def parse_decomp(self, directory):
decomposition_data = ParsingFunctions.parse_decomposition(directory)
self.inputfilename = decomposition_data['input file name']
self.pi = decomposition_data['Pi info']
self.patch = decomposition_data['Patch Vectors']
self.radius = decomposition_data["radius"]
self.center = decomposition_data["center"]
self.num_patches = decomposition_data['num patches']
def parse_decomp(self, directory): decomposition_data = ParsingFunctions.parse_decomposition(directory) self.inputfilename = decomposition_data['input file name'] self.pi = decomposition_data['Pi info'] self.patch = decomposition_data['Patch Vectors'] self.radius = decomposition_data["radius"] self.center = decomposition_data["center"] self.num_patches = decomposition_data['num patches']
def parse_surf(self, directory):
surf_data = ParsingFunctions.parse_Surf(directory)
self.num_faces = surf_data[0]
self.num_edges = surf_data[1]
self.num_midpoint_slices = surf_data[2]
self.num_critical_point_slices = surf_data[3]
self.num_singular_curves = surf_data[4]
self.singular_curve_multiplicities = surf_data[5]
def create_command_handler(bot, update, filtered_command_list):
"""takes the message_filtered and creates the command that must be eventually execute"""
logger.info('{} User: {}'.format(filtered_command_list, update))
new_filtered_command = []
for scan in filtered_command_list:
if scan != 'execute' and scan != 'config':
new_filtered_command.append(scan)
try:
if filtered_command_list[1] == "see":
send_msg_html(
bot, update,
show_task_info(
ParsingFunctions.find_task(new_filtered_command[0])))
except:
pass
if len(filtered_command_list) == 0:
send_msg_html(bot, update, 'Error! no command found')
if new_filtered_command[0].lower() == "view":
new_filtered_command = ['task']
run_command(bot, update, new_filtered_command)
elif new_filtered_command[0].lower() == "see":
try:
send_msg_html(
bot, update,
show_task_info(
ParsingFunctions.find_task(new_filtered_command[1])))
except IndexError:
send_msg_html(bot, update,
'"see" function must have id_task as argument')
elif new_filtered_command[0].lower() == "completed":
show_task_completed(bot, update)
elif new_filtered_command[0].lower() == "deleted":
show_task_deleted(bot, update)
elif new_filtered_command[0].lower() == "recurring":
show_task_recurring(bot, update)
elif new_filtered_command[0].lower() == "waiting":
show_task_waiting(bot, update)
else:
new_filtered_command.insert(0, 'task')
new_filtered_command[1] = new_filtered_command[1].lower()
run_command(bot, update, new_filtered_command)
def gather(self):
self.directory_info = ParsingFunctions.parse_directory_name()
self.find_directory(self.directory_info[0])
print("gathering data from " + self.directory)
self.dimension = int(self.directory_info[2])
# gather vertices
self.gather_vertices()
if self.dimension == 1:
# polynomial is a curve
self.gather_curve(self.directory)
elif self.dimension == 2:
# polynomial is a surface
self.gather_surface(self.directory)
print("done gathering decomposition")
def __init__(self):
self.filenames = []
self.num_vertices = 0
self.vertices = []
self.directory_info = ParsingFunctions.parse_directory_name()
self.find_directory(self.directory_info[0])
print("gathering data from " + self.directory)
self.dimension = int(self.directory_info[2])
# gather vertices
self.gather_vertices()
if self.dimension == 1:
# polynomial is a curve
self.gather_curve(self.directory)
elif self.dimension == 2:
# polynomial is a surface
self.gather_surface(self.directory)
print("done gathering decomposition")
def gather_surface_samples(self, directory):
self.surface_sampler_data = ParsingFunctions.parse_Surface_Sampler(
directory)
def gather_faces(self, directory):
self.faces = ParsingFunctions.parse_Faces(directory)
def show_task_recurring(bot, update):
"""Show in a message all recurring tasks and their related details."""
all_task_list = ParsingFunctions.parsin_json()
task_list = all_task_list[3]
message_list = ParsingFunctions.select_output(task_list)
send_long_HTML(bot, update, message_list)
def show_task_info(task):
"""Create the output for send all informations of the task identified. return string"""
message_out = ParsingFunctions.select_output(task)[0]
return message_out
def parse_curve_sampler(self, directory): self.curve_sampler_data = ParsingFunctions.parse_Curve_Sampler(directory)
def parse_edge(self, directory): edge_data = ParsingFunctions.parse_Edges(directory) self.num_edges = edge_data['number of edges'] self.edges = edge_data['edges']
def parse_curve_sampler(self, directory): self.sampler_data = ParsingFunctions.parse_Curve_Sampler(directory)
def parse_edge(self, directory): edge_data = ParsingFunctions.parse_Edges(directory) self.num_edges = edge_data['number of edges'] self.edges = edge_data['edges']