def on_mouse(self, event, x, y, flags, param):
if event == cv2.EVENT_LBUTTONDOWN:
deg = int(get_angle_between_points(self.center, (x, y)))
deg_plus_90 = (deg + 90)%360
i = integerbox(msg="enter value", title='analog trainer', lowerbound=0, upperbound=9999)
self.training_data.append({'degree': deg_plus_90, 'value': i})
def getLength():
wantsHourBox = easygui.ynbox(
"Please choose a format for inputting timer length.\nThe second option will allow more than 60 minutes.",
"Timer Entry", ("Hours, Minutes, Seconds", "Minutes, Seconds"))
minuteQuestion = "How many minutes, if any, will the timer last?"
totalHours, totalMinutes, totalSeconds = 0, 0, 0
if wantsHourBox is True:
totalHours = easygui.integerbox(
"How many hours, if any, will the timer last?\nLeave the answer as 0 if the timer is under an hour.",
"Hours", 0)
minuteQuestion = "How many additional minutes, if any, will the timer last?"
totalMinutes = easygui.integerbox(
minuteQuestion,
"Minutes",
0,
)
totalSeconds = easygui.integerbox(
"How many additional seconds, if any, will the timer last?",
"Seconds",
0,
upperbound=59)
checkLength(totalHours, totalMinutes, totalSeconds)
timerLengthInSeconds = (totalHours * 120) + (totalMinutes *
60) + totalSeconds
return timerLengthInSeconds
def GuessNum():
choices = ("开始", "退出")
user_sel = g.buttonbox("欢迎来到猜数字游戏",
"猜数字游戏",
choices=choices,
default_choice=choices[1],
cancel_choice=choices[1])
if user_sel == choices[0]:
#print("选择了开始")
user_input = g.integerbox("你猜我心里想的是什么数字？(0-100内的整数):",
lowerbound=0,
upperbound=100)
while True:
if user_input == TargetNum:
g.msgbox("哇!猜对了!!真棒!!")
break
elif user_input > TargetNum:
user_input = g.integerbox("猜大啦,再试一次(0-100):",
lowerbound=0,
upperbound=100)
else:
user_input = g.integerbox("猜小啦,再试一次(0-100):",
lowerbound=0,
upperbound=100)
def KI():
msg = 'Введите рост спортсмена'
title = 'Сбор антропометрических данных'
default = '0'
lowerbound = 0
upperbound = 250
fieldValues = easygui.integerbox(msg, title, default, lowerbound,
upperbound)
rost = fieldValues
msg1 = 'Введите массу тела спортсмена'
title1 = 'Сбор антропометрических данных'
default1 = '0'
lowerbound1 = 0
upperbound1 = 250
fieldValues1 = easygui.integerbox(msg1, title1, default1, lowerbound1,
upperbound1)
mass = fieldValues1
IMT = float((mass * 10000) / (rost * rost))
strrost = str(rost)
strmass = str(mass)
strIMT = str(IMT)
f = open('rostFile' + spch + '.dat', 'a')
f.write('\n' + strrost)
g = open('massFile' + spch + '.dat', 'a')
g.write('\n' + strmass)
h = open('IMTFile' + spch + '.dat', 'a')
h.write('\n' + strIMT)
easygui.msgbox('Индекс массы тела равен ' + strIMT)
f.close()
g.close()
h.close()
MainSPMenu()
def TLoad():
msg = 'Введите время тренировки в минутах'
title = 'Сбор информации о тренировке'
default = '0'
lowerbound = 0
upperbound = 360
fieldValues = easygui.integerbox(msg, title, default, lowerbound,
upperbound)
time = fieldValues
msg1 = 'Введите оценку напряженности тренировки'
title1 = 'Сбор информации о тренировке'
default1 = '0'
lowerbound1 = 0
upperbound1 = 10
fieldValues1 = easygui.integerbox(msg1, title1, default1, lowerbound1,
upperbound1)
Load = fieldValues1
SLoad = time * Load
strtime = str(time)
strLoad = str(Load)
strSLoad = str(SLoad)
f = open('timingFile' + spch + '.dat', 'a')
f.write('\n' + strtime)
g = open('markFile' + spch + '.dat', 'a')
g.write('\n' + strLoad)
h = open('SLoadFile' + spch + '.dat', 'a')
h.write('\n' + strSLoad)
f.close()
g.close()
h.close()
MainSPMenu()
def guessnum2(self):
secret = random.randint(1, 9)
times = 3
num = easygui.integerbox("来猜猜小公主我现在心里想的是1-9里哪一个数字：：",
title="猜数字",
lowerbound=1,
upperbound=9)
if num == secret:
easygui.msgbox("你是小公主我肚子里的蛔虫吗？？！！")
else:
while num != secret:
times -= 1
if num > secret:
easygui.msgbox("大了", title="游戏结果")
elif num < secret:
easygui.msgbox("小了", title="游戏结果")
if times > 0:
easygui.msgbox("总共 3 次机会，你还剩下 %d 次机会哦" % times)
num = easygui.integerbox("重新输吧：",
title="猜数字",
lowerbound=1,
upperbound=9)
else:
easygui.msgbox("次数用光了")
break
else:
easygui.msgbox("终于猜对了呀，哼，真是的，居然不是一次就中，你根本不爱我！")
exitgame = easygui.boolbox("游戏结束辣", choices=["退出游戏", "再玩一次"])
if exitgame:
sys.exit(0)
else:
self.guessnum2()
def guessnum1(self):
secret = random.randint(1, 9)
times = 3
num = easygui.integerbox("来猜猜小公主我现在心里想的是哪一个数字：",
title="猜数字",
lowerbound=1,
upperbound=9)
while (num != secret) and (times > 0):
times -= 1
if num == secret:
easygui.msgbox("你是小公主我肚子里的蛔虫吗？？！！")
break
elif num > secret:
easygui.msgbox("大了", title="游戏结果")
elif num < secret:
easygui.msgbox("小了", title="游戏结果")
if times > 0:
num = easygui.integerbox("重新输吧：",
title="猜数字",
lowerbound=1,
upperbound=9)
else:
easygui.msgbox("次数用光了")
exitgame = easygui.boolbox("游戏结束", choices=["退出游戏", "取消"])
if exitgame:
sys.exit(0)
else:
pass
def Init():
# Variables initialization
path = gui.diropenbox("Choose repertory of image", "./")
files = os.listdir(path)
if not os.path.exists("./GFD"):
os.mkdir("GFD")
if path is not None: # If we didn't click in the cancel bottom
rad = gui.integerbox("Enter radian", "int ", 4, 1, 20)
ang = gui.integerbox("Enter angle", "int ", 6, 1, 20)
gui.msgbox("please be patient , it will take time")
for file in files: # parcourir fichier #O(n)
fic = path + '/' + file
if os.path.isdir(fic): # If the file selected is a directory
continue
else:
if imghdr.what(
fic
) is None: # Check if the picture is not a picture
continue
else: # if the file is not a directory and a picture
img = cv.imread(
fic) # read the picture with cv.imread()
grayScale = cv.cvtColor(img,
cv.COLOR_RGB2GRAY) # calculate
grayScale -= 255
sp = img.shape
nom_img = os.path.splitext(
os.path.basename(fic))[0] # get image signature
OutputFeatureVectorFD(sp, grayScale, rad, ang, nom_img)
gui.msgbox("complete")
else:
print("User has canceled the operation")
def problem2():
"""Uses the specified function as described in the exam document."""
# TODO 2b: Write code to use the function as described in the exam document.
count = easygui.integerbox("How many numbers?")
bottom = easygui.integerbox("Lower Bound?")
top = easygui.integerbox("Upper Bound?")
even_odd(count, bottom, top)
def GuessNum():
try:
temp = g.integerbox(msg, title, lowerbound=1, upperbound=10)
guess = int(temp)
while guess:
if guess == secret:
g.msgbox("我草，你是小甲鱼心里的蛔虫吗？！")
g.msgbox("哼，猜中了也没有奖励！")
break
else:
if guess > secret:
g.msgbox("哥，大了大了~~~")
else:
g.msgbox("嘿，小了，小了~~~")
guess = g.integerbox(msg, title, lowerbound=1, upperbound=10)
except ValueError as reason:
g.msgbox("输入值有误...请重新输入" + str(reason))
except EOFError as reason:
g.msgbox("输入值有误...请重新输入" + str(reason))
except KeyboardInterrupt as reason:
g.msgbox("输入值有误...请重新输入" + str(reason))
finally:
g.msgbox("游戏结束，不玩啦^_^")
def guessnum():
guess = g.integerbox('不妨猜一下我现在在想那个数字吧（1-10）？', '猜数字小游戏', upperbound=10)
while guess != secret:
if guess < secret:
guess = g.integerbox('小了（1-10）？', '猜数字小游戏', upperbound=10)
else:
guess = g.integerbox('大了（1-10）？', '猜数字小游戏', upperbound=10)
g.msgbox('恭喜你猜对了！', '恭喜')
def exercise3():
"""Interact with the user and test the count_multiples function."""
# You _DO_NOT_ need to modify this code for Lab 10.
start = easygui.integerbox("Enter start value:", "Input", "", -2 ** 31, 2 ** 31)
stop = easygui.integerbox("Enter stop value:", "Input", "", -2 ** 31, 2 ** 31)
step = easygui.integerbox("Enter divisor value:", "Input", "", -2 ** 31, 2 ** 31)
easygui.msgbox("There are {} multiples of {} in the range [{},{}].".format(
count_multiples(start, stop, step), step, start, stop), "Result")
def date_input():
when_made = easygui.ynbox('Was the batch made today?', 'Date',
['Yes', 'No'])
date = datetime.datetime.now() # sets current date and time to date module
if when_made:
date = date.strftime(
'%Y%m%d'
) # Formats date as required, using datetime lib (Upper case Y for ful year)
return date
else: # if user wants to input there own date then
month = 0
day = 0
# limiting inputs to the present date and back to the year 2000
year = easygui.integerbox('Please enter the year of manufacture',
'manual selection',
lowerbound=2000,
upperbound=int(datetime.datetime.now().year))
# if the user clicks cancel return to main menu
if year is None:
main()
month = easygui.integerbox(
'Please enter the month of manufacture as a number',
lowerbound=1,
upperbound=12)
if month is None:
main()
# If user selects feb limits input to 1 > 28 + Leap year Validation
if month == 2:
if year % 4 == 0 and year % 100 != 0 or year % 400 == 0:
while day < 1 or day > 29:
day = easygui.integerbox(
'Please enter the day of manufacture:')
else:
while day < 1 or day > 28:
day = easygui.integerbox(
'Please enter the day of manufacture')
else:
while day < 1 or day > 31:
day = easygui.integerbox('Please enter the day of manufacture')
if day is None:
main()
# This will check user inputs and format using the built in python function zfill
if day < 10 and month < 10:
date = (str(year) + str(month).zfill(2) + str(day).zfill(2))
elif day < 10:
date = (str(year) + str(month) + str(day).zfill(2))
elif month < 10:
date = (str(year) + str(month).zfill(2) + str(day))
else:
date = (str(year) + str(month) + str(day))
return date
def exercise3():
"""Interact with the user and test the count_multiples function."""
# You _DO_NOT_ need to modify this code for Lab 10.
start = easygui.integerbox("Enter start value:", "Input", "", -2**31,
2**31)
stop = easygui.integerbox("Enter stop value:", "Input", "", -2**31, 2**31)
step = easygui.integerbox("Enter divisor value:", "Input", "", -2**31,
2**31)
easygui.msgbox(
"There are {} multiples of {} in the range [{},{}].".format(
count_multiples(start, stop, step), step, start, stop), "Result")
def exercise5():
"""Interact with the user and test the count_multiples function."""
# TODO 5b: Write code to use the count_multiples function as described in the lab document.
start = easygui.integerbox('Enter start value:', ' ', '', 0, 2**31)
stop = easygui.integerbox('Enter stop value:', ' ', '', start, 2**31)
divisor = easygui.integerbox('Enter divisor value:', ' ', '', 0, 2**31)
result = count_multiples(start, stop, divisor)
easygui.msgbox(
msg="There are {} multiples of {} in the range [{},{}]".format(
result, divisor, start, stop))
def exercise1():
"""Interact with the user and test the exemplar function."""
# Get a year from the user.
year = easygui.integerbox( "Enter two-digit class year, 16-18:", "Input", "", 16, 18 )
# Continue until the user clicks the Cancel button.
while year is not None:
# Show the exemplar for the given year.
easygui.msgbox( "Class of 20{}'s exemplar is {}.".format( year, exemplar( year ) ), "Result" )
# Get another year from the user.
year = easygui.integerbox( "Enter two-digit class year, 16-18:", "Input", "", 16, 18 )
def exercise2():
"""Interact with the user and test the drink_size function."""
# Get a number of ounces from the user.
oz = easygui.integerbox( "Enter drink ounces:", "Input", "", 1, 144 )
# Continue until the user clicks the Cancel button.
while oz is not None:
# Show the drink size for the given number of ounces.
easygui.msgbox( "A {}oz drink is {}.".format( oz, drink_size( oz ) ), "Result" )
# Get another drink size from the user.
oz = easygui.integerbox( "Enter drink ounces:", "Input", "", 1, 144 )
def setupSession(chapters):
qnum = easygui.integerbox("How many questions should be asked?")
if not (easygui.ynbox(
"Asking from all chapters, YES to continue or NO to select chapters."
)):
cstart = easygui.integerbox("Chapter to start: ")
clen = easygui.integerbox(
"How many chapters should be included (Max 22): ")
else:
cstart = 0
clen = 22
return qnum, chapters[cstart:cstart + clen]
def two_level_continuous_cycles_with_rest():
#A battery degradation test where the degradation is done at one current
#and the capacity measurement is done at another current.
#e.g. 9 degradation cycles, then 1 capacity measurement cycle.
#degradation cycles
#get user to enter number of cycles
degradation_cycle_settings = Templates.CycleSettings()
degradation_cycle_settings.get_cycle_settings("Degradation")
num_degradation_cycles = eg.integerbox(msg="How Many Degradation Cycles?",
title="Degradation Cycle",
default=9,
lowerbound=0,
upperbound=99)
#capacity measurement cycles
capacity_cycle_settings = Templates.CycleSettings()
capacity_cycle_settings.get_cycle_settings("Capacity")
num_capacity_cycles = eg.integerbox(msg="How Many Capacity Cycles?",
title="Capacity Cycle",
default=1,
lowerbound=0,
upperbound=99)
#test cycles - X discharge, Y charge, how many times?
num_test_cycles = eg.integerbox(msg="How Many Test Cycles?",
title="Test Cycles",
default=1,
lowerbound=0,
upperbound=99)
cycle_types = ("Degradation", "Capacity")
first_cycle = eg.buttonbox(
msg="Which cycle type should be completed first?",
title="First Cycle",
choices=cycle_types,
default_choice=cycle_types[0])
cycle_settings_list = list()
for j in range(num_test_cycles):
if (first_cycle == "Degradation"):
for i in range(num_degradation_cycles):
cycle_settings_list.append(degradation_cycle_settings)
for i in range(num_capacity_cycles):
cycle_settings_list.append(capacity_cycle_settings)
elif (first_cycle == "Capacity"):
for i in range(num_degradation_cycles):
cycle_settings_list.append(capacity_cycle_settings)
for i in range(num_capacity_cycles):
cycle_settings_list.append(degradation_cycle_settings)
return cycle_settings_list
def exercise2():
"""Interact with the user and test the drink_size function."""
# Get a number of ounces from the user.
oz = easygui.integerbox( "Enter drink ounces:", "Input", "", 1, 144 )
# Continue until the user clicks the Cancel button.
while oz is not None:
# Show the drink size for the given number of ounces.
easygui.msgbox( "A {}oz drink is {}.".format( oz, drink_size( oz ) ), "Result" )
# Get another drink size from the user.
oz = easygui.integerbox( "Enter drink ounces:", "Input", "", 1, 144 )
def exercise1():
"""Interact with the user and test the exemplar function."""
# Get a year from the user.
year = easygui.integerbox( "Enter two-digit class year, 16-18:", "Input", "", 16, 18 )
# Continue until the user clicks the Cancel button.
while year is not None:
# Show the exemplar for the given year.
easygui.msgbox( "Class of 20{}'s exemplar is {}.".format( year, exemplar( year ) ), "Result" )
# Get another year from the user.
year = easygui.integerbox( "Enter two-digit class year, 16-18:", "Input", "", 16, 18 )
def load_parameter():
msg = "Parameter Dump auswählen oder Best-Score-Visualisierung"
choices = ["Parameter auswählen","Beste Visualisierug"]
reply = eg.buttonbox(msg, choices=choices)
if reply == choices[0]:
parameter_dir = eg.fileopenbox()
vis_time = eg.integerbox("Dauer der Simulation (in Sek.):","TW Circuit")
vs.main(parameter_dir, int(vis_time))
elif reply == choices[1]:
parameter_dir = "parameter_dumps/20180817_01-56-01_rs2_v2_200.hkl"
vis_time = eg.integerbox("Dauer der Simulation (in Sek.):","TW Circuit")
vs.main(parameter_dir, int(vis_time))
def exercise3():
"""Interact with the user and test the quadrant function."""
# Get a coordinate from the user.
x = easygui.integerbox( "Enter x coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
y = easygui.integerbox( "Enter y coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
# Continue until the user clicks the Cancel button.
while x is not None and y is not None:
# Show the quadrant for the given coordinate.
easygui.msgbox( "({},{}) is in quadrant {}.".format( x, y, quadrant( x, y ) ), "Result" )
# Get another coordinate from the user.
x = easygui.integerbox( "Enter x coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
y = easygui.integerbox( "Enter y coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
def exercise3():
"""Interact with the user and test the quadrant function."""
# Get a coordinate from the user.
x = easygui.integerbox( "Enter x coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
y = easygui.integerbox( "Enter y coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
# Continue until the user clicks the Cancel button.
while x is not None and y is not None:
# Show the quadrant for the given coordinate.
easygui.msgbox( "({},{}) is in quadrant {}.".format( x, y, quadrant( x, y ) ), "Result" )
# Get another coordinate from the user.
x = easygui.integerbox( "Enter x coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
y = easygui.integerbox( "Enter y coordinate:", "Input", "", -2 ** 31, 2 ** 31 )
def youxi():
while 1:
ass = '用户'
can = '密码'
s = g.multpasswordbox('请输入你的账号和密码', '账号输入', [ass, can])
if s[0] == '3117004628' and s[1] == '123':
g.msgbox('欢迎来到你的专属sex空间~~~', ok_button='oh~yeah~')
break
else:
g.msgbox('输入错误，无法享受sex空间！')
#猜数字
g.msgbox('来玩个猜数字游戏吧~,猜对了才有福利哦', '猜数字', '嗯？！')
g.msgbox('警告：该游戏只能玩三次，三次不过的话就没福利了！！！', '猜数字', ok_button='好的，我知道了！')
ass = g.integerbox(msg='请输入1~10任一个数字', lowerbound=1, upperbound=10)
shu = a.randint(1, 10)
i = 0
while 1:
if shu > ass:
g.msgbox('小了小了~', ok_button='知道了')
i += 1
ass = g.integerbox(msg='请输入1~10任一个数字', lowerbound=1, upperbound=10)
elif shu == ass:
g.msgbox('猜对咯！')
break
elif shu < ass:
g.msgbox('大了大了！', ok_button='知道了')
i += 1
ass = g.integerbox(msg='请输入1~10任一个数字', lowerbound=1, upperbound=10)
else:
if i == 2:
g.msgbox('与福利擦身而过了，下次加油吧', ok_button='知道了')
sys.exit(0)
#通过游戏，提问考验
sea = g.buttonbox('你渴望奈子么？？',
'选择吧，让我听到你的心声！',
image='gg.gif',
choices=('是的！', '额..(⊙o⊙）其实我更喜欢屁股~'))
if sea == '是的！':
g.msgbox('恭喜你！获得奈子！')
we = g.buttonbox('怎么样？', image='sex1.gif', choices=('还可以', '我觉得不行！'))
if we == '我觉得不行！':
g.msgbox('滚犊子！再见！', '恩~，不要嘛~')
sys.exit(0)
else:
g.msgbox('祝你身体愉快，生活健康，再见~', '我还想要怎么办？？？')
sys.exit(0)
else:
g.msgbox('再见，没有福利了！', '...其实奈子是不错的！！')
sys.exit(0)
def fsetting():
global n,m,nowcolor
nn=easygui.integerbox(msg="自定义行数:",default=n,title="设置",lowerbound=1,upperbound=15)
if nn:
n=nn
mm=easygui.integerbox(msg="自定义列数:",default=m,title="设置",lowerbound=1,upperbound=15)
if mm:
m=mm
colorc=[x[0] for x in colorchoices]
tchoice=easygui.choicebox(msg="选择主题",title="设置",choices=colorc,preselect=nowcolor)
if tchoice in colorc:
set_color(colorc.index(tchoice))
#print(nowcolor)
all_redraw()
change_nm()
def high_low():
"""Implement the number guessing game High Low."""
# Create a random number in the range [1,100] for the user to guess.
secret_number = 37 # random.randint( 1, 100 )
# For debugging purposes only, it's nice to know the secret.
print(secret_number,
flush=True) # Add the flush to ensure there's no buffering.
count = 0
guess = 0
low = 0
high = 100
# TODO 6: Implement the High Low guessing game as described in the lab document.
while count < 7:
guess = easygui.integerbox(
"Enter a guess between {} and {}:".format(low, high), "Input", "",
1, 100)
count += 1
if guess == secret_number:
break
if guess > secret_number:
result = "high"
high = guess
else:
result = "low"
low = guess
easygui.msgbox("Your guess of {} is too {}.".format(guess, result),
"Result")
if guess == secret_number:
easygui.msgbox(
"You win! You guessed {} in {} guesses".format(
secret_number, count), "Result")
else:
easygui.msgbox(
"You Lose :( The secret number was {}".format(secret_number),
"Result")
def exercise4():
"""Interact with the user and test the count_sevens function."""
rolls = easygui.integerbox('How many 7s:', 'Input', '', 0, 2**31)
total = count_sevens(rolls)
percent = rolls * 100 / total
easygui.msgbox("{} out of {} rolls ({:.2f}%) were 7.".format(
rolls, total, percent))
def viewcomponents():
with open("batchindex.json", "r") as f: #reads json data
indata = json.load(f)
f.close()
mylist = indata["UsedBatches"]
n = 0
newcomp = easygui.integerbox(
msg="Enter component serial number",
upperbound=99999999999999) #user inputs component number
while n < len(mylist):
filename = str(newcomp) + ".pck"
if os.path.exists(filename):
newcomp = mylist[n]
f1 = open(filename, "rb") #reads back the pickle file
file_contents = pickle.load(f1)
f1.close()
msg = "Component Details for %s" % newcomp #returns following file contents from pickle file
typ = "\nType: %s" % file_contents.type
siz = "\nSize: %s" % file_contents.size
date = "\nDate: %s" % file_contents.date
stat = "\nCurrent Status: %s" % file_contents.componentstatus
part = "\nPart of Batch: %s" % file_contents.batchno
details = easygui.msgbox(msg + typ + siz + date + stat + part)
break
else:
easygui.msgbox(msg="Component not found"
) #error message if component can't be found
break
def problem3():
"""Uses the specified function as described in the exam document."""
# TODO 3b: Write code to use the function as described in the exam document.
first_num = easygui.integerbox("First Number?")
second_num = easygui.integerbox("Second Number?")
third_number = easygui.integerbox("Third Number?")
fourth_number = easygui.integerbox("Fourth Number?")
first = gcd(first_num, second_num)
second = gcd(second_num, third_number)
third = gcd(third_number, fourth_number)
greatest_common_denominator = first
if second <= greatest_common_denominator:
greatest_common_denominator = second
elif third <= greatest_common_denominator:
greatest_common_denominator = third
easygui.msgbox("GCD: " + str(greatest_common_denominator))
def gui(self, cryptionKey):
'''FileUploader GUI'''
while self.running:
choise = easygui.indexbox(
'Upload files\n\nKey: ' + str(cryptionKey), 'File Uploader',
('Full Upload', 'Select File', 'Select Directory',
'Check files', 'Upload', 'Decrypt'))
if choise == None:
self.running = False
elif choise == 0:
fail(
'For now, Full Upload will only count files in drives and highest sized files.'
)
byteLimit = easygui.integerbox(
'Enter Max Filesize (MegaBytes)', 'File Uploader', 500, 1,
100000)
self.fullUpload(byteLimit)
elif choise == 1:
self.includeFile()
elif choise == 2:
self.includeDir()
elif choise == 3:
info(str(self.files) + ', ' + str(self.dirs))
elif choise == 4:
self.upload()
elif choise == 5:
self.decryptFiles()
def inventory(self):
items = [i for i in Game.items.values() if i.carrier == 1]
#return easygui.choicebox("select item to use", choices=i)
text = "------ Items in backpack of player ------\n"
mass = 0
for i in items:
text += i.__repr__() + "\n"
mass += i.mass
text += "====== Total mass of backpack: {} kg ======\n".format(mass)
#text += "----- Items on the ground ---------\n"
#items = [i for i in Game.items.values() if i.room == self.room and i.carrier is None]
#for i in items:
# text += i.__repr__() + "\n"
text += self.show_items()
number = easygui.integerbox(
"Please enter number of item to use or to pick it up!\n" +
"Enter a negative number to drop an item!\n" + text,
lowerbound=-9999,
upperbound=9999)
if number is None:
return None
keys = [
k for k, v in Game.items.items()
if v.carrier == 1 or v.room == self.room
]
if number in keys:
return number
if number < 0:
if number * -1 in keys:
return number # negative number, to drop item!
return None
def viewbatchdetails():
with open("batchindex.json", "r") as f: #reads json data
indata = json.load(f)
f.close()
mylist = indata["UsedBatches"]
n = 0
batchno = easygui.integerbox(
msg="Enter batch number:", upperbound=9999999999
) #user can input batch number to search for specific batch
while n < len(mylist):
filename = str(batchno) + ".pck"
if os.path.exists(filename):
batchno = mylist[n]
f1 = open(filename, "rb")
file_contents = pickle.load(f1)
f1.close()
btchno = "Batch Number: %s" % file_contents.batchno #returns the following attributes of the batch
date = "\nManufacturedate: %s" % file_contents.date
typ = "\nComponent Type: %s" % file_contents.type
sze = "\nComponent Size: %s" % file_contents.size
quanty = "\nNumber of Components %s" % file_contents.noofcomponents
serialno = "\nSerial Numbers: %s" % file_contents.newcomplist
status = "\nComponent Status: %s" % file_contents.componentstatus
details = easygui.msgbox(
btchno + date + typ + sze + quanty + serialno +
status) #displays attributes in easygui message box
break
else:
easygui.msgbox(msg="Batch not found"
) #if there is no batch, returns error message
break
def mode2(): #air resistance
B = []
i = 0
angle = 45
k = easygui.integerbox("Input the number of curved lines(1~)")
if k == None: choosemode()
for v in range(100, (k + 5) * 20, 20):
i += 1
temp = drag_cannon(ini(v, angle), _dt=0.1)
B.append(temp)
choice = easygui.buttonbox('Choose path or velocity to polt', 'Choice',
['trajectory', 'velocity change'])
if choice == 'trajectory':
for i in range(0, k - 1, 1):
v = 100 + 20 * i
B[i].shoot()
B[i].show_trajectory(v, angle)
show()
if choice == 'velocity change':
for i in range(0, k - 1, 1):
v = 100 + 20 * i
B[i].shoot_v()
B[i].show_velocity(v, angle)
show()
choosemode()
def load_parameter_weights():
eg.msgbox(msg="Wählen Sie zuerst den Parameter-Dump.")
parameter_dir = eg.fileopenbox()
eg.msgbox(msg="Wählen Sie nun den entsprechenden Weight-Dump.")
weight_dir = eg.fileopenbox()
vis_time = eg.integerbox("Dauer der Simulation (in Sek.):","TW Circuit")
vs.main_with_weights(parameter_dir, weight_dir, int(vis_time))
def game():
times = 3
num = random.randint(1, 10)
while 1:
times = times - 1
msg = 'Try to guess what the number is (1~10): '
title = 'number game'
E_num = g.integerbox(msg, title, lowerbound=1, upperbound=10)
if E_num == num:
g.msgbox("Yeah, you're right!")
choice()
else:
if E_num > num:
g.msgbox("Oh, it's big!")
else:
g.msgbox("No, it's small!")
if times > 0:
g.msgbox("Come again!")
else:
g.msgbox("Opportunity to run out!")
choice()
def exercise1():
"""Interact with the user and test the sum_odds and sum_evens functions."""
# You _DO_NOT_ need to modify this code for Lab 10.
n = easygui.integerbox("Enter n:", "Input", lowerbound=0, upperbound=2 ** 31)
odd = sum_odds(n)
even = sum_evens(n)
easygui.msgbox("n = {}\nsum of odds = {}\nsum of evens = {}".format(n, odd, even))
def showHomeworkByDate():
"""
按时间读取作业
用到了func块的getSubject、showHomeworkInfo和getHomeworkBydate方法
基本和showAllHomework方法相同
"""
global user_id
subjects = func.getSubject(user_id)
choice = easygui.choicebox("选择你要查看的学科:", "YoxueHelper", subjects)
# 这里是获取用户要查询的学科
days = easygui.integerbox('输入你要查询几天前至今的作业:', 'YoxueHelper', 7, 3, 5000)
# 查看的时间限制
if days == None:
main()
return None
# 直接关闭弹窗会返回None并报错,这儿做了一个处理
cards = func.getHomeworkBydate(user_id, days, choice)
showList = []
for card in cards:
showList.append(card['title'])
choiceOption = easygui.choicebox("%s作业,共%i个" % (choice, len(showList)),
"YoxueHelper", showList)
if choiceOption:
showHomeworkInfo(cards, showList.index(choiceOption), True)
else:
main()
def gui():
ver = get_latest_version()
while True:
choices = ['Download v%s' % ver, 'Specify Version',
'Backup v%s' % settings.current_ver, 'Revert to v%s'
% settings.backup_ver, 'Edit Save Dir', 'Exit']
choice = easygui.indexbox('What do you want to do?',
'Chromium Downloader', choices)
if choice == 0:
del_current(True)
download_chromium(ver)
unzip()
elif choice == 1:
ver = get_closest_version(easygui.integerbox(
'Enter desired verson (The closest match will be used):',
'Specify a version', int(ver)) or int(ver))
elif choice == 2:
backup(ver)
elif choice == 3:
revert()
elif choice == 4:
settings.save_dir = (easygui.enterbox("New Save Directory", "", "")
or path.join(environ["ProgramFiles"], 'Chromium\\'))
settings.store()
else:
break
def exercise4():
"""Interact with the user and test the count_sevens function."""
# TODO 4b: Write code to use the count_sevens function as described in the lab document.
rolls_desired = easygui.integerbox("How many rolls of sevens?", "Input", default="1000", lowerbound=0,
upperbound=2 ** 31)
shoot = roll_sevens(rolls_desired)
easygui.msgbox("Took {} rolls to get {} sevens".format(shoot, rolls_desired))
def entrar(msg, inteiro=False):
'''entrar(msg) -> str
Exibe uma janela com a mensagem em msg e uma caixa de texto para que o
usuário informe alguma string.'''
if inteiro:
return eg.integerbox(msg, TITLE)
return eg.enterbox(msg, TITLE)
def exercise1():
"""Odd and Even Sums exercise."""
# TODO 1c: Write code to use the sum_odds and sum_evens functions, as described in the lab document.
number1 = int(easygui.integerbox(msg="Number: ", title="Lab08", default="", lowerbound=int(0)))
odd = sum_odds(number1)
even = sum_evens(number1)
easygui.msgbox(msg="Number:" + str(number1) + " " + "sum of evens:" + str(even) + " " + "sum of odds:" + str(odd),
title="results", ok_button="Cool")
def exercise4():
"""Interact with the user and test the days_in_month function."""
# Get a month from the user.
m = easygui.integerbox( "Enter month (1-12):", "Input", "", 1, 12 )
# Continue until the user clicks the Cancel button.
while m is not None:
# Show the number of days in the given month.
if m == 2:
# Prompt the user for the year if the month is February.
y = easygui.integerbox( "Enter year (1582-):", "Input", "", 1582, 2 ** 31 )
easygui.msgbox( "{} of {} has {} days.".format( m, y, days_in_month( m, y ) ), "Result" )
else:
# Use the current year for any month besides February.
easygui.msgbox( "{} has {} days.".format( m, days_in_month( m, 2015 ) ), "Result" )
# Get another month from the user.
m = easygui.integerbox( "Enter month (1-12):", "Input", "", 1, 12 )
def entrar(msg, inteiro=False):
'''entrar(msg) -> str
Exibe uma janela com a mensagem em msg e uma caixa de texto para que o
usuário informe alguma string.'''
if inteiro:
# há 168h em uma semana
return eg.integerbox(msg, TITLE, argUpperBound=168)
return eg.enterbox(msg, TITLE)
def exercice_11():
myList = [1,4,12,43,12,44]
monChoix = easygui.integerbox()
for i in myList:
if monChoix == i:
break
else:
easygui.msgbox("the number doesn't exist on my list")
print ("test")
def exercise5():
"""Interact with the user and test the scorekeeper function."""
# TODO 5b: Write code to use the scorekeeper function as described in the lab document.\
player1 = easygui.enterbox("Name of Player 1?")
player2 = easygui.enterbox("Name of Player 2?")
winning_score = easygui.integerbox("Winning score for the game?", "Input", "10", 3, 2 ** 31)
winner = scorekeeper(player1, player2, winning_score)
easygui.msgbox("{} WINS!".format(winner), "Result")
def exercice_11_2 ():
monChoix = easygui.integerbox("Enter a positive number. I'll tell is it's a primer one :", "", 7, 1)
div = monChoix - 1
while div > 2:
print("{} % {} = {}".format(monChoix,div,monChoix%div))
if (monChoix % div == 0):
easygui.msgbox("not primer and first divider is {}".format(div))
break
div -= 1
else:
easygui.msgbox("your number {} is primer, congrats ! ".format(monChoix))
def makeBid(self, nplayers, ncards, trumpsuit, previousbids):
thisbid = None
if GRAPHICAL_INPUT:
thisbid = easygui.integerbox(msg='Choose bid',
title='Choose bid',
lowerbound=0, upperbound=10)
else:
print("Enter bid: ")
thisbid = int(input())
self.bid = thisbid
self.advanceZeroCounter(thisbid)
return thisbid
def run_application():
"""
main application that runs all user interaction/scraping/prediction functions
(highest layer)
"""
msg ="Forecast Dining Halls or Libraries?"
title = "Settle"
choices = ["Dining Halls", "Libraries"]
choice = eGUI.choicebox(msg, title, choices)
msg = "About how many minutes into the future shall I predict? (<300)"
integer = eGUI.integerbox(msg, title, default = '30', upperbound = 300)
n_predictions = int(integer)/15
msg = "How many earlier predictions shall I show?"
n_earlier_predictions = int(eGUI.integerbox(msg, title, default = '4',upperbound=40))
if n_predictions == 0:
n_predictions = 1
if choice == "Libraries":
msg ="Which library do you want to explore?"
title = "Where 2 Study"
places = ["All Butler", "Science_and_Engineering_Library", "Uris", "Butler_Library_2", "Butler_Library_3", "Butler_Library_4", "Butler_Library_5", "Butler_Library_6"]
place = eGUI.choicebox(msg, title, places)
else:
msg ="Which dining hall do you want to explore?"
title = "Where 2 Eat"
places = ["john_jay", "jjs"]
place = eGUI.choicebox(msg, title, places)
if place == "All Butler":
i = 0
colors = ['red', 'orange', 'green', 'purple', 'pink']
for lib in [ "Butler_Library_2", "Butler_Library_3", "Butler_Library_4", "Butler_Library_5", "Butler_Library_6"]:
pred(n_predictions, n_earlier_predictions, lib, colors[i])
i += 1
else:
pred(n_predictions, n_earlier_predictions, place, 'purple')
plt.title( 'Current and Predicted Occupancy for ' + place + ' Today')
plt.ylabel('users connected')
plt.xlabel('time')
plt.show()
def exercise2():
"""Summations exercise."""
# TODO 2b: Write code to use the summation function, as described in the lab document.
number = int(easygui.integerbox(msg="n: ", title="Lab08", default="", lowerbound=(0), upperbound=(32)))
some = summation(number, 1)
formula = number * (number + 1) / 2
easygui.msgbox("n = {}, summation(n,1) = {}, formula result = {}". format(number, some, formula))
some = summation(number, 2)
formula = number * (number + 1) * (2 * number + 1) / 6
easygui.msgbox("n = {}, summation(n,1) = {}, formula result = {}". format(number, some, formula))
some = summation(number, 3)
formula = (number * (number + 1) / 2)**2
easygui.msgbox("n = {}, summation(n,1) = {}, formula result = {}". format(number, some, formula))
def exercise2():
"""Interact with the user and test the summation function."""
# You _DO_NOT_ need to modify this code for Lab 10.
n = easygui.integerbox("Enter n:", "Input", lowerbound=0, upperbound=2 ** 31)
s = summation(n, 1)
f = n * (n + 1) // 2
easygui.msgbox("n = {}, summation( n, 1 ) = {}, formula result = {}".format(n, s, f))
s = summation(n, 2)
f = n * (n + 1) * (2 * n + 1) // 6
easygui.msgbox("n = {}, summation( n, 2 ) = {}, formula result = {}".format(n, s, f))
s = summation(n, 3)
f = (n * (n + 1) // 2) ** 2
easygui.msgbox("n = {}, summation( n, 3 ) = {}, formula result = {}".format(n, s, f))
def predict():
msg ="Which dining hall do you want to explore?"
title = "Where 2 Eat"
dhalls = ["john_jay", "jjs"]
dhall = eGUI.choicebox(msg, title, dhalls)
msg = "How many hours do you want to glance into the future?"
integer = eGUI.integerbox(msg, title, default = '2')
points_to_predict = int(integer)*4
c, f, w = load_all_current(dhall, 'spr_2016')
predicted = forecast_master(c, f, w, points_to_predict)
plt.plot(predicted.index, predicted.values, color='black', linewidth=1., linestyle='dashed')
historical = w[w.columns[:3]].iloc[:len(predicted.index)]
plt.plot(historical.index, historical.values, linewidth=.7,color='gray', linestyle='dashed')
plt.plot(c.index, c.values, color='blue', linewidth=2., label = 'Today')
plt.title( 'Current and Predicted Occupancy for ' + dhall + ' Today')
plt.ylabel('users connected')
plt.xlabel('time')
plt.show()
return predicted, w
def high_low():
"""Implement the number guessing game High Low."""
# Create a random number in the range [1,100] for the user to guess.
secret_number = 37 # random.randint( 1, 100 )
# For debugging purposes only, it's nice to know the secret.
print(secret_number, flush=True) # Add the flush to ensure there's no buffering.
# TODO 6: Implement the High Low guessing game as described in the lab document.
guesses = 7
while guesses > 0:
guess = easygui.integerbox("Enter a guess:", "Input", "", 1, 100)
easygui.msgbox("Your guess is {}.".format(guess), "Result")
if guess != secret_number:
if guess > secret_number:
return "Too High"
elif guess < secret_number:
return "Too Low"
return "You're at " + str(guess) + "guesses"
guesses -= 1
return "You won! The secret number was " + str(secret_number)
def enter_settings(self):
s1 = "What is your local time zone? (i.e. Australia/Perth.) Used to determine the UTC/GMT time for file naming purposes."
self.timezone_name = easygui.choicebox(s1,
"Choose local time zone",
pytz.common_timezones)
s2 = "Enable debug mode? (Displays very detailed program execution information on screen.)"
a = easygui.buttonbox(s2,"Debug mode?",("Normal mode (recommended)","Debug mode (experts only)"))
self.debug_mode = True if a.lower().startswith("debug") else False
s3 = "Save emails older than X days: (default 60 days; 0 for all emails regardless of age.)"
self.days_old = easygui.integerbox(s3,"Email age?",default=60,
lowerbound=0, upperbound=99999999)
self.dest_dir = easygui.diropenbox("Pick a folder to save the email .msg files to.",
"Choose backup destination",
"%HOMEPATH%")
b = easygui.ynbox("Apply 'Saved as MSG' tag to emails that are saved?",
title="Mark emails as saved?",
choices=("Yes (recommended)","No (experts only)"))
self.mark_as_saved = bool(b)
def mode2(): #air resistance
B = []
i = 0
angle = 45
k = easygui.integerbox("Input the number of curved lines(1~)")
if k == None: choosemode()
for v in range(100,(k+5)*20,20):
i += 1
temp = drag_cannon(ini(v, angle), _dt = 0.1)
B.append(temp)
choice = easygui.buttonbox('Choose path or velocity to polt','Choice',['trajectory','velocity change'])
if choice == 'trajectory':
for i in range(0,k-1,1):
v = 100 + 20*i
B[i].shoot()
B[i].show_trajectory(v,angle)
show()
if choice == 'velocity change':
for i in range(0,k-1,1):
v = 100 + 20*i
B[i].shoot_v()
B[i].show_velocity(v,angle)
show()
choosemode()
def exercise5():
"""Interact with the user and test the passed_pft function for someone less than 30 years of age."""
# Get a set of PFT results from the user.
g = easygui.buttonbox( msg="Select gender:", title="Select", choices=[ "Female", "Male" ] )
r = easygui.integerbox( "Enter run time (in seconds):", "Input", "", 300, 3000 )
s = easygui.integerbox( "Enter situps completed:", "Input", "", 0, 180 )
p = easygui.integerbox( "Enter pushups completed:", "Input", "", 0, 180 )
# Continue until the user clicks the Cancel button.
while g is not None and r is not None and s is not None and p is not None:
# Show the Pass/Fail result of the PFT.
if passed_pft( g, r, s, p ):
easygui.msgbox( "Pass!", "Result" )
else:
easygui.msgbox( "Fail.", "Result" )
# Get another set of PFT results from the user.
g = easygui.buttonbox( msg="Select gender:", title="Select", choices=[ "Female", "Male" ] )
r = easygui.integerbox( "Enter run time (in seconds):", "Input", "", 300, 3000 )
s = easygui.integerbox( "Enter situps completed:", "Input", "", 0, 180 )
p = easygui.integerbox( "Enter pushups completed:", "Input", "", 0, 180 )
if re.search('MC\d\d.txt',file):
tool = file[:4]
BEzoneList, PCzoneList, zoneToIndexMap, MPcomPort, BEintTime, BEnumScans, PCintTime, PCnumScans = nsl.load_OES_config(tool)
try:
runNum = sys.argv[1]
process = sys.argv[2]
except:
BEproc = eg.ynbox(msg='Which process is running?', title='choose process', choices=('BE','PC'))
if BEproc:
process = 'BE'
elif not BEproc:
process = 'PC'
try:
runNum = str(eg.integerbox(msg='enter run number (a format like \'440\' is fine)', title='enter run number', upperbound=99999))
runNum = runNum.lstrip('S')
runNum = runNum.lstrip('s')
runNum = runNum.lstrip('0')
print 'using',runNum,'as run number'
except:
runNum = None
try:
tool = sys.argv[3]
except:
files = os.listdir('C:/OESdata')
for file in files:
if re.search('MC\d\d.txt',file):
tool = file[:4]
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import random
import easygui
secret = random.randint(1, 100)
guess = 0
tries = 0
easygui.msgbox("""AHOY! I\'m the Dread Pirate Robers, and I have a secret!
It is a number from 1 to 99. I\'ll give you 6 tries.""")
while guess != secret and tries < 6:
guess = easygui.integerbox('What\'s your guess?')
if not guess:
break
if guess < secret:
easygui.msgbox(str(guess) + 'is too low, you scurvy dog!')
elif guess > secret:
easygui.msgbox(str(guess) + 'is too high, landlubber!')
tries += 1
if guess == secret:
easygui.msgbox('Bingo! You got it！ Found my secret, you did!')
else:
easygui.msgbox('The secret number was:', secret)
import random, easygui
secret = random.randint(1, 99)
guess = 0
tries = 0
easygui.msgbox("""AHOY! I'm the Dread Pirate Roberts, and I have a secret!
It is a number from 1 to 99. I'll give you 6 tries.""")
while guess != secret and tries < 6:
guess = easygui.integerbox("What's yer guess, matey?")
if not guess: break
if guess < secret:
easygui.msgbox(str(guess) + " is too low, ye scurvy dog!")
elif guess > secret:
easygui.msgbox(str(guess) + " is too high, landlubber!")
tries = tries + 1
if guess == secret:
easygui.msgbox("Avast! Ye got it! Found my secret, ye did!")
else:
easygui.msgbox("No more guesses! Better luck next time, matey!")
import easygui
secret="Tawheed"
year=23
name=easygui.enterbox ("What is your name?")
if name == secret:
str(easygui.msgbox ("Are you the birthday boy?"))
else:
easygui.msgbox ("You are not the birthday boy. Sorry, no cake for you!")
number=easygui.integerbox("How old are you going to be on your birthday?")
if number==year:
easygui.msgbox("You are the birthday boy! Blow the candles!Hip-hip-Hooray!Yay!")
else:
easygui.msgbox ("You are dfinetly not the birthday boy! Too bad!")