//----------------------------------------------
KVCouple::KVCouple(Int_t zf,Int_t zsup,Int_t div){
zfra = zf;
zmax = zsup;
zlim = zfra/div;
Double_t zmoy = zfra/Double_t(div);
Double_t diff = zmoy-zlim;
Int_t sup = TMath::Nint(diff*div);
if (sup>=1){
zlim+=1;
}
if (zfra>=zmax) {
//cas 1
nbre = zmax-zlim+1;
if (nbre>0){
tz1 = new Int_t[nbre];
tz2 = new Int_t[nbre];
Int_t z1=0;
for (Int_t ii=0;ii<nbre;ii+=1){
z1 = zmax-ii;
tz1[ii] = z1;
tz2[ii] = zfra-z1;
}
init=kTRUE;
}
else {
//return;
ResetVars();
}
}
else {
nbre = zfra-zlim+1;
if (nbre>0){
tz1 = new Int_t[nbre];
tz2 = new Int_t[nbre];
Int_t z1=0;
for (Int_t ii=0;ii<nbre;ii+=1){
z1 = zfra-ii;
tz1[ii] = z1;
tz2[ii] = zfra-z1;
}
init=kTRUE;
}
else {
//return;
ResetVars();
}
}
}
UUDWrap::UUDWrap()
{
ResetVars();
uulibversion = strdup(VERSION "pl" PATCH);
}
MythRenderOpenGL2::MythRenderOpenGL2(const QGLFormat& format,
QPaintDevice* device,
RenderType type)
: MythRenderOpenGL(format, device, type)
{
ResetVars();
ResetProcs();
}
CHttpClient::CHttpClient()
{
// If windows startup winsock
#ifdef WIN32
WSADATA wsaData;
WSAStartup(MAKEWORD(2, 2), &wsaData);
#endif
// Invalidate the socket handle
m_sSocket = INVALID_SOCKET;
ResetVars();
}
void RevKBCCTrainer::Reset() {
if(data.get() != 0) {
ResetVars();
}
net1->Reset();
net2->Reset();
network = net1;
firstTrained = false;
ScopedOut = false;
TestWhileTrainResults.clear();
outTestDS.reset();
bufferDS->Clear();
SaveNetParameters(net1vals);
SaveNetParameters(net2vals);
SubNetlist = resSubNetList;
}
//----------------------------------------------
KVCouple::KVCouple(Int_t zf,Int_t zsup){
//printf("zf=%d zmax=%d\n",zf,zsup);
zfra = zf;
zmax = zsup;
Int_t div=2;
zlim = zfra/div;
Double_t zmoy = zfra/Double_t(div);
Double_t diff = zmoy-zlim;
Int_t sup = TMath::Nint(diff*div);
if (sup>=1){
zlim+=1;
}
Int_t zref = 0;
( (zfra>=zmax) ? zref=zmax : zref=zfra );
nbre = zref-zlim+1;
if (nbre>0){
tz1 = new Int_t[nbre];
tz2 = new Int_t[nbre];
Int_t z1=0;
for (Int_t ii=0;ii<nbre;ii+=1){
z1 = zref-ii;
tz1[ii] = z1;
tz2[ii] = zfra-z1;
//printf(" %d %d %d\n",ii,z1,zfra-z1);
}
init=kTRUE;
}
else {
//return;
ResetVars();
}
}
bool VGMMultiSectionSeq::LoadTracks(ReadMode readMode, long stopTime)
{
this->readMode = readMode;
curOffset = dwStartOffset;
// Clear all track pointers to prevent delete, they must be aliases of section tracks
aTracks.clear();
// reset variables
ResetVars();
// load all tracks
uint32_t stopOffset = vgmfile->GetEndOffset();
while (curOffset < stopOffset && time < stopTime) {
if (!ReadEvent(stopTime)) {
break;
}
}
if (readMode == READMODE_ADD_TO_UI)
{
SetGuessedLength();
if (unLength == 0) {
return false;
}
}
bool succeeded = true;
if (!PostLoad())
{
succeeded = false;
}
return succeeded;
}
CSoundItem::CSoundItem(CSoundData* sndData)
{
ResetVars();
if (InitOpenAL())
Attach(sndData);
}
MythRenderOpenGL1::MythRenderOpenGL1(const QGLFormat& format, QPaintDevice* device)
: MythRenderOpenGL(format, device, kRenderOpenGL1)
{
ResetVars();
ResetProcs();
}
CSoundItem::CSoundItem()
{
ResetVars();
}
ObjBase::ObjBase(int x, int y)
{
ResetVars();
Vertex v(x, y);
params.coords = v;
}
ObjBase::ObjBase(Vertex start_coords)
{
ResetVars();
params.coords = start_coords;
}
CSoundBase::CSoundBase()
{
ResetVars();
}
CIteratorVars::CIteratorVars()
{
ResetVars();
}
MythRenderOpenGL2::MythRenderOpenGL2(const QGLFormat& format, RenderType type)
: MythRenderOpenGL(format, type)
{
ResetVars();
ResetProcs();
}
MythRenderOpenGL1::MythRenderOpenGL1(const QGLFormat& format)
: MythRenderOpenGL(format, kRenderOpenGL1)
{
ResetVars();
ResetProcs();
}
MythRenderOpenGL2::MythRenderOpenGL2(const QGLFormat& format)
: MythRenderOpenGL(format)
{
ResetVars();
ResetProcs();
}
