void TLwLinkTypeBs::SaveTxt(FILE* fOut){
fprintf(fOut, "===LwLinkTypeBs-Begin================\n");
for (int LinkTypeN=0; LinkTypeN<GetLinkTypes(); LinkTypeN++){
fprintf(fOut, "N:%d ", LinkTypeN);
GetLinkType(GetLinkTypeId(LinkTypeN))->SaveTxt(fOut);
}
fprintf(fOut, "===LwLinkTypeBs-End==================\n");
}
ELinkDataType teAssetPack::GetLinkDataType(void * linkTo)
{
if(!linkTo)
return LDT_UNKNOWN;
for(u32 i = 0; i < actorsLinksRTTI.GetAlive(); ++i)
if(actorsLinksRTTI[i].ptr == (teptr_t)linkTo)
return GetLinkType(actorsLinksRTTI[i].link, *this);
return LDT_UNKNOWN;
}
void Link::Execute ()
{
switch (GetLinkType ())
{
case LinkType::PageLink:
ExecutePageLink ();
return;
default:
return;
}
}
void SoundParameter::Read( TextReader *_in )
{
char *parameter = _in->GetNextToken();
AppDebugAssert( stricmp( parameter, "PARAMETER" ) == 0 );
char *paramType = _in->GetNextToken();
m_type = GetParameterType( paramType );
switch( m_type )
{
case TypeFixedValue:
m_outputLower = atof( _in->GetNextToken() );
break;
case TypeRangedRandom:
m_outputLower = atof( _in->GetNextToken() );
m_outputUpper = atof( _in->GetNextToken() );
m_smooth = atof( _in->GetNextToken() );
break;
case TypeLinked:
m_inputLower = atof( _in->GetNextToken() );
m_outputLower = atof( _in->GetNextToken() );
m_inputUpper = atof( _in->GetNextToken() );
m_outputUpper = atof( _in->GetNextToken() );
m_smooth = atof( _in->GetNextToken() );
char *linkType = _in->GetNextToken();
m_link = GetLinkType( linkType );
break;
}
char *updateType = _in->GetNextToken();
m_updateType = GetUpdateType( updateType );
Recalculate();
}
