◆ __init__()
def ode_solve.FEM_coefficient_matrix_generator.__init__ |
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self, |
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grid, |
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coef |
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◆ __call__()
def ode_solve.FEM_coefficient_matrix_generator.__call__ |
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self, |
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d, |
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k1, |
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k2, |
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t = 0.0 |
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create FEM matrix in so-called "matrix diagonal ordered form"
◆ crossterm_diffusion_matrix()
def ode_solve.FEM_coefficient_matrix_generator.crossterm_diffusion_matrix |
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self, |
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crossterm_diffusion_function |
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creates the cross-term contributions to the diffusion matrix in matrix diagonal ordered form NOTE that this contribution is ONLY active when t > 0
◆ diffusion_matrix()
def ode_solve.FEM_coefficient_matrix_generator.diffusion_matrix |
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self, |
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diffusion_function |
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creates the diffusion matrix in matrix diagonal ordered form
◆ mass_matrix()
def ode_solve.FEM_coefficient_matrix_generator.mass_matrix |
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reaction_function |
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creates the mass matrix in matrix diagonal ordered form
◆ quadrature_points()
def ode_solve.FEM_coefficient_matrix_generator.quadrature_points |
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self | ) |
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◆ coef
ode_solve.FEM_coefficient_matrix_generator.coef |
◆ D0
ode_solve.FEM_coefficient_matrix_generator.D0 |
◆ D1
ode_solve.FEM_coefficient_matrix_generator.D1 |
◆ D2
ode_solve.FEM_coefficient_matrix_generator.D2 |
◆ grid
ode_solve.FEM_coefficient_matrix_generator.grid |
◆ L2_vec
ode_solve.FEM_coefficient_matrix_generator.L2_vec |
◆ M1
ode_solve.FEM_coefficient_matrix_generator.M1 |
◆ M2
ode_solve.FEM_coefficient_matrix_generator.M2 |
◆ qp
ode_solve.FEM_coefficient_matrix_generator.qp |
◆ sqrtM
ode_solve.FEM_coefficient_matrix_generator.sqrtM |
The documentation for this class was generated from the following file:
- /home/runner/work/Documentation/Documentation/master/applications/ExaquteSandboxApplication/python_scripts/WindGenerator/ode_solve.py