def main(argv=None):
#read in params
if argv is None:
argv = sys.argv[1:]
file = 'tulalens_survey_sample.csv'
facet = 'result id'
#standard python parsing for command line options
opts = []
args = []
try:
opts, args = getopt.getopt(argv, "hl", ["help", "list", "file=", "facet="])
except getopt.GetoptError as msg:
print(sys.stderr, msg)
print >>sys.stderr, "For help use --help"
return 2
if len(args):
print >>sys.stderr, "Invalid arg(s) %s"%args
usage()
return 2
for (opt, val) in opts:
if opt in ("-h", "--help"):
usage()
return 0
if opt in ("-l", "--list"):
list()
return 0
elif opt in ("--file"):
file = val
elif opt in ("--facet"):
facet = val.lower()
else:
usage()
return 2
print("facet: %s" % facet)
#check if facet given is in the list of survey questions
#ideally this allows for quick entries with just the
#question number, e.g. "--facet Q30"
long_q = '' #keep track of the long form for later use
valid_facet = False
for long, short in SHORT_QUESTIONS.items():
#print("checking question: %s" % question)
if facet in long:
#turn the facet into easy to use question ids
#p = "(^q\d\d?[.]).*"
#m = re.match(p, long)
facet = short
long_q = long
print("Question selected: %s" % long_q)
valid_facet = True
break
if not valid_facet:
sys.exit("facet selected is not a survey question")
#parse csv file
parser = CsvParse(file)
answers = parser.parse()
#generate analysis based on options
#print("number of answer rows after parse: %s" % len(answers))
analyze = Analyzer(answers)
#find the unique occurrence of each answer to the question
answers_count = analyze.group_by(facet)
mean = analyze.find_mean(facet, answers_count)
sys.exit()
def main(argv=None):
#read in params
if argv is None:
argv = sys.argv[1:]
file = 'tulalens_survey_sample.csv'
facet = 'result id'
#standard python parsing for command line options
opts = []
args = []
try:
opts, args = getopt.getopt(argv, "hl",
["help", "list", "file=", "facet="])
except getopt.GetoptError as msg:
print(sys.stderr, msg)
print >> sys.stderr, "For help use --help"
return 2
if len(args):
print >> sys.stderr, "Invalid arg(s) %s" % args
usage()
return 2
for (opt, val) in opts:
if opt in ("-h", "--help"):
usage()
return 0
if opt in ("-l", "--list"):
list()
return 0
elif opt in ("--file"):
file = val
elif opt in ("--facet"):
facet = val.lower()
else:
usage()
return 2
print("facet: %s" % facet)
#check if facet given is in the list of survey questions
#ideally this allows for quick entries with just the
#question number, e.g. "--facet Q30"
long_q = '' #keep track of the long form for later use
valid_facet = False
for long, short in SHORT_QUESTIONS.items():
#print("checking question: %s" % question)
if facet in long:
#turn the facet into easy to use question ids
#p = "(^q\d\d?[.]).*"
#m = re.match(p, long)
facet = short
long_q = long
print("Question selected: %s" % long_q)
valid_facet = True
break
if not valid_facet:
sys.exit("facet selected is not a survey question")
#parse csv file
parser = CsvParse(file)
answers = parser.parse()
#generate analysis based on options
#print("number of answer rows after parse: %s" % len(answers))
analyze = Analyzer(answers)
#find the unique occurrence of each answer to the question
answers_count = analyze.group_by(facet)
mean = analyze.find_mean(facet, answers_count)
sys.exit()
def parse(self):
#first row should be the questions
header = next(self.results)
#print(header)
#keep track of the questions and the range the answers should be in
answer_ranges = {}
#to keep track of where in the row each question and its answer(s) could be,
#get the index of the question, and count its multi-choice answers if exist.
#this provides a range to find the answer in for the answer rows.
#print(header)
for question in header:
#print(question.lower())
if question.lower() in SHORT_QUESTIONS.keys():
short_q = SHORT_QUESTIONS[question.lower()]
question_index = header.index(question)
#print("'%s' is at index %s" % (question, question_index))
answer_range = 0
if short_q in MULTICHOICE:
answer_range = len(MULTICHOICE[short_q])
#print("answer should be at index")
if answer_range > 0:
for index in range(question_index,
question_index + answer_range):
answer_ranges[index] = short_q
#print(index)
else:
answer_ranges[question_index] = short_q
#print(question_index)
#print(answer_ranges)
#skipping the row with choices, but putting them in choices to use if needed
choices = next(self.results)
#print(choices)
#print("compiling survey into answers map")
count = 0
for result in self.results:
#skip blank rows
if result[0] is "":
#print("skipping blank row")
continue
#this dict keeps a 1:1 relationship of questions and answers and sidesteps
#the multi-choice. each mapping should be at least { question : [answer] }
survey_row = {}
#print("at id %s" % result[0])
count += 1
for index, answer in enumerate(result):
if answer is not "":
#print("index: %s" % index)
if index in answer_ranges:
curr_question = answer_ranges[index]
if curr_question not in survey_row:
survey_row[curr_question] = []
survey_row[curr_question].append(answer)
#print("at index %s: %s -> %s" % (index, curr_question, survey_row[curr_question]))
self.answers.append(survey_row)
print("Number of participants: %s" % count)
#print("number of answer rows: %s" % len(self.answers))
return self.answers
def __init__(self, data):
self.facets = SHORT_QUESTIONS.values()
self.data = data
def parse(self):
#first row should be the questions
header = next(self.results)
#print(header)
#keep track of the questions and the range the answers should be in
answer_ranges = {}
#to keep track of where in the row each question and its answer(s) could be,
#get the index of the question, and count its multi-choice answers if exist.
#this provides a range to find the answer in for the answer rows.
#print(header)
for question in header:
#print(question.lower())
if question.lower() in SHORT_QUESTIONS.keys():
short_q = SHORT_QUESTIONS[question.lower()]
question_index = header.index(question)
#print("'%s' is at index %s" % (question, question_index))
answer_range = 0
if short_q in MULTICHOICE:
answer_range = len(MULTICHOICE[short_q])
#print("answer should be at index")
if answer_range > 0:
for index in range(question_index, question_index + answer_range):
answer_ranges[index] = short_q
#print(index)
else:
answer_ranges[question_index] = short_q
#print(question_index)
#print(answer_ranges)
#skipping the row with choices, but putting them in choices to use if needed
choices = next(self.results)
#print(choices)
#print("compiling survey into answers map")
count = 0
for result in self.results:
#skip blank rows
if result[0] is "":
#print("skipping blank row")
continue
#this dict keeps a 1:1 relationship of questions and answers and sidesteps
#the multi-choice. each mapping should be at least { question : [answer] }
survey_row = {}
#print("at id %s" % result[0])
count += 1
for index, answer in enumerate(result):
if answer is not "":
#print("index: %s" % index)
if index in answer_ranges:
curr_question = answer_ranges[index]
if curr_question not in survey_row:
survey_row[curr_question] = []
survey_row[curr_question].append(answer)
#print("at index %s: %s -> %s" % (index, curr_question, survey_row[curr_question]))
self.answers.append(survey_row)
print("Number of participants: %s" % count)
#print("number of answer rows: %s" % len(self.answers))
return self.answers
def __init__(self, data):
self.facets = SHORT_QUESTIONS.values()
self.data = data
