Descrição: Contém funções para a resolução numérica de problemas de álgebra e cálculo, aplicando métodos tradicionais em matemática. Desenvolvido durante a disciplina de Métodos Numérico para Engenharia Civil (Contains functions for numerically solving of algebra and calculus problems, applying traditional methods in mathematics. Developed during the course of Numerical Methods for Civil Engineering).
- BinaryChoice
Example:
function = lambda x: x + 2
a = 0
b = -5
xk = (a + b)/2
a, b = BinaryChoice(function, a, b, xk)
print(a,b)
OUTPUT: -2.5, 0- VerificationBolzanoWeierstrassTheorem
Example:
function = lambda x: x + 2
a = 0
b = 5
if VerificationBolzanoWeierstrassTheorem(function, a, b):
print('yes, the root is in the range')
else:
print('no, the root is not in the range')
OUTPUT: 'no, the root is not in the range'- Bisection
Example:
f = lambda x:(x**3) + (2*x) - 4
Bisection(f,1,5,i_max=False,e_abs=False,e_rel=0.01)
OUTPUT:
{'e_abs': 0.0011019706726074219,
'e_rel': 0.006622516556291391,
'iterations': 9,
'root': 1.1796875}- False Position
Example:
f = lambda x:(x**3) + (2*x) - 4
FalsePosition(f,1,5,i_max=100,e_abs=False,e_rel=0.01)
OUTPUT:
{'e_abs': 0.28503459703327927,
'e_rel': 0.00897367452059495,
'iterations': 7,
'root': 1.1320673171230085}- FixedPoint
- NewtonRaphson
- Secant
- EulerMethod
- MidpointMethod
- HeunMethod
- RalstonMethod
- RungeKutta4Method
- FiniteDifference1Method
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