def main(ls):
get = True
while get:
print("Add to list options: ")
print("1. Create new food")
print("2. Import from another list")
print("3. Go back")
op = input()
if op.isdigit():
if int(op) == 1:
name = input("New food name: ")
nights = input("Leftover nights: ")
time = input("Prep+Cook time: ")
ingredients = input(
"List of ingredients (separate items with \",[SPACE]\"): "
).rsplit(", ")
ls.append(food.Food(name, nights, time, ingredients))
print(f"{name.title()} added")
elif int(op) == 2:
print("Select a list: ")
count = 1
lists = []
for f in os.listdir("../lists"):
print(f"{count}. {f.replace('.txt', '').title()}")
count += 1
lists.append(f)
listChoice = input()
if listChoice.isdigit():
if int(listChoice) < count:
fname = lists[int(listChoice) - 1]
file = open("../lists/" + fname, "r")
list2 = makeFoodList(file, [])
file.close()
print(f"{fname.title()} List:")
view.main(list2)
print("Name of food to import: ")
importFood = input()
for foo in list2:
if foo.getName().capitalize(
) is importFood.capitalize():
ls.append(importFood)
print(f"{importFood} added")
else:
print("Invalid input")
else:
print("Invalid input")
else:
print("Invalid input")
elif int(op) == 3:
get = False
else:
print("Invalid input")
else:
print("Invalid input")
def subir_imagen():
from tkFileDialog import askopenfilename
filename = askopenfilename(
) # show an "Open" dialog box and return the path to the selected file
bkgnd_draw = pygame.Surface((350, 350))
img = Image.open(filename)
img = v.Process_image(img)
v.main(True, filename)
"""v.view_initialization_from_MV(bkgnd_draw)
def subir_imagen():
from tkFileDialog import askopenfilename
filename = askopenfilename() # show an "Open" dialog box and return the path to the selected file
bkgnd_draw = pygame.Surface((350, 350))
img = Image.open(filename)
img = v.Process_image(img)
v.main(True, filename)
"""v.view_initialization_from_MV(bkgnd_draw)
def analyze():
sent = request.args.get('sentence')
annotation = request.args.get('anno')
preproc = u'% TEXT\n{0}\n% ANNO\n{1}'.format(sent, annotation)
with codecs.open(os.path.join(TEMP_DIR, current_user.get_id()+'.txt'), 'w', 'utf-8') as f:
f.write(preproc)
try:
view.main([os.path.join(TEMP_DIR, current_user.get_id()+'.txt')])
return send_file(os.path.join(TEMP_DIR, current_user.get_id()+'.0.png'), mimetype='image/png')
except Exception as ex:
return str(ex), 500
def main():
'''
エクセルからデータを読み込みGUIを起動します。
'''
# エクセルファイルを開く。
manager = model.Manager('Python リサイクル市 会計用.xlsx', 'raw', '会計録')
# 商品情報のシートを取得。
# qtのmodelが得られる。
items_model = manager.init_all_item_model()
items_model = manager.get_all_item_model()
# カートとして使うためのモデルを作る。
manager.init_purchased_item_model(0, 1)
cart_model = manager.get_purchased_item_model()
# GUIを起動。
view.main(items_model, cart_model)
import view
try:
view.main()
except:
print('Invalid List Format')
view.terminate()
def cargar_view():
v.main(False, 0)
client = model.Session(key_name = session_id)
client.channel_token = channel_token
client.put()
memcache.delete("channel_tokens")
template_params = { 'session_id' : session_id, 'channel_token' : channel_token, 'ipinfo_key' : settings.IPINFO_API_KEY }
self.response.out.write( view.main.render(template_params) )
class Ping(webapp.RequestHandler):
def get(self):
session_id = self.request.get('s', None)
if not session_id is None:
client = model.Session.get_by_key_name(session_id)
if not client is None:
# updating causes client.last_activity to be set to "now"
client.put()
application = webapp.WSGIApplication(
[
('/', Backend)
,('/ping', Ping)
],
debug=True)
def main():
run_wsgi_app(application)
if __name__ == "__main__":
main()
#!/usr/bin/env python
import os
if (os.path.dirname(__file__) != ''):
os.chdir(os.path.dirname(__file__)) # change working directory to `/source`
import view
view.main() # start the program
def show_plot():
options = [h5_file.get(), "-m", str(y_lim_lower.get()), "-M", str(y_lim_upper.get()), "--alpha",
str(transparency.get()), "--figext", fig_ext.get(), "--fignum", fig_num.get(), "--coord", coords.get()]
if mask_file.get() != "":
options.append("--mask")
options.append(mask_file.get())
if unit.get() != "":
options.append("-u")
options.append(unit.get())
if colormap.get() != "":
options.append("-c")
options.append(colormap.get())
if projection.get() != "":
options.append("--projection")
options.append(projection.get())
if lr_flip.get() == 1:
options.append("--flip-lr")
if ud_flip.get() == 1:
options.append("--flip-ud")
if wrap.get() == 1:
options.append("--wrap")
if opposite.get() == 1:
options.append("--opposite")
if dem_file.get() != "":
options.append("--dem")
options.append(dem_file.get())
if shading.get() == 0:
options.append("--dem-noshade")
if countours.get() == 0:
options.append("--dem-nocontour")
if countour_smoothing.get() != "":
options.append("--contour-smooth")
options.append(countour_smoothing.get())
if countour_step.get() != "":
options.append("--contour-step")
options.append(countour_step.get())
if subset_x_from.get() != "" and subset_x_to.get() != "":
options.append("-x")
options.append(subset_x_from.get())
options.append(subset_x_to.get())
if subset_y_from.get() != "" and subset_y_to.get() != "":
options.append("-y")
options.append(subset_y_from.get())
options.append(subset_y_to.get())
if subset_lat_from.get() != "" and subset_lat_to.get() != "":
options.append("-l")
options.append(subset_lat_from.get())
options.append(subset_lat_to.get())
if subset_lon_from.get() != "" and subset_lon_to.get() != "":
options.append("-L")
options.append(subset_lon_from.get())
options.append(subset_lon_to.get())
'''if ref_x.get() != "" and ref_y.get() != "":
options.append("--ref-yx")
options.append(ref_y.get())
options.append(ref_x.get())
if ref_lat.get() != "" and ref_lon.get() != "":
options.append("--ref-lalo")
options.append(ref_lat.get())
options.append(ref_lon.get())
if show_ref == 0:
options.append("--noreference")
if ref_color.get() != "":
options.append("--ref-color")
options.append(ref_color.get())
if ref_sym.get() != "":
options.append("--ref-symbol")
options.append(ref_sym.get())'''
''' "--ref-color", ref_color.get(), "--ref-symbol", ref_sym.get() '''
if font_size.get() != "":
options.append("-s")
options.append(font_size.get())
if plot_dpi.get() != "":
options.append("--dpi")
options.append(plot_dpi.get())
if row_num.get() != "":
options.append("--row")
options.append(row_num.get())
if col_num.get() != "":
options.append("--col")
options.append(col_num.get())
if axis_show.get() == 0:
options.append("--noaxis")
if tick_show.get() == 0:
options.append("--notick")
if title_show.get() == 0:
options.append("--notitle")
if cbar_show.get() == 0:
options.append("--nocbar")
if title_in.get() == 1:
options.append("--title-in")
if title.get() != "":
options.append("--figtitle")
options.append(title.get())
if fig_size_width.get() != "" and fig_size_height.get() != "":
options.append("--figsize")
options.append(fig_size_height.get())
options.append(fig_size_width.get())
if fig_w_space.get() != "":
options.append("--wspace")
options.append(fig_w_space.get())
if fig_h_space.get() != "":
options.append("--hspace")
options.append(fig_h_space.get())
if coastline.get() != 0:
options.append("--coastline")
if resolution.get() != "":
options.append("--resolution")
options.append(resolution.get())
if lalo_label.get() != 0:
options.append("--lalo-label")
if lalo_step.get() != "":
options.append("--lalo-step")
options.append(lalo_step.get())
if scalebar_distance.get() != "" and scalebar_lat.get() != "" and scalebar_lon.get() != "":
options.append("--scalebar")
options.append(scalebar_distance.get())
options.append(scalebar_lat.get())
options.append(scalebar_lon.get())
if show_scalebar.get() == 0:
options.append("--noscalebar")
if save.get() != 0:
options.append("--save")
if output_file.get() != "":
options.append("-o")
location_parts = h5_file.get().split("/")
location = "/".join(location_parts[1:-1])
options.append("/" + str(location) + "/" + output_file.get())
if show_info.get() == 1:
file_info = info.hdf5_structure_string(h5_file.get())
show_file_info(file_info)
#print(options)
if h5_file.get() != "":
view.main(options)
else:
print("No file selected")
def GET(self, *args, **kwargs): return view.main()
def callModule(tokList, lineNo):
#this function will be incharge of analyzing the token list, and calling the relative call_module
#incase the line is a comment, that is it starts with a hash, no processing needed
if(tokList[0][0] == '#'):
return
#the command to execute will be the first word, hence, look up the commands
command = tokList[0]
#if else ladder of the commands
if command == "get":
tokListLists = preprocess(tokList, lineNo)
if tokListLists == -1: #identifier not found
return -1
for tokenList in tokListLists:
status = get.main(tokenList, lineNo)
if(status == -1):
return status
elif command == "help":
status = help.main(tokList, lineNo)
return status
elif command == "view":
tokListLists = preprocess(tokList, lineNo)
if tokListLists == -1: #identifier not found
return -1
for tokenList in tokListLists:
status = view.main(tokenList, lineNo)
if(status == -1):
return status
elif command == "let":
status = let.main(tokList, lineNo, varTable, listTable)
#if status is -1, error has occoured, or else, add variable to the table
if status != -1:
varTable[status[0]] = status[1]
return status
elif command == "list":
status = listCmd.main(tokList, lineNo, varTable, listTable)
#if status is -1, error has occoured, or else, add list to the table
if status != -1:
listTable[status[0]] = status[1]
return status
elif command == "freevar":
#this block of code is to remove all the variables that user wants to delete
varToDelete = tokList[1:]
#error checking to ensure all the variables do infact exist
flag=1
for var in varToDelete:
if var in varTable:
continue
else:
print("Error on line " + str(lineNo) + " no variable: " + var + " found")
flag=0
if(flag==0):
#if flag is 0, the command is incorrect
return -1
#now to go about and deleting all the variables from the varTable
for var in varToDelete:
del varTable[var]
elif command == "freelist":
#this block of code is to remove all the lists that the user wants to delete
listsToDelete = tokList[1:]
#error checking to ensure all the lists do infact exist
flag=1
for list_ in listsToDelete:
if list_ in listTable:
continue
else:
print("Error on line " + str(lineNo) + " no list: " + list_ + " found")
flag=0
if(flag==0):
#if flag is 0, the command is incorrect
return -1
#now to go about and deleting all the variables from the varTable
for list_ in listsToDelete:
del listTable[list_]
elif command == "mem":
status = mem.main(tokList, lineNo, varTable, listTable)
#if an error is there in the command
if(status == -1):
return status
else:
print("Unkown command: " + command + " on line no: " + str(lineNo))
return -1
def uploadImage():
filename = askopenfilename()
pygame.Surface((350, 350))
img = Image.open(filename)
view.Process_image(img)
view.main(True, filename)
def loadView():
view.main(False, 0)
def cargar_view():
v.main(False, 0)
def main(): view.main()