def create():
form = LessonForm()
if form.validate_on_submit():
print request.form
#4/0
lesson = Lesson()
lesson.title = request.form.get('title')
lesson.time = request.form.get('time')
lesson.audience = request.form.get('audience')
lesson.goals = request.form.get('goals')
lesson.summary = request.form.get('summary')
session.add(lesson)
session.flush()
for index,step_entry in enumerate(form.steps.entries):
step = Step()
step.title = step_entry.title.data
step.body = step_entry.body.data
step.order = index
step.lesson = lesson
session.add(step)
session.flush()
session.commit()
return redirect(url_for('view', uid=lesson.id))
return render_template('create.html', form=form)
def save_new_step(self, sce_save, step):
step = step[step.keys()[0]]
step_save = Step().fill(sce_save, step['step_name'], step['co_name'], step['co_file_name'],
step['co_firstlineno'], step['co_argcount'],
self.replace_u(step['co_varnames']), step['description'], step['action_type'],
json.dumps(step['co_variables']))
step_save.save()
return step_save
def create_new_apptour(post_text):
if post_text.get("tour").get("status") == "incomplete":
print("saving new tour")
else:
print("creating new tour")
tour = Tour(
tour_name=post_text.get("tour").get("tour_name"),
status=post_text.get("tour").get("status"),
tour_description=post_text.get("tour").get("tour_description"),
tour_groups=transform_tour_groups_field(post_text.get("tour").get("tour_groups")),
tour_image=post_text.get("tour").get("tour_image"),
tour_create_date=datetime.now()
)
tour.save(force_insert=True)
connect_apptour_to_users(tour_id=tour.id)
for step in post_text.get("steps"):
step = Step(
placement=step.get('placement'),
title=step.get('title'),
element=step.get('element'),
content=step.get('content'),
path=step.get('path'),
order=step.get('order'),
tour=tour
)
step.save(force_insert=True)
def navigate_user():
""" display a map with basic pins of each route """
route_id = request.form.get('route_details')
route = Route.query.filter(Route.route_id == route_id).first()
route_waypoints = route.waypoints
start_point = route_waypoints[0]
end_point = route_waypoints[-1]
path = Path(start_point=start_point,
end_point=end_point,
)
db.session.add(path)
db.session.commit()
path_id_tup = db.session.query(func.max(Path.path_id)).first()
path_id = path_id_tup[0]
step_start = start_point
# step_end = route_waypoints[1]
step = Step(path_id=path_id,
start_point=step_start,
# end_point=step_end,
)
db.session.add(step)
db.session.commit()
return render_template('navigation.html', route_id=route_id,
path_id=path_id)
def create_step(course_id, theme_id):
step = Step(content_type=request.form.get('content_type'),
theme_id=theme_id)
db.session.add(step)
db.session.commit()
if step.content_type == 'text':
text = bleach.clean(request.form.get('text'))
page = Page(step_id=step.id, text=text)
db.session.add(page)
db.session.commit()
image_ids = request.form.getlist('image_id')
images = Image.query.filter(Image.id.in_(image_ids))
for img in images:
img.object_type = page.__tablename__
img.object_id = page.id
img.active = True
db.session.add(img)
db.session.commit()
return redirect(
url_for(
'courses.show_content',
course_id=course_id,
theme_id=theme_id,
step_id=step.id,
))
def getSteps(data, recipeId):
steps = []
for i in range(1, 20, 1):
try:
desc = data[STEP_ID + str(i)]
steps.append(Step(recipeId, desc))
except:
break
return steps
def update_existing_apptour(post_text):
#check to se if creating a new apptour or making a previously incomplete(i.e., saved) apptour complete
existing_tour = Tour.objects.get(id=post_text.get("tour").get("id"))
if existing_tour.status == "incomplete":
#creating new tour from existing saved tour
if post_text.get("tour").get("status") == "incomplete":
print("saving saved tour")
else:
print("creating saved tour")
tour = Tour(
tour_name=post_text.get("tour").get("tour_name"),
id=post_text.get("tour").get("id"),
status=post_text.get("tour").get("status"),
tour_description=post_text.get("tour").get("tour_description"),
tour_groups=transform_tour_groups_field(post_text.get("tour").get("tour_groups")),
tour_image=post_text.get("tour").get("tour_image"),
tour_create_date=datetime.now()
)
tour.save(force_update=True)
else:
#updaing an existing tour
if post_text.get("tour").get("status") == "incomplete":
print("saving previously created tour")
print("warning: the previoius version and the newer version will both be unaccessable to the users at this time")
else:
print("updating previously created tour")
tour = Tour(
tour_name=post_text.get("tour").get("tour_name"),
id=post_text.get("tour").get("id"),
status=post_text.get("tour").get("status"),
tour_description=post_text.get("tour").get("tour_description"),
tour_groups=transform_tour_groups_field(post_text.get("tour").get("tour_groups")),
tour_image=post_text.get("tour").get("tour_image"),
tour_create_date=existing_tour.tour_create_date,
tour_update_date=datetime.now()
)
tour.save(force_update=True)
Step.objects.filter(tour__id=post_text.get("tour").get("id")).delete()
for step in post_text.get("steps"):
step = Step(
placement=step.get('placement'),
title=step.get('title'),
element=step.get('element'),
content=step.get('content'),
path=step.get('path'),
order=step.get('order'),
tour=tour
)
step.save(force_insert=True)
def select_messages(self, **kwargs):
self._selected_grbs = self._get_gids(**kwargs)
if len(self._selected_grbs) > 0:
self._gid_main_res = self._selected_grbs[0]
grid = GribGridDetails(self._selected_grbs[0])
# some cumulated messages come with the message at step=0 as instant, to permit aggregation
# cumulated rainfall rates could have the step zero instant message as kg/m^2, instead of kg/(m^2*s)
if len(self._selected_grbs) > 1:
unit = grib_get(self._selected_grbs[1], 'units')
type_of_step = grib_get(self._selected_grbs[1], 'stepType')
else:
type_of_step = grib_get(self._selected_grbs[0], 'stepType')
unit = grib_get(self._selected_grbs[0], 'units')
type_of_level = grib_get(self._selected_grbs[0], 'levelType')
missing_value = grib_get(self._selected_grbs[0], 'missingValue')
all_values = {}
all_values_second_res = {}
grid2 = None
input_step = self._step_grib
for g in self._selected_grbs:
start_step = grib_get(g, 'startStep')
end_step = grib_get(g, 'endStep')
points_meridian = grib_get(g, 'Nj')
if '{}-{}'.format(start_step,
end_step) == self._change_step_at:
# second time resolution
input_step = self._step_grib2
key = Step(start_step, end_step, points_meridian, input_step)
if points_meridian != grid.num_points_along_meridian and grid.get_2nd_resolution(
) is None:
# found second resolution messages
grid2 = GribGridDetails(g)
self._gid_ext_res = g
values = grib_get_double_array(g, 'values')
if not grid2:
all_values[key] = values
elif points_meridian != grid.num_points_along_meridian:
all_values_second_res[key] = values
if grid2:
key_2nd_spatial_res = min(all_values_second_res.keys())
grid.set_2nd_resolution(grid2, key_2nd_spatial_res)
return Messages(all_values, missing_value, unit, type_of_level,
type_of_step, grid, all_values_second_res)
# no messages found
else:
raise ValueError('No messages in grib file')
def create():
form = LessonForm()
if form.validate_on_submit():
print request.form
#4/0
lesson = Lesson()
lesson.title = request.form.get('title')
lesson.time = request.form.get('time')
lesson.audience = request.form.get('audience')
lesson.goals = request.form.get('goals')
lesson.summary = request.form.get('summary')
session.add(lesson)
session.flush()
for index, step_entry in enumerate(form.steps.entries):
step = Step()
step.title = step_entry.title.data
step.body = step_entry.body.data
step.order = index
step.lesson = lesson
session.add(step)
session.flush()
session.commit()
return redirect(url_for('view', uid=lesson.id))
return render_template('create.html', form=form)
def fetchStepByEmailStep(email, step):
cursor = mysql.connection.cursor()
cursor.execute(
"select email,step, deadline, expectedOutput, tasks from step where email='%s' and step='%s'"
% (email, step))
stepRaw = cursor.fetchone()
if stepRaw is None:
return None
step = Step()
step.email = stepRaw[0]
step.step = stepRaw[1]
step.deadline = stepRaw[2]
step.expectedOutput = stepRaw[3]
step.tasks = stepRaw[4].split(",")
mysql.connection.commit()
cursor.close()
return step
def get_feature_dto(feature):
workspace = WorkSpace.objects.get(pk=feature.workspace)
workspace_path = workspace.getFolderPath()
dict = Step.getStepByFolder(workspace_path)
file_path = FeatureFileGenerator.get_workspace_entrance(workspace)
feature = lettuce.Feature.from_file(file_path)
feature_dto = FeatureDto(feature.name, feature.description)
scenarios = []
for sce in feature.scenarios:
s_dto = ScenarioDto('id_missing', sce.name)
for s_item in sce.steps:
co_func, patten, result = match_definision(s_item, dict)
action_type, varlist_tuple, variables = extract_func_info(co_func, s_item, result)
step_dto = StepDto()
func_code = co_func.func_code
step_dto.fill(func_code.co_filename, func_code.co_firstlineno, func_code.co_argcount,
varlist_tuple, func_code.co_name, patten, action_type, variables, patten,
'id_no_use')
s_dto.steps.append(step_dto)
scenarios.append(s_dto)
feature_dto.fill_scenarios(scenarios)
return feature_dto
def add_instruction(instruction, **kwargs):
"""
Adds a travel instruction to the database.
"""
logger.info(f"Adding instruction to database: {kwargs}")
end_lat, end_lng = kwargs.pop('location')
if not instruction: # inserts an empty instruction in the db with the reachable flag set to false
warning_overview = Overview(**{**kwargs, **{'reachable': False, 'end_lat': end_lat, 'end_lng': end_lng}})
db.session.add(warning_overview)
db.session.commit()
logger.info(f"Added unreachable instruction: {warning_overview}")
return
previous_overviews = list(get_overviews_by_date(kwargs['user_id'], kwargs['start_date'].replace(year=1995),instruction['true_start'] - datetime.timedelta(seconds=1)))
logger.info(previous_overviews)
previous_date = previous_overviews[-1].end_date if previous_overviews else datetime.datetime.now()
# If the event is not a return instruction and cannot be reached in time from the previous event mark unreachable
if previous_date + datetime.timedelta(seconds=instruction['duration']) > instruction['true_start'] and kwargs['departure']:
kwargs['reachable'] = False
logger.warning(f"Instruction has been marked as unreachable.")
steps = instruction.pop('steps')
instruction.pop('true_start')
overview = Overview(**{**instruction, **kwargs})
del kwargs['start_date'], kwargs['end_date'], kwargs['departure'], kwargs['flex_duration'], kwargs['reachable'], kwargs['next_is_base']
for i, step in enumerate(steps):
if step['travel_mode'] == 'TRANSIT': # gets datetime objects from strings, only present in transit
try:
step['departure_time'] = parser.parse(step['departure_time'])
step['arrival_time'] = parser.parse(step['arrival_time'])
except KeyError:
pass
step['event_id'] = kwargs['id']
step['id'] = i
step = Step(**{**kwargs, **step}, overview=overview)
db.session.add(step)
db.session.add(overview)
db.session.commit()
logger.info(f"Stored instruction {overview}: {overview.start_address} -> {overview.end_address}")
def fetchStepNotExceed(email):
cursor = mysql.connection.cursor()
cursor.execute(
"select email,step, deadline, expectedOutput, tasks from step where deadline >= now() and email='%s'"
% (email))
sr = cursor.fetchall()
stepList = []
for sr in sr:
if sr is not None:
step = Step()
step.email = sr[0]
step.step = sr[1]
step.deadline = sr[2]
step.expectedOutput = sr[3]
step.tasks = sr[4].split(",")
stepList.append(step)
mysql.connection.commit()
cursor.close()
return stepList
def add_recipe(request):
context = {}
context['urlform'] = AddRecipebyURLForm()
context['recipeform'] = RecipeForm()
context['instructionform'] = InstructionsForm()
context['ingredientsform'] = IngredientsForm()
context['autocompleteform'] = AutocompleteSearchForm()
context['profile'] = Profile.objects.get(user=request.user)
if request.method == 'GET':
return render(request, 'foodchaser/add_recipe.html', context)
elif request.method != 'POST':
return render(request, 'foodchaser/add_recipe.html', context)
user = request.user
recipeform = RecipeForm(request.POST, request.FILES)
instructionform = InstructionsForm(request.POST, request.FILES)
ingredientsform = IngredientsForm(request.POST)
context['recipeform'] = recipeform
context['instructionform'] = instructionform
context['ingredientsform'] = ingredientsform
# for debugging use, don't remove
if not recipeform.is_valid() or not instructionform.is_valid() \
or not ingredientsform.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
# Store ingredient
name = ingredientsform.cleaned_data['name']
category = find_category(name)
ingredient = Ingredient(name=name, allergy=category)
ingredient.save()
ingredientunit = IngredientUnit(name=ingredientsform.cleaned_data['name'],\
quantity = ingredientsform.cleaned_data['quantity'], \
unit = ingredientsform.cleaned_data['unit'], \
notes = ingredientsform.cleaned_data['notes'], \
ingredient = ingredient)
ingredientunit.save()
ingredientunit.ingreID = ingredientunit.id
ingredientunit.save()
# Store instructions
step = Step(text = instructionform.cleaned_data['text'], \
preptime = instructionform.cleaned_data['preptime'], \
cooktime = instructionform.cleaned_data['cooktime'], \
picture = instructionform.cleaned_data['picture'])
step.save()
step.stepID = step.id
step.save()
recipe = Recipe(
recipe_name = recipeform.cleaned_data['recipe_name'], \
description = recipeform.cleaned_data['description'], \
category1 = recipeform.cleaned_data['category1'], \
category2 = recipeform.cleaned_data['category2'], \
spicy = recipeform.cleaned_data['spicy'], \
estimated_time= recipeform.cleaned_data['estimated_time'],\
owner = user,\
photo = recipeform.cleaned_data['photo'])
recipe.save()
recipe.ingredients.add(ingredientunit)
recipe.steps.add(step)
# Add additional ingredients and steps
# Parse additional steps
i = 2
while (('text' + str(i)) in request.POST):
request.POST['text'] = request.POST['text' + str(i)]
request.POST['preptime'] = request.POST['preptime' + str(i)]
request.POST['cooktime'] = request.POST['cooktime' + str(i)]
if (('picture' + str(i)) in request.FILES):
request.FILES['picture'] = request.FILES['picture' + str(i)]
else:
request.FILES['picture'] = None
instructionf = InstructionsForm(request.POST, request.FILES)
if not instructionf.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
step = Step(text = instructionf.cleaned_data['text'], \
preptime = instructionf.cleaned_data['preptime'], \
cooktime = instructionf.cleaned_data['cooktime'], \
picture = instructionf.cleaned_data['picture'])
step.save()
step.stepID = step.id
step.save()
recipe.steps.add(step)
i += 1
# Parse additional ingredients
i = 2
while (('name' + str(i)) in request.POST):
request.POST['name'] = request.POST['name' + str(i)]
request.POST['quantity'] = request.POST['quantity' + str(i)]
request.POST['unit'] = request.POST['unit' + str(i)]
request.POST['notes'] = request.POST['notes' + str(i)]
ingredientsf = IngredientsForm(request.POST)
if not ingredientsf.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
# Store ingredient
name = ingredientsf.cleaned_data['name']
category = find_category(name)
ingredient = Ingredient(name=name, allergy=category)
ingredient.save()
ingredientunit = IngredientUnit(name = ingredientsf.cleaned_data['name'],\
quantity = ingredientsf.cleaned_data['quantity'], \
unit = ingredientsf.cleaned_data['unit'], \
notes = ingredientsf.cleaned_data['notes'], \
ingredient = ingredient)
ingredientunit.save()
ingredientunit.ingreID = ingredientunit.id
ingredientunit.save()
recipe.ingredients.add(ingredientunit)
i += 1
recipe.save()
recipes = Recipe.objects.all().filter(owner=request.user)
context['recipes'] = recipes
context['user'] = user
context['profile'] = Profile.objects.get(user=request.user)
# Add scores on the user ranking
userlevel = LevelData.objects.get(user=request.user)
update_level_data(userlevel)
return render(request, 'foodchaser/recipebox_maindish.html', context)
def edit(request, id):
context = {}
context['urlform'] = AddRecipebyURLForm()
context['autocompleteform'] = AutocompleteSearchForm()
recipe = get_object_or_404(Recipe, id=id)
context['recipe'] = recipe
context['user'] = request.user
ingredients = recipe.ingredients.all()
steps = recipe.steps.all()
ingredientforms = []
stepforms = []
for ingredient in ingredients:
ingredientforms.append(IngredientsForm(instance=ingredient))
for step in steps:
stepforms.append(InstructionsForm(instance=step))
context['ingredientforms'] = ingredientforms
context['stepforms'] = stepforms
context['ingredients'] = ingredients
context['steps'] = steps
context['user'] = request.user
context['rating'] = RatingForm()
context['comment'] = CommentForm()
context['comments'] = recipe.comments.all()
context['profile'] = Profile.objects.get(user=request.user)
# Just display the registration form if this is a GET request
if request.method == 'GET':
recipeform = RecipeForm(instance=recipe) # Creates form from the
context['recipeform'] = recipeform # existing entry.
return render(request, 'foodchaser/edit_recipe.html', context)
# if method is POST, get form data to update the model
rform = RecipeForm(request.POST, request.FILES, instance=recipe)
if not rform.is_valid():
context['recipeform'] = rform
return render(request, 'foodchaser/edit_recipe.html', context)
rform.save()
# Add additional ingredients and steps
# Parse additional steps
i = 1
while (('text' + str(i)) in request.POST):
request.POST['text'] = request.POST['text' + str(i)]
request.POST['preptime'] = request.POST['preptime' + str(i)]
request.POST['cooktime'] = request.POST['cooktime' + str(i)]
if ('stepID' + str(i) in request.POST):
request.POST['stepID'] = request.POST['stepID' + str(i)]
else:
request.POST['stepID'] = ''
if (('picture' + str(i)) in request.FILES):
request.FILES['picture'] = request.FILES['picture' + str(i)]
else:
request.FILES['picture'] = None
instructionf = InstructionsForm(request.POST, request.FILES)
if not instructionf.is_valid():
return render(request, 'foodchaser/edit_recipe.html', context)
# Store step
if (not recipe.steps.all().filter(
stepID=instructionf.cleaned_data['stepID'])):
step = Step(text = instructionf.cleaned_data['text'], \
preptime = instructionf.cleaned_data['preptime'], \
cooktime = instructionf.cleaned_data['cooktime'], \
picture = instructionf.cleaned_data['picture'])
step.save()
step.stepID = step.id
step.save()
recipe.steps.add(step)
i += 1
# Parse additional ingredients
i = 1
while (('name' + str(i)) in request.POST):
request.POST['name'] = request.POST['name' + str(i)]
request.POST['quantity'] = request.POST['quantity' + str(i)]
request.POST['unit'] = request.POST['unit' + str(i)]
request.POST['notes'] = request.POST['notes' + str(i)]
if ('ingreID' + str(i) in request.POST):
request.POST['ingreID'] = request.POST['ingreID' + str(i)]
else:
request.POST['ingreID'] = ''
ingredientsf = IngredientsForm(request.POST)
if not ingredientsf.is_valid():
return render(request, 'foodchaser/edit_recipe.html', context)
# Store ingredient
if (not recipe.ingredients.all().filter(
ingreID=ingredientsf.cleaned_data['ingreID'])):
name = ingredientsf.cleaned_data['name']
category = find_category(name)
ingredient = Ingredient(name=name, allergy=category)
ingredient.save()
ingredientunit = IngredientUnit(name = ingredientsf.cleaned_data['name'],\
quantity = ingredientsf.cleaned_data['quantity'], \
unit = ingredientsf.cleaned_data['unit'], \
notes = ingredientsf.cleaned_data['notes'], \
ingredient = ingredient)
ingredientunit.save()
ingredientunit.ingreID = ingredientunit.id
ingredientunit.save()
recipe.ingredients.add(ingredientunit)
i += 1
ingredients = recipe.ingredients.all()
steps = recipe.steps.all()
context['ingredients'] = ingredients
context['steps'] = steps
recipes = Recipe.objects.all().filter(owner=request.user)
context['recipes'] = recipes
return render(request, 'foodchaser/recipe_view.html', context)
def make_step(section: Tag) -> Step:
img: Tag = section.select_one("img").get("data-srclarge")
sub_steps = [make_sub_step(sub_step) for sub_step in section.select(".step")]
return Step(pic=img, sub_steps=sub_steps)
def parseStep(lines):
nextLines = int(lines.pop(0))
time = float(lines.pop(0).split("Time=").pop())
particles = [parseParticle(lines.pop(0)) for _ in range(nextLines)]
return Step(time, particles)
def search_steps(request):
key_word = request.GET.get('key_word')
type = request.GET.get('type')
response_data = Step.searchStep(key_word, type)
return HttpResponse(json.dumps(response_data, cls=DataEncoder), content_type="application/json")
def index(request):
steps = Step.getStepByFolder('../simple-selenium')
return render(request, 'auto/index.html', {'steps': steps})
def setRecipeSteps(recipe, param):
for step in param:
recipeStep = Step()
recipeStep.stepDetails = step
db.session.add(recipeStep)
recipeStep.recipe.append(recipe)
def add_recipe(request):
context = {}
context['urlform'] = AddRecipebyURLForm()
context['recipe'] = RecipeForm()
context['instruction'] = AddInstructionsForm()
context['ingredients'] = AddIngredientsForm()
context['autocompleteform'] = AutocompleteSearchForm()
if request.method == 'GET':
return render(request, 'foodchaser/add_recipe.html', context)
user = request.user
recipef = RecipeForm(request.POST, request.FILES)
instructionf = AddInstructionsForm(request.POST, request.FILES)
ingredientsf = AddIngredientsForm(request.POST)
if not recipef.is_valid() or not instructionf.is_valid() or not \
ingredientsf.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
# Store ingredient
ingredient = Ingredient(name = ingredientsf.cleaned_data['item'])
ingredient.save()
ingredientunit = IngredientUnit(quantity = ingredientsf.cleaned_data['quantity'], \
unit = ingredientsf.cleaned_data['unit'], \
notes = ingredientsf.cleaned_data['notes'], \
ingredient = ingredient)
ingredientunit.save()
# Store instructions
step = Step(description = instructionf.cleaned_data['des'], \
preptime = instructionf.cleaned_data['preptime'], \
cooktime = instructionf.cleaned_data['cooktime'], \
picture = instructionf.cleaned_data['stepPic'])
step.save()
recipe = Recipe(name = recipef.cleaned_data['name'], \
description = recipef.cleaned_data['description'], \
category1 = recipef.cleaned_data['category1'], \
category2 = recipef.cleaned_data['category2'], \
spicy = recipef.cleaned_data['spicy'], \
estimated_time= recipef.cleaned_data['estimated_time'],\
owner = user,\
picture = recipef.cleaned_data['picture'])
recipe.save()
recipe.ingredients.add(ingredientunit)
recipe.steps.add(step)
# Add additional ingredients and steps
# Parse additional steps
i = 2
while (('des'+str(i)) in request.POST):
request.POST['des'] = request.POST['des'+str(i)]
request.POST['preptime'] = request.POST['preptime'+str(i)]
request.POST['cooktime'] = request.POST['cooktime'+str(i)]
if (('stepPic'+str(i)) in request.FILES):
request.FILES['stepPic'] = request.FILES['stepPic'+str(i)]
else:
request.FILES['stepPic'] = None
instructionf = AddInstructionsForm(request.POST, request.FILES)
if not instructionf.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
step = Step(description = instructionf.cleaned_data['des'], \
preptime = instructionf.cleaned_data['preptime'], \
cooktime = instructionf.cleaned_data['cooktime'], \
picture = instructionf.cleaned_data['stepPic'])
step.save()
recipe.steps.add(step)
i += 1
# Parse additional ingredients
i = 2
while (('item'+str(i)) in request.POST):
request.POST['item'] = request.POST['item'+str(i)]
request.POST['quantity'] = request.POST['quantity'+str(i)]
request.POST['unit'] = request.POST['unit'+str(i)]
request.POST['notes'] = request.POST['notes'+str(i)]
ingredientsf = AddIngredientsForm(request.POST)
if not ingredientsf.is_valid():
return render(request, 'foodchaser/add_recipe.html', context)
# Store ingredient
ingredient = Ingredient(name = ingredientsf.cleaned_data['item'])
ingredient.save()
ingredientunit = IngredientUnit(quantity = ingredientsf.cleaned_data['quantity'], \
unit = ingredientsf.cleaned_data['unit'], \
notes = ingredientsf.cleaned_data['notes'], \
ingredient = ingredient)
ingredientunit.save()
recipe.ingredients.add(ingredientunit)
i += 1
recipe.save()
recipes = Recipe.objects.all().filter(owner = request.user)
context['recipes'] = recipes
context['user'] = user
return render(request, 'foodchaser/recipebox_maindish.html', context)
# Store test performance after each args.save_interval iterations
SAV.perf.te_vs_iterations = []
# Expose model modules that has_codes
model = get_mods(
model,
optimizer='Adam',
optimizer_params={'lr': args.lr_weights},
scheduler=lambda epoch: 1 / 2**(epoch // args.lr_half_epochs))
model[-1].optimizer.param_groups[0]['lr'] = args.lr_out
if args.model.lower() == 'binary':
from models import Step
# Add Dropout and discretize first hidden layer (as in Diff Target propagation paper)
model[2] = nn.Sequential(nn.Dropout(p=0.2), nn.Tanh(), Step())
# Add Dropout before last linear layer
model[4][0] = nn.Sequential(nn.Dropout(p=0.2), nn.Tanh())
# Initial mu and increment after every mini-batch
mu = args.mu
mu_max = 10 * args.mu
for epoch in range(1, args.epochs + 1):
print('\nEpoch {} of {}. mu = {:.4f}, lr_out = {}'.format(
epoch, args.epochs, mu, model[-1].scheduler.get_lr()))
for batch_idx, (data, targets) in enumerate(train_loader):
data, targets = data.to(device), targets.to(device)
# (1) Forward
