int csys_midievent(unsigned char * cmd, unsigned char * ndata,
unsigned char * vdata, unsigned short * extchan,
float * fval)
{
int i = csysi_tailmidi;
*cmd = csysi_midiqueue[i].cmd;
*ndata = csysi_midiqueue[i].ndata;
*vdata = csysi_midiqueue[i].vdata;
*extchan = csysi_midiqueue[i].extchan;
*fval = csysi_midiqueue[i].fval;
if (*cmd == CSYS_MIDI_ENDTIME)
*fval = (*fval > EV(scorebeats) + 5.0F) ? *fval : EV(scorebeats) + 5.0F;
csysi_midiready--;
csysi_nummidi--;
csysi_tailmidi = (csysi_tailmidi+1)&(CSYSI_MAXMIDI-1);
if (csysi_tailmidi == csysi_headmidi) /* empty */
{
csysi_headmidi = 0;
csysi_tailmidi = -1;
}
if (csysi_midiready)
return CSYS_MIDIEVENTS;
else
return CSYS_NONE;
}
// Prepare a list of points for Delaunay triangulation: randomly assign into logarithmic bins, sort within bins, and add sentinels.
// For details, see Amenta et al., Incremental Constructions con BRIO.
static Array<Perturbed2> partially_sorted_shuffle(RawArray<const EV> Xin) {
const int n = Xin.size();
Array<Perturbed2> X(n+3,uninit);
// Randomly assign input points into bins. Bin k has 2**k = 1,2,4,8,... and starts at index 2**k-1 = 0,1,3,7,...
// We fill points into bins as sequentially as possible to maximize cache coherence.
const int bins = integer_log(n);
Array<int> bin_counts(bins);
for (int i=0;i<n;i++) {
int j = (int)random_permute(n,key,i);
const int bin = min(integer_log(j+1),bins-1);
j = (1<<bin)-1+bin_counts[bin]++;
X[j] = Perturbed2(i,Xin[i]);
}
// Spatially sort each bin down to clusters of size 64.
const int leaf_size = 64;
for (int bin=0;bin<bins;bin++) {
const int start = (1<<bin)-1,
end = bin==bins-1?n:start+(1<<bin);
assert(bin_counts[bin]==end-start);
spatial_sort(X.slice(start,end),leaf_size,new_<Random>(key+bin));
}
// Add 3 sentinel points at infinity
X[n+0] = Perturbed2(n+0,EV(-bound,-bound));
X[n+1] = Perturbed2(n+1,EV( bound, 0) );
X[n+2] = Perturbed2(n+2,EV(-bound, bound));
return X;
}
void mktbl6data(void) {
#define TBIT (((0ULL - 1) / 2) + 1)
#define EV(x) ((x) != 0 && (((x) + 1) % 2) == 0)
uint64_t a=TBIT, b=0, *c=&a, f=0;
for (;; f++) {
printf("%s{0x%016llxULL, 0x%016llxULL},%c", EV(f) ? "" : "\t", a, b, EV(f) ? '\n' : ' ');
*c=(*c >> 1) | TBIT;
if (*c == (uint64_t)(0 - 1)) {
if (c == &b) {
printf("{0x%016llxULL, 0x%016llxULL}\n", a, b);
break;
}
c=&b;
}
}
}
void CodeGenFunction::EmitCharacterAssignment(const Expr *LHS, const Expr *RHS) {
auto Dest = EmitCharacterExpr(LHS);
CharacterExprEmitter EV(*this);
EV.setDestination(Dest);
auto Src = EV.EmitExpr(RHS);
if(EV.hasDestination())
EmitCharacterAssignment(Dest, Src);
}
QDomElement & PokeTeam::toXml(QDomElement &el) const
{
const_cast<PokeTeam*>(this)->sanityCheck();
QDomDocument doc;
el.setAttribute("Nickname", nickname());
el.setAttribute("Num", num().pokenum);
el.setAttribute("Item", item());
el.setAttribute("Ability", ability());
el.setAttribute("Nature", nature());
el.setAttribute("Gender", gender());
el.setAttribute("Shiny", shiny());
el.setAttribute("Happiness", happiness());
el.setAttribute("Forme", num().subnum);
el.setAttribute("Lvl", level());
el.setAttribute("Gen", gen().num);
el.setAttribute("SubGen", gen().subnum);
for(int i = 0; i < 4; i++)
{
QDomElement move = doc.createElement("Move");
el.appendChild(move);
QDomText name = doc.createTextNode(QString("%1").arg(this->move(i)));
move.appendChild(name);
}
for(int i = 0; i < 6; i++)
{
QDomElement Dv = doc.createElement("DV");
el.appendChild(Dv);
QDomText Dvname = doc.createTextNode(QString("%1").arg(DV(i)));
Dv.appendChild(Dvname);
}
for(int i = 0; i < 6; i++)
{
QDomElement Ev = doc.createElement("EV");
el.appendChild(Ev);
QDomText Evname = doc.createTextNode(QString("%1").arg(EV(i)));
Ev.appendChild(Evname);
}
return el;
}
int main()
{
Obs o1 = Obs();
Obs o2 = Obs();
Obs o3 = Obs();
EV e = EV();
uint32_t eventIDs[2] = { 0, 1 };
e.RegisterObserver(eventIDs[0], &o1);
e.RegisterObserver(eventIDs[1], &o2);
e.RegisterObserver(eventIDs[0], &o3);
e.NotifyObservers(eventIDs[0]);
e.NotifyObservers(eventIDs[1]);
getchar();
}
LValueTy CodeGenFunction::EmitLValue(const Expr *E) {
LValueExprEmitter EV(*this);
return EV.Visit(E);
}
RValueTy CodeGenFunction::EmitAggregateExpr(const Expr *E) {
AggregateExprEmitter EV(*this);
return EV.EmitExpr(E);
}
void csysi_sampleread(void)
{
int sym, i, len;
csysi_sampleunit * sidx, * newsamp;
union { unsigned int l; float f ; } u;
union { unsigned short us; signed short ss ; } s;
sidx = (csysi_sampleunit *) malloc(sizeof(csysi_sampleunit));
sidx->token = sym = csysi_readbit(16);
sidx->len = len = csysi_readbit(24) + SAMP_DATABLOCK;
sidx->p = (float *) malloc(len*sizeof(float));
sidx->p[len - SAMP_LLMEM] = 0;
if (csysi_readbit(1)) /* sampling rate */
sidx->p[len - SAMP_SR] = csysi_readbit(17);
else
sidx->p[len - SAMP_SR] = EV(ARATE);
if (csysi_readbit(1)) /* loop points */
{
sidx->p[len - SAMP_LOOPSTART] = csysi_readbit(24);
sidx->p[len - SAMP_LOOPEND] = csysi_readbit(24);
}
else
{
sidx->p[len - SAMP_LOOPSTART] = -1;
sidx->p[len - SAMP_LOOPEND] = -1;
}
if (csysi_readbit(1)) /* base frequency */
{
u.l = csysi_readbit(32);
sidx->p[len - SAMP_BASEFREQ] = u.f;
}
else
sidx->p[len - SAMP_BASEFREQ] = -1;
i = 0;
if (csysi_readbit(1)) /* float sample */
{
while (i < (len - SAMP_DATABLOCK))
{
u.l = csysi_readbit(32);
sidx->p[i++] = u.f;
}
}
else
{
while (i < (len - SAMP_DATABLOCK))
{
s.us = csysi_readbit(16);
sidx->p[i++] = s.ss*(1.0F/32767.0F);
}
}
newsamp = sidx;
if (!csysi_samples)
{
csysi_samples = newsamp;
return;
}
if ((sidx = csysi_samples)->token > sym)
{
newsamp->next = csysi_samples;
csysi_samples = newsamp;
return;
}
while (sidx && (sidx->token <= sym))
{
if ((sidx->next == NULL) ||
(sidx->next->token > sym))
break;
if (sidx->token == sym)
{
while (sidx->next && (sidx->next->token == sym))
sidx = sidx->next;
break;
}
sidx = sidx->next;
}
newsamp->next = sidx->next;
sidx->next = newsamp;
return;
}
void csysi_openfile(void)
{
int i;
char * name;
/* first search ./sa file command line for .mp4 file */
for (i=1;i<EV(csys_argc); i++)
if (!strcmp(EV(csys_argv[i]),"-csys_fstr_file"))
{
i++;
if (i == EV(csys_argc))
csys_terminate(".mp4 file not specified");
if (!(csysi_bitfile = fopen(EV(csys_argv[i]),"rb")))
{
name = (char *) calloc(strlen(EV(csys_argv[i]))+5, sizeof(char));
sprintf(name,"%s.mp4",EV(csys_argv[i]));
if (!(csysi_bitfile = fopen(name,"rb")))
csys_terminate(".mp4 file not found");
}
break;
}
/* then look though sfront command line for -bitc */
if (!csysi_bitfile)
{
for (i=1;i<csys_sfront_argc; i++)
if (!strcmp(csys_sfront_argv[i],"-bitc"))
{
i++;
if (i == csys_sfront_argc)
csys_terminate("-bitc file.mp4 unspecified");
if (!(csysi_bitfile = fopen(csys_sfront_argv[i],"rb")))
{
name = (char *) calloc(strlen(csys_sfront_argv[i])+5,
sizeof(char));
sprintf(name,"%s.mp4",csys_sfront_argv[i]);
if (!(csysi_bitfile = fopen(name,"rb")))
csys_terminate("-bitc file.mp4 not found");
}
break;
}
}
if (!csysi_bitfile)
csys_terminate(
"Syntax: ./sa -csys_fstr_file file.mp4, or sfront -bitc file.mp4");
/* if an explicit SASL endtime not give, invalidate computed endtime */
if (!(CSYS_GIVENENDTIME))
{
csysi_compendtime = EV(endtime);
if (!csysi_setendtime(CSYSI_MAXENDTIME))
csys_terminate("problem setting init endtime");
}
/* skip to access_units, fill up queues */
csysi_flushconfig();
csysi_fillqueues();
}
int csys_saslevent(unsigned char * cmd, unsigned char * priority,
unsigned short * id, unsigned short * label,
float * fval, unsigned int * pnum, float ** p)
{
int i, done, j, scofound;
csysi_sevent * cq;
done = 1;
if (csysi_scoready)
{
cq = &(csysi_scoqueue[csysi_tailsco]);
scofound = 1;
}
else
{
if (csysi_absready)
{
cq = &(csysi_absqueue[csysi_tailabs]);
scofound = 0;
}
else
csys_terminate("saslevent() queue error");
}
*priority = cq->priority;
*id = cq->id;
*label = cq->label;
*fval = cq->fval;
*pnum = cq->pnum;
*p = cq->p;
switch (*cmd = cq->cmd) {
case CSYS_SASL_ENDTIME :
*fval = EV(scorebeats);
break;
case CSYS_SASL_NOOP :
case CSYS_SASL_TEMPO :
case CSYS_SASL_TABLE :
case CSYS_SASL_INSTR :
break;
case CSYS_SASL_CONTROL :
if ((*id) == CSYS_SASL_NOINSTR)
break;
if (csysi_targetvar == -1)
{
csysi_targetvar=0;
while (csysi_targetvar < CSYS_TARGETNUM)
{
if (csys_target[csysi_targetvar].token == (*pnum))
break;
csysi_targetvar++;
}
if (csysi_targetvar == CSYS_TARGETNUM)
{
/* specified variable not imported -- abort command */
*cmd = CSYS_SASL_NOOP;
csysi_targetvar = -1;
break;
}
csysi_targetcount = 0;
}
*id = csys_target[csysi_targetvar].instrindex[csysi_targetcount];
*pnum = csys_target[csysi_targetvar].varindex[csysi_targetcount];
if ((++csysi_targetcount) < csys_target[csysi_targetvar].numinstr)
done = 0;
else
csysi_targetvar = -1;
break;
}
if (done)
{
if (scofound)
{
csysi_scoready--;
csysi_numscotime--;
csysi_tailsco = (csysi_tailsco+1)&(CSYSI_MAXSASL-1);
if (csysi_tailsco == csysi_headsco) /* empty */
{
csysi_headsco = 0;
csysi_tailsco = -1;
}
}
else
{
csysi_absready--;
csysi_numabstime--;
csysi_tailabs = (csysi_tailabs+1)&(CSYSI_MAXSASL-1);
if (csysi_tailabs == csysi_headabs) /* empty */
{
csysi_headabs = 0;
csysi_tailabs = -1;
}
}
}
if (csysi_scoready || csysi_absready)
return CSYS_SASLEVENTS;
else
return CSYS_NONE;
}
CharacterValueTy CodeGenFunction::EmitCharacterExpr(const Expr *E) {
CharacterExprEmitter EV(*this);
return EV.EmitExpr(E);
}
int csys_newdata(void)
{
int i, found;
csysi_absready = 0;
csysi_scoready = 0;
csysi_midiready = 0;
csysi_fillqueues();
/* see if an event is ready */
i = csysi_tailsco;
found = ((i = csysi_tailsco) < 0);
while (csysi_numscotime && !found)
{
if (csysi_scoqueue[i].stime <= EV(scorebeats))
csysi_scoready++;
else
found = 1;
i = (i+1)&(CSYSI_MAXSASL-1);
if (i == csysi_headsco)
found = 1;
}
i = csysi_tailabs;
found = ((i = csysi_tailabs) < 0);
while (csysi_numabstime && !found)
{
if (csysi_absqueue[i].atime < EV(absolutetime))
csysi_absready++;
else
found = 1;
i = (i+1)&(CSYSI_MAXSASL-1);
if (i == csysi_headabs)
found = 1;
}
i = csysi_tailmidi;
found = ((i = csysi_tailmidi) < 0);
while (csysi_nummidi && !found)
{
if (csysi_midiqueue[i].atime < EV(absolutetime))
csysi_midiready++;
else
found = 1;
i = (i+1)&(CSYSI_MAXMIDI-1);
if (i == csysi_headmidi)
found = 1;
}
if (csysi_midiready)
{
if ((csysi_absready || csysi_scoready))
return CSYS_EVENTS;
else
return CSYS_MIDIEVENTS;
}
else
{
if ((csysi_absready || csysi_scoready))
return CSYS_SASLEVENTS;
else
return CSYS_NONE;
}
}
ComplexValueTy CodeGenFunction::EmitComplexExpr(const Expr *E) {
ComplexExprEmitter EV(*this);
return EV.EmitExpr(E);
}
void PokePersonal::runCheck()
{
if (!PokemonInfo::Exists(num(), gen())) {
reset();
return;
}
if (!PokemonInfo::AFormesShown(num())) {
num() = num().original();
}
if (gen() <= 2) {
ability() = 0;
nature() = 0;
} else {
AbilityGroup ab = PokemonInfo::Abilities(num(), gen());
if (ability() == 0 || (ability() != ab.ab(2) && ability() != ab.ab(1)))
ability() = ab.ab(0);
}
if (gen().num == 2)
controlGender();
if (!ItemInfo::Exists(item(), gen())) {
item() = 0;
}
for (int i = 0; i < 6; i++)
controlEVs(i);
if (gen() <= 2) {
for (int i = 0; i < 6; i++) {
if (DV(i) >= 15)
setDV(i, 15);
}
}
if (gen().num == 2) {
setEV(SpDefense, EV(SpAttack));
setDV(SpDefense, DV(SpAttack));
}
int avail = PokemonInfo::Gender(num());
if (avail != Pokemon::MaleAndFemaleAvail) {
gender() = avail;
} else if (gender() == Pokemon::Neutral){
gender() = Pokemon::Male;
}
int minLevel = PokemonInfo::AbsoluteMinLevel(num(), gen());
if (MoveSetChecker::enforceMinLevels && level() < minLevel) {
level() = minLevel;
}
QSet<int> invalidMoves;
MoveSetChecker::isValid(num(), gen(), move(0), move(1), move(2), move(3), ability(), gender(), level(), false, &invalidMoves);
while (invalidMoves.size() > 0) {
for (int i = 0; i < 4; i++) {
if (invalidMoves.contains(move(i))) {
setMove(0, i, false);
}
}
invalidMoves.clear();
MoveSetChecker::isValid(num(), gen(), move(0), move(1), move(2), move(3), ability(), gender(), level(), false, &invalidMoves);
}
if (num().pokenum == Pokemon::Keldeo) {
if (move(0) == Move::SecretSword || move(1) == Move::SecretSword || move(2) == Move::SecretSword || move(3) == Move::SecretSword) {
num() = Pokemon::Keldeo_R;
} else {
num() = num().original();
}
}
}
int PokeTeam::stat(int statno) const
{
return PokemonInfo::FullStat(num(), gen(), nature(), statno, level(),DV(statno),EV(statno));
}
int PokePersonal::EVSum() const
{
return EV(Hp) + EV(Attack) + EV(Defense) + EV(Speed) + EV(SpAttack) + EV(SpDefense);
}