class-diagram.md

Formal Class Diagram

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classDiagram

class tensor_1D_t
class scalar_1D_t
class vector_1D_t
class gradient_1D_t
class divergence_1D_t
class laplacian_1D_t
class gradient_operator_1D_t
class divergence_operator_1D_t
class mimetic_matrix_1D_t

tensor_1D_t <|-- scalar_1D_t : is a
tensor_1D_t <|-- vector_1D_t : is a
tensor_1D_t <|-- divergence_1D_t : is a

scalar_1D_t *-- gradient_operator_1D_t
vector_1D_t *-- divergence_operator_1D_t

tensor_1D_t <|-- weighted_product_1D_t
tensor_1D_t <|-- vector_dot_gradient_1D_t
tensor_1D_t <|-- scalar_x_divergence_1D_t

divergence_1D_t <|-- laplacian_1D_t : is a
vector_1D_t <|-- gradient_1D_t : is a
mimetic_matrix_1D_t <|-- gradient_operator_1D_t : is a
mimetic_matrix_1D_t <|-- divergence_operator_1D_t : is a

class scalar_1D_t{
    - gradient_operator_1D_ : gradient_operator_1D_t
    + operator(.grad.) gradient_1D_t
    + operator(.laplacian.) laplacian_1D_t
}

class vector_1D_t{
    - divergence_operator_1D_ : divergence_operator_1D_t
    + operator(.div.) divergence_1D_t
}

class gradient_1D_t{
   - weights : real[]
}

class mimetic_matrix_1D_t{
 - upper_ :: real[]
 - inner_ :: real[]
 - lower_ :: real[]
}

class gradient_operator_1D_t{
 + operator(.x.) real[]
 + assemble() real[] "2D array"
}

class divergence_operator_1D_t{
 + operator(.x.) real[]
 + assemble() real[] "2D array"
}