void ComponentOp2::SetOperator(char op)
{
ComponentType inType = CT_NONE;
if (op == '|' || op == '&')
inType = CT_BOOL;
else if (op == '=')
inType = CT_NONE;
else
inType = CT_DOUBLE;
if (inType == CT_NONE)
{
for (size_t i = 0; i < m_inputs.size(); i++)
{
if (m_inputs[i].comp == NULL)
m_inputs[i].type = CT_NONE;
else
inType = m_inputs[i].type;
m_inputs[i].dynamic = true;
}
for (size_t i = 0; i < m_inputs.size(); i++)
if (m_inputs[i].dynamic)
m_inputs[i].type = inType;
}
else
{
for (size_t i = 0; i < m_inputs.size(); i++)
if (m_inputs[i].type != inType && inType != CT_NONE)
{
m_inputs[i].type = inType;
m_inputs[i].dynamic = false;
RemoveInput(m_inputs[i].comp);
}
}
if (op == '|' || op == '&' || op == '<' || op == '>' || op == '=')
{
if (m_outputs[0].type != CT_BOOL)
ClearOutputs();
m_outputs[0].type = CT_BOOL;
}
else
{
if (m_outputs[0].type != CT_DOUBLE)
ClearOutputs();
m_outputs[0].type = CT_DOUBLE;
}
m_operator = op;
}
COp::~COp()
{
ClearInputs();
ClearOutputs();
ClearInternals();
// rem: Hier m_uiIDMax_ nicht dekrementieren!
}
COp & COp::operator = ( const COp &roOp )
{
ClearInputs();
ClearOutputs();
InitInputs( roOp.m_uiCountIn ); // m_uiCountIn / m_ppoOpIn
InitOutputs( roOp.m_uiCountOut ); // m_uiCountOut / m_pdValOut
//for( unsigned int i=0; i<m_uiCountIn; ++i )
// m_poIn[i] = roOp.m_poIn[i];
//for( unsigned int i=0; i<m_uiCountOut; ++i )
// m_pdOut[i] = roOp.m_pdOut[i];
if( m_uiCountIn )
OP_MEM_COPY( m_poIn, roOp.m_poIn, m_uiCountIn * sizeof(CLink) );
if( m_uiCountOut )
OP_MEM_COPY( m_pdOut, roOp.m_pdOut, m_uiCountOut * sizeof(double) );
m_uiState = roOp.m_uiState;
m_bIsNotValid = roOp.m_bIsNotValid;
// m_uiID bleibt!
m_uiFlags = roOp.m_uiFlags;
#ifdef OP_USE_INTERNALS
/*
// rem: Kann nur in der spezifischen Klasse im Konstruktur initialisiert werden.
if( m_uiCountInternalInt != roOp.m_uiCountInternalInt )
SetCountInternalInt( roOp.m_uiCountInternalInt );
if( m_uiCountInternalUInt != roOp.m_uiCountInternalUInt )
SetCountInternalUInt( roOp.m_uiCountInternalUInt );
if( m_uiCountInternalFlt != roOp.m_uiCountInternalFlt )
SetCountInternalFlt( roOp.m_uiCountInternalFlt );
OP_MEM_COPY( m_pptPtrInternalInt, roOp.m_pptPtrInternalInt, m_uiCountInternalInt * sizeof(int *) );
OP_MEM_COPY( m_pptPtrInternalUInt, roOp.m_pptPtrInternalUInt, m_uiCountInternalUInt * sizeof(unsigned int *) );
OP_MEM_COPY( m_pptPtrInternalFlt, roOp.m_pptPtrInternalFlt, m_uiCountInternalFlt * sizeof(double *) );
*/
for( unsigned int i=0; i<m_uiCountInternalInt; ++i )
*(m_pptPtrInternalInt[i]) = *(roOp.m_pptPtrInternalInt[i]);
for( unsigned int i=0; i<m_uiCountInternalUInt; ++i )
*(m_pptPtrInternalUInt[i]) = *(roOp.m_pptPtrInternalUInt[i]);
for( unsigned int i=0; i<m_uiCountInternalFlt; ++i )
*(m_pptPtrInternalFlt[i]) = *(roOp.m_pptPtrInternalFlt[i]);
#endif // OP_USE_INTERNALS
#ifdef OP_USE_RUNTIME_INFO
m_oStrNameInstance = roOp.m_oStrNameInstance;
m_oArrStrNameIn = roOp.m_oArrStrNameIn;
m_oArrStrNameOut = roOp.m_oArrStrNameOut;
m_oArrStrInfoIn = roOp.m_oArrStrInfoIn;
m_oArrStrInfoOut = roOp.m_oArrStrInfoOut;
#ifdef OP_USE_ROUTINES
m_oArrStrNameRoutine = roOp.m_oArrStrNameRoutine;
m_oArrStrInfoRoutine = roOp.m_oArrStrInfoRoutine;
#endif // OP_USE_ROUTINES
#endif // OP_USE_RUNTIME_INFO
#ifdef OP_USE_USER_DATA
m_pvData = roOp.m_pvData;
#endif // OP_USE_USER_DATA
return *this;
}
LRESULT CFilterComposer::OnDestroy( UINT, WPARAM, LPARAM, BOOL& ) {
// Stop running (if we are currently processing video)
m_videoRunner.StopProcessing();
// Free the loaded classifiers and outputsinks
ClearActiveClassifiers();
ClearStandardClassifiers();
ClearCustomClassifiers();
ClearOutputs();
delete graphics;
DeleteDC(hdcmem);
DeleteObject(hbm);
m_filterLibrary.DestroyWindow();
PostQuitMessage( 0 );
return 0;
}
