100);
AddParameter(ParameterType::Numeric,"Scope Frequency","Hz",100,100000,100,"",44000);
AddParameter(ParameterType::SelectBox,"Spectrum Mode","",0,2,0,"Circular§Continuous§Diagram",0);
Reset();
CalcParams();
}
int main(int argc,char** argv){
cmdline::parser cp;
const std::string udelim = "\n\t\t";
cp.add<std::string>("mode", 'm',
"Specify a mode shown below."_s+udelim+
"c:Calculate with CPU. Need --cparam,--input" + udelim +
"g:Calculate with GPU. Need --cparam,--input" + udelim +
"v:Visualize the result.Need --cparam,--vparam" + udelim +
"d:Diff calc parameter file. Need --cparam,--cparam2" + udelim +
"gp:Generate default parameter files. Use --cparam,--vparam for output."+udelim+
"i:Generate initial cell data file.Need --cparam,--output");
cp.add<std::string>("input", 'i', "Cell data file.", false);
cp.add<std::string>("output",'o', "Cell data output file(for init)",false);
cp.add<std::string>("cparam", '\0', "Specify an parameter file path for calculation.",false);
cp.add<std::string>("cparam2", '\0', "Additional parameter file (for diff)",false);
cp.add<std::string>("vparam", '\0', "Specify an parameter file path for visualization.",false);
cp.add<std::string>("initial", '\0', "Start calculation with initial state (without specifying initial data file)",false);
cp.parse_check(argc, argv);
auto mode = cp.get<std::string>("mode");
bool is_gpu = mode == "g";
bool is_vis = mode == "v";
bool is_cpu = mode == "c";
bool is_diff = mode == "d";
bool is_gen = mode == "gp";
bool is_init = mode == "i";
static void* aptr = malloc(sizeof(const CalcParams));
auto EH = ErrorHandling(cp);
if(is_init){
EH.check("cparam","output");
set_param(cp,aptr);
try{
init_gen_output(cp.get<std::string>("output"),16,8);
}catch(std::exception& e){
std::cerr << e.what() << std::endl;
std::exit(1);
}
}
if (is_gen) {
if (cp.exist("cparam")) {
std::cout << "Generate cparam as " << cp.get<std::string>("cparam") << std::endl;
CalcParams().generate_paramfile(cp.get<std::string>("cparam"));
}
if (cp.exist("vparam")) {
std::cout << "Generate vparam as " << cp.get<std::string>("vparam") << std::endl;
VisParams().generate_paramfile(cp.get<std::string>("vparam"));
}
}
if (is_diff) {
EH.check("cparam","cparam2");
try {
const CalcParams cp1 = CalcParams(cp.get<std::string>("cparam"));
const CalcParams cp2 = CalcParams(cp.get<std::string>("cparam2"));
std::cout << "Compare " << cp.get<std::string>("cparam") << " and " << cp.get<std::string>("cparam2") <<std::endl;
CalcParams::diff(cp1, cp2);
}
catch (std::exception& e) {
std::cerr << e.what() << std::endl;
std::exit(1);
}
}
if (is_cpu || is_gpu) {
const bool init_exist=cp.exist("initial");
if(init_exist){
EH.check("cparam");
}else{
EH.check("cparam","input");
}
set_param(cp,aptr);
CellManager cman;
try {
if(init_exist){
auto inum=parse_init_setting(cp.get<std::string>("initial"));
cman=init_gen(std::get<0>(inum),std::get<1>(inum));
}else{
cman.load(cp.get<std::string>("input"));
}
}
catch (std::exception& e) {
std::cerr << e.what() << std::endl;
std::exit(1);
}
//connect_cell(cman);
calc_with_cpu(cman);
}
if (is_vis) {
EH.check("cparam","vparam");
set_param(cp,aptr);
try {
VisParams vp(cp.get<std::string>("vparam"));
init_visualizer(&argc, argv,vp);
visualize();
}
catch (std::exception& e) {
std::cerr << e.what() << std::endl;
std::exit(1);
}
}
std::cout<<"Done."<<std::endl;
}
