bool ResultProcessor::checkConfigs(const std::vector<std::string> & configPaths, std::string & algName , FileLogger * dirLogger) {
bool isSampleSet = false;
int badConfigCount = 0;
std::string sampleConfig;
std::string currentConfig;
for(unsigned i = 0 ; i < configPaths.size() ; i++) {
if(!isSampleSet) {
sampleConfig = Utils::readFileToString(configPaths[i]);
algName = getNotes(sampleConfig);
isSampleSet = true;
}
currentConfig = Utils::readFileToString(configPaths[i]);
if(sampleConfig.compare(currentConfig) != 0) {
oneclickLogger << FileLogger::LOG_WARNING << "config " << Utils::getLastItemInPath(configPaths[i]) << " differs from the first config in experiment\n";
*dirLogger << FileLogger::LOG_WARNING << "config " << Utils::getLastItemInPath(configPaths[i]) << " differs from the first config in experiment\n";
badConfigCount++;
}
}
if(badConfigCount == 0) {
oneclickLogger << FileLogger::LOG_INFO << "no different configs in experiment\n";
*dirLogger << FileLogger::LOG_INFO << "no different configs in experiment\n";
return true;
} else {
oneclickLogger << FileLogger::LOG_WARNING << Utils::itostr(badConfigCount) << " different configs in experiment\n";
*dirLogger << FileLogger::LOG_WARNING << Utils::itostr(badConfigCount) << " different configs in experiment\n";
return false;
}
}
int main(int argc, char** argv) {
// process the command-line options
checkOptions(options, argc, argv);
HumdrumFile infile;
infile.read(options.getArg(1));
if (distQ) {
infile.analyzeRhythm();
}
Array<NoteUnit> notes;
getNotes(notes, infile);
scrambleNotes(notes);
if (transQ) {
printNotes(notes);
} else {
replaceNotes(infile, notes);
cout << infile;
}
if (displaySeedQ) {
cout << "!!!seed: " << seed << endl;
}
return 0;
}
float *Xenon::tick() {
int note = getNotes()[ pos / lengthPerDivision ] ;
int placeInNote = pos % lengthPerDivision;
float ret;
float gain = 0;
if( note < 0 || note > 127 ) {
ret = 0;
} else {
gain = sustainLevel;
float n = 0;
if( placeInNote < attackSamples ) {
gain = placeInNote / (float) attackSamples ;
n = noise.generateUniformRandomDeviate() * gain ;
} else if( placeInNote < attackSamples + decaySamples ) {
int p = placeInNote - attackSamples;
float r = p / (float) decaySamples ;
gain = ( 1 - r ) + sustainLevel * r ;
n = noise.generateUniformRandomDeviate() * (1-r) ;
} else if( placeInNote > lengthPerDivision - releaseSamples ) {
int p = placeInNote - ( lengthPerDivision - releaseSamples ) ;
float r = p / (float) releaseSamples ;
gain = ( 1 - r ) * sustainLevel ;
} else {
}
//cout << placeInNote << " : " << gain << " : " << sustainLevel << " : " << attackSamples ;
//for( int i=0; i<80*gain; ++i )
// cout << "*" ;
//cout << endl;
ret = fabsf( sin( pitchTable[note] * placeInNote * 2 * M_PI / sampleRate ) );
ret = ( ret - .5 ) * 2 ;
//ret += n / 20;
ret *= gain;
ret *= 6 ;
ret = clip( ret, .33 );
}
//cout << pos << " : " << ret << endl;
++pos;
if( pos >= totalLength )
pos = 0;
//filter
//cout << "-------1 " << ret << endl;
ret = lpfilter.process( ret );
//cout << "-------2 " << ret << endl;
//cout << gain << " " << envFollow << " " << sampleRate << endl;
envFollow = gain * .0005 + envFollow * .9995 ;
envfilter.setupLowpass( sampleRate, 100 + envFollow * 700, 8 );
ret = envfilter.process( ret );
//cout << "-------3 " << ret << endl;
ret = clip( ret, .95 );
//cout << "-------4 " << ret << endl;
//if( isnan( ret ) )
// exit(0);
retVals[0] = ret;
retVals[1] = ret;
return retVals;
}
ContactvCard::ConvertStatus ContactvCard::convert(Contact* contact)
{
contact->first_name = getFirstName().toStdString();
contact->last_name = getLastName().toStdString();
contact->dac_id_string = getKHID().toStdString();
contact->notes = getNotes().toStdString();
contact->privacy_setting = bts::addressbook::secret_contact;
contact->setIcon(QIcon(":/images/user.png"));
if (public_key_address::convert(getPublicKey().toStdString(), &contact->public_key) == false)
return ConvertStatus::PUBLIC_KEY_INVALID;
return ConvertStatus::SUCCESS;
}
bool UniPAX::SBase::getAttribute(std::vector<std::pair<std::string,std::string> >& value, PersistenceManager& manager) {
if (!UniPAX::UIBase::getAttribute(value, manager))
return false;
{
if (! getMetaId().empty())
value.push_back(std::pair<std::string,std::string>("metaId", getMetaId()));
}
{
if (!getSboTerm().empty())
value.push_back(std::pair<std::string,std::string>("sboTerm", getSboTerm()));
}
{
if (!getNotes().empty())
value.push_back(std::pair<std::string,std::string>("notes", getNotes()));
}
{
if (!getAnnotation().empty())
value.push_back(std::pair<std::string,std::string>("annotation", getAnnotation()));
}
return true;
}
bool mmFilterTransactionsDialog::checkAll(const Model_Billsdeposits::Data &tran, const std::map<int, Model_Budgetsplittransaction::Data_Set>& splits)
{
bool ok = true;
if (getAccountCheckBox() && (getAccountID() != tran.ACCOUNTID && getAccountID() != tran.TOACCOUNTID)) ok = false;
else if (getDateRangeCheckBox()
&& !Model_Billsdeposits::TRANSDATE(tran)
.IsBetween(getFromDateCtrl().GetDateOnly()
, getToDateControl().GetDateOnly()
)
) ok = false;
else if (!checkPayee<Model_Billsdeposits>(tran)) ok = false;
else if (!checkCategory<Model_Billsdeposits>(tran, splits)) ok = false;
else if (getStatusCheckBox() && !compareStatus(tran.STATUS)) ok = false;
else if (getTypeCheckBox() && !allowType(tran.TRANSCODE, true)) ok = false;
else if (getAmountRangeCheckBoxMin() && getAmountMin() > tran.TRANSAMOUNT) ok = false;
else if (getAmountRangeCheckBoxMax() && getAmountMax() < tran.TRANSAMOUNT) ok = false;
else if (getNumberCheckBox() && getNumber() != tran.TRANSACTIONNUMBER) ok = false;
else if (getNotesCheckBox() && !tran.NOTES.Lower().Contains(getNotes().Lower())) ok = false;
return ok;
}
bool mmFilterTransactionsDialog::checkAll(const Model_Checking::Data &tran, const int accountID, const std::map<int, Model_Splittransaction::Data_Set>& split)
{
bool ok = true;
//wxLogDebug("Check date? %i trx date:%s %s %s", getDateRangeCheckBox(), tran.TRANSDATE, getFromDateCtrl().GetDateOnly().FormatISODate(), getToDateControl().GetDateOnly().FormatISODate());
if (getAccountCheckBox() && (getAccountID() != tran.ACCOUNTID && getAccountID() != tran.TOACCOUNTID))
ok = false;
else if
( getDateRangeCheckBox()
&& !Model_Checking::TRANSDATE(tran).IsBetween(
getFromDateCtrl().GetDateOnly(), getToDateControl().GetDateOnly())
)
ok = false;
else if (getPayeeCheckBox() && !checkPayee<Model_Checking>(tran)) ok = false;
else if (getCategoryCheckBox() && !checkCategory<Model_Checking>(tran, split)) ok = false;
else if (getStatusCheckBox() && !compareStatus(tran.STATUS)) ok = false;
else if (getTypeCheckBox() && !allowType(tran.TRANSCODE, accountID == tran.ACCOUNTID)) ok = false;
else if (getAmountRangeCheckBoxMin() && getAmountMin() > tran.TRANSAMOUNT) ok = false;
else if (getAmountRangeCheckBoxMax() && getAmountMax() < tran.TRANSAMOUNT) ok = false;
else if (getNumberCheckBox() && getNumber() != tran.TRANSACTIONNUMBER) ok = false;
else if (getNotesCheckBox() && !tran.NOTES.Lower().Contains(getNotes().Lower())) ok = false;
return ok;
}
void AbstractItem::getChildren()
{
getNotes();
}
QDeclarativeListProperty<QObject> NotesManager::noteSet()
{
m_notes = getNotes(m_search);
return QDeclarativeListProperty<QObject>(this, m_notes);
}
