/// Send a signal to tie a parameter.
void LocalParameterEditor::setTie() {
auto tie = setTieDialog(m_tie);
if (!tie.isEmpty()) {
m_tie = tie;
emit setTie(m_index, m_tie);
}
setEditorState();
}
/// Send a signal to tie a parameter.
void LocalParameterEditor::setTie()
{
QInputDialog input;
input.setWindowTitle("Set a tie.");
input.setTextValue(m_tie);
if (input.exec() == QDialog::Accepted) {
auto tie = input.textValue();
emit setTie(m_index, tie);
}
}
MemoryOneModeNetwork::MemoryOneModeNetwork(
std::vector<std::vector<double> > graph, bool directed, bool reflexive){
int size = graph.size();
init(size, directed, reflexive);
for (int i = 0; i < graph.size(); i++){
for (int j = 0; j < graph[i].size(); j++){
if (graph[i][j] != 0){
setTie(i,j,graph[i][j]);
}
}
}
}
/// Filter events in the line editor to emulate a shortcut (F to fix/unfix).
bool LocalParameterEditor::eventFilter(QObject *, QEvent *evn) {
if (evn->type() == QEvent::KeyPress) {
auto keyEvent = static_cast<QKeyEvent *>(evn);
if (keyEvent->key() == Qt::Key_F &&
keyEvent->modifiers() == Qt::ControlModifier && m_tie.isEmpty()) {
fixParameter();
return true;
}
if (m_tie.isEmpty()) {
m_value = m_editor->text();
} else {
m_tie = m_editor->text();
emit setTie(m_index, m_tie);
}
}
return false;
}
int setResult(char tok, char(*Team)[20], int a, int b)//set Win,lose,Tie for no violation rule
{
if (Team[a][b] != 0||Team[b][a]!=0)return 0;
if (a == b)
{
Team[a][b] = 'X';
return 0;
}
if (tok == 'w')
{
setWL(Team, a, b);
}
else if (tok == 'l')
{
setWL(Team, b, a);
}
else
{
setTie(Team, a, b);
}
return 1;
}
/// Constructor
/// @param parent :: Parent widget.
/// @param index :: Index of the spectrum which parameter is edited.
/// @param fixed :: Is the parameter fixed initially?
/// @param tie :: Parameter's current tie (or empty string).
LocalParameterEditor::LocalParameterEditor(QWidget *parent, int index, bool fixed, QString tie):
QWidget(parent), m_index(index),m_fixed(fixed), m_tie(tie)
{
auto layout = new QHBoxLayout(this);
layout->setMargin(0);
layout->setSpacing(0);
layout->setContentsMargins(0,0,0,0);
m_editor = new QLineEdit(parent);
m_editor->setSizePolicy(QSizePolicy::Expanding,QSizePolicy::Expanding);
auto validator = new QDoubleValidator(this);
validator->setDecimals(16);
m_editor->setValidator(validator);
m_editor->setToolTip("Edit local parameter value. Press F to fix/unfix it.");
auto button = new QPushButton("&Set");
button->setSizePolicy(QSizePolicy::Minimum,QSizePolicy::Expanding);
this->setFocusPolicy(Qt::NoFocus);
layout->addWidget(m_editor);
layout->addWidget(button);
layout->setStretch(0,1);
layout->setStretch(1,0);
this->setFocusProxy(m_editor);
this->setFocusPolicy(Qt::StrongFocus);
auto setMenu = new QMenu(this);
QAction *action = new QAction("Set to all",this);
action->setToolTip("Set all parameters to this value");
connect(action,SIGNAL(activated()),this,SLOT(setAll()));
setMenu->addAction(action);
setMenu->addSeparator();
m_fixAction = new QAction(m_fixed? "Unfix" : "Fix", this);
m_fixAction->setToolTip("Fix value of this parameter");
connect(m_fixAction,SIGNAL(activated()),this,SLOT(fixParameter()));
setMenu->addAction(m_fixAction);
action = new QAction("Fix all",this);
action->setToolTip("Fix all parameters.");
connect(action,SIGNAL(activated()),this,SLOT(fixAll()));
setMenu->addAction(action);
action = new QAction("Unfix all",this);
action->setToolTip("Unfix all parameters.");
connect(action,SIGNAL(activated()),this,SLOT(unfixAll()));
setMenu->addAction(action);
setMenu->addSeparator();
action = new QAction("Set tie",this);
action->setToolTip("Set a tie for this parameter.");
connect(action,SIGNAL(activated()),this,SLOT(setTie()));
setMenu->addAction(action);
action = new QAction("Remove tie",this);
action->setToolTip("Remove the tie for this parameter.");
connect(action,SIGNAL(activated()),this,SLOT(removeTie()));
setMenu->addAction(action);
action = new QAction("Set tie to all",this);
action->setToolTip("Set this tie for all parameters.");
connect(action,SIGNAL(activated()),this,SLOT(setTieAll()));
setMenu->addAction(action);
action = new QAction("Remove all ties",this);
action->setToolTip("Remove ties for all parameters.");
connect(action,SIGNAL(activated()),this,SLOT(removeAllTies()));
setMenu->addAction(action);
button->setMenu(setMenu);
m_editor->installEventFilter(this);
}
/// Send a signal to remove a tie.
void LocalParameterEditor::removeTie()
{
emit setTie(m_index, "");
}
bool MemoryOneModeNetwork::removeTie(int i, int j) {
return setTie(i, j, 0.0);
}
bool MemoryOneModeNetwork::addTie(int i, int j) {
return setTie(i, j, 1.0);
}
bool NPmxExport::writeTrack(NVoice *voice, int staff_nr, int voice_nr, int voice_count, int measpsystem, bool first, const char *endOfLine, int *barpos) {
NMusElement *elem;
QString *lyrics;
int total = 0;
int total_per_system = 0;
int part, countLyricsLines;
#ifdef THIS_IS_WRONG
bool base_shifted;
#endif
int numMeasures = 0;
NStaff *actual_staff;
NChord *chord;
NNote *note;
NRest *rest;
NKeySig *ksig;
NClef *clef;
badmeasure *bad;
property_type kind;
int count, i = 0;
char lastDynSym = 0;
int dynEndPos = 0;
int lastbarpos = *barpos;
int elempos;
#define OUTSIDE_BEAM 0
#define IN_BEAM_UP 1
#define IN_BEAM_DOWN 2
int beamstatus = OUTSIDE_BEAM;
int hline;
QString specialChar;
QString *s;
property_type grace_status;
bool inGraceGroup = false;
bool nested, toomany;
QString graceString;
NText *textElem;
char pos;
elem = voice->getCurrentPosition();
if (elem == 0) return false;
elempos = elem->getXpos();
actual_staff = voice->getStaff();
if (pendingTimeSig_ && first) {
specialChar.sprintf("m%d/%d/%d/%d ", pendingTimeSig_->getNumerator(),
pendingTimeSig_->getDenominator(),
pendingTimeSig_->getNumerator(),
pendingTimeSig_->getDenominator());
countof128th_ = pendingTimeSig_->numOf128th();
pendingTimeSig_ = 0;
handleSpecialChar(posOfpendingTimeSig_, &specialChar, voice_count, false);
}
if (pendingKeySig_ && first) {
if (pendingKeySig_->isRegular(&kind, &count)) {
if (kind == PROP_CROSS) {
specialChar.sprintf("K+0+%d ", count);
}
else {
specialChar.sprintf("K+0-%d ", count);
}
handleSpecialChar(posOfpendingKeySig_, &specialChar, voice_count, false);
}
pendingKeySig_ = 0;
}
if (pendingEndSpecialEnd_ && first) {
specialChar = QString("Vx ");
handleSpecialChar(posOfpendingSpecialEnd_, &specialChar, voice_count, false);
pendingEndSpecialEnd_ = false;
}
if (pendingSpecialEnd_ && first) {
if (pendingSpecialEnd_ == 1) {
specialChar.sprintf("V1 ");
}
else {
specialChar.sprintf("V2x ");
}
handleSpecialChar(posOfpendingSpecialEnd_, &specialChar, voice_count, false);
if (pendingSpecialEnd_ == 2)
openSpecialEnding_ = 1;
pendingSpecialEnd_ = 0;
}
do {
if (voice_count > 1 && voice_nr == voice_count - 1) {
checkSpecialChar(elem->getXpos());
}
elempos = elem->getXpos();
switch (elem->getType()) {
case T_CHORD:
chord = (NChord *) elem;
part = elem->getSubType();
if (!(chord->hasProperty( PROP_GRACE ) )) {
inGraceGroup = false;
if (chord->hasProperty( PROP_TUPLET ) ) {
total += chord->getPlaytime() * part / chord->getNumNotes();
}
else {
total += part;
}
}
switch (chord->properties() & DOT_MASK ) {
case 1: total += part / 2; break;
case 2: total += 3 * part / 4; break;
}
if (total > MULTIPLICATOR*countof128th_ && voice_nr == 0) {
total = 0;
bad = new badmeasure(PMX_ERR_BAD_NOTE_COUNT, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
if (va_descr_[staff_nr-1].trill_nr >= 0 &&
chord->getBbox()->right() > va_descr_[staff_nr-1].endpos) {
*pmxout_ << "\\Toctfin" << va_descr_[staff_nr-1].trill_nr << "\\ ";
vaPool_ &= (~(1 << va_descr_[staff_nr-1].trill_nr));
va_descr_[staff_nr-1].trill_nr = -1;
}
if (chord->va_ != 0) {
hline = voice->findBorderLineInVa(chord);
s = chord->computeTeXVa(hline, &vaPool_, &(actual_staff->actualClef_),
&(va_descr_[staff_nr-1]), &nested, &toomany);
if (nested) {
bad = new badmeasure(PMX_ERR_NESTED_VAS, staff_nr, barNr_+numMeasures, 3 /* dummy */, 3 /* dummy */);
badlist_.append(bad);
}
if (toomany) {
bad = new badmeasure(PMX_ERR_TOO_MANY_VAS, staff_nr, barNr_+numMeasures, 3 /* dummy */, 3 /* dummy */);
badlist_.append(bad);
}
if (s) {
*pmxout_ << *s << "\\ ";
delete s;
}
}
if (pmxOpts_.keepBeams) {
if ((chord->hasProperty( PROP_BEAMED ) ) && beamstatus == OUTSIDE_BEAM) {
*pmxout_ << '[';
if (chord->hasProperty( PROP_STEM_UP ) ) {
beamstatus = IN_BEAM_UP;
*pmxout_ << "u ";
}
else {
beamstatus = IN_BEAM_DOWN;
*pmxout_ << "l ";
}
}
}
if (!pmxOpts_.mLyr) {
countLyricsLines = chord->countOfLyricsLines();
for (i = countLyricsLines-1; i >= 0; i--) {
lyrics = chord->getLyrics(i);
if (lyrics) {
*pmxout_ << " \\zcharnote{" << -8 - (int) ((actual_staff->staff_props_.lyricsdist - DEFAULT_LYRICSDIST ) * PMX_FAC) -i*4 << "}{"<< lyrics2TeX(lyrics) << "}\\relax\\ ";
}
else {
*pmxout_ << " \\zcharnote{}\\relax\\ ";
}
}
}
if (!inGraceGroup && chord->hasProperty( PROP_GRACE ) ) {
graceString = voice->determineGraceKind(&grace_status);
inGraceGroup = true;
if (grace_status == WARN_MIXED_GRACES) {
bad = new badmeasure(PMX_WARN_MIXED_GRACES, i+1, 0, 3 /*dummy */, 128 /*dummy */);
badlist_.append(bad);
}
else if (grace_status == GRACE_PMX_ERROR) {
bad = new badmeasure(PMX_ERR_GRACES, i+1, 0, 3 /*dummy */, 128 /*dummy */);
badlist_.append(bad);
}
*pmxout_ << graceString;
}
if (beamstatus == IN_BEAM_UP) {
note = chord->getNoteList()->last();
}
else {
note = chord->getNoteList()->first();
}
pitchOut(&(actual_staff->actualKeysig_), note, elem->getSubType(), &(actual_staff->actualClef_), chord, staff_nr, barNr_+numMeasures);
if (!drum_problem_written_ && (note->properties & BODY_MASK)) {
drum_problem_written_ = true;
bad = new badmeasure(PMX_ERR_DRUM_STAFF, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
switch (chord->properties() & DOT_MASK ) {
case 1: *pmxout_ << "d"; break;
case 2: *pmxout_ << "dd"; break;
}
if ((chord->hasProperty( PROP_TUPLET ) ) && elem->getSubType() != tupletBase_) *pmxout_ << 'D';
#ifdef THIS_IS_WRONG
base_shifted = note->properties & PROP_SHIFTED;
#endif
*pmxout_ << ' ';
if (chord->hasProperty( PROP_STACC ) ) {
*pmxout_ << "ou ";
}
if (chord->hasProperty( PROP_SFORZ ) ) {
*pmxout_ << "o^ ";
}
if (chord->hasProperty( PROP_PORTA ) ) {
*pmxout_ << "o_ ";
}
if (chord->hasProperty( PROP_SFZND ) ) {
*pmxout_ << "o> ";
}
if (chord->hasProperty( PROP_FERMT ) ) {
*pmxout_ << "of ";
}
if (chord->hasProperty( PROP_ARPEGG ) ) {
*pmxout_ << "? ";
}
if (chord->trill_ < 0) {
*pmxout_ << "oTt" << voice->findNoteCountTillTrillEnd(chord) << ' ';
}
else if (chord->trill_ > 0) {
*pmxout_ << "oTt" << voice->findNoteCountTillTrillEnd(chord) << ' ';
}
if (chord->dynamic_) {
*pmxout_ << 'D' << (chord->dynamicAlign_ ? '<' : '>') << ' ';
dynEndPos = chord->getDynamicEnd();
lastDynSym = (chord->dynamicAlign_ ? '>' : '<');
}
else if (lastDynSym && chord->getBbox()->right() > dynEndPos) {
*pmxout_ << 'D' << lastDynSym << ' ';
lastDynSym = 0;
dynEndPos = 0;
}
setTie(note, staff_nr, barNr_+numMeasures);
setSlur(chord, staff_nr, barNr_+numMeasures);
if (beamstatus == IN_BEAM_UP) {
note = chord->getNoteList()->prev();
}
else {
note = chord->getNoteList()->next();
}
while (note) {
*pmxout_ << "z";
pitchOut(&(actual_staff->actualKeysig_), note, -1, &(actual_staff->actualClef_), chord, staff_nr, barNr_+numMeasures);
if (!drum_problem_written_ && (note->properties & BODY_MASK)) {
drum_problem_written_ = true;
bad = new badmeasure(PMX_ERR_DRUM_STAFF, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
#ifdef THIS_IS_WRONG
if (base_shifted) {
if (!(note->properties & PROP_SHIFTED)) *pmxout_ << "r";
}
else {
if (note->properties & PROP_SHIFTED) *pmxout_ << "r";
}
#endif
*pmxout_ << ' ';
setTie(note, staff_nr, barNr_+numMeasures);
if (beamstatus == IN_BEAM_UP) {
note = chord->getNoteList()->prev();
}
else {
note = chord->getNoteList()->next();
}
}
if (chord->hasProperty( PROP_ARPEGG ) ) {
*pmxout_ << "? ";
}
if (pmxOpts_.keepBeams) {
if (beamstatus != OUTSIDE_BEAM && chord->lastBeamed()) {
beamstatus = OUTSIDE_BEAM;
*pmxout_ << " ] ";
}
}
break;
case T_REST:
rest = elem->rest();
inGraceGroup = false;
part = elem->getSubType();
if (part == MULTIREST) {
total += MULTIPLICATOR*countof128th_;
}
else {
if (rest->hasProperty( PROP_TUPLET ) ) {
total += rest->getPlaytime() * part / rest->getNumNotes();
}
else {
total += part;
}
}
switch (rest->properties() & DOT_MASK ) {
case 1: total += part / 2; break;
case 2: total += 3 * part / 4; break;
}
if (total > MULTIPLICATOR*countof128th_ && voice_nr == 0) {
total = 0;
bad = new badmeasure(PMX_ERR_BAD_NOTE_COUNT, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
*pmxout_ << 'r';
if (rest->hasProperty( PROP_HIDDEN ) ) *pmxout_ << 'b';
if (rest->hasProperty( PROP_TUPLET ) ) {
if (rest->isFirstInTuplet()) {
inspectTuplet(rest, staff_nr, barNr_+numMeasures);
*pmxout_ << computePMXTupletLength(rest->getPlaytime()*tupletBase_, staff_nr, barNr_+numMeasures);
lastLength_ = rest->getPlaytime()*tupletBase_;
}
}
else if (part == MULTIREST) {
if (staffsToExport_ > 1) {
bad = new badmeasure(PMX_ERR_MULTIREST, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
lastLength_ = 1111; /* invalidate */
*pmxout_ << 'm' << rest->getMultiRestLength();
}
else if (lastLength_ != elem->getSubType()) {
*pmxout_ << computePMXLength(elem->getSubType());
lastLength_ = elem->getSubType();
}
switch (rest->properties() & DOT_MASK) {
case 1: *pmxout_ << "d"; break;
case 2: *pmxout_ << "dd"; break;
}
if (rest->hasProperty( PROP_TUPLET ) ) {
if (rest->isFirstInTuplet()) *pmxout_ << "x" << (int) (rest->getNumNotes());
if (elem->getSubType() != tupletBase_) *pmxout_ << 'D';
}
*pmxout_ << ' ';
break;
case T_SIGN: inGraceGroup = false;
switch (elem->getSubType ()) {
case END_BAR:
case SIMPLE_BAR:
if (total != MULTIPLICATOR*countof128th_ && barNr_+numMeasures > 1 && voice_nr == 0 ) {
bad = new badmeasure(PMX_ERR_BAD_NOTE_COUNT, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
total_per_system += total;
total = 0;
numMeasures++;
lastTone_ = 1000;
if (barNr_+numMeasures > 1 && testContextChange(voice_nr, voice, first)) {
if (first) barNr_ -= measpsystem - numMeasures;
*pmxout_ << endOfLine;
*barpos = elem->getXpos();
elem = voice->getNextPosition();
return true;
}
if (numMeasures >= measpsystem || voice->isLast()) {
*barpos = elem->getXpos();
elem = voice->getNextPosition();
*pmxout_ << endOfLine;
return true;
}
specialChar = QString("| ");
handleSpecialChar(elempos, &specialChar, voice_count, true);
break;
case DOUBLE_BAR:
case REPEAT_OPEN:
case REPEAT_CLOSE:
case REPEAT_OPEN_CLOSE:
if (total != MULTIPLICATOR*countof128th_ && barNr_+numMeasures > 1 && voice_nr == 0) {
bad = new badmeasure(PMX_ERR_BAD_NOTE_COUNT, staff_nr, barNr_+numMeasures, total / 3, countof128th_);
badlist_.append(bad);
}
total_per_system += total;
total = 0;
numMeasures++;
lastTone_ = 1000;
if (first) {
specialChar = QString("R");
switch (elem->getSubType ()) {
case REPEAT_OPEN: specialChar += "l "; break;
case REPEAT_CLOSE: specialChar += "r "; break;
case REPEAT_OPEN_CLOSE: specialChar += "lr "; break;
case DOUBLE_BAR: specialChar += "d "; break;
}
handleSpecialChar(elempos, &specialChar, voice_count, false);
}
if (barNr_+numMeasures > 1 && testContextChange(voice_nr, voice, first)) {
*barpos = elem->getXpos();
elem = voice->getNextPosition();
if (first) barNr_ -= measpsystem - numMeasures;
*pmxout_ << endOfLine;
return true;
}
if (!(numMeasures >= measpsystem || voice->isLast())) {
specialChar = QString("| ");
handleSpecialChar(elempos, &specialChar, voice_count, true);
}
if (numMeasures >= measpsystem || voice->isLast()) {
*barpos = elem->getXpos();
elem = voice->getNextPosition();
*pmxout_ << endOfLine;
return true;
}
break;
case SEGNO: if (staff_nr != staffsToExport_ || voice_nr != 0) break;
*pmxout_ << "og ";
break;
case CODA: *pmxout_ << "\\hsk\\coda " << actual_staff->actualClef_.line2TexTab_[12+LINE_OVERFLOW] <<"\\hsk\\ ";
break;
case DAL_SEGNO: *pmxout_ << "\\Uptext{D.S.}\\sk\\sk\\ ";
break;
case DAL_SEGNO_AL_FINE: *pmxout_ << "\\Uptext{D.S. al Fine}\\sk\\sk\\ ";
break;
case DAL_SEGNO_AL_CODA: *pmxout_ << "\\Uptext{D.S. al Coda}\\sk\\sk\\ ";
break;
case FINE: *pmxout_ << "\\Uptext{Fine}\\sk\\sk\\ ";
break;
case RITARDANDO: *pmxout_ << "\\Uptext{ritard.}\\ ";
break;
case ACCELERANDO: *pmxout_ << "\\Uptext{accel.}\\ ";
break;
}
break;
case T_CLEF:
inGraceGroup = false;
clef = (NClef *) elem;
actual_staff->actualClef_.change(clef);
if (barNr_ < 2) break;
switch (clef->getSubType()) {
case BASS_CLEF: specialChar = QString("Cb "); break;
case SOPRANO_CLEF: specialChar = QString("Cs "); break;
case ALTO_CLEF: specialChar = QString("Ca "); break;
case TENOR_CLEF: specialChar = QString("Cn "); break;
case DRUM_CLEF: if (!drum_problem_written_) {
drum_problem_written_ = true;
bad = new badmeasure(PMX_ERR_DRUM_STAFF, i+1, 0, 3 /*dummy */, 128 /*dummy */);
badlist_.append(bad);
}
case DRUM_BASS_CLEF: if (!drum_problem_written_) {
drum_problem_written_ = true;
bad = new badmeasure(PMX_ERR_DRUM_STAFF, i+1, 0, 3 /*dummy */, 128 /*dummy */);
badlist_.append(bad);
}
default: specialChar = QString("Ct "); break;
}
handleSpecialChar(elempos, &specialChar, voice_count, false);
break;
case T_KEYSIG:
if (barNr_ < 2) break;
ksig = (NKeySig *) elem;
if (ksig->isRegular(&kind, &count)) {
if (kind == PROP_CROSS) {
specialChar.sprintf("K+0+%d ", count);
}
else {
specialChar.sprintf("K+0-%d ", count);
}
handleSpecialChar(posOfpendingKeySig_, &specialChar, voice_count, false);
}
break;
case T_TEXT:
textElem = (NText *) elem;
if (textElem->getSubType() == TEXT_UPTEXT) {
pos = actual_staff->actualClef_.line2TexTab_[11+LINE_OVERFLOW];
}
else {
pos = actual_staff->actualClef_.line2TexTab_[-3+LINE_OVERFLOW];
}
*pmxout_ << "\\zcharnote{" << pos << "}{\\bf " << textElem->getText() << "}\\relax\\ ";
break;
}
elem = voice->getNextPosition();
}
while (elem && elem->getXpos() < lastbarpos);
if (voice_nr == 0) {
*barpos = (1 << 30); /* infinity */
#ifdef THIS_DOES_NOT_WORK
append_hidden_rests(measpsystem, total_per_system);
#endif
}
#ifdef THIS_DOES_NOT_WORK
else {
append_hidden_rests(measpsystem, total);
}
#endif
if (numMeasures < measpsystem) *pmxout_ << endOfLine;
return true;
}
/// Send a signal to remove a tie.
void LocalParameterEditor::removeTie() {
m_tie = "";
emit setTie(m_index, "");
setEditorState();
}
