void CGameWorld::ToSearchMap()
{
if(m_pMapSearch != NULL) free(m_pMapSearch);
m_pMapSearch = new CMapSearch(m_Map.Map);
if(!m_pMapSearch->Search() && !m_bWin && m_Map.nLeft != 0)
{
Engine->Effect_Play(ResortSE);
Resort();
}
}
wxDataViewSortedListModel::wxDataViewSortedListModel( wxDataViewListModel *child ) :
m_array( wxDataViewIntermediateCmp )
{
m_child = child;
m_ascending = true;
m_notifierOnChild = new wxDataViewSortedListModelNotifier( this );
m_child->AddNotifier( m_notifierOnChild );
Resort();
}
main()
{
LNode *head,*p;
head = Create(8);
Resort(head);
p = head->next;
while (p)
{
printf("%d\n",p->data);
p = p->next;
}
}
void ChannelListView::FilterChannel(const wxString& partial)
{
for (auto const item : m_realChannelCollection) {
if ((partial.IsEmpty()) || (item.second->name.Contains(partial))) {
if (!ContainsItem(*item.second)) {
AddItem(*item.second);
}
} else {
if (ContainsItem(*item.second)) {
RemoveItem(*item.second);
}
}
}
Resort();
Refresh();
}
void NickDataViewCtrl::DoUsersFilter()
{
for (auto const item : m_real_users_list) {
if (checkFilteringConditions(item.second)) {
//User passed filter. Add him/her to the list.
if (!ContainsItem(*item.second)) {
AddItem(*item.second);
}
} else {
//Remove user from the list.
if (ContainsItem(*item.second)) {
RemoveItem(*item.second);
}
}
}
Resort();
Refresh();
}
// call of the read function
BOOL GETCCD(UINT drvno, void* dioden, ULONG fftlines, long fkt, ULONG zadr)
{ //starts data transfer and gets data in buffer dioden
//drvno: driver number 1..4; 1 for LSCISA1
//dioden: pointer to destination array of ULONGs
//fftlines: vertical lines of FFT sensors: vclks=2 * no of lines
//fkt: -1=clrread; 0=init dest array with 0; 1=standard read; 2=add to data
//zadr: cam address on bus -> for series2000 addressed mode
//returns true; false on error
BOOL fResult=FALSE;
DWORD ReturnedLength = 0;
pArrayT pReadArray = NULL;
pArrayT pCorArray = NULL;
pArrayT pDiodenBase = NULL;
pArrayT pDiodenBase2 = NULL;
ULONG arraylength=0;
sCCDFkts CCDfkt;
ULONG i = 0;
BOOL addalloc=FALSE;
BOOL coralloc=FALSE;
BYTE chl = 1;
BYTE chh = 1;
if (! aINIT[drvno]) return FALSE; // return with error if no init
//set function recs
CCDfkt.Adrwaits = aXCKDelay[drvno]; // pass wait between XCK and ND
if (_TI)
{
CCDfkt.Waits = 0; // 6000 only valid for TI sensors, time of vclks in 0 = 2mu
CCDfkt.Vclks = fftlines * 4;
}
else
{
CCDfkt.Waits = 6000; // 6000 only valid for FFT sensors, time of vclks in ns = 6000
CCDfkt.Vclks = fftlines * 2;
}
CCDfkt.Fkt = fkt;
CCDfkt.Zadr = zadr;
pReadArray = (pArrayT)dioden;
// pReadArray = pReadArray + (db-1) * pixel;
pDiodenBase = pReadArray;
arraylength = aPIXEL[drvno] * sizeof(ArrayT); //length in bytes
if (fkt==0) // set array to 0
{
for (i=0;i< _PIXEL;i++)
*(pReadArray++) = 0;
return TRUE;
}
if (fkt>2)
return FALSE; // function not implemented
#if (_IR2)
//alloc array for correction 4 x pixel
//for IR - need 2. array
pDiodenBase2 = (pArrayT)dioden + aPIXEL[drvno];
pCorArray = (pArrayT) calloc(aPIXEL[drvno]*4,sizeof(ArrayT));
if (pCorArray==0)
{ErrorMsg("alloc Cor Buffer failed");
return FALSE; }
coralloc=TRUE;
pReadArray = pCorArray;
arraylength *= 4;
CCDfkt.Fkt = 1; //make standard read
#else
// here normal read
if (fkt!=1) //read in our local array ladioden - add and clrread
{
//alloc local array dioden, so we don't overwrite our DIODEN
pReadArray = (pArrayT) calloc(aPIXEL[drvno],sizeof(ArrayT));
if (pReadArray==0)
{ErrorMsg("alloc ADD/CLR Buffer failed");
return FALSE; }
addalloc=TRUE;
CCDfkt.Fkt = 1; //make standard read
}
if ((_IR) && (!addalloc))
{
//alloc local array because it is 2*PIXEL -> has to be resortet later
pReadArray = (pArrayT) calloc(aPIXEL[drvno],sizeof(ArrayT));
if (pReadArray==0)
{ErrorMsg("alloc IR Buffer failed");
return FALSE; }
addalloc=TRUE;
CCDfkt.Fkt = 1;
}
#endif
//read camera data
fResult = DeviceIoControl(ahCCDDRV[drvno],IOCTL_GetCCD,
&CCDfkt, sizeof(CCDfkt),
pReadArray,arraylength,
&ReturnedLength,NULL);
if ((! fResult) || (ReturnedLength!=arraylength))
{ErrorMsg("Read DMA Buffer failed");
if (addalloc) free(pReadArray);
if (coralloc) free(pCorArray);
return FALSE; }
//clrread and add: fkt=-1 and 2 could not be implemented with dma
//so we do it here after reading
if (fkt==-1)
{ // return , nothing else to do
if (addalloc) free(pReadArray);
if (coralloc) free(pCorArray);
return TRUE;
}
if (_RESORT) Resort(drvno,pReadArray);
if ((_IR) && (fkt!=2)) // copy back
{
pDiodenBase2=pReadArray;
for (i=0;i< _PIXEL;i++)
* (pDiodenBase++) = * (pDiodenBase2++);
}
if (fkt==2) // we must now add our data to DIODEN for online add
{
pDiodenBase2=pReadArray;
for (i=0;i< _PIXEL;i++)
* (pDiodenBase++) += * (pDiodenBase2++);
}
if (addalloc) free(pReadArray);
if (coralloc) free(pCorArray);
#if _IS_C4350
//special for Ha Detector head C4350
V_On(drvno); //starts new read sequence to Fifo
V_Off(drvno);
//special end
#endif
return TRUE; // no Error, all went fine
}; // GETCCD
bool CGameWorld::GameLogicFunc()
{
//更新GUI
float dt = Engine->Timer_GetDelta();
m_nLastGUIID = gui->Update(dt);
//如果按下的是开始，则开始游戏
if(m_nLastGUIID == ID_START_BTN)
{
GameStart();
}
else
if(m_bGameStarted && m_nLastGUIID == ID_HINT_BTN) //如果按下提示
{
int ida, idb;
m_pMapSearch->GetRandomHint(ida, idb);
m_nSelArr[0] = ida, m_nSelArr[1] = idb;
m_pElemButtonArr[ida]->m_bSelected = m_pElemButtonArr[idb]->m_bSelected = true;
}
else
if(m_bGameStarted && m_nLastGUIID == ID_RESORT_BTN) //如果按下重列
{
Resort();
}
else
if(m_bGameStarted && m_nLastGUIID >= ID_ELEM_GUI_START) //如果按下的是方块且游戏开始，则开始逻辑判断
{
if(m_nSelArr[0] != -1 && m_nSelArr[1] != -1)
{
MapCoorType a, b;
a.ToCoor(m_nSelArr[0]);
b.ToCoor(m_nSelArr[1]);
if(m_Map.Map[a.y][a.x] == m_Map.Map[b.y][b.x])
{
PointPath pp(m_pMapSearch->GetPath(a.y, a.x, b.y, b.x));
if(pp.bExist)
{
m_thisTime = 0;
Engine->Effect_Play(ElecSE);
//Engine->Effect_Play(ItemBoomSE);
m_bTimeNotified = false;
PutAni(pp);
m_Map.Map[a.y][a.x] = m_Map.Map[b.y][b.x] = -1;
m_pElemButtonArr[m_nSelArr[0]]->ToLeave();
m_pElemButtonArr[m_nSelArr[1]]->ToLeave();
m_Map.nLeft -= 2;
m_nSelArr[0] = m_nSelArr[1] = -1;
ToSearchMap();
}
else
{
m_nSelArr[0] = m_nSelArr[1];
m_nSelArr[1] = -1;
}
}
else
{
m_nSelArr[0] = m_nSelArr[1];
m_nSelArr[1] = -1;
}
}
}
else
if(m_bGameStarted) //计时
{
m_thisTime += dt;
//若时间到
if(m_thisTime > MAX_TIME)
{
m_bGameStarted = false;
m_bLose = true;
Engine->Effect_Play(EndSE);
}
if(MAX_TIME - m_thisTime < 8 && !m_bTimeNotified)
{
m_bTimeNotified = true;
Engine->Effect_Play(LessTimeSE);
}
//判断赢
if(m_Map.nLeft == 0)
{
m_bGameStarted = false;
m_bWin = true;
Engine->Effect_Play(EndSE);
}
}
else
if(!m_bGameStarted) //如果游戏没有开始
{
if(Engine->Channel_IsPlaying(BGMChannel))
Engine->Channel_Stop(BGMChannel);
}
return false;
}
