def load_graphs_from_folder(self):
graph_list = []
# Goren - notice the path to the graph defined by graphs_folder in the config file. is this where your graphs are?
graph_folder = path.join(getcwd(),
self.config['Default']['graphs_folder'])
#for testing
#graph_folder = path.join(getcwd(), self.config['Default']['tester_graphs_folder'])
if self.sm.size[1] < 1000:
screen_type = 'small'
else:
screen_type = 'large'
file_list = [
item for item in listdir(graph_folder)
if item.endswith(".json") and screen_type in item
]
KL.log.insert(action=LogAction.data,
obj='screen_type',
comment=screen_type,
sync=True)
for graph_name in file_list:
try:
graph_file_path = path.join(".", graph_folder, str(graph_name))
if GET_RANDOM_QUESTIONS:
self.add_random_questions(5, graph_file_path)
current_graph = load_graph_from_json(graph_file_path)
graph_list.append(current_graph)
except Exception as e:
print(e)
#randomize
shuffle(graph_list)
return graph_list
def main():
print("sdsdsds")
GLogger('file', 'graph_validator_logger.txt', 'ERROR')
Window.size = (1920, 1090)
Utils.read_game_config_file(MAIN_CONFIG_FILE_PATH)
Utils.read_graph_config_file(GRAPH_CONFIG_FILE)
Utils.image_folder = path.join("..", Utils.image_folder)
max_turns = int(Utils.game_config_data['Default']['max_turns'])
it = itertools.product('1234', repeat=max_turns)
number_of_successful_runs = 0
# use line 30 to test all the graphs in SAVED_GRAPH_PATH; use line 31 to only test the graphs specified in 'graphs_names'
# for current_graph in [item for item in listdir(SAVED_GRAPH_PATH) if item.endswith(".xml")]:
for current_graph in graphs_names:
curr_path = path.join(SAVED_GRAPH_PATH, current_graph)
graph = load_graph_from_json(curr_path)
with open("{}_saved_steps.txt".format(curr_path[:-5]), 'w') as f:
num_of_graph_nodes = len(graph.node_list)
f.write("The graph contains {} nodes\n".format(
str(num_of_graph_nodes)))
while True:
try:
buttons = it.next()
except StopIteration:
break
answer, number_of_nodes_seen = run_buttons_on_graph(
graph, buttons)
number_of_successful_runs += answer
f.write("steps: {}, seen nodes: {} \n".format(
str(buttons), str(number_of_nodes_seen)))
f.write("number of successful runs = {0}\n".format(
number_of_successful_runs))
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 load_graphs_from_folder(self):
graph_list = []
# Goren - notice the path to the graph defined by graphs_folder in the config file. is this where your graphs are?
graph_folder = path.join(getcwd(),
self.config['Default']['graphs_folder'])
#for testing
#graph_folder = path.join(getcwd(), self.config['Default']['tester_graphs_folder'])
file_list = [
item for item in listdir(graph_folder) if item.endswith(".json")
]
for graph_name in file_list:
try:
graph_file_path = path.join(".", graph_folder, str(graph_name))
if GET_RANDOM_QUESTIONS:
self.add_random_questions(5, graph_file_path)
current_graph = load_graph_from_json(graph_file_path)
graph_list.append(current_graph)
except Exception as e:
print(e)
#randomize
shuffle(graph_list)
return graph_list
class GameType(Enum):
VIEW_ONLY = 1
ALLOW_PLAY = 2
def main(game_type, graph_data):
GLogger('file', 'graph_runner_logger.txt', 'ERROR')
if game_type == GameType.VIEW_ONLY:
game = DisplayApp(graph_data)
elif game_type == GameType.ALLOW_PLAY:
button_presses = []
# This needs to be more versatile
test_screen = TestScreen(graph_data, button_presses, 0.2)
test_screen.graph_config = "../GraphsData/graph_config.txt"
game = GraphGameApp(test_screen)
game.run()
if __name__ == "__main__":
Utils.read_game_config_file(CONFIG_FILE_PATH)
Utils.read_graph_config_file(GRAPH_CONFIG_PATH)
Utils.image_folder = path.join("..", Utils.image_folder)
# ALLOW_PLAY, VIEW_ONLY
game_type = GameType.ALLOW_PLAY
graph = load_graph_from_json(graph_file_path)
main(game_type, graph)