def main():
training_set = pickle_util.load("training.pck")
arc = annotatedRecipe.Corpus(training_set=training_set)
recipeCorpus = arc.recipes
for i in recipeCorpus:
if i.is_training_set == False:
print i.name
def main():
training_set = pickle_util.load("training.pck")
totalRecipes = 0
totalIngredients = 0
ingredientsList = []
arc = annotatedRecipe.Corpus(training_set=training_set)
recipeCorpus = arc.recipes
for i in recipeCorpus:
totalRecipes += 1
for j in i.ingredients:
if j[1].contains[0] == "onion":
print i.name
if j[1].contains[0] not in ingredientsList:
ingredientsList.append(j[1].contains[0])
totalIngredients += 1
ingredientsList.sort()
print "\n\n\n"
print "Total Recipes:", totalRecipes
print "Total Ingredients", totalIngredients
print "Ingredient List:", ingredientsList
print "\n\n\n"
return 1
def runInstructionEvaluation(runTestSet=True):
training_set = pickle_util.load("training.pck")
totalRecipes = 0
arc = annotatedRecipe.Corpus(training_set=training_set)
recipeCorpus = arc.recipes
ev = Evaluator()
for i in recipeCorpus:
if i.is_training_set == runTestSet:
continue
totalRecipes += 1
ev.evaluateInstructions(i)
print "\n\nOverall results for the entire instruction-level evaluation."
print "Total Recipes:", totalRecipes
print "Total Instructions:", ev.totalCount, "\nSuccess:", ev.successCount
print "Noop Success:", ev.noopSuccessCount
print "Failures:", ev.totalCount - (ev.successCount + ev.noopSuccessCount)
right = ev.successCount + ev.noopSuccessCount
print "%.3f%% (%d/%d)" % (float(right) / ev.totalCount * 100, right,
ev.totalCount)
print "\n\n"
return (ev.totalCount, ev.successCount, ev.noopSuccessCount)
def runEndToEndEvaluation(runTestSet=True):
training_set = pickle_util.load("training.pck")
totalRecipes = 0
arc = annotatedRecipe.Corpus(training_set=training_set)
recipeCorpus = arc.recipes
ev = Evaluator()
for i in recipeCorpus:
if i.is_training_set == runTestSet:
continue
totalRecipes += 1
result = ev.evaluateEndToEnd(i)
if result != 0:
print "Failure 1"
return 1
print "\n\nOverall results for the entire end-to-end evaluation."
print "Total Recipes:", totalRecipes
print "Success:", ev.successCount
print "Failures:", ev.totalCount - ev.successCount
right = ev.successCount + ev.noopSuccessCount
print "%.3f%% (%d/%d)" % (float(right) / ev.totalCount * 100, right,
ev.totalCount)
print "\n\n"
return (totalRecipes, ev.successCount)
def testAnnotatedRecipeCorpusGlob(self):
output = annotatedRecipe.Corpus("data/")
print output.recipes
print output.recipes[0].recipe_text