midpoint_answers
Matlab:
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backward_euler.m,
an ODE solver using the backward Euler method.
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euler.m,
an ODE solver using the Euler method.
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exp_backward_euler.m,
uses the backward Euler method on the exp ODE.
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exp_deriv.m,
returns the right hand side of the exp ODE.
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exp_euler.m,
uses the Euler method on the exp ODE.
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exp_midpoint.m,
uses the midpoint method on the exp ODE.
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exp_ode45.m,
uses ode45() on the exp ODE.
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exp_parameters.m,
returns the parameters alpha, t0, y0 of the exp ODE.
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exp_solution.m,
evaluates the solution of the exp ODE.
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midpoint.m,
an ODE solver using the midpoint method.
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pendulum_deriv.m,
returns the right hand side of the pendulum ODE.
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pendulum_energy.m,
returns the energy of the pendulum ODE.
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pendulum_midpoint.m,
uses the midpoint method to solve the pendulum ODE.
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pendulum_ode45.m,
uses the ode45 method to solve the pendulum ODE.
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pendulum_parameters.m,
returns the parameters of the pendulum ODE.
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pendulum_solution.m,
returns the solution of the pendulum ODE.
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predator_conserved.m,
returns a conserved quantity of the predator ODE.
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predator_midpoint.m,
uses the midpoint method to solve the predator ODE.
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predator_ode45.m,
uses the ode45 method to solve the predator ODE.
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predator_deriv.m,
returns the right hand side of the predator ODE.
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predator_parameters.m,
returns the parameters of the predator ODE.
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quadex_backward_euler.m,
uses the backward Euler method on the quadex ODE.
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quadex_deriv.m,
returns the right hand side of the quadex ODE.
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quadex_midpoint.m,
uses the midpoint method on the quadex ODE.
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quadex_solution.m,
evaluates the solution of the quadex ODE.
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rms.m,
evaluates the root mean square norm of a vector.
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stiff_deriv.m,
returns the right hand side of the stiff ODE.
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stiff_midpoint.m,
uses the implicit version of the midpoint method on the stiff ODE.
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stiff_midpoint_explicit.m,
uses an explicit version of the midpoint method on the stiff ODE.
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stiff_solution.m,
evaluates the solution of the stiff ODE.
Images:
Last revised on 03 November 2020.