int GetTabletQueueSize()
//////////////////////////////////////////////////////////////////////////////
{
if( hContext )
return( WTQueueSizeGet( hContext ));
return 0;
}
MOboolean moTablet::Init()
{
MOuint n, i, coparam;
moText conf;
moText text;
// Primero, ponemos todo en falso:(indefinido)
for(i = 0; i <= TABLET_PEN_CURSOR; i++) Pen[i].Init();
Codes = NULL;
// Levantamos el config del tablet
//levantamos el config del tablet
if (moMoldeoObject::Init()) {
moMoldeoObject::CreateConnectors();
} else return false;
//levantamos los codes definidos
coparam = m_Config.GetParamIndex("code");
m_Config.SetCurrentParamIndex(coparam);
ncodes = m_Config.GetValuesCount(coparam);
Codes = new moTabletCode [ncodes];
// Ahora traduzco la info
printf("\nTABLET: ncodes:%i\n",ncodes);
for( i = 0; i < ncodes; i++) {
m_Config.SetCurrentValueIndex(coparam,i);
Codes[i].strcod = m_Config.GetParam().GetValue().GetSubValue(MO_TABLET_CFG_STRCOD).Text();
Codes[i].code = i;
Codes[i].tabletcod = getTabletCod( Codes[i].strcod );
Codes[i].type = m_Config.GetParam().GetValue().GetSubValue(MO_TABLET_CFG_TYPE).Int();
Codes[i].state = MO_FALSE;//inicializamos en vacio
if(Codes[i].tabletcod==-1) {
text = "ERROR(tablet):\n no se encuentra el code: ";
text += Codes[i].strcod;
text += moText( "\n");
cout << text << endl;
exit(0);
} else {
#ifdef MO_DEBUG
text = "strcod: ";
text += Codes[i].strcod;
text += moText(" ");
cout << text << endl;
printf("cod: %i ",Codes[i].code);
printf("type: %i ",Codes[i].type);
printf("cod interno: %i\n",Codes[i].tabletcod);
#endif
}
}
//#ifdef MO_LINUX
moGUIManager* GUIMAN = m_pResourceManager->GetGuiMan();
if (GUIMAN) {
m_Disp = (Display*)GUIMAN->GetDisplay();
m_Win = GUIMAN->GetOpWindowHandle();
if (EasyTab_Load(m_Disp, m_Win) != EASYTAB_OK) // Load
{
MODebug2->Error("moTablet::Init > Tablet init failed. \n");
} else {
MODebug2->Message("moTablet::Init > Tablet init OK! \n");
}
}
for( i = 0; i < ncodes; i++) Codes[i].CreateValuesArray(100);
#ifdef MO_WIN32
//TABLET: Graphics Tablet
t_hTablet = NULL; // Tablet context handle, required.
t_prsNew = 0;
t_curNew = 0;
t_ortNew.orAzimuth = 0; // 0 = north
t_ortNew.orAltitude = 900; // 900 = vertical
t_ortNew.orTwist = 0;
t_pkXNew = 0;
t_pkYNew = 0;
t_pkZNew = 0;
//EXAMPLE: extra tablet adjustments, used for this example,
// they may be useful in some other applications
t_bTiltSupport = TRUE; // Table. Is tilt supported
t_dblAltAdjust = 1; // Tablet Altitude zero adjust
t_dblAltFactor = 1; // Tablet Altitude factor
t_dblAziFactor = 1; // Table Azimuth factor
if (IsTabletInstalled())
{
MO_HANDLE hWnd = m_pResourceManager->GetGuiMan()->GetOpWindowHandle();
// Getting tablet context.
if (hWnd != NULL) t_hTablet = InitTablet(hWnd);
else
{
MODebug2->Push("Cannot get window handle.");
exit(0);
return false;
}
MODebug2->Push( moText("Tablet installed with name = ") + GetTabletName() );
// Checking the queue size with
// int WTQueueSizeGet(hCtx), where
// This function returns the number of packets the context's queue can hold.
// Parameter Type/Description
// hCtx HCTX Identifies the context whose queue size is being returned.
//WTQueueSizeSet( t_hTablet, 200 );
m_cMaxPkts = WTQueueSizeGet(t_hTablet);
MODebug2->Push( moText("Tablet queue size = ") + IntToStr( m_cMaxPkts ) );
// Creating packet buffer.
m_lpPkts = new PACKET[m_cMaxPkts];
for( i = 0; i < ncodes; i++) Codes[i].CreateValuesArray(m_cMaxPkts);
}
else
{
MODebug2->Error("Tablet not detected.");
return false;
}
#endif // MO_WIN32
return true;
}
