private void OnGetToneAnalyze(ToneAnalyzerResponse resp, string data)
{
Log.Status("TestToneAnalyzer", "Response: {0} - {1}", resp, data);
Test(resp != null);
m_GetToneAnalyzerTested = true;
}
// TESTING
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
//ResultsField.text = (customData["json"].ToString()); // works but long and cannot read
//string XYZ = string.Format("XYZ"); // works 1/2
//ResultsField.text = XYZ; // works 2/2
//string XYZ = string.Concat("hello ", "world \n", "ABCDE"); // works 1/2
//ResultsField.text = XYZ; // works 2/2
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", " \\\n");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
ResultsField.text = RAW;
_analyzeToneTested = true;
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Tone[] emotionTone = null;
foreach (var toneCategory in resp.document_tone.tone_categories)
{
if (toneCategory.category_name == "Emotion Tone")
{
emotionTone = toneCategory.tones.OrderByDescending(e => e.score).ToArray();
break;
}
}
var topScoreTone = "";
if (emotionTone != null)
{
topScoreTone = emotionTone[0].tone_name;
string resultText = "";
foreach (var tone in emotionTone)
{
resultText += string.Format("[Tone: score={0}, tone_name={1}]", tone.score, tone.tone_name);
resultText += "\n";
}
ResultText.text = resultText;
}
UnitychanController.ChangeEmotion(topScoreTone);
Debug.Log(resp.sentences_tone[0]);
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
_analyzeToneTested = true;
}
// Handle response from Tone Analysis
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Debug.Log("***********");
// watson Log.Debug; systemName, format, args
Log.Debug("WatsonServiceConnection.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
//ResultsField.text = (customData["json"].ToString()); // works but long and cannot read
//AnalyticsText.text = (customData["json"].ToString()); // works but long and cannot read
// Log Analysis Repsonse
Log.Debug("$$$$$ TONE LOG 0 ANGER", "{0}", resp.document_tone.tone_categories[0].tones[0].score); // ANGER resp.document_tone.tone_categories [0].tones [0].score);
Log.Debug("$$$$$ TONE LOG 1 DISGUST", "{0}", resp.document_tone.tone_categories[0].tones[1].score); // DISGUST
Log.Debug("$$$$$ TONE LOG 2 FEAR", "{0}", resp.document_tone.tone_categories[0].tones[2].score); // FEAR
Log.Debug("$$$$$ TONE LOG 3 JOY", "{0}", resp.document_tone.tone_categories[0].tones[3].score); // JOY
Log.Debug("$$$$$ TONE LOG 4 SAD", "{0}", resp.document_tone.tone_categories[0].tones[4].score); // SADNESS
Log.Debug("$$$$$ TONE ANALYTICAL", "{0}", resp.document_tone.tone_categories[1].tones[0].score); // ANALYTICAL
Log.Debug("$$$$$ TONE CONFIDENT", "{0}", resp.document_tone.tone_categories[1].tones[1].score); // CONFIDENT
Log.Debug("$$$$$ TONE TENTATIVE", "{0}", resp.document_tone.tone_categories[1].tones[2].score); // TENTATIVE
// EMOTION
// using indexes to arrays is poor technique for linking to specific Emotion values
// but we dont have better examples. Perhaps a string compare, but thats more time
// here we encapsulate the magic numbers and use the EmotionHandler enum
// category 0 = emotional tones
EmotionH.HandleEmotion(WatsonToneID.Anger, resp.document_tone.tone_categories[0].tones[0].score);
EmotionH.HandleEmotion(WatsonToneID.Disgust, resp.document_tone.tone_categories[0].tones[1].score);
EmotionH.HandleEmotion(WatsonToneID.Fear, resp.document_tone.tone_categories[0].tones[2].score);
EmotionH.HandleEmotion(WatsonToneID.Joy, resp.document_tone.tone_categories[0].tones[3].score);
EmotionH.HandleEmotion(WatsonToneID.Sadness, resp.document_tone.tone_categories[0].tones[4].score);
// category 1 = language tones
EmotionH.HandleEmotion(WatsonToneID.Analytical, resp.document_tone.tone_categories[1].tones[0].score);
EmotionH.HandleEmotion(WatsonToneID.Confident, resp.document_tone.tone_categories[1].tones[1].score);
EmotionH.HandleEmotion(WatsonToneID.Tenatative, resp.document_tone.tone_categories[1].tones[2].score);
// category 2 = social tones
EmotionH.HandleEmotion(WatsonToneID.Consientious, resp.document_tone.tone_categories[2].tones[0].score);
EmotionH.HandleEmotion(WatsonToneID.Extraversion, resp.document_tone.tone_categories[2].tones[1].score);
EmotionH.HandleEmotion(WatsonToneID.Agreeable, resp.document_tone.tone_categories[2].tones[2].score);
EmotionH.HandleEmotion(WatsonToneID.EmotionalRange, resp.document_tone.tone_categories[2].tones[3].score);
// OTHER TEXT - Formatting for On Screen dump - LATER - pretty this up to use standard DESERIALIZE methods and table
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", "tones: \\\n");
RAW = Regex.Replace(RAW, "category_id", "\\\ncategory: ");
RAW = Regex.Replace(RAW, "category_name", " ");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
//ResultsField.text = RAW;
AnalyticsText.text = RAW;
}
// TESTING
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
ResultsAnalysis.text = (customData["json"].ToString()); // works but long and cannot read
/// Logging
Log.Debug("$$$$$ TONE LOG 0 ANGER", "{0}", resp.document_tone.tone_categories[0].tones[0].score); // ANGER resp.document_tone.tone_categories [0].tones [0].score);
Log.Debug("$$$$$ TONE LOG 1 DISGUST", "{0}", resp.document_tone.tone_categories[0].tones[1].score); // DISGUST
Log.Debug("$$$$$ TONE LOG 2 FEAR", "{0}", resp.document_tone.tone_categories[0].tones[2].score); // FEAR
Log.Debug("$$$$$ TONE LOG 3 JOY", "{0}", resp.document_tone.tone_categories[0].tones[3].score); // JOY
Log.Debug("$$$$$ TONE LOG 4 SAD", "{0}", resp.document_tone.tone_categories[0].tones[4].score); // SADNESS
Log.Debug("$$$$$ TONE ANALYTICAL", "{0}", resp.document_tone.tone_categories[1].tones[0].score); // ANALYTICAL
Log.Debug("$$$$$ TONE CONFIDENT", "{0}", resp.document_tone.tone_categories[1].tones[1].score); // CONFIDENT
Log.Debug("$$$$$ TONE TENTATIVE", "{0}", resp.document_tone.tone_categories[1].tones[2].score); // TENTATIVE
// EMOTION
if (resp.document_tone.tone_categories [0].tones [0].score > emotion_threshold)
{
sphere_emo_angerRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories [0].tones [1].score > emotion_threshold)
{
sphere_emo_disgustRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories [0].tones [2].score > emotion_threshold)
{
sphere_emo_fearRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories [0].tones [3].score > emotion_threshold)
{
sphere_emo_joyRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories [0].tones [4].score > emotion_threshold)
{
sphere_emo_sadnessRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
// OTHER TEXT - Formatting for On Screen dump - LATER - pretty this up to use standard DESERIALIZE methods and table
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", " \\\n");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
ResultsAnalysis.text = RAW;
_analyzeToneTested = true;
}
private void updateSOValue(ToneAnalyzerResponse resp, FloatVariable fv, int categoryId, int toneId)
{
if (fv == null)
{
return; // no variable to update
}
if (TA_EmotionThreshold == null || resp.document_tone.tone_categories[categoryId].tones[toneId].score > TA_EmotionThreshold.Value)
{
fv.Value = (float)resp.document_tone.tone_categories[categoryId].tones[toneId].score;
}
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, string data)
{
/*
* Response: [ToneAnalyzerResponse: document_tone=[DocumentTone: tone_categories=[ToneCategory: category_id=
* emotion_tone, category_name=Emotion Tone, tones=[Tone: score=0, tone_id=anger, tone_name=Anger][Tone: score=
* 0, tone_id=disgust, tone_name=Disgust][Tone: score=0, tone_id=fear, tone_name=Fear][Tone: score=0, tone_id=
* joy, tone_name=Joy][Tone: score=0, tone_id=sadness, tone_name=Sadness]][ToneCategory: category_id=
* writing_tone, category_name=Writing Tone, tones=[Tone: score=0, tone_id=analytical, tone_name=Analytical][Tone: score=
* 0, tone_id=confident, tone_name=Confident][Tone: score=0, tone_id=tentative, tone_name=Tentative]][ToneCategory: category_id=
* social_tone, category_name=Social Tone, tones=[Tone: score=0.288567, tone_id=openness_big5, tone_name=Openness][Tone: score=
* 0.274434, tone_id=conscientiousness_big5, tone_name=Conscientiousness][Tone: score=0.543322, tone_id=extraversion_big5, tone_name=
* Extraversion][Tone: score=0.599483, tone_id=agreeableness_big5, tone_name=Agreeableness][Tone: score=0.292921, tone_id=
* neuroticism_big5, tone_name=Emotional Range]]], sentenceTone=No Sentence Tone] - okay
*
*/
Debug.Log("Response: " + resp + " - " + data);
// regex score=([0-1]\.*[0-9]*), tone_id=(\S+),
string expr = "score=([0-1]\\.*[0-9]*), tone_id=(\\S+),";
MatchCollection mc = Regex.Matches(resp.ToString(), expr);
foreach (Match m in mc)
{
//Debug.Log(m.ToString());
// 1 is score, 2 is tone id name
//Debug.Log("In match " + m + ", score is " + m.Groups[1].Value);
//Debug.Log("In match " + m + ", tone_id is " + m.Groups[2].Value);
double x;
double.TryParse(m.Groups [1].Value, out x);
tone_dict [m.Groups [2].Value] = x;
}
tone_dict ["Surprise"] = faceNormalizeVector [0];
tone_dict ["Joy"] = faceNormalizeVector [1];
tone_dict ["Sadness"] = faceNormalizeVector [2];
tone_dict ["Anger"] = faceNormalizeVector [3];
tone_dict ["Contempt"] = faceNormalizeVector [4];
tone_dict ["Disgust"] = faceNormalizeVector [5];
tone_dict ["Fear"] = faceNormalizeVector [6];
tone_dict ["Valence"] = faceNormalizeVector [7];
tone_dict ["Engagement"] = faceNormalizeVector [8];
tone_dict ["Smile"] = faceNormalizeVector [9];
tone_dict ["LipSuck"] = faceNormalizeVector [10];
tone_dict ["Attention"] = faceNormalizeVector [11];
tone_dict ["BrowFurrow"] = faceNormalizeVector [12];
tone_dict ["BrowRaise"] = faceNormalizeVector [13];
tone_dict ["ChinRaise"] = faceNormalizeVector [14];
tone_dict ["EyeClosure"] = faceNormalizeVector [15];
tone_dict ["InnerEyeBrowRaise"] = faceNormalizeVector [16];
tone_dict ["LipCornerDepressor"] = faceNormalizeVector [17];
tone_dict ["LipPress"] = faceNormalizeVector [18];
tone_dict ["LipPucker"] = faceNormalizeVector [19];
tone_dict ["MouthOpen"] = faceNormalizeVector [20];
tone_dict ["NoseWrinkler"] = faceNormalizeVector [21];
tone_dict ["Smirk"] = faceNormalizeVector [22];
tone_dict ["UpperLipRaise"] = faceNormalizeVector [23];
mapper.emotDict = tone_dict;
mapper.map();
int y = 0;
double currentMax = 0;
string maxEmotWatson = "Happy";
string maxBig5 = null;
string maxBigThree = null;
string maxEmotFace = null;
foreach (KeyValuePair <string, double> entry in tone_dict)
{
Debug.Log(entry.Key + " : " + entry.Value);
if ((y == 0 && y == 5) && ((y == 8 && y == 13) && y == 20))
{
currentMax = 0;
}
if (y < 5)
{
if (entry.Value > currentMax)
{
currentMax = entry.Value;
maxEmotWatson = entry.Key;
}
}
else if (y < 8)
{
if (entry.Value > currentMax)
{
currentMax = entry.Value;
maxBig5 = entry.Key;
}
}
else if (y < 13)
{
if (entry.Value > currentMax)
{
currentMax = entry.Value;
maxBigThree = entry.Key;
}
}
else if (y < 20)
{
if (entry.Value > currentMax)
{
currentMax = entry.Value;
maxEmotFace = entry.Key;
}
}
y++;
}
emotionText.text = "Primary Emotion: " + "\n" + maxEmotWatson + "\n" + maxBig5 + "\n" + maxBigThree + "\n" + maxEmotFace;
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
_analyzeToneTested = true;
}
/// <summary>
/// Invoked by Watson Tone Analysis to handle response to submission
/// </summary>
/// <param name="resp">Resp.</param>
/// <param name="customData">Custom data.</param>
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
// extract response values from JSON response
// watson Log.Debug; systemName, format, args
Log.Debug("WatsonServiceConnection.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
//ResultsField.text = (customData["json"].ToString()); // works but long and cannot read
//AnalyticsText.text = (customData["json"].ToString()); // works but long and cannot read
// I dont particularly like the direct use of arrays and indicies
// these Magic Numbers might change if IBM shuffles the responses
// would be better to use lookup, but that may add a fair bit of overhead?
// direct indexing is from R.Andersons's example git
// the ToneAnalyzerResponse is an object with collection sof Document_tone
// and Sentence_tone
// Document_tone is collection of ToneCategory Arrays,
// Sentence_tone is a bit more involved and not used in the examples, so unused here.
// Tone Categories are Id+Name + array of Tone
// Tone's are score, tone_id and tone_name.
// These look like classics for refactoring into SO Variables
//
// Log Analysis Repsonse, read consol to be sure our index# match up to name
// Emotional Tones
Log.Debug("$$$$$ TONE Emotional ANGER", " {0} = {1}",
resp.document_tone.tone_categories[0].tones[0].tone_name,
resp.document_tone.tone_categories[0].tones[0].score
); // ANGER resp.document_tone.tone_categories [0].tones [0].score);
Log.Debug("$$$$$ TONE Emotional DISGUST", " {0} = {1}",
resp.document_tone.tone_categories[0].tones[1].tone_name,
resp.document_tone.tone_categories[0].tones[1].score); // DISGUST
Log.Debug("$$$$$ TONE Emotional FEAR", " {0} = {1}",
resp.document_tone.tone_categories[0].tones[2].tone_name,
resp.document_tone.tone_categories[0].tones[2].score); // FEAR
Log.Debug("$$$$$ TONE Emotional JOY", " {0} = {1}",
resp.document_tone.tone_categories[0].tones[3].tone_name,
resp.document_tone.tone_categories[0].tones[3].score); // JOY
Log.Debug("$$$$$ TONE Emotional SAD", " {0} = {1}",
resp.document_tone.tone_categories[0].tones[4].tone_name,
resp.document_tone.tone_categories[0].tones[4].score); // SADNESS
// language tones
Log.Debug("$$$$$ TONE ANALYTICAL", " {0} = {1}",
resp.document_tone.tone_categories[1].tones[0].tone_name,
resp.document_tone.tone_categories[1].tones[0].score); // ANALYTICAL
Log.Debug("$$$$$ TONE CONFIDENT", " {0} = {1}",
resp.document_tone.tone_categories[1].tones[1].tone_name,
resp.document_tone.tone_categories[1].tones[1].score); // CONFIDENT
Log.Debug("$$$$$ TONE TENTATIVE", " {0} = {1}",
resp.document_tone.tone_categories[1].tones[2].tone_name,
resp.document_tone.tone_categories[1].tones[2].score); // TENTATIVE
// category 2 = social tones
// Consientious, Extraversion Agreeable, EmotionalRange
// not sure what other categories are implemented or planned or deprecated
// Note that the original ExampleStreaming4RobotEmotion uses if/else
// so only one value would be updated per pass.
// here we are checking all values and setting the SO
// if no EmotionThreshold assigned, then report all value updates
// should either [Require ] or test for TA_ variables
updateSOValue(resp, TA_Anger, 0, 0);
updateSOValue(resp, TA_Disgust, 0, 1);
updateSOValue(resp, TA_Fear, 0, 2);
updateSOValue(resp, TA_Joy, 0, 3);
updateSOValue(resp, TA_Sadness, 0, 4);
// skip social tone for now
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, string data)
{
Log.Debug("ExampleToneAnalyzer", "Tone Analyzer - Analyze Response: {0}", data);
_analyzeToneTested = true;
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, string data)
{
Debug.Log(resp);
string response = resp.ToString();
response.ToCharArray();
double[] arr = new double[5];
int i = 0;
string sub;
for (int j = 0; j < 5; j++)
{
while (response[i] != '0')
{
i++;
}
sub = response.Substring(i, 5);
i = i + 11;
Debug.Log(sub);
arr[j] = Convert.ToDouble(sub);
}
int max = 0;
for (int k = 1; k < 5; k++)
{
if (arr[k] > arr[max])
{
max = k;
}
}
string result = "";
if (max == 0)
{
result = "anger";
funct = result;
}
else if (max == 1)
{
result = "disgust";
funct = result;
}
else if (max == 2)
{
result = "fear";
funct = result;
}
else if (max == 3)
{
result = "joy";
funct = result;
}
else if (max == 4)
{
result = "sadness";
funct = result;
}
Debug.Log(result);
}
// TESTING
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
double anger = resp.document_tone.tone_categories[0].tones[0].score;
double disgust = resp.document_tone.tone_categories[0].tones[1].score;
double fear = resp.document_tone.tone_categories[0].tones[2].score;
double joy = resp.document_tone.tone_categories[0].tones[3].score;
double sadness = resp.document_tone.tone_categories[0].tones[4].score;
var tones = new SortedDictionary <string, double> {
{ "anger", anger },
{ "disgust", disgust },
{ "fear", fear },
{ "joy", joy },
{ "sadness", sadness },
};
string max_tone = tones.Aggregate((l, r) => l.Value > r.Value ? l : r).Key;
//Grow that emotion
if (tones[max_tone] > emotion_threshold && emotional_states[max_tone] < max_emotion_value)
{
Log.Debug("Tone Levels ", "1) Growing Max Tone = {0}", max_tone);
//text_scroll.addline("test", max_tone);
emotional_states[max_tone] += emotional_growth;
}
else
{
Log.Debug("Tone Levels ", "1) Max tone below Threshold {0}", emotion_threshold);
}
//decay all others
Log.Debug("Tone Levels ", "2) Dacaying other tones", max_tone);
List <string> keys = new List <string>(emotional_states.Keys);
foreach (string e_state in keys)
{
if (emotional_states[e_state] > 0)
{
emotional_states[e_state] -= emotional_decay;
}
}
Log.Debug("Emotional State Levels", "J:{0} S:{1} F:{2} D:{3} A:{4}", emotional_states["joy"], emotional_states["sadness"], emotional_states["fear"], emotional_states["disgust"], emotional_states["anger"]);
string max_emotion = emotional_states.Aggregate((l, r) => l.Value > r.Value ? l : r).Key;
Log.Debug("Tone Levels ", "3) Looking for Prodominant Emotion = {0}", max_emotion);
Log.Debug("Tone Levels ", "4) checking emotion above idle threshold : {0}", (emotional_states[max_emotion] > idle_threshold));
string state = (emotional_states[max_emotion] > idle_threshold) ? max_emotion : "idle";
Log.Debug("Tone Levels ", "5) Updating state to {0} ", state);
CactusField.text = state;
// set to default
Log.Debug("Tone Levels", "6)Updating bars - No Emotion");
bar1JoyRenderer.transform.localScale = new Vector3(1F, 1F + (bar_scale * emotional_states["joy"]), 1F);
bar1JoyRenderer.transform.localPosition = joy_base + new Vector3(0F, (bar_scale * emotional_states["joy"]) / 2, 0F);
bar2SadnessRenderer.transform.localScale = new Vector3(1F, 1F + (bar_scale * emotional_states["sadness"]), 1F);
bar2SadnessRenderer.transform.localPosition = sad_base + new Vector3(0F, (bar_scale * emotional_states["sadness"]) / 2, 0F);
bar3FearRenderer.transform.localScale = new Vector3(1F, 1F + (bar_scale * emotional_states["fear"]), 1F);
bar3FearRenderer.transform.localPosition = fear_base + new Vector3(0F, (bar_scale * emotional_states["fear"]) / 2, 0F);
bar4DisgustRenderer.transform.localScale = new Vector3(1F, 1F + (bar_scale * emotional_states["disgust"]), 1F);
bar4DisgustRenderer.transform.localPosition = disgust_base + new Vector3(0F, (bar_scale * emotional_states["disgust"]) / 2, 0F);
bar5AngerRenderer.transform.localScale = new Vector3(1F, 1F + (bar_scale * emotional_states["anger"]), 1F);
bar5AngerRenderer.transform.localPosition = anger_base + new Vector3(0F, (bar_scale * emotional_states["anger"]) / 2, 0F);
int state_id = 0;
switch (state)
{
case "idle":
state_id = 0;
break;
case "joy":
state_id = 1;
break;
case "sadness":
state_id = 2;
break;
case "fear":
state_id = 3;
break;
case "disgust":
state_id = 4;
break;
case "anger":
state_id = 5;
break;
}
//stops trigger loop
if (state_id != last_state_id)
{
Log.Debug("Tone Levels", "7)Trigger Animation via State_ID - {0}", state_id);
droid_animator.SetInteger("State_ID", state_id);
last_state_id = state_id;
}
else
{
Log.Debug("Tone Levels", "7)Leaving Animation, state stable", state_id);
}
if (resp.document_tone.tone_categories[1].tones[0].score > emotion_threshold)
{
}
else if (resp.document_tone.tone_categories[1].tones[1].score > emotion_threshold)
{
}
else if (resp.document_tone.tone_categories [1].tones[2].score > emotion_threshold)
{
}
// OTHER TEXT - Formatting for On Screen dump - LATER - pretty this up to use standard DESERIALIZE methods and table
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", " \\\n");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
//ResultsField.text = RAW;
_analyzeToneTested = true;
}
// TESTING
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
ResultsField.text = (customData["json"].ToString()); // works but long and cannot read
// CACTUS EMOTION DETECTION FOR DROID EMOTION RESPONSE
//var bar1Object = GameObject.Find("bar1");
//var renderer = gameObject.GetComponent<Renderer>();
//CactusField.text = ResultsField.text; // works
Log.Debug("$$$$$ TONE LOG 0 ANGER", "{0}", resp.document_tone.tone_categories[0].tones[0].score); // ANGER resp.document_tone.tone_categories [0].tones [0].score);
Log.Debug("$$$$$ TONE LOG 1 DISGUST", "{0}", resp.document_tone.tone_categories[0].tones[1].score); // DISGUST
Log.Debug("$$$$$ TONE LOG 2 FEAR", "{0}", resp.document_tone.tone_categories[0].tones[2].score); // FEAR
Log.Debug("$$$$$ TONE LOG 3 JOY", "{0}", resp.document_tone.tone_categories[0].tones[3].score); // JOY
Log.Debug("$$$$$ TONE LOG 4 SAD", "{0}", resp.document_tone.tone_categories[0].tones[4].score); // SADNESS
Log.Debug("$$$$$ TONE ANALYTICAL", "{0}", resp.document_tone.tone_categories[1].tones[0].score); // ANALYTICAL
Log.Debug("$$$$$ TONE CONFIDENT", "{0}", resp.document_tone.tone_categories[1].tones[1].score); // CONFIDENT
Log.Debug("$$$$$ TONE TENTATIVE", "{0}", resp.document_tone.tone_categories[1].tones[2].score); // TENTATIVE
// EMOTION
if (resp.document_tone.tone_categories [0].tones [0].score > emotion_threshold)
{
DroidRenderer.material = red_material;
CactusField.text = "Anger";
bar5AngerRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories [0].tones [1].score > emotion_threshold)
{
DroidRenderer.material = green_material;
CactusField.text = "Disgust";
bar4DisgustRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories [0].tones [2].score > emotion_threshold)
{
DroidRenderer.material = purple_material;
CactusField.text = "Fear";
bar3FearRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories [0].tones [3].score > emotion_threshold)
{
DroidRenderer.material = yellow_material;
CactusField.text = "Joy";
bar1JoyRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories [0].tones [4].score > emotion_threshold)
{
DroidRenderer.material = blue_material;
CactusField.text = "Sadness";
bar2SadnessRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
// Language tone - https://www.ibm.com/watson/developercloud/tone-analyzer/api/v3/
else if (resp.document_tone.tone_categories[1].tones[0].score > emotion_threshold)
{
DroidRenderer.material = white_material;
CactusField.text = "Analytical";
cyl1AnalyticalRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories[1].tones[1].score > emotion_threshold)
{
DroidRenderer.material = white_material;
CactusField.text = "Confident";
cyl2ConfidentRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories [1].tones[2].score > emotion_threshold)
{
DroidRenderer.material = white_material;
CactusField.text = "Tentative";
cyl3TentativeRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
// OTHER TEXT - Formatting for On Screen dump - LATER - pretty this up to use standard DESERIALIZE methods and table
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", " \\\n");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
ResultsField.text = RAW;
_analyzeToneTested = true;
}
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, string data)
{
Debug.Log("Response: " + resp + " - " + data);
}
// Handle response from Tone Analysis
private void OnGetToneAnalyze(ToneAnalyzerResponse resp, Dictionary <string, object> customData)
{
Log.Debug("ExampleToneAnalyzer.OnGetToneAnalyze()", "{0}", customData["json"].ToString());
ResultsField.text = (customData["json"].ToString()); // works but long and cannot read
// Log Analysis Repsonse
Log.Debug("$$$$$ TONE LOG 0 ANGER", "{0}", resp.document_tone.tone_categories[0].tones[0].score); // ANGER resp.document_tone.tone_categories [0].tones [0].score);
Log.Debug("$$$$$ TONE LOG 1 DISGUST", "{0}", resp.document_tone.tone_categories[0].tones[1].score); // DISGUST
Log.Debug("$$$$$ TONE LOG 2 FEAR", "{0}", resp.document_tone.tone_categories[0].tones[2].score); // FEAR
Log.Debug("$$$$$ TONE LOG 3 JOY", "{0}", resp.document_tone.tone_categories[0].tones[3].score); // JOY
Log.Debug("$$$$$ TONE LOG 4 SAD", "{0}", resp.document_tone.tone_categories[0].tones[4].score); // SADNESS
Log.Debug("$$$$$ TONE ANALYTICAL", "{0}", resp.document_tone.tone_categories[1].tones[0].score); // ANALYTICAL
Log.Debug("$$$$$ TONE CONFIDENT", "{0}", resp.document_tone.tone_categories[1].tones[1].score); // CONFIDENT
Log.Debug("$$$$$ TONE TENTATIVE", "{0}", resp.document_tone.tone_categories[1].tones[2].score); // TENTATIVE
// EMOTION
if (resp.document_tone.tone_categories[0].tones[0].score > emotion_threshold)
{
EmotionText.text = "Anger";
AvatarRenderer.material = red_material;
AvatarRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
anger_BarRender.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
anger_SphereRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories[0].tones[1].score > emotion_threshold)
{
EmotionText.text = "Disgust";
AvatarRenderer.material = green_material;
AvatarRenderer.transform.localScale -= new Vector3(0.1F, 0.1F, 0.1F);
disgust_BarRender.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
disgust_SphereRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories[0].tones[2].score > emotion_threshold)
{
EmotionText.text = "Fear";
AvatarRenderer.material = purple_material;
AvatarRenderer.transform.localScale -= new Vector3(0.1F, 0.1F, 0.1F);
fear_BarRender.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
fear_SphereRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
else if (resp.document_tone.tone_categories[0].tones[3].score > emotion_threshold)
{
EmotionText.text = "Joy";
AvatarRenderer.material = yellow_material;
AvatarRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
joy_SphereRender.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
joy_BarRender.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories[0].tones[4].score > emotion_threshold)
{
EmotionText.text = "Sadness";
AvatarRenderer.material = blue_material;
AvatarRenderer.transform.localScale -= new Vector3(0.1F, 0.1F, 0.1F);
sadness_BarRender.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
sadness_SphereRenderer.transform.localScale += new Vector3(0.025F, 0.025F, 0.025F);
}
// Language tone - https://www.ibm.com/watson/developercloud/tone-analyzer/api/v3/
else if (resp.document_tone.tone_categories[1].tones[0].score > emotion_threshold)
{
EmotionText.text = "Analytical";
AvatarRenderer.material = white_material;
analyticalRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories[1].tones[1].score > emotion_threshold)
{
EmotionText.text = "Confident";
AvatarRenderer.material = white_material;
confidentRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
else if (resp.document_tone.tone_categories[1].tones[2].score > emotion_threshold)
{
EmotionText.text = "Tentative";
AvatarRenderer.material = white_material;
tentativeRenderer.transform.localScale += new Vector3(0.1F, 0.1F, 0.1F);
}
// OTHER TEXT - Formatting for On Screen dump - LATER - pretty this up to use standard DESERIALIZE methods and table
string RAW = (customData["json"].ToString()); // works but long and cannot read
//RAW = string.Concat("Tone Response \n", RAW);
RAW = Regex.Replace(RAW, "tone_categories", " \\\n");
RAW = Regex.Replace(RAW, "}", "} \\\n");
RAW = Regex.Replace(RAW, "tone_id", " ");
RAW = Regex.Replace(RAW, "tone_name", " ");
RAW = Regex.Replace(RAW, "score", " ");
RAW = Regex.Replace(RAW, @"[{\\},:]", "");
RAW = Regex.Replace(RAW, "\"", "");
ResultsField.text = RAW;
_analyzeToneTested = true;
}
