private ArrayList AskForPartiality(ActionNode actionNode, DialogueAct currDlgAct)
{
ArrayList respList = new ArrayList();
if (actionNode.ActState == ActionState.Initiated)
{
// change its own state
actionNode.ActState = ActionState.Executing;
// do something: generate the candiate list
respList.Add(new DialogueResponse(DialogueResponseType.debugInfo, "Basic Action: AskForPartiality"));
ParamNode paramNode = (ParamNode)actionNode.Parent;
if (paramNode.Name == "partiality")
{
// only respond if the need_summary is true
ActionNode parentNode = ((ActionNode)(paramNode.Parent));
bool need_summary = false;
foreach (ParamNode param in parentNode.Params)
{
if (param.Name == "need_summary")
{
if (param.Values.Count > 0)
{
need_summary = ((bool)param.Values[0]);
}
}
}
if (need_summary == true)
{
// fixed at the moment
OptionWithExampleListData respContent = new OptionWithExampleListData();
respContent.Opening = this._generateQuestionString(paramNode);
respContent.Opening = "Do you want to map them partially or fully inside? The comparison of difference between partially and fully inside are shown in the popup window.";
respContent.AddOption(new OptionWithExampleItemData("the parts inside", "Only the parts of features inside the region should be taken into account", "/CAGA;component/Images/partial2.png"));
respContent.AddOption(new OptionWithExampleItemData("the features as a whole", "The inside features as a whole should be taken into account", "/CAGA;component/Images/full2.png"));
respList.Add(new DialogueResponse(DialogueResponseType.listOptionsWithExamples, respContent));
return respList;
}
}
}
// if the action is executing, try to check whether the current input answers the question
else if (actionNode.ActState == ActionState.Executing)
{
ParamNode paramNode = (ParamNode)actionNode.Parent;
foreach (string phrase in currDlgAct.SpeechContext.Keys)
{
if (phrase.ToLower() == paramNode.Name.ToLower())
{
object newValue = this._parseValueFromSpeech(paramNode, currDlgAct.SpeechContext[phrase]);
if (newValue != null)
{
this._addValueToParam(paramNode, newValue);
// change its own state
actionNode.ActState = ActionState.Complete;
return respList;
}
}
}
}
// change its own state
actionNode.ActState = ActionState.Complete;
// generate response
return respList;
}
private ArrayList IdentifyRegionType(ActionNode actionNode, DialogueAct currDlgAct)
{
ArrayList respList = new ArrayList();
if (actionNode.ActState == ActionState.Initiated)
{
// change its own state
actionNode.ActState = ActionState.Executing;
// do something: generate the candiate list
respList.Add(new DialogueResponse(DialogueResponseType.debugInfo, "Basic Action: IdentifyRegionType"));
ParamNode paramNode = (ParamNode)actionNode.Parent;
if (paramNode.Name == "region_type")
{
// fixed at the moment
OptionWithExampleListData respContent = new OptionWithExampleListData();
respContent.Opening = this._generateQuestionString(paramNode);
respContent.Opening = "Please describe exactly the region you are interested in. You may choose one of the three methods:";
respContent.AddOption(new OptionWithExampleItemData("Draw the region manually on the map", "The region is drawn manually", "/CAGA;component/Images/region_drawing.png"));
respContent.AddOption(new OptionWithExampleItemData("Define a region from selection of area features", "The region is a set of areal features", "/CAGA;component/Images/region_attributes.png"));
respContent.AddOption(new OptionWithExampleItemData("Define region from neighborhood of selected features", "The region is a buffer zone around some feature", "/CAGA;component/Images/region_buffer.png"));
respList.Add(new DialogueResponse(DialogueResponseType.listOptionsWithExamples, respContent));
return respList;
}
}
// if the action is executing, try to check whether the current input answers the question
else if (actionNode.ActState == ActionState.Executing)
{
ParamNode paramNode = (ParamNode)actionNode.Parent;
foreach (string phrase in currDlgAct.SpeechContext.Keys)
{
if (phrase.ToLower() == paramNode.Name.ToLower())
{
object newValue = this._parseValueFromSpeech(paramNode, currDlgAct.SpeechContext[phrase]);
if (newValue != null)
{
this._addValueToParam(paramNode, newValue);
// change its own state
actionNode.ActState = ActionState.Complete;
return respList;
}
}
}
}
// change its own state
actionNode.ActState = ActionState.Complete;
// generate response
return respList;
}