public CMUSphinx_GrammarDict CreateGrammarDoc_FSG()
{
if (currentCMUDoc != null) return currentCMUDoc;
caps_rules_fsg = new Dictionary<EDeviceCapabilities,Tuple<CMUSphinx_FSGState,CMUSphinx_FSGState>>();
CMUSphinx_GrammarDict ret = new CMUSphinx_GrammarDict();
ret.GrammarName = GetName();
CMUSphinx_FSGState root = ret.FSGCreate(GetName());
CMUSphinx_FSGState holly = ret.FSGTransitionToNewState(root, "Holly");
// HOLLY <ACTION> (<DEVICECLASS> [(<ROOM> | HERE)] | <DEVICENAME> ) PLEASE
//only add to this list if the action only has a single output, "Please"
CMUSphinx_FSGState preSinglePlease = ret.FSGCreateOrphanState();
CMUSphinx_FSGState postSinglePlease = ret.FSGCreateOrphanState();
ret.FSGLinkStates(preSinglePlease, postSinglePlease, "please");
foreach (Room rm in ListRooms())
{
if (rm.Name == "") continue;
CMUSphinx_FSGState actionDevicePreRoom = null;
foreach (Device d in rm.ListDevices())
{
CMUSphinx_FSGState startAction = null, endAction = null;
bool caps_valid = FSGActionsFromCapabilities(d.Capabilities, ret, ref startAction, ref endAction);
if (!caps_valid) continue;
ret.FSGGroupStates(holly, startAction); //Action immediately follows Holly
string cl = SoundsLike.Get(d.Class, false);
if (cl != "")
{
if(actionDevicePreRoom == null)
actionDevicePreRoom = ret.FSGCreateOrphanState();
ret.FSGLinkStates(startAction, actionDevicePreRoom, cl);
}
if (d.FriendlyName != "")
{
ret.FSGLinkStates(endAction, preSinglePlease, d.FriendlyName);
}
}
if (actionDevicePreRoom == null) continue; //no device classes in room
if (rm != CurrentLocation)
{
ret.FSGLinkStates(actionDevicePreRoom, preSinglePlease, "in the "+rm.Name);
}
else
{
ret.FSGLinkStates(actionDevicePreRoom, preSinglePlease, "in the " + rm.Name);
ret.FSGLinkStates(actionDevicePreRoom, preSinglePlease, "here");
}
ret.FSGLinkStates(actionDevicePreRoom, postSinglePlease, "please");
}
ret.FSGGroupStates(ret.FSGGetEndState(), postSinglePlease);
ret.BuildFSGGrammarAndDict();
currentCMUDoc = ret;
return ret;
}
bool FSGActionsFromCapabilities(DeviceCapabilities caps, CMUSphinx_GrammarDict cgd,
ref CMUSphinx_FSGState startState, ref CMUSphinx_FSGState endState)
{
string capsName = "<caps_" + caps.CapsAsIntString + ">";
if (caps_rules_fsg.Keys.Contains(caps.Caps))
{
startState = caps_rules_fsg[caps.Caps].Item1;
endState = caps_rules_fsg[caps.Caps].Item2;
return true;
}
List<string> capsAsString = caps.Actions;
if (capsAsString == null || capsAsString.Count == 0)
{
startState = null;
endState = null;
return false;
}
CMUSphinx_FSGState start = cgd.FSGCreateOrphanState();
CMUSphinx_FSGState end = cgd.FSGCreateOrphanState();
foreach (string s in capsAsString)
{
cgd.FSGLinkStates(start, end, s);
}
caps_rules_fsg.Add(caps.Caps, new Tuple<CMUSphinx_FSGState,CMUSphinx_FSGState>(start, end));
startState = start;
endState = end;
//return new SrgsRuleRef(r, "action");
return true;
}
CMUSphinx_FSGState CreateNumberFSG(CMUSphinx_FSGState startState, CMUSphinx_GrammarDict cgd)
{
CMUSphinx_FSGState start_special = cgd.FSGCreateOrphanState();
CMUSphinx_FSGState start_digits = cgd.FSGCreateOrphanState();
CMUSphinx_FSGState start_tens = cgd.FSGCreateOrphanState();
CMUSphinx_FSGState end = cgd.FSGCreateOrphanState();
CMUSphinx_FSGState end_tens = cgd.FSGCreateOrphanState();
//fillers
cgd.FSGLinkStates(startState, start_digits, "");
cgd.FSGLinkStates(startState, start_special, "");
cgd.FSGLinkStates(startState, start_tens, "");
//digits
cgd.FSGLinkStates(start_digits, end, "one");
cgd.FSGLinkStates(start_digits, end, "two");
cgd.FSGLinkStates(start_digits, end, "seven");
//TODO
//specials
cgd.FSGLinkStates(start_special, end, "ten");
cgd.FSGLinkStates(start_special, end, "eleven");
cgd.FSGLinkStates(start_special, end, "twelve");
//TODO: Finish these
//tens
cgd.FSGLinkStates(start_tens, end_tens, "twenty");
cgd.FSGLinkStates(start_tens, end_tens, "thirty");
//TODO: Finish the tens
cgd.FSGLinkStates(end_tens, start_digits, "");
cgd.FSGLinkStates(end_tens, end, "");
return end;
}
