def main():
questionOne = QuestionObject("how many red nodes there are?",
QuestionTypes['NUMBER'], 111)
questionThree = QuestionObject(
"what is the color that contain the node with the maximun links in the graph?",
QuestionTypes['MULTIPLE_CHOICE'], 222)
questionFive = QuestionObject(
"how many red nodes do not have links blue nodes?",
QuestionTypes['NUMBER'], 4)
questionNine = QuestionObject(
"does every node at color yellow have link to a node of color red?",
QuestionTypes['BOOLEAN'], 12)
questionTen = QuestionObject("is there more red nodes than yellow nodes?",
QuestionTypes['BOOLEAN'], 14)
questionList = [
questionOne, questionThree, questionFive, questionNine, questionTen
]
q = Queue()
display = QuestionDisplay(questionList, q)
display.run()
user_answers = q.get()
for item in user_answers:
print("question #{} - {}".format(item.question_number,
item.get_answer()))
def test_upper(self):
#prepare
user_graph = create_draft_graph_1()
true_graph = create_draft_graph_1()
question_data = QuestionObject("how many {} nodes there are?", QuestionTypes['NUMBER'], 1, Colours.get("red"))
question = IntSpinner(question=question_data)
user_answers = [AnswerObject(question_object=question, user_seen_graph=user_graph, real_graph=true_graph),
AnswerObject(question_object=question, user_seen_graph=user_graph, real_graph=true_graph)]
user_answers[0].user_answer = ["1"]
user_answers[0].user_graph_answer = ["1"]
user_answers[0].real_answer = ["1"]
user_answers[1].user_answer = ["yellow", "blue"]
user_answers[1].user_graph_answer = ["red"]
user_answers[1].real_answer = ["blue", "red"]
#act
results_dict_0 = ResultWidget.calculate_percentage([user_answers[0]])
print (results_dict_0)
possible_score_0 = results_dict_0.get("possible_score")
user_score_0 = results_dict_0.get("user_score")
results_dict_1 = ResultWidget.calculate_percentage([user_answers[1]])
possible_score_1 = results_dict_1.get("possible_score")
user_score_1 = results_dict_1.get("user_score")
print (results_dict_1)
#assert
self.assertEqual(possible_score_0,5)
self.assertEqual(user_score_0,5)
self.assertEqual(possible_score_1,0)
self.assertEqual(user_score_1,0)
def create_questions():
"""
Creates a list of QuestionObject
"""
from KivyFiles.Questions.QuestionObject import QuestionObject
question_one = QuestionObject("how many red nodes there are?",
QuestionTypes['NUMBER'], 1,
Colours['red'])
question_three = QuestionObject("how many yellow nodes there are?",
QuestionTypes['NUMBER'], 1,
Colours['yellow'])
question_five = QuestionObject("how many blue nodes there are?",
QuestionTypes['NUMBER'], 1,
Colours['blue'])
question_list = [question_one, question_three, question_five]
return question_list
def load_graph_from_json(file_name):
if not path.exists(file_name):
raise IOError("File not found", path=file_name)
new_graph = GraphObject()
new_graph.source_file = file_name
with open(file_name) as f:
data = json.loads(f.read())
new_graph.size["max_x"] = data["size"]["max_x"]
new_graph.size["max_y"] = data["size"]["max_y"]
new_graph.extra_distance = data["extra_distance"]
new_graph.center_node = data["center_node"]
new_graph.max_neighbors = data["max_neighbors"]
new_graph.line_colour = data["line_colour"]
new_graph.node_count = data["node_count"]
new_graph.connections = [(str(item[0]), str(item[1]))
for item in data["connections"]]
new_graph.question_object_list = []
new_graph.node_list = []
for node in data["node_list"]:
node_shape = data["node_list"][node]["shape"]
node_size = data["node_list"][node]["node_size"]
node_location = {
'x': data["node_list"][node]["node_x"],
'y': data["node_list"][node]["node_y"]
}
node_colour = Colours[data["node_list"][node]["colour"]]
node_neighbors = set(
json.loads(data["node_list"][node]["neighbors"]))
possible_neighbors = set(
json.loads(data["node_list"][node]["possible_neighbors"]))
new_node = NodeObject(node, node_location, node_size, node_colour,
node_shape)
new_node.neighbors = node_neighbors
new_node.possible_neighbors = possible_neighbors
new_graph.node_list.append(new_node)
for question in data["question_object_list"]:
question_type_number = data["question_object_list"][question][
"question_type_number"]
question_string = data["question_object_list"][question][
"question_string"]
question_id = data["question_object_list"][question]["question_id"]
args = json.loads(data["question_object_list"][question]["args"])
question_object = QuestionObject(question_string,
question_type_number, question_id,
*args)
new_graph.question_object_list.append(question_object)
return new_graph
def add_random_questions(self, number_of_random_questios, graph_file_path):
current_graph = load_graph_from_json(graph_file_path)
store = JsonStore("Json/questions.json", encoding='utf-8')
question_one_red = QuestionObject(
store['questionnaire']['ques']['q01'][::-1].replace(
"X", store['questionnaire']['ques_parameters']['X_red'][::-1]),
QuestionTypes['NUMBER'], 1, Colours['red'])
question_one_blue = QuestionObject(
store['questionnaire']['ques']['q01'][::-1].replace(
"X",
store['questionnaire']['ques_parameters']['X_blue'][::-1]),
QuestionTypes['NUMBER'], 1, Colours['blue'])
question_one_yellow = QuestionObject(
store['questionnaire']['ques']['q01'][::-1].replace(
"X",
store['questionnaire']['ques_parameters']['X_yellow'][::-1]),
QuestionTypes['NUMBER'], 1, Colours['yellow'])
question_two = QuestionObject(
store['questionnaire']['ques']['q03'][::-1],
QuestionTypes['MULTIPLE_CHOICE'], 3)
question_three = QuestionObject(
store['questionnaire']['ques']['q06'][::-1],
QuestionTypes['MULTIPLE_CHOICE'], 6)
question_six = QuestionObject(
store['questionnaire']['ques']['q16'][::-1],
QuestionTypes['MULTIPLE_CHOICE'], 16)
question_seven = QuestionObject(
store['questionnaire']['ques']['q17'][::-1],
QuestionTypes['MULTIPLE_CHOICE'], 17)
q_nums = range(5)
shuffle(q_nums)
all_questions_graph = []
for i in range(number_of_random_questios):
if q_nums[i] == 0:
q1_list = [
question_one_red, question_one_blue, question_one_yellow
]
shuffle(q1_list)
all_questions_graph.append(q1_list[0])
elif q_nums[i] == 1:
all_questions_graph.append(question_two)
elif q_nums[i] == 2:
all_questions_graph.append(question_three)
elif q_nums[i] == 3:
all_questions_graph.append(question_six)
elif q_nums[i] == 4:
all_questions_graph.append(question_seven)
current_graph.question_object_list = all_questions_graph
save_graph_json(current_graph, graph_file_path)
def main():
question_data = QuestionObject("how many {} nodes there are?",
QuestionTypes['NUMBER'], 1, Colours.red)
question = IntSpinner(question=question_data)
question.text = '6'
graph_user = create_rand_graph("{}\..\GraphsData\config.ini".format(
os.getcwd()))
graph_real = create_rand_graph("{}\..\GraphsData\config.ini".format(
os.getcwd()))
for i in range(len(graph_user.node_list)):
graph_user.node_list[i].colour = Colours.yellow['name']
graph_real.node_list[i].colour = Colours.red['name']
for i in range(len(graph_user.node_list) - 5):
graph_user.node_list[i].colour = Colours.red
answer = AnswerObject(question_object=question,
user_seen_graph=graph_user,
real_graph=graph_real)
print(answer)
def main():
user_graph = create_rand_graph("{}\..\GraphsData\config.ini".format(os.getcwd()))
true_graph = create_rand_graph("{}\..\GraphsData\config.ini".format(os.getcwd()))
for i in range(len(user_graph.node_list)):
user_graph.node_list[i].colour = Colours.yellow['name']
true_graph.node_list[i].colour = Colours.red['name']
for i in range(len(user_graph.node_list)-5):
user_graph.node_list[i].colour = Colours.red['name']
answer_list = []
for i in range(10):
question_data = QuestionObject("how many {} nodes there are?", QuestionTypes['NUMBER'], 1, Colours.red)
question = IntSpinner(question=question_data)
question.text = '6'
answer = AnswerObject(question_object=question, user_seen_graph=user_graph, real_graph=true_graph)
answer_list.append(answer)
display = ResultDisplay(answer_list, user_graph, true_graph)
display.run()
def create_draft_graph_1_rotate():
GLogger('file', 'handmade_graph_logger.txt', 'ERROR')
draft_graph = GraphObject(max_x=2850,
max_y=2750,
node_count=15,
max_neighbors=5,
extra_distance=1)
draft_graph.add_node(x_loc=687,
y_loc=2169,
node_colour=Colours['yellow'],
serial='n1')
draft_graph.add_node(x_loc=58,
y_loc=2450,
node_colour=Colours['red'],
serial='n2')
draft_graph.add_node(x_loc=294,
y_loc=1255,
node_colour=Colours['blue'],
serial='n3')
draft_graph.add_node(x_loc=939,
y_loc=1879,
node_colour=Colours['blue'],
serial='n4')
draft_graph.add_node(x_loc=730,
y_loc=772,
node_colour=Colours['red'],
serial='n5')
draft_graph.add_node(x_loc=1394,
y_loc=343,
node_colour=Colours['red'],
serial='n6')
draft_graph.add_node(x_loc=839,
y_loc=319,
node_colour=Colours['yellow'],
serial='n7')
draft_graph.add_node(x_loc=2109,
y_loc=902,
node_colour=Colours['blue'],
serial='n8')
draft_graph.add_node(x_loc=2017,
y_loc=345,
node_colour=Colours['red'],
serial='n9')
draft_graph.add_node(x_loc=1319,
y_loc=1322,
node_colour=Colours['red'],
serial='n10')
draft_graph.add_node(x_loc=1973,
y_loc=2006,
node_colour=Colours['blue'],
serial='n11')
draft_graph.add_node(x_loc=2476,
y_loc=2289,
node_colour=Colours['red'],
serial='n12')
draft_graph.add_node(x_loc=1737,
y_loc=1514,
node_colour=Colours['yellow'],
serial='n13')
draft_graph.add_node(x_loc=1768,
y_loc=2676,
node_colour=Colours['yellow'],
serial='n14')
draft_graph.add_node(x_loc=416,
y_loc=748,
node_colour=Colours['blue'],
serial='n15')
draft_graph.center_node = "n1"
for node in draft_graph.node_list:
draft_graph.get_possible_connections(node.serial_num)
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n2"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n3"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n5"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n7"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n12"),
draft_graph.get_node_by_serial("n11"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n6"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n11"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n14"),
draft_graph.get_node_by_serial("n12"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n7"),
draft_graph.get_node_by_serial("n15"))
question_one = QuestionObject(
"How many red nodes do not have links to yellow nodes?",
QuestionTypes['NUMBER'], 5, Colours['red'], Colours['yellow'])
question_two = QuestionObject("Is the number of red nodes even?",
QuestionTypes['BOOLEAN'], 15, Colours['red'],
0)
question_three = QuestionObject(
"Does all the blue nodes have an odd number of links?",
QuestionTypes['BOOLEAN'], 13, Colours['blue'], 1)
question_four = QuestionObject(
"What is the color that contains the smallest total number of links?",
QuestionTypes['MULTIPLE_CHOICE'], 7)
question_five = QuestionObject(
"Does every yellow node have a link to a red node?",
QuestionTypes['BOOLEAN'], 9, Colours['yellow'], Colours['red'])
question_six = QuestionObject(
"Are there more blue nodes than yellow nodes?",
QuestionTypes['BOOLEAN'], 10, Colours['blue'], Colours['yellow'])
question_seven = QuestionObject(
"Is there a red nodes that has a link to another red node?",
QuestionTypes['BOOLEAN'], 8, Colours['red'])
draft_graph.question_object_list = [
question_one, question_two, question_three, question_four,
question_five, question_six, question_seven
]
save_graph_json(draft_graph, "Graph_1_rotate.json")
#create_draft_graph_1_Transpose()
#create_draft_graph_1_rotate()
#create_draft_graph_1()
#create_draft_graph_2()
#create_draft_graph_3()
#create_draft_graph_4()
#create_draft_graph_5()
def create_draft_graph_5():
GLogger('file', 'handmade_graph_logger.txt', 'ERROR')
draft_graph = GraphObject(max_x=2350,
max_y=3050,
node_count=15,
max_neighbors=5,
extra_distance=1)
draft_graph.add_node(x_loc=405,
y_loc=2786,
node_colour=Colours['red'],
serial='n1')
draft_graph.add_node(x_loc=340,
y_loc=441,
node_colour=Colours['red'],
serial='n2')
draft_graph.add_node(x_loc=657,
y_loc=1902,
node_colour=Colours['red'],
serial='n3')
draft_graph.add_node(x_loc=187,
y_loc=2512,
node_colour=Colours['blue'],
serial='n4')
draft_graph.add_node(x_loc=336,
y_loc=1153,
node_colour=Colours['blue'],
serial='n5')
draft_graph.add_node(x_loc=1747,
y_loc=2763,
node_colour=Colours['yellow'],
serial='n6')
draft_graph.add_node(x_loc=1809,
y_loc=514,
node_colour=Colours['blue'],
serial='n7')
draft_graph.add_node(x_loc=1845,
y_loc=2169,
node_colour=Colours['blue'],
serial='n8')
draft_graph.add_node(x_loc=1125,
y_loc=2383,
node_colour=Colours['blue'],
serial='n9')
draft_graph.add_node(x_loc=1681,
y_loc=1621,
node_colour=Colours['yellow'],
serial='n10')
draft_graph.add_node(x_loc=1456,
y_loc=152,
node_colour=Colours['blue'],
serial='n11')
draft_graph.add_node(x_loc=2011,
y_loc=1486,
node_colour=Colours['red'],
serial='n12')
draft_graph.add_node(x_loc=2008,
y_loc=345,
node_colour=Colours['yellow'],
serial='n13')
draft_graph.add_node(x_loc=1449,
y_loc=2993,
node_colour=Colours['red'],
serial='n14')
draft_graph.add_node(x_loc=2296,
y_loc=812,
node_colour=Colours['red'],
serial='n15')
draft_graph.center_node = "n5"
for node in draft_graph.node_list:
draft_graph.get_possible_connections(node.serial_num)
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n3"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n2"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n12"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n12"),
draft_graph.get_node_by_serial("n11"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n12"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n13"),
draft_graph.get_node_by_serial("n15"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n7"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n14"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n12"))
question_one = QuestionObject(
'Is there a yellow node that has at least 3 links to another yellow node?',
QuestionTypes['BOOLEAN'], 11, Colours['yellow'], 3)
question_two = QuestionObject(
'Does all the red nodes have an odd number of links?',
QuestionTypes['BOOLEAN'], 13, Colours['red'], 1)
question_three = QuestionObject('How many yellow nodes are there?',
QuestionTypes['NUMBER'], 1,
Colours['yellow'])
question_four = QuestionObject(
'What is the color that contains the smallest total number of links?',
QuestionTypes['MULTIPLE_CHOICE'], 7)
question_five = QuestionObject(
'Does every blue node have a link to a yellow node?',
QuestionTypes['BOOLEAN'], 9, Colours['blue'], Colours['yellow'])
question_six = QuestionObject('Is the number of blue nodes even?',
QuestionTypes['BOOLEAN'], 15,
Colours['blue'], 0)
question_seven = QuestionObject(
'How many yellow nodes do not have links to red nodes?',
QuestionTypes['NUMBER'], 5, Colours['yellow'], Colours['red'])
draft_graph.question_object_list = [
question_one, question_two, question_three, question_four,
question_five, question_six, question_seven
]
save_graph_json(draft_graph, "Graph_5.json")
def create_draft_graph_4():
GLogger('file', 'handmade_graph_logger.txt', 'ERROR')
draft_graph = GraphObject(max_x=4750,
max_y=2400,
node_count=15,
max_neighbors=5,
extra_distance=1)
draft_graph.add_node(x_loc=936,
y_loc=1671,
node_colour=Colours['blue'],
serial='n1')
draft_graph.add_node(x_loc=480,
y_loc=1998,
node_colour=Colours['yellow'],
serial='n2')
draft_graph.add_node(x_loc=96,
y_loc=908,
node_colour=Colours['blue'],
serial='n3')
draft_graph.add_node(x_loc=1668,
y_loc=2007,
node_colour=Colours['red'],
serial='n4')
draft_graph.add_node(x_loc=2112,
y_loc=1816,
node_colour=Colours['yellow'],
serial='n5')
draft_graph.add_node(x_loc=2976,
y_loc=1825,
node_colour=Colours['yellow'],
serial='n6')
draft_graph.add_node(x_loc=2392,
y_loc=2356,
node_colour=Colours['blue'],
serial='n7')
draft_graph.add_node(x_loc=3360,
y_loc=1271,
node_colour=Colours['blue'],
serial='n8')
draft_graph.add_node(x_loc=1788,
y_loc=1453,
node_colour=Colours['red'],
serial='n9')
draft_graph.add_node(x_loc=4440,
y_loc=1280,
node_colour=Colours['blue'],
serial='n10')
draft_graph.add_node(x_loc=3600,
y_loc=1734,
node_colour=Colours['yellow'],
serial='n11')
draft_graph.add_node(x_loc=4680,
y_loc=1635,
node_colour=Colours['red'],
serial='n12')
draft_graph.add_node(x_loc=480,
y_loc=1380,
node_colour=Colours['red'],
serial='n13')
draft_graph.add_node(x_loc=2880,
y_loc=566,
node_colour=Colours['red'],
serial='n14')
draft_graph.add_node(x_loc=3372,
y_loc=1998,
node_colour=Colours['red'],
serial='n15')
draft_graph.center_node = "n1"
for node in draft_graph.node_list:
draft_graph.get_possible_connections(node.serial_num)
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n2"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n2"),
draft_graph.get_node_by_serial("n3"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n2"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n4"),
draft_graph.get_node_by_serial("n5"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n7"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n11"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n15"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n7"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n7"),
draft_graph.get_node_by_serial("n15"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n14"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n12"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n14"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n15"))
question_one = QuestionObject(
'Is there a red node that has at least two links to another red node?',
QuestionTypes['BOOLEAN'], 11, Colours['red'], 2)
question_two = QuestionObject(
'Is the sum of the links of all the red nodes even?',
QuestionTypes['BOOLEAN'], 14, Colours['red'], 0)
question_three = QuestionObject(
'Which color has the largest number of nodes?',
QuestionTypes['MULTIPLE_CHOICE'], 16)
question_four = QuestionObject(
'How many blue nodes have links to yellow nodes?',
QuestionTypes['NUMBER'], 2, Colours['blue'], Colours['yellow'])
question_five = QuestionObject(
'What is the color that contains the largest total number of links?',
QuestionTypes['MULTIPLE_CHOICE'], 4)
question_six = QuestionObject(
'Does every yellow node have a link to a red node?',
QuestionTypes['BOOLEAN'], 9, Colours['yellow'], Colours['red'])
question_seven = QuestionObject(
'Are there more blue nodes than yellow nodes?',
QuestionTypes['BOOLEAN'], 10, Colours['blue'], Colours['yellow'])
draft_graph.question_object_list = [
question_one, question_two, question_three, question_four,
question_five, question_six, question_seven
]
save_graph_json(draft_graph, "Graph_4.json")
def create_draft_graph_3():
GLogger('file', 'handmade_graph_logger.txt', 'ERROR')
draft_graph = GraphObject(max_x=2950,
max_y=2850,
node_count=15,
max_neighbors=5,
extra_distance=1)
draft_graph.add_node(x_loc=62,
y_loc=90,
node_colour=Colours['yellow'],
serial='n1')
draft_graph.add_node(x_loc=1082,
y_loc=726,
node_colour=Colours['blue'],
serial='n2')
draft_graph.add_node(x_loc=482,
y_loc=944,
node_colour=Colours['blue'],
serial='n3')
draft_graph.add_node(x_loc=1800,
y_loc=581,
node_colour=Colours['blue'],
serial='n4')
draft_graph.add_node(x_loc=1584,
y_loc=1358,
node_colour=Colours['yellow'],
serial='n5')
draft_graph.add_node(x_loc=2880,
y_loc=726,
node_colour=Colours['red'],
serial='n6')
draft_graph.add_node(x_loc=1896,
y_loc=90,
node_colour=Colours['yellow'],
serial='n7')
draft_graph.add_node(x_loc=2090,
y_loc=1911,
node_colour=Colours['yellow'],
serial='n8')
draft_graph.add_node(x_loc=2496,
y_loc=1235,
node_colour=Colours['blue'],
serial='n9')
draft_graph.add_node(x_loc=1130,
y_loc=2147,
node_colour=Colours['red'],
serial='n10')
draft_graph.add_node(x_loc=2904,
y_loc=2328,
node_colour=Colours['red'],
serial='n11')
draft_graph.add_node(x_loc=132,
y_loc=1653,
node_colour=Colours['blue'],
serial='n12')
draft_graph.add_node(x_loc=484,
y_loc=2610,
node_colour=Colours['yellow'],
serial='n13')
draft_graph.add_node(x_loc=1586,
y_loc=2739,
node_colour=Colours['red'],
serial='n14')
draft_graph.add_node(x_loc=2378,
y_loc=2801,
node_colour=Colours['blue'],
serial='n15')
draft_graph.center_node = "n2"
for node in draft_graph.node_list:
draft_graph.get_possible_connections(node.serial_num)
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n2"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n3"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n2"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n4"),
draft_graph.get_node_by_serial("n5"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n4"),
draft_graph.get_node_by_serial("n6"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n7"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n11"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n5"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n9"),
draft_graph.get_node_by_serial("n11"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n12"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n13"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n14"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n15"),
draft_graph.get_node_by_serial("n14"))
question_one = QuestionObject(
'Is there a red node with an odd number of links?',
QuestionTypes['BOOLEAN'], 12, Colours['red'], 1)
question_two = QuestionObject(
'Which color has the smallest number of nodes?',
QuestionTypes['MULTIPLE_CHOICE'], 17)
question_three = QuestionObject('How many blue nodes are there?',
QuestionTypes['NUMBER'], 1,
Colours['blue'])
question_four = QuestionObject(
'What is the color of the node with the largest number of links?',
QuestionTypes['MULTIPLE_CHOICE'], 3)
question_five = QuestionObject(
'Does every red node have a link to a yellow node?',
QuestionTypes['BOOLEAN'], 9, Colours['red'], Colours['yellow'])
question_six = QuestionObject(
'Does all the blue nodes have an even number of links?',
QuestionTypes['BOOLEAN'], 13, Colours['blue'], 0)
question_seven = QuestionObject(
'Are there more red nodes than blue nodes?', QuestionTypes['BOOLEAN'],
10, Colours['red'], Colours['blue'])
draft_graph.question_object_list = [
question_one, question_two, question_three, question_four,
question_five, question_six, question_seven
]
save_graph_json(draft_graph, "Graph_3.json")
def create_draft_graph_2():
draft_graph = GraphObject(max_x=2450,
max_y=3200,
node_count=15,
max_neighbors=5,
extra_distance=1)
draft_graph.add_node(x_loc=144,
y_loc=2252,
node_colour=Colours['blue'],
serial='n1')
draft_graph.add_node(x_loc=506,
y_loc=2525,
node_colour=Colours['yellow'],
serial='n2')
draft_graph.add_node(x_loc=1224,
y_loc=2052,
node_colour=Colours['blue'],
serial='n3')
draft_graph.add_node(x_loc=1704,
y_loc=2434,
node_colour=Colours['blue'],
serial='n4')
draft_graph.add_node(x_loc=1824,
y_loc=1526,
node_colour=Colours['red'],
serial='n5')
draft_graph.add_node(x_loc=2064,
y_loc=1071,
node_colour=Colours['red'],
serial='n6')
draft_graph.add_node(x_loc=1344,
y_loc=890,
node_colour=Colours['red'],
serial='n7')
draft_graph.add_node(x_loc=1464,
y_loc=617,
node_colour=Colours['blue'],
serial='n8')
draft_graph.add_node(x_loc=2376,
y_loc=617,
node_colour=Colours['yellow'],
serial='n9')
draft_graph.add_node(x_loc=746,
y_loc=981,
node_colour=Colours['blue'],
serial='n10')
draft_graph.add_node(x_loc=360,
y_loc=1529,
node_colour=Colours['red'],
serial='n11')
draft_graph.add_node(x_loc=72,
y_loc=1635,
node_colour=Colours['yellow'],
serial='n12')
draft_graph.add_node(x_loc=508,
y_loc=1689,
node_colour=Colours['blue'],
serial='n13')
draft_graph.add_node(x_loc=1226,
y_loc=163,
node_colour=Colours['red'],
serial='n14')
draft_graph.add_node(x_loc=196,
y_loc=3161,
node_colour=Colours['blue'],
serial='n15')
draft_graph.center_node = "n2"
for node in draft_graph.node_list:
draft_graph.get_possible_connections(node.serial_num)
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n1"),
draft_graph.get_node_by_serial("n2"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n2"),
draft_graph.get_node_by_serial("n3"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n4"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n3"),
draft_graph.get_node_by_serial("n5"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n5"),
draft_graph.get_node_by_serial("n6"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n6"),
draft_graph.get_node_by_serial("n9"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n10"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n10"),
draft_graph.get_node_by_serial("n11"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n11"),
draft_graph.get_node_by_serial("n12"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n11"),
draft_graph.get_node_by_serial("n13"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n8"),
draft_graph.get_node_by_serial("n14"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n7"),
draft_graph.get_node_by_serial("n8"))
draft_graph.connect_nodes(draft_graph.get_node_by_serial("n2"),
draft_graph.get_node_by_serial("n15"))
question_one = QuestionObject("How many red nodes are there?",
QuestionTypes['NUMBER'], 1, Colours['red'])
question_two = QuestionObject(
"How many blue nodes do not have links to yellow nodes",
QuestionTypes['NUMBER'], 5, Colours['blue'], Colours['yellow'])
question_three = QuestionObject(
"Which color has the largest number of nodes?",
QuestionTypes['MULTIPLE_CHOICE'], 16)
question_four = QuestionObject(
"Is there a blue node that has at least 2 links to another blue node?",
QuestionTypes['BOOLEAN'], 11, Colours['blue'], 2)
question_five = QuestionObject(
"What is the color of the node with the largest number of links?",
QuestionTypes['MULTIPLE_CHOICE'], 3)
question_six = QuestionObject("Is every blue node linked to a red node?",
QuestionTypes['BOOLEAN'], 9, Colours['blue'],
Colours['red'])
question_seven = QuestionObject("Is there an even number of yellow nodes?",
QuestionTypes['BOOLEAN'], 15,
Colours['yellow'], 0)
draft_graph.question_object_list = [
question_one, question_two, question_three, question_four,
question_five, question_six, question_seven
]
save_graph_json(draft_graph, "Graph_2.json")