//==============================================================================
HRESULT CVObject::vSetColor( VARIANT vRGB, long iLogID ){
double * pdData;
// We expect 3-long array of doubles
if( g_CheckVariantArray( 3, vRGB, &pdData )) {
return g_ErrorToHresult( 1 );
}
m_fRGB[0] = (float)pdData[0];
m_fRGB[1] = (float)pdData[1];
m_fRGB[2] = (float)pdData[2];
SafeArrayUnaccessData( vRGB.parray );
m_RequestUpdate(iLogID);
return S_OK;
}
//==============================================================================
STDMETHODIMP CVMouse::GetAllEvents(SAFEARRAY ** ppsaMtx){
SAFEARRAY *psaMtx;
int * piData;
int iSize;
* ppsaMtx = NULL;
if( g_MakeSafeArray( 3, 3, &psaMtx, &piData ) ){
return g_ErrorToHresult(1);
}
iSize = sizeof(g_aiMouseEvents);
memcpy( piData, g_aiMouseEvents, sizeof(g_aiMouseEvents));
SafeArrayUnaccessData( psaMtx );
* ppsaMtx = psaMtx;
return S_OK;
}
//==============================================================================
STDMETHODIMP CVMouse::GetUpEvents(SAFEARRAY ** ppsaMtx){
SAFEARRAY *psaMtx;
int * piData;
* ppsaMtx = NULL;
if( g_MakeSafeArray( 3, &psaMtx, &piData ) ){
return g_ErrorToHresult(1);
}
piData[0] = g_aiMouseEvents[MOUSE_LEFT][MOUSE_UP];
piData[1] = g_aiMouseEvents[MOUSE_MIDDLE][MOUSE_UP];
piData[2] = g_aiMouseEvents[MOUSE_RIGHT][MOUSE_UP];
SafeArrayUnaccessData( psaMtx );
* ppsaMtx = psaMtx;
return S_OK;
}
//==============================================================================
STDMETHODIMP CVMain::MoveGroup(long iGroupID, SAFEARRAY * psaXY, long iLogID){
double * pdData;
int iObj, nObjects;
CVObject *pObj;
// We expect 2-long array of doubles
if( g_CheckSafeArray( 2, psaXY, &pdData )) {
return g_ErrorToHresult( 1 );
}
nObjects = g_ptObjectList.GetN_Pointers();
for( iObj = 0; iObj<nObjects; iObj++){
g_ptObjectList.GetPointer( iObj, (void **) &pObj);
if(iGroupID) pObj->Move( pdData[0], pdData[1], iGroupID );
else pObj->Move( pdData[0], pdData[1]);
}
SafeArrayUnaccessData( psaXY );
g_RequestUpdate(iLogID);
return S_OK;
}
