diff --git a/README.md b/README.md
index 01bca00a84dfad6fb07ffe6f11447bf5bbbd5c5a..bfc7da7444dccf795f56217129bc84b9c5d1c0f6 100644
--- a/README.md
+++ b/README.md
@@ -5,4 +5,5 @@ A simple flask server designed to house python data analysis scripts to be harne
 The current iteration of this tool focuses on the following types of analysis.
 
 - NER
-- USAS
\ No newline at end of file
+- USAS
+- Sentiment Analysis 
\ No newline at end of file
diff --git a/api/api_functions.py b/api/api_functions.py
index 7f65efb7e9b17bc186e07a11d65fbf407320aba9..44f42eb504eb55239b2e957c53eced978949522e 100644
--- a/api/api_functions.py
+++ b/api/api_functions.py
@@ -1,6 +1,7 @@
 from flask import make_response, jsonify
 
 from func.ner.ner import *
+from func.sentiment.sentiment import *
 from func.usas.usas import *
 
 
@@ -18,7 +19,7 @@ def get_ner_for_data(page):
 
 # Perform USAS analysis on a file
 # TAKES XML text page
-# Returns NER results
+# Returns USAS results
 def get_usas_for_data(page):
     result = run_usas_on_text(page)
 
@@ -26,3 +27,15 @@ def get_usas_for_data(page):
         return make_response(jsonify(result), 201)
 
     return make_response(jsonify(result), 400)
+
+
+# Perform Sentiment analysis on a file
+# TAKES XML text page
+# Returns Sentiment results
+def get_sentiment_for_data(page):
+    result = run_sentiment_on_text(page)
+
+    if result["code"] == "SUCCESS":
+        return make_response(jsonify(result), 201)
+
+    return make_response(jsonify(result), 400)
\ No newline at end of file
diff --git a/func/ner/ner.py b/func/ner/ner.py
index b7a4e512312797be0c41ab82e35455542d914e56..a9d8977b95d5de68e8cb38e9602e64eaab55c015 100644
--- a/func/ner/ner.py
+++ b/func/ner/ner.py
@@ -1,30 +1,49 @@
 import torch
 from ckip_transformers.nlp import CkipWordSegmenter, CkipPosTagger, CkipNerChunker
 from transformers import pipeline
+import pandas as pd
 
+from shared.translate import translate
 
+#page = '尼罗河 是一条流經非洲東部與北部的河流，與中非地區的剛果河、非洲南部的赞比西河以及西非地区的尼日尔河並列非洲最大的四個河流系統。'
 # Perform NER on Text
 def run_ner_on_text(page):
     ner_driver = CkipNerChunker(model="bert-base")
 
-    data = []
+
     ner = ner_driver([page])
 
+    tags = []
     for item in ner[0]:
         word = item.word
         ner = item.ner
-        idx = item.idx
-        print(type(idx))
-        print(idx)
-        print(type(ner))
-        print(ner)
-        print(type(word))
-        print(word)
-        print('--------')
-        obj = {"word": word, "translation": "", "ner": ner, "idx": idx}
-
-        data.append(obj)
+        #idx = item.idx
+
+        tags.append(word+'__'+ner)
+
+
+    ner_words_with_count = []
+    seen_words = []
+    for tag in tags:
+        if tag not in seen_words:
+
+            freq = tags.count(tag) / 1000000
+            word = tag.split('__')[0]
+            ner = tag.split('__')[1]
+            translation = translate(word).text
+            ner_words_with_count.append({"0 Word": word, "1 Translation":translation, "2 NER": ner, "3 Frequency": freq})
+        seen_words.append(tag)
+
+
+    data = sorted(ner_words_with_count, key=lambda x: x["3 Frequency"], reverse=True)
 
     result = {'output': data,'message': 'Done', 'code': 'SUCCESS'}
 
     return result
+
+
+
+
+
+
+
diff --git a/func/sentiment/sentiment.py b/func/sentiment/sentiment.py
new file mode 100644
index 0000000000000000000000000000000000000000..a7c5076365c9208c028653fde23458a0e610a72c
--- /dev/null
+++ b/func/sentiment/sentiment.py
@@ -0,0 +1,34 @@
+from textblob.en import sentiment
+from transformers import (
+   BertTokenizerFast,
+   AutoModelForMaskedLM,
+   AutoModelForCausalLM,
+   AutoModelForSequenceClassification,
+)
+
+from transformers import pipeline
+import re
+
+def zng(paragraph):
+    for sent in re.findall(u'[^!?。\.\!\?]+[!?。\.\!\?]?', paragraph, flags=re.U):
+        yield sent
+
+#page = '尼罗河 是一条流經非洲東部與北部的河流，與中非地區的剛果河、非洲南部的赞比西河以及西非地区的尼日尔河並列非洲最大的四個河流系統。尼罗河 是一条流經非洲東部與北部的河流，與中非地區的剛果河、非洲南部的赞比西河以及西非地区的尼日尔河並列非洲最大的四個河流系統。'
+def run_sentiment_on_text(page):
+
+    pagesList = list(zng(page))
+    tokenizer = BertTokenizerFast.from_pretrained('bardsai/finance-sentiment-zh-base')
+    model = AutoModelForSequenceClassification.from_pretrained('bardsai/finance-sentiment-zh-base')
+    nlp = pipeline("sentiment-analysis", model=model, tokenizer=tokenizer)
+    counts = dict()
+    for p in pagesList:
+        res = nlp(p)[0]['label']
+        counts[res] = counts.get(res, 0) + 1
+
+    sentiments = []
+    for k in counts.keys():
+        sentiments.append({"Sentiment": k, "Count": counts[k]})
+
+    result = {'output': sentiments, 'message': 'Done', 'code': 'SUCCESS'}
+    return result
+
diff --git a/func/usas/usas.py b/func/usas/usas.py
index 455792f76d682cb0aaa2e8864e81f8f434ea0ed6..3a73dc60b65c18f781909c54617eb4fe05a45358 100644
--- a/func/usas/usas.py
+++ b/func/usas/usas.py
@@ -2,7 +2,18 @@ import spacy
 
 
 # Perform USAS on Text
+#page = '尼罗河 是一条流經非洲東部與北部的河流，與中非地區的剛果河、非洲南部的赞比西河以及西非地区的尼日尔河並列非洲最大的四個河流系統。'
+
+
 def run_usas_on_text(page):
+    d = {}
+    with open('/Users/tom/PycharmProjects/cognistance/func/usas/usas_desc.txt') as f:
+        for line in f:
+            lineL = line.replace('\n', '').split(' ', 1)
+            key = lineL[0].strip()
+            val = lineL[1].strip()
+            d[key] = val
+
     # We exclude the following components as we do not need them.
     nlp = spacy.load('zh_core_web_sm', exclude=['parser', 'ner'])
     # Load the Chinese PyMUSAS rule-based tagger in a separate spaCy pipeline
@@ -11,27 +22,32 @@ def run_usas_on_text(page):
     nlp.add_pipe('pymusas_rule_based_tagger', source=chinese_tagger_pipeline)
 
     output_doc = nlp(page)
-    data = []
+    #data = []
 
     tags = []
 
-    print(f'Text\tPOS\tMWE start and end index\tUSAS Tags')
     for token in output_doc:
         start, end = token._.pymusas_mwe_indexes[0]
         idx = (start, end)
 
         for el in token._.pymusas_tags:
-            obj = {"word": token.text, "Usas Tags": el, "idx": idx}
+            #obj = {"word": token.text, "USAS Tags": el, "idx": idx}
             tags.append(el)
-            data.append(obj)
+            #data.append(obj)
+
+    usas_tags_with_count = []
+    seen_tags = []
+    for tag in tags:
+        if tag not in seen_tags:
+            try:
+                freq = tags.count(tag)/1000000
+                usas_tags_with_count.append({"0 Tag": tag, "1 Definition":d[tag],"2 Frequency": freq})
+            except KeyError:
+                pass
+        seen_tags.append(tag)
+
+    usas_tags_with_count = sorted(usas_tags_with_count, key=lambda x: x["2 Frequency"], reverse=True)
+    result = {'output': usas_tags_with_count, 'message': 'Done', 'code': 'SUCCESS'}
 
-    res = []
-    procTags = []
-    for x in tags:
-        if x not in procTags:
-            res.append({"Tag": x, "Count": tags.count(x)})
-
-        procTags.append(x)
-
-    result = {'output': res, 'message': 'Done', 'code': 'SUCCESS'}
     return result
+
diff --git a/func/usas/usas_desc.txt b/func/usas/usas_desc.txt
new file mode 100644
index 0000000000000000000000000000000000000000..2942cfeb026ed68c920f94d81c73fedc135a616f
--- /dev/null
+++ b/func/usas/usas_desc.txt
@@ -0,0 +1,232 @@
+A1  GENERAL AND ABSTRACT TERMS
+A1.1.1  General actions, making etc.
+A1.1.2  Damaging and destroying
+A1.2    Suitability
+A1.3    Caution
+A1.4    Chance, luck
+A1.5    Use
+A1.5.1  Using
+A1.5.2  Usefulness
+A1.6    Physical/mental
+A1.7    Constraint
+A1.8    Inclusion/Exclusion
+A1.9    Avoiding
+A2  Affect
+A2.1    Affect:- Modify, change
+A2.2    Affect:- Cause/Connected
+A3  Being
+A4  Classification
+A4.1    Generally kinds, groups, examples
+A4.2    Particular/general; detail
+A5  Evaluation
+A5.1    Evaluation:- Good/bad
+A5.2    Evaluation:- True/false
+A5.3    Evaluation:- Accuracy
+A5.4    Evaluation:- Authenticity
+A6  Comparing
+A6.1    Comparing:- Similar/different
+A6.2    Comparing:- Usual/unusual 
+A6.3    Comparing:- Variety
+A7  Definite (+ modals)
+A8  Seem
+A9  Getting and giving; possession
+A10 Open/closed; Hiding/Hidden; Finding; Showing
+A11 Importance
+A11.1   Importance: Important
+A11.2   Importance: Noticeability
+A12 Easy/difficult
+A13 Degree
+A13.1   Degree: Non-specific
+A13.2   Degree: Maximizers
+A13.3   Degree: Boosters
+A13.4   Degree: Approximators
+A13.5   Degree: Compromisers
+A13.6   Degree: Diminishers
+A13.7   Degree: Minimizers
+A14 Exclusivizers/particularizers
+A15 Safety/Danger
+B1  Anatomy and physiology
+B2  Health and disease
+B3  medicines and medical treatment
+B4  Cleaning and personal care
+B5  Clothes and personal belongings
+C1  Arts and crafts
+E1  EMOTIONAL ACTIONS, STATES AND PROCESSES General
+E2  Liking
+E3  Calm/Violent/Angry
+E4  Happy/sad
+E4.1    Happy/sad: Happy
+E4.2    Happy/sad: Contentment
+E5  Fear/bravery/shock
+E6  Worry, concern, confident
+F1  Food
+F2  Drinks
+F3  Cigarettes and drugs
+F4  Farming & Horticulture
+G1  Government, Politics and elections
+G1.1    Government etc.
+G1.2    Politics
+G2  Crime, law and order
+G2.1    Crime, law and order: Law and order
+G2.2    General ethics
+G3  Warfare, defence and the army; weapons
+H1  Architecture and kinds of houses and buildings
+H2  Parts of buildings
+H3  Areas around or near houses
+H4  Residence
+H5  Furniture and household fittings
+I1  Money generally
+I1.1    Money: Affluence
+I1.2    Money: Debts
+I1.3    Money: Price
+I2  Business
+I2.1    Business: Generally
+I2.2    Business: Selling
+I3  Work and employment
+I3.1    Work and employment: Generally
+I3.2    Work and employmeny: Professionalism
+I4  Industry 
+K1  Entertainment generally
+K2  Music and related activities
+K3  Recorded sound etc.
+K4  Drama, the theatre and showbusiness
+K5  Sports and games generally
+K5.1    Sports
+K5.2    Games
+K6  Childrens games and toys
+L1  Life and living things
+L2  Living creatures generally
+L3  Plants
+M1  Moving, coming and going
+M2  Putting, taking, pulling, pushing, transporting &c.
+M3  Vehicles and transport on land
+M4  Shipping, swimming etc.
+M5  Aircraft and flying
+M6  Location and direction
+M7  Places
+M8  Remaining/stationary
+N1  Numbers 
+N2  Mathematics
+N3  Measurement
+N3.1    Measurement: General
+N3.2    Measurement: Size 
+N3.3    Measurement: Distance
+N3.4    Measurement: Volume
+N3.5    Measurement: Weight
+N3.6    Measurement: Area
+N3.7    Measurement: Length & height
+N3.8    Measurement: Speed
+N4  Linear order
+N5  Quantities
+N5.1    Entirety; maximum
+N5.2    Exceeding; waste
+N6  Frequency etc.
+O1  Substances and materials generally
+O1.1    Substances and materials generally: Solid
+O1.2    Substances and materials generally: Liquid
+O1.3    Substances and materials generally: Gas
+O2  Objects generally
+O3  Electricity and electrical equipment
+O4  Physical attributes
+O4.1    General appearance and physical properties
+O4.2    Judgement of appearance (pretty etc.)
+O4.3    Colour and colour patterns
+O4.4    Shape
+O4.5    Texture
+O4.6    Temperature     
+P1  Education in general
+Q1  LINGUISTIC ACTIONS, STATES AND PROCESSES; COMMUNICATION
+Q1.1    LINGUISTIC ACTIONS, STATES AND PROCESSES; COMMUNICATION
+Q1.2    Paper documents and writing
+Q1.3    Telecommunications
+Q2  Speech acts
+Q2.1    Speech etc:- Communicative
+Q2.2    Speech acts
+Q3  Language, speech and grammar
+Q4  The Media
+Q4.1    The Media:- Books
+Q4.2    The Media:- Newspapers etc.
+Q4.3    The Media:- TV, Radio and Cinema
+S1  SOCIAL ACTIONS, STATES AND PROCESSES
+S1.1    SOCIAL ACTIONS, STATES AND PROCESSES
+S1.1.1  SOCIAL ACTIONS, STATES AND PROCESSES
+S1.1.2  Reciprocity
+S1.1.3  Participation
+S1.1.4  Deserve etc.
+S1.2    Personality traits
+S1.2.1  Approachability and Friendliness
+S1.2.2  Avarice
+S1.2.3  Egoism
+S1.2.4  Politeness
+S1.2.5  Toughness; strong/weak
+S1.2.6  Sensible
+S2  People
+S2.1    People:- Female
+S2.2    People:- Male  
+S3  Relationship
+S3.1    Relationship: General
+S3.2    Relationship: Intimate/sexual
+S4  Kin
+S5  Groups and affiliation
+S6  Obligation and necessity
+S7  Power relationship
+S7.1    Power, organizing
+S7.2    Respect
+S7.3    Competition
+S7.4    Permission
+S8  Helping/hindering
+S9  Religion and the supernatural
+T1  Time
+T1.1    Time: General
+T1.1.1  Time: General: Past
+T1.1.2  Time: General: Present; simultaneous
+T1.1.3  Time: General: Future
+T1.2    Time: Momentary
+T1.3    Time: Period
+T2  Time: Beginning and ending
+T3  Time: Old, new and young; age
+T4  Time: Early/late
+W1  The universe
+W2  Light
+W3  Geographical terms
+W4  Weather 
+W5  Green issues
+X1  PSYCHOLOGICAL ACTIONS, STATES AND PROCESSES
+X2  Mental actions and processes
+X2.1    Thought, belief
+X2.2    Knowledge
+X2.3    Learn
+X2.4    Investigate, examine, test, search
+X2.5    Understand
+X2.6    Expect
+X3  Sensory
+X3.1    Sensory:- Taste
+X3.2    Sensory:- Sound
+X3.3    Sensory:- Touch
+X3.4    Sensory:- Sight
+X3.5    Sensory:- Smell
+X4  Mental object
+X4.1    Mental object:- Conceptual object
+X4.2    Mental object:- Means, method
+X5  Attention
+X5.1    Attention
+X5.2    Interest/boredom/excited/energetic
+X6  Deciding
+X7  Wanting; planning; choosing
+X8  Trying
+X9  Ability
+X9.1    Ability:- Ability, intelligence
+X9.2    Ability:- Success and failure
+Y1  Science and technology in general
+Y2  Information technology and computing
+Z0  Unmatched proper noun
+Z1  Personal names
+Z2  Geographical names
+Z3  Other proper names
+Z4  Discourse Bin
+Z5  Grammatical bin
+Z6  Negative
+Z7  If
+Z8  Pronouns etc.
+Z9  Trash can
+Z99 Unmatched
\ No newline at end of file
diff --git a/main.py b/main.py
index 34bb595a783066c897c3afee751d1dc5fa6510b7..d6027af832e34d77c80d471ad823a7464a1f770c 100644
--- a/main.py
+++ b/main.py
@@ -38,3 +38,13 @@ def usas():
     result = get_usas_for_data(page)
 
     return result
+
+@app.route("/sentiment", methods=['POST'])
+def sentiment():
+
+    request_data = request.get_json()
+    print(request_data)
+    page = request_data['page']
+    result = get_sentiment_for_data(page)
+
+    return result
diff --git a/requirements.txt b/requirements.txt
index 228f9518e76fb535accc47338f6385cc08790d71..11e587fe5b159cc43c58b9b91f6a5238d3eaeff6 100644
--- a/requirements.txt
+++ b/requirements.txt
@@ -5,3 +5,4 @@ ckip-transformers~=0.3.4
 flask-cors~=4.0.1
 spacy~=3.7.4
 googletrans ~=3.1.0a0
+pandas ~=2.2.3
\ No newline at end of file
diff --git a/shared/translate.py b/shared/translate.py
new file mode 100644
index 0000000000000000000000000000000000000000..5c993a10052f608854fb410b31df248266e2d65c
--- /dev/null
+++ b/shared/translate.py
@@ -0,0 +1,10 @@
+from googletrans import Translator
+
+
+# wrapper for the googletrans library. Takes in chinese string returns english
+def translate(word):
+    translator = Translator()
+
+    result = translator.translate(word, src='zh-cn', dest='en')
+
+    return result