void CBE_ExplosionSmoke::InitCopyEntity( CCopyEntity* pCopyEnt )
{
InitParticleSetEntity( *pCopyEnt );
SBE_ParticleSetExtraData& rParticleSet = GetExtraData( pCopyEnt->iExtraDataIndex );
Vector3& rvDir = pCopyEnt->GetDirection();
Vector3 vRandDir;
float fDist, fRandSpeed;
float fRandVelMin = m_fRandVelocityMin;
float fRandVelMax = m_fRandVelocityMax;
float fRandPositionMin = m_fRandPositionMin;
float fRandPositionMax = m_fRandPositionMax;
int i, iNumParticles = m_MaxNumParticlesPerSet;
rParticleSet.iNumParticles = iNumParticles;
int iNumPatterns = m_iNumTextureSegments * m_iNumTextureSegments * 4 - 1;
if( m_ParticleType == TYPE_SMOKE_SHOOTING)
{
for(i=0; i<iNumParticles; i++)
{
rParticleSet.pavOrigDirection[i] = rvDir;
vRandDir = Vec3RandDir();
rParticleSet.pavPosition[i] = pCopyEnt->GetWorldPosition();
rParticleSet.pavVelocity[i] = vRandDir * RangedRand( 0.05f, 0.50f) + rvDir * RangedRand( 0.1f, 12.0f);
rParticleSet.pafAnimationTime[i] = RangedRand( m_fAnimTimeOffsetMin, m_fAnimTimeOffsetMax );
rParticleSet.pasPattern[i] = RangedRand( iNumPatterns );
rParticleSet.pafFadeVel[i] = RangedRand( 1.6f, 2.0f );
}
}
else // i.e. TYPE_SMOKE_NORMAL or TYPE_SMOKE_DIRECTIONAL
{
for(i=0; i<iNumParticles; i++)
{
vRandDir = Vec3RandDir();
fRandSpeed = RangedRand( 0.8f );
fDist = RangedRand( fRandPositionMin, fRandPositionMax );
rParticleSet.pavPosition[i] = pCopyEnt->GetWorldPosition() + vRandDir * fDist + rvDir * (0.8f - fRandSpeed) * 0.3f;
rParticleSet.pavVelocity[i] = vRandDir * RangedRand( fRandVelMin, fRandVelMax ) + rvDir * fRandSpeed;
rParticleSet.pafAnimationTime[i] = RangedRand( m_fAnimTimeOffsetMin, m_fAnimTimeOffsetMax );
rParticleSet.pasPattern[i] = RangedRand( iNumPatterns );
}
}
}
std::string CalendarAction::GetDebugString() const
{
std::ostringstream data;
data << "CalendarAction::"
<< " Action: " << GetAction()
<< " Guid: " << GetPlayer()->GetGUID()
<< " Invite Id: " << GetInviteId()
<< " Extra data: " << GetExtraData()
<< " Event: " << Event.GetDebugString()
<< " Invite: " << Invite.GetDebugString();
return data.str();
}
void Gn2DMeshObject::SetVectorExtraDataScale()
{
float* point;
GnVector2ExtraData* vector2Extra;
for( gtuint i = 0; i < GetExtraDataSize(); i++ )
{
vector2Extra = GnDynamicCast( GnVector2ExtraData, GetExtraData( i ) );
if( vector2Extra )
{
point = vector2Extra->GetValue();
point[0] *= GetGameState()->GetGameScale();
point[1] *= GetGameState()->GetGameScale();
}
}
}
void Gn2DMeshObject::SetVectorExtraDataFlipX()
{
if( GetAVData() && GetAVData()->GetCollisionCount() )
{
float* point;
GnVector2ExtraData* vector2Extra;
for( gtuint i = 0; i < GetExtraDataSize(); i++ )
{
vector2Extra = GnDynamicCast( GnVector2ExtraData, GetExtraData( i ) );
if( vector2Extra )
{
Gn2DAVData::CollisionRect& baseRect = GetAVData()->GetOriginalCollisionRect( 0 );
float flip = baseRect.mRect.left + baseRect.mRect.right;
point = vector2Extra->GetValue();
point[0] = flip - point[0];
vector2Extra->SetValue( point );
}
}
}
}
bool TTreeView::DoMouseDown(Point where, short flags)
{
XRect r,t;
long len;
long x,y;
long h;
long i;
short lh,lt;
short it;
TableDrawRecord tr;
short at;
TreeEventRecord tevent;
XGDraw draw(this);
draw.SetFont(XGFont::LoadFont(1));
if (!fDrawFlag) EnableDrawing();
SetFocus();
tevent.ev_flags = flags;
/*
* Get the drawing parameters so I know where these are
*/
r = GetContentRect();
GetScrollParams(&x,&y,&h);
x *= h;
len = (r.bottom - r.top + h - 1) / h;
len += y;
if (len > fLength) len = fLength;
lh = draw.GetFontHeight(); // lh == line height
lt = (h-1-lh)/2; // lt == line top (of label)
it = (h-17)/2; // it == icon top (for 16x16 icon)
at = (h-13)/2; // at == arrow top
/*
* Iterate through buttons
*/
for (i = y; i < len; i++) {
fDrawList.GetMemory(i*sizeof(tr),sizeof(tr),&tr);
if (1 || tr.inset > 0) {
if (tr.entry->child || tr.entry->fChildDefer) {
t.top = (i - y) * h + at;
t.left = 22 * (tr.inset) - x + 2;
t.bottom = t.top + 12;
t.right = t.left + 12;
if (PtInRect(where,&t)) {
/*
* Clicked on open icon.
*/
if (tr.entry->child == NULL) {
/*
* Defer open--dispatch event to give the
* app a chance to fill in the children
*/
tevent.child = (uint32)tr.entry;
DoDispatch(KEventTreeOpen,GetViewID(),(void *)&tevent);
}
tr.entry->fOpen = !(tr.entry->fOpen);
Update();
return false;
}
}
}
}
/*
* Iterate through text.
*/
for (i = y; i < len; i++) {
char buffer[256];
fDrawList.GetMemory(i*sizeof(tr),sizeof(tr),&tr);
GetItemData( (uint32)tr.entry, buffer, sizeof(buffer)-1 );
r.top = (i - y) * h;
r.bottom = r.top + h;
r.left = 22 * (tr.inset+1) - x;
r.right = r.left + draw.StringWidth(buffer) + 6;
if (tr.entry->icon) r.right += 16;
if (PtInRect(where,&r)) {
/*
* Clicked on an object
*/
fDrawList.GetMemory(i*sizeof(tr),sizeof(tr),&tr);
tevent.child = (uint32)tr.entry;
if (flags & KKeyShift) {
SetSelected((uint32)tr.entry, !tr.entry->fSelected);
} else {
SetSelection((uint32)tr.entry);
}
if (flags & KDoubleClick) {
/*
* We double-clicked on this object
*/
DoDispatch(KEventTreeDoubleClick,GetViewID(),(void *)&tevent);
} else {
/*
* We single-clicked here
*/
DoDispatch(KEventTreeClick,GetViewID(),(void *)&tevent);
if ((tr.entry->dragID) && XGDragger::Wait(this,where)) {
/*
* Should I drag?
*/
TreeDragRecord tdr;
tdr.tree = this;
tdr.dragID = (uint32)tr.entry;
if (0 == DoDispatch(KEventTreeStartDrag,GetViewID(),(void *)&tdr)) {
return false;
}
/*
* Drag this one item
*/
if ((tr.entry->dragSize.h != -1) && (tr.entry->dragSize.v != -1)) {
r.left = where.h;
r.top = where.v;
r.right = r.left + tr.entry->dragSize.h;
r.bottom = r.top + tr.entry->dragSize.v;
}
XGDragger drag(this,tr.entry->fInternDrag);
/*char buffer[256];
short len;
len = fData.GetData(tr.entry->dragData,sizeof(buffer),buffer);
drag.AddObject(1,tr.entry->dragID,buffer,len,&r);*/
char buffer[256];
int len = GetExtraData((uint32)tr.entry, buffer, sizeof(buffer));
drag.AddObject(1,tr.entry->dragID, buffer, len, &r);
drag.Track();
}
}
return false;
}
}
/*
* If we get here, we didn't click on anything. Clear selection
*/
ClearSelection();
tevent.child = NULL;
DoDispatch(KEventTreeClick,GetViewID(),(void *)&tevent);
return false;
}
QString Extension::GetLabel() const
{
return GetExtraData()[LABEL];
}
QString Extension::GetExtensionPointIdentifier() const
{
return GetExtraData()[XPT_NAME];
}
QString Extension::GetContributorId() const
{
return GetExtraData()[CONTRIBUTOR_ID];
}
// 打开
bool CVideoEncodeVt::Open(const STRUCT_PUSH_STREAM_PARAM& aPushStreamParam)
{
if(m_bOpen)
return true;
int ret = 0;
CFMutableDictionaryRef pixelBufferInfo = NULL;
CMVideoCodecType codecType = kCMVideoCodecType_H264;
CFStringRef profileLevel = NULL;
do
{
m_bCompressErr = false;
m_bHasBFrames = false;
m_iEntropy = H264_ENTROPY_NOT_SET;
m_iProfile = H264_PROF_HIGH;
m_iLevel = 0;
m_iFrameRate = aPushStreamParam.iVideoFrameRate;
//参数检查
if(m_iProfile == H264_PROF_BASELINE)
{
m_bHasBFrames = false;
if(H264_CABAC == m_iEntropy)
{
m_iEntropy = H264_ENTROPY_NOT_SET;
}
}
m_iDtsDelta = m_bHasBFrames ? -1 : 0;
//取得profile level
ret = GetProfileLevel(m_bHasBFrames, m_iProfile, m_iLevel, &profileLevel);
if(ret < 0)
{
CLog::GetInstance().Log(ENUM_LOG_LEVEL::enum_Log_Level5, "GetProfileLevel failed!");
assert(false);
break;
}
//取得pixel buffer info
ret = GetCVPixelBufferInfo(aPushStreamParam.iVideoPushStreamWidth,
aPushStreamParam.iVideoPushStreamHeight,
&pixelBufferInfo);
if(ret < 0)
{
CLog::GetInstance().Log(ENUM_LOG_LEVEL::enum_Log_Level5, "CreateCVPixelBufferInfo failed!");
assert(false);
break;
}
//清空编码缓存队列
ClearEncodeBuffQueue();
//获得附加数据
ret = GetExtraData(aPushStreamParam, codecType, profileLevel, pixelBufferInfo);
if(ret < 0)
{
CLog::GetInstance().Log(ENUM_LOG_LEVEL::enum_Log_Level5, "EncExtraData failed!");
assert(false);
break;
}
//创建编码器
ret = CreateEncoder(aPushStreamParam, codecType, profileLevel, pixelBufferInfo, &m_EncodeSession);
if(ret < 0)
{
CLog::GetInstance().Log(ENUM_LOG_LEVEL::enum_Log_Level5, "CreateEncoder failed!");
assert(false);
break;
}
//是否使用B帧
CFBooleanRef hasBFrames;
ret = VTSessionCopyProperty(m_EncodeSession,
kVTCompressionPropertyKey_AllowFrameReordering,
kCFAllocatorDefault,
&hasBFrames);
if (0 == ret)
{
m_bHasBFrames = CFBooleanGetValue(hasBFrames);
CFRelease(hasBFrames);
}
}while(0);
if (NULL != pixelBufferInfo)
{
CFRelease(pixelBufferInfo);
}
m_bOpen = ret == 0 ? true : false;
return m_bOpen;
}
