def upload_files(self, upload):
if upload.sources == "sources":
return methods.Methods(upload,
self.open_file(upload)).upload_sources()
if upload.sources == "translations":
return methods.Methods(
upload, self.open_file(upload)).upload_translations()
def __init__(self, problem):
self.methods = methods.Methods()
# Information about the method
self.method = problem[0]
self.auxiliary_method = problem[1]
self.order = problem[2]
# Information about the problem
self.ts = self.get_ts(problem[3])
self.h = problem[3][1]
self.ys = problem[4] + [0] * (len(self.ts) - len(problem[4])
) # Complets the list of ys with 0s
# Information about the function
self.f_expr = problem[5]
def __init__(self,
input_file=None,
should_print=True,
verbose=False,
should_plot=False):
# Definindo os símbolos t e y que serão usados nas funções de entrada
self.t, self.y = sympy.symbols("t y")
# Os métodos que podem ser resolvidos
self.methods = methods.Methods()
# O modulo de apresentação dos resultados
self.plotter = plotter.Plotter()
if input_file is not None:
with open(input_file) as input_data:
for problem_definition in input_data:
problem = self.get_problem_from_definition(
problem_definition)
self.solve(problem,
should_print=should_print,
verbose=verbose,
should_plot=should_plot)
def createMethObj(self):
self.meth = meth.Methods()
def download_project(self, download):
return methods.Methods(download,
self.open_file(download)).download_project()
def list_files(self, list_f):
return methods.Methods(list_f,
self.open_file(list_f)).list_project_files()
def test(self, test):
return methods.Methods(test, self.open_file(test)).test()
msg = form.getvalue('text')
if (msg == None):
msg = ""
param1 = getIntValue(form.getvalue('param1'))
param2 = getIntValue(form.getvalue('param2'))
param3 = getIntValue(form.getvalue('param3'))
param4 = getIntValue(form.getvalue('param4'))
param5 = getIntValue(form.getvalue('param5'))
param6 = getIntValue(form.getvalue('param6'))
PORT = 8008
HOST = '127.0.0.1' # Symbolic name meaning all available interfaces
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.connect((HOST, PORT))
drawer = methods.Methods()
#drawer.displayObjects()
if (operation == 0):
#print "Adding New Line"
drawer.addLine((param1, param2), (param3, param4))
serializedMessage = pickle.dumps(
(drawer.obj[-1], 1, None, username, (None, None)))
s.send(serializedMessage + "end")
elif (operation == 1):
#print "Adding New Triangle"
drawer.addTriangle((param1, param2), (param3, param4), (param5, param6))
serializedMessage = pickle.dumps(
(drawer.obj[-1], 1, None, username, (None, None)))
s.send(serializedMessage + "end")