def fromHealthy(self):
print("transfomation from healthy recipe to non-healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in healtyDict:
if "butter" in ing["name"] or "sugar" in ing["name"]:
halfquantity = 2
else:
halfquantity = None
need = False
for dep in healtyDict[ing["name"]]["descriptor"]:
if dep not in ing["descriptor"]:
need = True
if need:
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
healtyDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
healtyDict[ing["name"]], ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag and (ing["name"] == "butter" or ing["name"] == "sugar"):
halfquantity = 2
newTemp = self.updateingredForIngredient(
copy.deepcopy(ing), ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag:
newingredientlist.append(ing)
if i == 1:
print(
"can not find anything healthy that can change to something non-healthy"
)
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def subMethods(self, subDict):
self.newrecipe = copy.deepcopy(self.oldrecipe)
newPrimaryList = []
i = 1
for pcm in self.newrecipe["Methods"]["Primary cooking method"]:
if pcm in subDict:
newPrimaryList.append(subDict[pcm])
self.newrecipe["directions"] = self.updateMethodForDirection(
self.newrecipe["directions"], subDict[pcm], pcm)
print("sub:" + str(i))
print("original method:")
utils.printDict(pcm)
print("new method:")
utils.printDict(subDict[pcm])
print("\n")
i += 1
else:
newPrimaryList.append(pcm)
self.newrecipe["Methods"]["Primary cooking method"] = list(
set(newPrimaryList))
# print (self.newrecipe)
# print (json.dumps(self.newrecipe, indent=4))
if i == 1:
print("can not find a cooking method that can be replaced")
else:
utils.printRecipeNL(self.newrecipe)
def toIndian(self):
print("transfomation to make recipe more indian")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
cnt = 0
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in nonIndianDict:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
nonIndianDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
nonIndianDict[ing["name"]], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
elif ing["measurement"][0] in [
"teaspoon", "teaspoons", "taste", "pinch", "dash"
] and cnt < len(mexicanSpicyList):
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(indianSpciyList[cnt]["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
indianSpciyList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
cnt = cnt + 1
if flag:
newingredientlist.append(ing)
if i == 1:
print("can not find anything that can make recipe more indian")
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def fromVegetarian(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
cnt = 0
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
namewords = ing["name"].split()
flag = True
for n in namewords:
if n in nonMeatList and cnt < len(nonMeatSubList):
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonMeatSubList[cnt]["name"]),
ing["name"])
newTemp = self.updateingredForIngredient(
nonMeatSubList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
cnt = cnt + 1
flag = False
break
if flag:
newingredientlist.append(ing)
self.newrecipe["ingredients"] = newingredientlist
if i == 1:
print(
"can not find anything that can change from Vegetarian to Non-Vegetarian"
)
else:
utils.printRecipeNL(self.newrecipe)
def toHealthy(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
for ing in self.newrecipe["ingredients"]:
# print (ing)
flag = True
if ing["name"] in nonHealthyDict:
if "butter" in ing["name"] or "sugar" in ing["name"]:
halfquantity = 0.5
else:
halfquantity = None
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
nonHealthyDict[ing["name"]]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
nonHealthyDict[ing["name"]], ing, halfquantity)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
if flag:
newingredientlist.append(ing)
if i == 1:
print(
"can not find anything non-healthy that can change to something healthy"
)
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
def DIY(self):
print("transfomation to make recipe easier")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
i = 1
cnt = 0
for ing in self.newrecipe["ingredients"]:
flag = True
if ing["measurement"][0] in [
"teaspoon", "teaspoons", "taste", "pinch", "dash"
]:
need = True
for cp in commonSpicesList:
if cp in ing["name"]:
need = False
break
if need:
self.newrecipe[
"directions"] = self.removeingredForDirection(
self.newrecipe["directions"], ing["name"])
print("remove" + str(i))
i += 1
print("remove ingredient:")
utils.printDict(ing)
print("\n")
flag = False
cnt = cnt + 1
if flag:
newingredientlist.append(ing)
if i == 1:
print("can not find anything that can make recipe easier")
else:
utils.printRecipeNL(self.newrecipe)
self.newrecipe["ingredients"] = newingredientlist
"press 0: exit this process\npress 1: enter an URL to parse a recipe\n\
press 2: do transformation\npress 3: show old recipe(you can also find the old recipe in ./output/parserOutput.json)\npress 4: show new recipe(to see the complete new recipe of last transformation)(you can also find the new recipe in ./output/newRecipeOutput.json)\n"
)
if select == '1':
url = str(
input("please enter an URL from allrecipe\n\
(default:https://www.allrecipes.com/recipe/232458/pork-chops-with-creamy-scalloped-potatoes/)\n"
))
if len(url.strip()) == 0:
url = 'https://www.allrecipes.com/recipe/232458/pork-chops-with-creamy-scalloped-potatoes/'
test = parser.parser(url, resPath)
test.parserIngredient()
test.parserDirection()
utils.printDict(utils.recipeAddNumber(test.res))
utils.writeDict(utils.recipeAddNumber(test.res), resPath)
utils.printRecipeNL(test.res)
elif select == '2':
if url == None:
print(
"you need to press 1 to enter an URL to parser an recipe first"
)
continue
transfromtest = transfrom.transform(test.res)
tran = input("press 0: exit this process\n\
press 1: change recipe to Vegetarian\n\
press 2: change recipe to Non-Vegetarian\n\
press 3: change recipe to Healthy recipe\n\
press 4: change recipe to Non-healthy recipe\n\
press 5: change recipe to Mexican recipe\n\
press 6: change recipe to Indian recipe\n\
def toVegetarian(self):
print("transfomation from non-healthy recipe to healthy recipe")
self.newrecipe = copy.deepcopy(self.oldrecipe)
newingredientlist = []
cnt = 0
i = 1
for ing in self.newrecipe["ingredients"]:
#print (ing)
if ing["name"] == "chicken broth" or ing["name"].find(
"chicken broth") >= 0 or ing["name"].find(
"chicken-broth") >= 0:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonChickenBroh.ing["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
copy.deepcopy(nonChickenBroh.ing), ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
continue
if ing["name"] == "beef broth" or ing["name"].find(
"beef broth") >= 0 or ing["name"].find("beef-broth") >= 0:
self.newrecipe["directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
copy.deepcopy(nonBeefBroh.ing["name"]), ing["name"])
newTemp = self.updateingredForIngredient(
copy.deepcopy(nonBeefBroh.ing), ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
flag = False
continue
namewords = ing["name"].split()
flag = True
for n in namewords:
if n in meatlist and cnt < len(meatsubList):
self.newrecipe[
"directions"] = self.updateingredForDirection(
self.newrecipe["directions"],
meatsubList[cnt]["name"], ing["name"])
newTemp = self.updateingredForIngredient(
meatsubList[cnt], ing, None)
newingredientlist.append(newTemp)
print("sub" + str(i))
i += 1
print("original ingredient:")
utils.printDict(ing)
print("new ingredient:")
utils.printDict(newTemp)
print("\n")
cnt = cnt + 1
flag = False
break
if flag:
newingredientlist.append(ing)
self.newrecipe["ingredients"] = newingredientlist
if i == 1:
print(
"can not find anything that can change from Non-Vegetarian to Vegetarian"
)
else:
utils.printRecipeNL(self.newrecipe)