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Summary

MagneticsJacobian methods: MagneticsJacobian - is a class. eval - Evaluate Jacobian. eval_complex - MagneticsJacobian/eval_complex is a function. init_assembly - Initialize MagneticsJacobian.

PROPERTIES

  • MagneticsJacobian/DETF is a property.

  • MagneticsJacobian/Fvals_shape is a property.

  • MagneticsJacobian/Fvals_test is a property.

  • MagneticsJacobian/Ires is a property.

  • ~= (NE) Not equal relation for handles. Handles are equal if they are handles for the same object and are unequal otherwise.

H1 ~= H2 performs element-wise comparisons between handle arrays H1 and H2. H1 and H2 must be of the same dimensions unless one is a scalar. The result is a logical array of the same dimensions, where each element is an element-wise equality result.

If one of H1 or H2 is scalar, scalar expansion is performed and the result will match the dimensions of the array that is not scalar.

TF = NE(H1, H2) stores the result in a logical array of the same dimensions.

See also MAGNETICSJACOBIAN, MAGNETICSJACOBIAN/EQ, MAGNETICSJACOBIAN/GE, MAGNETICSJACOBIAN/GT, MAGNETICSJACOBIAN/LE, MAGNETICSJACOBIAN/LT Help for MagneticsJacobian/Ne is inherited from superclass HANDLE

  • MagneticsJacobian/dof_shape is a property.

  • MagneticsJacobian/materials is a property.

  • MagneticsJacobian/msh is a property.

  • MagneticsJacobian/symmetric is a property.

  • MagneticsJacobian/w is a property.

  • MagneticsJacobian/x_quad is a property.

Methods

Class methods are listed below. Inherited methods are not included.

* MagneticsJacobian/MagneticsJacobian is a constructor.

this = MagneticsJacobian(problem, symmetric, test_fun, shape_fun)

* eval Evaluate Jacobian.

[J, res] = eval(this, X), where

X = discretized vector potential solution

Returns:

J = Jacobian matrix

res = residual vector

* MagneticsJacobian/eval_complex is a function.

[Jrr, Jri, Jir, Jii, resr, resi] = eval_complex(this, X)

* init_assembly Initialize MagneticsJacobian.

this = init_assembly(this, model, fun_test, fun_shape, symmetric )