import unicodedata
newname = unicodedata.normalize('NFKD',
weirdname).encode('ASCII',
'ignore').decode()
return newname
for y in range(len(olydata)):
name = olydata[y]['Athlete']
weirdname = extract_usable_name(name)
finalname = no_weird_characters(weirdname)
olydata[y]['usable_name'] = finalname
#namecaller={}
#for x in range(len(olydata)):
# call=olydata[x]['usable_name']
# namecaller[call]=olydata[x]
from gender import detect_gender
for x in range(len(olydata)):
result = detect_gender(olydata[x]['usable_name'])
ratio = result['ratio']
gender = result['gender']
olydata[x]['ratio'] = ratio
olydata[x]['gender'] = gender
olympicpath = join(datadirect, 'olympic_athletes_classified.json')
writejson = open(olympicpath, 'w')
json.dump(olydata, writejson, indent=2)
print("Writing to olympic_athletes_classified.json file.")
from csv import DictReader, DictWriter
CLASSIFIED_DATA_HEADERS = ['firstname','lastname','born_year','died_year','categories', 'years',
'gender', 'usable_name', 'ratio']
def extract_usable_name(namestr):
if '.' not in namestr:
return namestr
return ''
# Set up the new data file
w = open(CLASSIFIED_DATA_FILENAME, 'w')
dw = DictWriter(w, fieldnames=CLASSIFIED_DATA_HEADERS)
dw.writeheader()
# Open the non-gender classified data file
with open(WRANGLED_DATA_FILENAME) as r:
datarows = list(DictReader(r))
# read each row
ct = 0
for row in datarows:
usablename = extract_usable_name(row['firstname'])
ct += 1
print("Row:", ct, "extracting --", usablename, "-- from:", row['firstname'])
gender_result = detect_gender(usablename)
# now add usable_name and gender data to each row
row['usable_name'] = usablename
row['gender'] = gender_result['gender']
row['ratio'] = gender_result['ratio']
dw.writerow(row)
datarows = list(DictReader(f))
wf = open(CLASSIFIED_DATA_FILENAME, 'w')
cwf = DictWriter(wf, fieldnames=CLASSIFIED_HEADERS)
cwf.writeheader()
def extract_usable_name(name_string):
name_list = name_string.split(', ')
almost_first_name = name_list[-1]
first_name_list = almost_first_name.split(' ')
first_name = first_name_list[-1]
return first_name_list[0]
linecount = 0
for row in datarows:
linecount += 1
the_name = row['cited_name']
usable_name = extract_usable_name(the_name)
print(linecount, " -- Extracted", usable_name, "from", the_name)
genderdict = detect_gender(usable_name)
# now write the row...
row['gender'] = genderdict['gender']
row['ratio'] = genderdict['ratio']
row['usable_name'] = usable_name
cwf.writerow(row)
DATA_DIR = 'tempdata'
WRANGLED_DATA_FILENAME = join(DATA_DIR, 'wrangled_data.csv')
WRANGLED_HEADERS = ['Last Name', 'Firstish Name', 'Position Title', 'Department' , 'Employee Annual Salary', 'Gender', 'Ratio', 'Usable Name']
CLASSIFIED_DATA_FILENAME = join(DATA_DIR, 'classified_data.csv')
wrangledFile = open(WRANGLED_DATA_FILENAME, 'r')
datarows = list(DictReader(wrangledFile))
def extract_usable_name(firstishName):
return firstishName.split(' ')[0]
dicList = []
for employee in datarows:
usable_name = extract_usable_name(employee['Firstish Name'])
result = detect_gender(usable_name)
employee['Gender'] = result['gender']
employee['Ratio'] = result['ratio']
employee['Usable Name'] = usable_name
employee['Employee Annual Salary'] = float(employee['Employee Annual Salary'])
dicList.append(employee)
wrangledFile.close()
wfile = open(CLASSIFIED_DATA_FILENAME, 'w')
# turn it into a DictWriter object, and tell it what the fieldnames are
wcsv = DictWriter(wfile, fieldnames=WRANGLED_HEADERS)
# write the headers row
wcsv.writeheader()
from gender import detect_gender
DATA_DIR = 'tempdata'
WRANGLED_DIR = 'tempdata/wrangled'
WRANGLED_DATA_PATH = join(WRANGLED_DIR, 'wranglednames.csv')
CLASSIFIED_DATA_FILENAME = join(DATA_DIR, 'classified_data.csv')
def extractable_usable_name(name):
return name.split(' ')[0]
classified_headers = [
'year', 'name', 'description', 'usable_name', 'gender', 'ratio'
]
w = open(CLASSIFIED_DATA_FILENAME, 'w')
dw = DictWriter(w, fieldnames=classified_headers)
dw.writeheader()
with open(WRANGLED_DATA_PATH) as r:
datarows = list(DictReader(r))
ct = 0
for row in datarows:
usable_name = extractable_usable_name(row['name'])
ct += 1
print("Row:", ct, "extracting --", usable_name, "--from", row['name'])
gender_result = detect_gender(usable_name)
row['usable_name'] = usable_name
row['gender'] = gender_result['gender']
row['ratio'] = gender_result['ratio']
dw.writerow(row)
result+=name[n]
return result.strip(" ")
#Actually goes through CSV file and reads it
wrangled_file = open(DATA_PATH, 'r', encoding="latin1")
my_reader = csv.reader(wrangled_file, skipinitialspace=True)
next(my_reader, None) #Skips headers
for line in my_reader:
year = line[0]
category = line[1]
name = line[2]
country = line[3]
field = line[4]
motivation = line[5]
usable_name = extract_usable_name(name)
gender = detect_gender(usable_name)['gender']
ratio = detect_gender(usable_name)['ratio']
namesdict = {'year': year, 'category': category, 'name': name,
'country': country, 'field': field, 'motivation': motivation,
'gender': gender, 'ratio': ratio,'usable_name': usable_name}
all_names.append(namesdict)
#Creates new file
HEADERS = ['year', 'category', 'name' , 'country' , 'field', 'motivation', 'gender', 'ratio', 'usable_name']
wfile = open(CLASSIFIED_DATA_PATH, 'w')
wcsv = csv.DictWriter(wfile, fieldnames=HEADERS)
# write the headers row
wcsv.writeheader()
for entry in all_names:
from os.path import exists, join
from gender import extract_usable_name, detect_gender
import csv
DATA_DIR = 'tempdata'
SJ_DATA_FILENAME = join(DATA_DIR, 'wrangled_data.csv')
C_FILENAME = join(DATA_DIR, 'classified_data.csv')
C_HEADERS = [
'name', 'gender', 'ratio', 'females', 'males', 'total', 'compensation'
]
sj_data = list(csv.DictReader(open(SJ_DATA_FILENAME)))
classified_data = []
for person in sj_data:
use_name = extract_usable_name(person['Employee Name'])
result = detect_gender(use_name)
result['compensation'] = float(person['Total Pay & Benefits'])
classified_data.append(result)
wfile = open(C_FILENAME, 'w')
wcsv = csv.DictWriter(wfile, fieldnames=C_HEADERS)
wcsv.writeheader()
for row in classified_data:
wcsv.writerow(row)
wfile.close()
from os.path import exists, join
from gender import extract_usable_name, detect_gender
import csv
DATA_DIR = 'tempdata'
SJ_DATA_FILENAME = join(DATA_DIR, 'wrangled_data.csv')
C_FILENAME = join(DATA_DIR, 'classified_data.csv')
C_HEADERS = ['name', 'gender' , 'ratio' , 'females', 'males', 'total', 'compensation']
sj_data = list(csv.DictReader(open(SJ_DATA_FILENAME)))
classified_data = []
for person in sj_data:
use_name = extract_usable_name(person['Employee Name'])
result = detect_gender(use_name)
result['compensation'] = float(person['Total Pay & Benefits'])
classified_data.append(result)
wfile = open(C_FILENAME, 'w')
wcsv = csv.DictWriter(wfile, fieldnames=C_HEADERS)
wcsv.writeheader()
for row in classified_data:
wcsv.writerow(row)
wfile.close()
filename = 'wrangled_data.csv'
foldername = os.path.join(directory, subdirectory)
pathname = os.path.join(foldername, filename)
wrangledHeaders = ['title', 'first_name', 'last_name', 'party', 'age', 'gender', 'ratio', 'usable_name']
openFile = open(pathname, 'r')
print('Reading data from', pathname)
lineCount = 0
legislatorList = []
for line in openFile:
if lineCount > 0:
legislatorInfo = line.strip().split(',')
firstname = extract_usable_name(legislatorInfo[1])
genderInfo = detect_gender(firstname)
infoDict = {}
infoDict['title'] = legislatorInfo[0]
infoDict['first_name'] = legislatorInfo[1]
infoDict['last_name'] = legislatorInfo[2]
infoDict['party'] = legislatorInfo[3]
infoDict['age'] = legislatorInfo[4]
infoDict['gender'] = genderInfo['gender']
infoDict['ratio'] = genderInfo['ratio']
infoDict['usable_name'] = firstname
legislatorList.append(infoDict)
lineCount += 1
newFileName = 'classified_data.csv'
newFilePath = os.path.join(foldername, newFileName)
csvFile = open(newFilePath, 'w')
import unicodedata
newname=unicodedata.normalize('NFKD', weirdname).encode('ASCII', 'ignore').decode()
return newname
for y in range(len(olydata)):
name=olydata[y]['Athlete']
weirdname=extract_usable_name(name)
finalname=no_weird_characters(weirdname)
olydata[y]['usable_name']=finalname
#namecaller={}
#for x in range(len(olydata)):
# call=olydata[x]['usable_name']
# namecaller[call]=olydata[x]
from gender import detect_gender
for x in range(len(olydata)):
result=detect_gender(olydata[x]['usable_name'])
ratio=result['ratio']
gender=result['gender']
olydata[x]['ratio']=ratio
olydata[x]['gender']=gender
olympicpath=join(datadirect, 'olympic_athletes_classified.json')
writejson=open(olympicpath, 'w')
json.dump(olydata, writejson, indent=2)
print("Writing to olympic_athletes_classified.json file.")
thefile = join(folder, 'presidents.txt')
with open(thefile, 'r') as infile:
pres_dict = {}
with open('data/classified.csv', 'w') as outfile:
writer = csv.writer(outfile)
writer.writerow(['name', 'term', 'university', 'gender'])
#read through each line
for line in infile:
temp = line.strip().split(',')
pres, term, univ = line.strip().split(',')
univ = univ.strip()
first_name = pres.split(' ')[0]
res = detect_gender(first_name)
temp.extend([res['gender']])
writer.writerow(temp)
# # This part is just to check if we have got all the names
# # in the file.
# # count = 0
# # for school in pres_dict:
# # print(school, 'has had', len(pres_dict[school]), 'presidents')
# # print('\n')
# # count += 1
# # print('Looked at', count, 'schools')
# schools_analyzed = {}
full_filename = join(DATA_DIR, fname)
joe = open(full_filename, 'r')
First_rows = list(DictReader(joe))
joe.close()
classified_headers = list(First_rows[0]) + ['gender', 'ratio', 'usable_name']
classified_filename = join(CLASSIFIED_DIR, fname)
print("About to classify", len(First_rows), 'rows into the file:', classified_filename)
outfile = open(classified_filename, 'w')
output_csv = DictWriter(outfile, fieldnames=classified_headers)
output_csv.writeheader()
xc = 0
for row in First_rows:
xc += 1
first_name = row['First']
print("On row", xc, first_name)
if "N/A" in first_name:
pass
else:
usablename = extract_usable_name(first_name)
get = detect_gender(usablename)
row['gender'] = get['gender']
row['ratio'] = get['ratio']
row['usable_name'] = usablename
#
output_csv.writerow(row)
outfile.close()
#Dan: I used California Colleges as a template. Thank you for sharing it.
classified_headers = list(
salary_rows[0].keys()) + ['gender', 'ratio', 'usable_name']
classified_filename = join(DATA_DIR, fname)
print("About to classify", len(salary_rows), 'rows into the file:',
classified_filename)
outfile = open(classified_filename, 'w')
output_csv = DictWriter(outfile, fieldnames=classified_headers)
output_csv.writeheader()
xc = 0
for row in salary_rows:
xc += 1
first_name = row['First Name']
print("On row", xc, first_name)
# skip rows in which row['Employee Name'] is "Not provided"
if "Not provided" in first_name:
pass
else:
usablename = extract_usable_name(first_name)
xresult = detect_gender(usablename)
row['gender'] = xresult['gender']
row['ratio'] = xresult['ratio']
row['usable_name'] = usablename
row['Base Salary'] = (row['Base Salary'][1:])
# write to the csv file
output_csv.writerow(row)
outfile.close()
'usable_name', 'detected_gender', 'ratio'
]
def extract_usable_name(namestr):
nameparts = namestr.split(' ')
for n in nameparts:
if '[' not in n:
if '.' not in n:
return n
return ""
f = open(classifyfilename, 'w', newline='')
fwrite = csv.DictWriter(f, fieldnames=classifyheaders)
fwrite.writeheader()
with open(wranglefilename) as r:
datarows = list(csv.DictReader(r))
ct = 0
for row in datarows:
usablename = extract_usable_name(row['firstname'])
ct += 1
print("Row:", ct, "extracting --", usablename, "-- from:",
row['firstname'])
genderresults = detect_gender(usablename)
row['usable_name'] = usablename
row['detected_gender'] = genderresults['gender']
row['ratio'] = genderresults['ratio']
fwrite.writerow(row)
return result.strip(" ")
#Actually goes through CSV file and reads it
wrangled_file = open(DATA_PATH, 'r', encoding="latin1")
my_reader = csv.reader(wrangled_file, skipinitialspace=True)
next(my_reader, None) #Skips headers
for line in my_reader:
year = line[0]
category = line[1]
name = line[2]
country = line[3]
field = line[4]
motivation = line[5]
usable_name = extract_usable_name(name)
gender = detect_gender(usable_name)['gender']
ratio = detect_gender(usable_name)['ratio']
namesdict = {
'year': year,
'category': category,
'name': name,
'country': country,
'field': field,
'motivation': motivation,
'gender': gender,
'ratio': ratio,
'usable_name': usable_name
}
all_names.append(namesdict)
#Creates new file
"detected_gender",
"ratio",
]
def extract_usable_name(namestr):
nameparts = namestr.split(" ")
for n in nameparts:
if "[" not in n:
if "." not in n:
return n
return ""
f = open(classifyfilename, "w", newline="")
fwrite = csv.DictWriter(f, fieldnames=classifyheaders)
fwrite.writeheader()
with open(wranglefilename) as r:
datarows = list(csv.DictReader(r))
ct = 0
for row in datarows:
usablename = extract_usable_name(row["firstname"])
ct += 1
print("Row:", ct, "extracting --", usablename, "-- from:", row["firstname"])
genderresults = detect_gender(usablename)
row["usable_name"] = usablename
row["detected_gender"] = genderresults["gender"]
row["ratio"] = genderresults["ratio"]
fwrite.writerow(row)
