def lu_pivoting():
form = matrixAlgorithms()
result = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
result = lu_decomposition(matrix_a)
form.result.data = result
return render_template("lu_pivoting.html", form=form)
def gauss_simple():
form = matrixAlgorithms()
result = []
message = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
b_solution = form.b_solution.data.split(" ")
data = eliminacion(matrix_a, b_solution)
#form.result.data = result
result = zip(*[i for i in data[0].values()])
message = data[1]
return render_template("gauss_simple.html",
form=form,
result=result,
message=message)
def gauss_totalpivot():
form = matrixAlgorithms()
result = []
message = ""
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
b_solution = form.b_solution.data.split(" ")
data = eliminacion_gaussiana_pivoteo(matrix_a, b_solution, 1)
result = zip(*[i for i in data[0].values()])
if data[1]:
message += "%s \n" % (data[1])
else:
message = data[2]
return render_template("gauss_totalpivot.html",
form=form,
result=result,
message=message)
def lu_simple_gaussian():
form = matrixAlgorithms()
result = []
message = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
n = form.n_max.data
b_solution = form.b_solution.data.split(" ")
data = lu_simple_gauss(matrix_a, int(n), b_solution)
if len(data[0]):
result = zip(*[i for i in data[0].values()])
else:
result = ""
message = data[1]
return render_template("lu_simple_gaussian.html",
form=form,
result=result,
message=message)
def gauss_partialpivot():
form = matrixAlgorithms()
result = []
message = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
b_solution = form.b_solution.data.split(" ")
data = gaussPivPar(matrix_a, b_solution)
#form.result.data = result
if len(data[0]) > 0:
result = zip(*[i for i in data[0].values()])
else:
result = ""
message = data[1]
return render_template("gauss_partialpivot.html",
form=form,
result=result,
message=message)
def lucholeskypivoting():
form = matrixAlgorithms()
result = []
message = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
matrix_a = np.array(matrix_a)
b_solution = form.b_solution.data.split(" ")
n = form.n_max.data
data = cholesky(matrix_a, int(n), b_solution)
if len(data[0]):
result = zip(*[i for i in data[0].values()])
else:
result = ""
message = data[1]
return render_template("cholesky.html",
form=form,
result=result,
message=message)
def sor():
form = matrixAlgorithms()
result = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
matrix_a = np.array(matrix_a)
b_solution = form.b_solution.data.split(" ")
b_solution = [int(x) for x in b_solution]
tol = form.tol.data
w_sor = form.w_sor.data
data = sor_method(matrix_a, b_solution, tol, w_sor)
if len(data[0]):
result = zip(*[i for i in data[0].values()])
else:
result = ""
message = data[1]
return render_template("sor.html",
form=form,
result=result,
message=message)
def gauss_seidel():
form = matrixAlgorithms()
result = []
message = []
if request.method == 'POST':
matrix_a = np.matrix(form.matrix_a.data)
x_0 = form.x_0.data.split(" ")
n_max = form.n_max.data
tol = form.tol.data
instance = seidelClass(n_max, tol, x_0, matrix_a)
data = instance.gaussSeidel()
if len(data[0]):
result = zip(*[i for i in data[0].values()])
else:
result = ""
message = data[1]
return render_template("gauss_seidel.html",
form=form,
result=result,
message=message)
