def parse(self):
# Use one-token lookahead to determine whether it's <int>, <id>, or (<exp>)
tokNo = t.tokenizer.get_token()
if tokNo == t.Tokens.NUMBER.value:
self.__int = Int.Int()
self.__int.parse()
self.__alternative = 1
elif tokNo == t.Tokens.IDENTIFIER.value:
self.__id = Id.Id()
self.__id.parse()
self.__alternative = 2
elif tokNo == t.Tokens.OPEN_PAREN.value:
t.tokenizer.skip_token() # Consume open paren
self.__exp = Exp.Exp()
self.__exp.parse()
self.__alternative = 3
tokNo = t.tokenizer.get_token()
t.tokenizer.skip_token() # Consume closed parent
if tokNo != t.Tokens.CLOSED_PAREN.value:
print("If: Expected token {}, got token {}".format(
t.Tokens.CLOSED_PAREN.value, tokNo))
return -1
# print("Loop: Consumed `)` token.")
else:
print("Op: Invalid Next Token {}!".format(tokNo))
exit(-1)
return -1
# Successful error code
return 0
def parse(self):
# Id
self.__id = Id.Id()
self.__id.parse()
# `=` token
tokNo = t.tokenizer.get_token()
t.tokenizer.skip_token()
if tokNo != t.Tokens.EQUALS.value:
print("Assign: Expected token {}, got token {}".format(
t.Tokens.EQUALS.value, tokNo))
return -1
# print("Assign: Consumed `=` token.")
# Exp
self.__exp = Exp.Exp()
self.__exp.parse()
# `;` token
tokNo = t.tokenizer.get_token()
t.tokenizer.skip_token()
if tokNo != t.Tokens.SEMICOLON.value:
print("Assign: Expected token {}, got token {}".format(
t.Tokens.SEMICOLON.value, tokNo))
return -1
# print("Assign: Consumed `;` token.")
# Successful error code
return 0
def data_process(participant_list=[], data_dir=[]):
output_fields = ['task', 'trial', 'rotation_angle_deg', 'target_angle_deg']
output_rows = []
for i in range(0, len(data_dir)):
output_fields.append(participant_list[i])
pc = 0
for j in range(0, len(data_dir[i])):
for k in range(0, len(data_dir[i][j])):
# fields = []
rows = []
input_row = []
with open(data_dir[i][j][k], "rb") as csvfile:
csv_reader = csv.reader(csvfile)
# fields = csv_reader.next()
# print ("\nField names are:" + ','.join(field for field in fields))
for row in csv_reader:
rows.append(row)
for row in rows[1:]:
if i == 0:
if float(
exp.get_dist([0, 0], [
float(row[15:16][0]),
float(row[16:17][0])
])) / float(
exp.get_dist([0, 0], [
float(row[11:12][0]),
float(row[12:13][0])
])) >= float(1) / float(3):
input_row.append(row[1:2][0])
input_row.append(row[3:4][0])
input_row.append(row[5:6][0])
input_row.append(row[6:7][0])
cursor_deviation = degrees(
exp.cart2pol([
float(row[15:16][0]),
float(row[16:17][0])
])[1]) - float(row[6:7][0])
input_row.append(cursor_deviation)
break
if i > 0:
if float(
exp.get_dist([0, 0], [
float(row[15:16][0]),
float(row[16:17][0])
])) / float(
exp.get_dist([0, 0], [
float(row[11:12][0]),
float(row[12:13][0])
])) >= float(1) / float(3):
cursor_deviation = degrees(
exp.cart2pol([
float(row[15:16][0]),
float(row[16:17][0])
])[1]) - float(row[6:7][0])
output_rows[pc].append(cursor_deviation)
pc = pc + 1
break
if i == 0:
output_rows.append(input_row)
return [output_fields, output_rows]
def parse(self):
# Parse based on one token look ahead
x = int(self.t.peek())
if x == 31:
self.i = Int.Int(self.t)
self.i.parse()
elif x == 32:
self.case = 1
self.idName = self.t.getValue()
self.id = Id.Id(self.t)
self.id.parse()
elif x == 20:
self.case = 2
self.t.getToken()
self.e = Exp.Exp(self.t)
x = int(self.t.getToken())
if x != 21:
print "Expected end parenthesis."
exit()
else:
print "Invalid op."
exit()
def data_process(participant_list=[], data_dir=[], cfg={}):
output_fields = ['task', 'trial', 'rotation_angle_deg', 'target_angle_deg']
output_rows = []
for i in range(0, len(data_dir)): # does this loop over participants?
output_fields.append(participant_list[i]) # seems like it does
pc = 0
for j in range(0, len(data_dir[i])
): # does this loop over files in the data directory?
for k in range(0, len(data_dir[i][j])):
# fields = []
rows = []
input_row = []
with open(data_dir[i][j][k], "rb") as csvfile:
csv_reader = csv.reader(
csvfile
) # why not read in the COMPLETE file as a pandas data frame?
# fields = csv_reader.next()
# print ("\nField names are:" + ','.join(field for field in fields))
for row in csv_reader:
rows.append(row)
for row in rows[1:]:
if i == 0:
if float(
exp.get_dist([0, 0], [
float(row[15:16][0]),
float(row[16:17][0])
])
) / float(
exp.get_dist([0, 0], [
float(row[11:12][0]),
float(row[12:13][0])
])
) >= float(
1
) / float(
3
): # why use column indices instead of column names? names are more robust to future situations where we add or re-order columns
input_row.append(row[1:2][0]) # task?
input_row.append(row[3:4][0]) # trial?
input_row.append(
row[5:6][0]) # rotation_angle_deg?
input_row.append(row[6:7][0]) # target_angle_deg?
cursor_deviation = degrees(
exp.cart2pol([
float(row[15:16][0]),
float(row[16:17][0])
])[1]) - float(row[6:7][0])
input_row.append(cursor_deviation)
break
if i > 0:
if float(
exp.get_dist([0, 0], [
float(row[15:16][0]),
float(row[16:17][0])
])) / float(
exp.get_dist([0, 0], [
float(row[11:12][0]),
float(row[12:13][0])
])) >= float(1) / float(3):
cursor_deviation = degrees(
exp.cart2pol([
float(row[15:16][0]),
float(row[16:17][0])
])[1]) - float(row[6:7][0])
output_rows[pc].append(cursor_deviation)
pc = pc + 1
break
if i == 0:
output_rows.append(input_row)
return [output_fields, output_rows
] # why not return a data frame where this is integrated?
def __init__(self, t):
self.e = Exp.Exp(t)
self.id = Id.Id(t)
self.t = t
def exp(x):
return Exp(float(x))
import Exp
import WMLock
import time
state = Exp.expState()
WMLock399 = WMLock.WMLock( state, 1, 1, 751.526321 )
WMLock399.voltage.value = 5.0
for i in range( 0, 10 ):
time.sleep(1)
WMLock399.update()
WMLock399.findMFR()
while(1):
time.sleep(1)
WMLock399.update()
def user_pg(request):
name = request.user.username
user = Users.objects.get(user_id = name)
display = user.user_name
owner_key = user.token
owner_secret = user.token_secret
auth = fitbit.Fitbit(FITAPP_CONSUMER_KEY, FITAPP_CONSUMER_SECRET, resource_owner_key = owner_key, resource_owner_secret = owner_secret)
profile = auth.user_profile_get(name)
groupname = user.group
agiexp = user.user_agility
strexp = user.user_strength
willexp = user.user_willpower
strlevel, agilevel,willlevel = Exp.calcLvl(strexp, agiexp, willexp)
constitution = user.user_constitution
avatar = profile.get('user').get('avatar')
exist = user.group
try:
creator = Challenge.objects.get(challenger = name)
except Challenge.DoesNotExist:
creator = None
challenge = Challenge.objects.all()
for i in challenge:
if i.challengee == name:
creator = i
break
#print(creator)
# print(exist)
if exist != 'None' and creator != None:
groupname = user.group
return render_to_response('userpage.html', {"name" : display,
"avatar" : avatar,
"groupname" : groupname,
"challenge" : "You are currently in a challenge! Visit the challenge page to see the details!",
"agilevel" : agilevel,
"strlevel" : strlevel,
"willlevel" : willlevel,
"constitution" : constitution})
elif exist == 'None' and creator != None:
groupname = user.group
return render_to_response('userpage.html', {"name" : display,
"avatar" : avatar,
"groupname" : groupname,
"challenge" : "You are currently in a challenge! Visit the challenge page to see the details!",
"agilevel" : agilevel,
"strlevel" : strlevel,
"willlevel" : willlevel,
"constitution" : constitution})
elif exist != 'None' and creator == None:
groupname = user.group
return render_to_response('userpage.html', {"name" : display,
"avatar" : avatar,
"groupname" : groupname,
"challenge" : "You are not currently challenging anybody! Fix this on the challenge page!",
"agilevel" : agilevel,
"strlevel" : strlevel,
"willlevel" : willlevel,
"constitution" : constitution})
else:
return render_to_response('userpage.html', {"name" : display,
"avatar" : avatar,
"groupname" : "You are not currently in a group!",
"challenge" : "You are currently not challenging anyone.",
"agilevel" : agilevel,
"strlevel" : strlevel,
"willlevel" : willlevel,
"constitution" : constitution})
def calculateExp(request):
#day_of_year = datetime.now().timetuple().tm_yday
user = Users.objects.get(user_id = request.user.username)
#if user.last_login == day_of_year:
owner_key = user.token
owner_secret = user.token_secret
now = '2015-12-08'
print(now)
auth = fitbit.Fitbit(FITAPP_CONSUMER_KEY, FITAPP_CONSUMER_SECRET, resource_owner_key = owner_key, resource_owner_secret = owner_secret)
activity_stats = auth._COLLECTION_RESOURCE('activities', now, request.user.username)
print(activity_stats)
distgoal = activity_stats.get('goals').get('distance')
floorgoal = activity_stats.get('goals').get('floors')
stepgoal = activity_stats.get('goals').get('steps')
calories = activity_stats.get('summary').get('activityCalories')
print(calories)
dist = activity_stats.get('summary').get('distances')[0]['distance']
print(dist)
steps = activity_stats.get('summary').get('steps')
print(steps)
floors = activity_stats.get('summary').get('floors')
print(floors)
fairlyactive = activity_stats.get('summary').get('fairlyActiveMinutes')
veryactive = activity_stats.get('summary').get('veryActiveMinutes')
activity_sum = fairlyactive + veryactive
strxp, agixp, willxp, con_mult = Exp.calcExp(dist, distgoal, calories, floors, floorgoal, steps, stepgoal, activity_sum, 1.0,1)
expTotal = strxp + agixp + willxp
curr_str = user.user_strength
curr_agi = user.user_agility
curr_will = user.user_willpower
new_str, new_agil, new_will = Exp.add_exp(curr_str, curr_agi, curr_will,strxp, agixp, willxp)
user.user_strength = new_str
user.user_agility = new_agil
user.user_willpower = new_will
user.user_constitution = con_mult
user.save()
str_level, agil_level, will_level = Exp.calcLvl(new_str, new_agil, new_will)
try:
creator = Challenge.objects.get(challenger = request.user.username)
except Challenge.DoesNotExist:
creator = None
gee = None
challenge = Challenge.objects.all()
for i in challenge:
if i.challengee == request.user.username:
gee = i
break
if creator != None:
string = "You are currently in a challenge! Visit the challenge page to see the details!"
creator.gerExp += expTotal
creator.save()
elif creator == None and gee != None:
string = "You are currently in a challenge! Visit the challenge page to see the details!"
gee.geeExp += expTotal
gee.save()
if creator == None and gee == None:
string = "You are currently not in a challenge!"
profile = auth.user_profile_get(request.user.username)
username = profile.get('user').get('displayName')
groupname = user.group
if groupname == 'None':
string2 = "You are not currently in a group! Go join one!"
else:
string2 = "You are currently in a group! Go check it out at the group page!"
avatar = profile.get('user').get('avatar')
return render_to_response('userpage.html', {"name" : username,
"avatar" : avatar,
"groupname" : string2,
"challenge" : string,
"agilevel" : agil_level,
"strlevel" : str_level,
"willlevel" : will_level,
"constitution" : con_mult})
import Exp as ft
a, index, index1, delmass, maxdel, n, delmin, f = [], 0, 0, [], 1, 0, [], True
x = input("\033[34m{}".format('Вводите числа в строку через пробел: '))
a = ft.split(x, a)
b = ft.gen(a, index)
for i in a:
print(
'\t', "\033[37m{} [{}]: {}{}".format('Делители числа', i, '1,',
ft.out(b[index1])))
index1 += 1
a = sorted(a)
delmin = ft.asort(a[0], delmin)
for del2 in delmin:
n = 0
for i in b:
for j in range(len(i)):
if i[j] == del2:
n += 1
if n == len(b):
f = False
delmass.append(del2)
if len(delmass) > 0:
maxdel = delmass[len(delmass) - 1]
print(ft.output(a, maxdel, f))
