// Update the dictionary containing user selected reasoning
public void UpdateUserReasoning(SymptomState selectedSymptom, ReasoningState userChoice)
{
// Update the dictionaries tracking the reasoning for user and correct choices
// Only use first reasoning choice
if (!userReasoning.ContainsKey(selectedSymptom))
{
userReasoning[selectedSymptom] = reasoningChoices[userChoice];
correctReasoning[selectedSymptom] = reasoningChoices[ReasoningState.Correct];
}
return;
}
// Updates the user reasoning text box
private void UpdateUserReasoning()
{
// Get text component of object
Text textComponent = UserReasoning.GetComponent <Text>();
// Get the Symptom currently being compared
SymptomState symptom = UserSelectedReasoning[reasoningIndex];
// Get the ReasoningValue the user selected for that symptom
ReasoningState userChoice = CaseInformation.UserReasoning[symptom];
// Set value of the text
textComponent.text = PlayLoopData.ReasoningValues[symptom][userChoice];
return;
}
// Set text for the button correspodning to the reasoning assigned to the index passed in
private void AssignReasoningTextToButton(int reasoningIndex, ReasoningState reasoning)
{
string reasoningText = PlayLoopData.ReasoningValues[CaseInformation.SelectedSymptom][reasoning];
// Reasoning index (what button index did this reasoning text get assigned to)
switch (reasoningIndex)
{
// Set it to button 1 (index 0)
case 0:
{
ReasoningButton0Text.text = reasoningText;
break;
}
// Set it to button 2 (index 1)
case 1:
{
ReasoningButton1Text.text = reasoningText;
break;
}
// Set it to button 3 (index 2)
case 2:
{
ReasoningButton2Text.text = reasoningText;
break;
}
// Set it to button 4 (index 3)
case 3:
{
ReasoningButton3Text.text = reasoningText;
break;
}
default:
{
break;
}
}
return;
}
