def createDetailedFrame(self):
self.detailedFrame = LabelFrame(self.tk, text="挂号详情")
self.detailedSelect = StringVar(self.detailedFrame)
results = RegistrationtDAO.listByDoctor(self.doc.uid, False)
results.sort(key=Registration.getRTime)
self.detailedList = []
for result in results:
self.detailedList.append(doctorResultToString(result))
out(doctorResultToString(result))
self.detailedSelect.set(self.detailedList[0])
self.detailedOption = OptionMenu(self.detailedFrame,
self.detailedSelect,
*self.detailedList,
command=self.updateInfoFrame)
self.detailedOption.config(width=43)
self.detailedOption.grid(row=0, column=1, padx=5)
self.createInfoFrame()
self.doneButton = Button(self.detailedFrame,
text="开始诊断",
padx=10,
command=self.doneHandler)
self.doneButton.grid(row=2, column=0, columnspan=2)
self.detailedFrame.grid(row=3, column=0)
def run():
merge.merge()
out.out()
ac = ASSR.AudioCorrection(
'path.wav', 'tfSessions/2018-10-13-01:40:12-0.8486092/session.ckpt')
ac.process()
ac.saveCorrectedAudio()
time.sleep(1)
wit.wit()
return 1
def userLogin(self, username, password):
user = UserDAO.getByUsername(username)
if user == None:
out("[userLogin] Username not found", username)
return None
out("[userLogin] User:", user)
if getSHA256(password) == user.hashPassword:
return user
return None
def loginResponce(self):
out(f"[LOGIN] Username: {self.userName.get()}, Password: {self.password.get()}"
)
loginResult = self.userLogin(self.userName.get(), self.password.get())
if (type(loginResult) == User):
out(f"[LOGIN] Successful", loginResult)
if (loginResult.utype == "doctor"):
ui_doctor(loginResult.uid)
return
if (loginResult.utype == "patient"):
ui_patient(loginResult.uid)
return
else:
messagebox.showinfo("登陆失败", "请检查您的用户名和密码后，再试一次")
def updateMenus(self, *args):
self.doctors = DoctorDAO.listByDepartment(self.getDepartment())
self.doctors.sort(key=Doctor.getPrimaryKey)
self.doctorsList = []
for doctor in self.doctors:
self.doctorsList.append(f"{doctor.uid}|{doctor.name}")
out(f"{doctor.uid}|{doctor.name}")
self.doctorOption.destroy()
if(len(self.doctorsList) == 0):
self.doctorsList.append("None")
self.doctor.set(self.doctorsList[0])
self.doctorOption = OptionMenu(self.tk, self.doctor, *self.doctorsList)
self.doctorOption.config(width=20)
self.doctorOption.grid(row=1, column=1, padx=5)
def main(argv):
try:
if len(sys.argv) < 3:
if sys.argv[1] == "-h" or sys.argv[1] == "--help":
usage()
sys.exit()
else:
clierror()
sys.exit(2)
else:
if sys.argv[2] != "1" and sys.argv[2] != "2": # check the input
clierror()
sys.exit(2)
else:
opts, args = getopt.getopt(argv, "so:pc",
["show", "ofile=", "post", "copy"])
lyrics = Get.getlyrics(sys.argv[1], sys.argv[2])
except getopt.GetoptError:
print("error: missing a mandatory option.Use -h or --help for help")
sys.exit(2)
for opt, arg in opts:
if opt in ("-s", "--show"):
print(lyrics)
elif opt in ("-o", "--ofile"):
out.out(arg, lyrics)
elif opt in ("-p", "--post"):
try:
for i in range(0, 100):
input(i + 1)
Post.post("♬" +
lyrics.splitlines()[i][11:].replace(" ", ""))
print("♬" + lyrics.splitlines()[i][11:].replace(" ", ""))
except:
print("输出完成")
elif opt in ("-c", "--copy"):
try:
for i in range(1, 100):
Copy.inputtxt("♬" +
lyrics.splitlines()[i][11:].replace(" ", ""))
print(lyrics.splitlines()[i][11:].replace(" ", ""))
input(i + 1)
except:
print("输出完成")
def ParseCommandLine(d):
d["-0"] = False # 0-based sequences
d["-d"] = 3 # Number of significant digits
d["-e"] = True # Include end point
d["-n"] = True # If True, include newline after number
d["-s"] = False # Use sig if True
d["-t"] = False # Run test cases
d["-x"] = False # Allow expressions
d["name"] = os.path.split(sys.argv[0])[1]
if len(sys.argv) < 2:
Usage(d)
try:
optlist, args = getopt.getopt(sys.argv[1:], "0d:ehnstx")
except getopt.GetoptError as e:
msg, option = e
out(msg)
exit(1)
for opt in optlist:
if opt[0] == "-0":
d["-0"] = True
if opt[0] == "-d":
try:
d["-d"] = int(opt[1])
if not (1 <= d["-d"] <= 15):
raise ValueError()
except ValueError:
msg = "-d option's argument must be an integer between 1 and 15"
Error(msg)
if opt[0] == "-e":
d["-e"] = False
if opt[0] == "-h":
Usage(d, status=0)
if opt[0] == "-n":
d["-n"] = False
if opt[0] == "-s":
d["-s"] = True
if opt[0] == "-t":
d["-t"] = True
if opt[0] == "-x":
d["-x"] = True
sig.digits = d["-d"]
if not d["-t"] and len(args) not in range(1, 4):
Usage(d)
return args
def createDetailedFrame(self):
self.detailedFrame = LabelFrame(self.tk, text="挂号详情")
self.detailedSelect = StringVar(self.detailedFrame)
results = RegistrationtDAO.listByPatient(self.patient.uid, False)
results.sort(key=Registration.getRTime)
self.detailedList = []
for result in results:
self.detailedList.append(patientResultToString(result))
out(patientResultToString(result))
self.detailedSelect.set(self.detailedList[0])
self.detailedOption = OptionMenu(self.detailedFrame,
self.detailedSelect,
*self.detailedList,
command=self.updateInfoFrame)
self.detailedOption.config(width=43)
self.detailedOption.grid(row=0, column=1, padx=5)
self.createInfoFrame()
self.detailedFrame.grid(row=3, column=0)
def FloatingPoint(n, m, inc, d):
fmt = "%%.%dg" % d["-d"]
for i in frange(n, m, inc, include_end=d["-e"]):
if i <= float(m):
if d["-s"]:
out(sig(i), "", nl=d["-n"])
else:
out(fmt % i, "", nl=d["-n"])
if not d["-n"]:
out()
def main():
desired_year = time.gmtime()[0] # Default to current year
if len(sys.argv) > 1:
desired_year = int(sys.argv[1])
# Get a list of the phase times in Julian days. Each element of the
# list is another list containing the Julian day and the phase number.
results, zn = [], zone_name
new = GetPhaseData(desired_year, NEW)
first = GetPhaseData(desired_year, FIRST)
full = GetPhaseData(desired_year, FULL)
last = GetPhaseData(desired_year, LAST)
FixArrays(new, first, full, last)
indent = " " * 12
out('''
Moon phases for {desired_year}
(Times are {zn} time corrected for DST)'''[1:].format(**locals()))
out('''
New Full First Qtr Last Qtr
------------ ------------ ------------ ------------
'''[:-1])
fmt = "%-15s "
for i in range(len(new)):
out(fmt % GetItem(new[i]), nl=0)
out(fmt % GetItem(full[i]), nl=0)
out(fmt % GetItem(first[i]), nl=0)
out(fmt % GetItem(last[i]))
def Usage(d, status=1):
name = d["name"]
digits = d["-d"]
out(__doc__.strip().format(**locals()))
sys.exit(status)
def Error(msg, status=1):
out(msg, stream=sys.stderr)
exit(status)
def ShowExamples(d):
'''Print some examples.
'''
d["-n"] = False
f = "%-20s "
out("Output for various command line arguments:\n")
#
out(f % "'-n 8' ", nl=0)
Integers(1, 8, 1, d)
#
out(f % "'-n -e 8' ", nl=0)
d["-e"] = False
Integers(1, 8, 1, d)
d["-e"] = True
#
out(f % "'-n -0 8' ", nl=0)
Integers(0, 8, 1, d)
#
d["-e"] = False
out(f % "'-n -0 -e 8' ", nl=0)
Integers(0, 8, 1, d)
d["-e"] = True
#
out()
out(f % "'-n 0 1 1/8' ", nl=0)
Fractions(0, 1, "1/8", d)
#
out(f % "'-n -e 0 1 1/8' ", nl=0)
d["-e"] = False
Fractions(0, 1, "1/8", d)
d["-e"] = True
#
out()
out(f % "'-n 1 6 0.75' ", nl=0)
FloatingPoint(1, 6, "0.75", d)
#
out(f % "'-n 1 6 3/4' ", nl=0)
Fractions(1, 6, "3/4", d)
#
out(f % "'-n -e 1 6 0.75' ", nl=0)
d["-e"] = False
FloatingPoint(1, 6, "0.75", d)
d["-e"] = True
#
out(f % "'-n -e 1 6 3/4' ", nl=0)
d["-e"] = False
Fractions(1, 6, "3/4", d)
d["-e"] = True
#
out(f % "'-n -s 1 6 0.75' ", nl=0)
d["-s"] = False
FloatingPoint(1, 6, "0.75", d)
d["-s"] = True
exit(0)
def Integers(n, m, inc, d):
for i in frange(n, m, inc, return_type=int, include_end=d["-e"]):
if i <= int(m):
out(i, "", nl=d["-n"])
if not d["-n"]:
out()
def Fractions(n, m, inc, d):
for i in frange(n, m, inc, impl=R, return_type=R,
include_end=d["-e"]):
out(i, "", nl=d["-n"])
if not d["-n"]:
out()
#!/bin/python3
from simulated_annealing import simulated_annealing, target_function, calculate_nutrients
from config import CONFIG, generate_nutrient_functions
from meal_parser import MealParser
from out import out
if __name__ == '__main__':
FOOD_PARSER = MealParser(CONFIG['FILE_NAME'])
FOOD = FOOD_PARSER.read_meals_from_file()
config = generate_nutrient_functions(CONFIG, CONFIG['NUTRIENTS_WEIGHTS'],
CONFIG['GOAL'])
BEST_DIET = simulated_annealing(config['DAYS_OF_DIET'], config['GOAL'],
FOOD, config)
out(FOOD, BEST_DIET, [g * config['DAYS_OF_DIET'] for g in config['GOAL']],
target_function(BEST_DIET, config['GOAL'], FOOD, config), config)
