Go to the source code of this file.
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| interface | eq_utilities::calc_f_derivs |
| | Transforms derivatives of the equilibrium quantities in E coordinates to derivatives in the F coordinates. More...
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| interface | eq_utilities::calc_inv_met |
| | Calculate \(D_1^{m_1} D_2^{m_2} D_3^{m_3} X\) from \(D_1^{i_1} D_2^{i_2} D_3^{i_3} X\) and \(D_1^{j_1} D_2^{j_2} D_3^{j_3} Y\) where \(XY=1\) and \(i,j = 0\ldots m\), according to [17]. More...
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| interface | eq_utilities::transf_deriv |
| | Calculates derivatives in a coordinate system B from derivatives in a coordinates system A, making use of the transformation matrix \(\overline{\text{T}}_\text{B}^\text{A}\). More...
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| module | eq_utilities |
| | Numerical utilities related to equilibrium variables.
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| integer function, public | eq_utilities::calc_g (g_a, t_ba, g_b, deriv, max_deriv) |
| | Calculate the metric coefficients in a coordinate system B ! using the.
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| integer function, public | eq_utilities::calc_memory_eq (arr_size, n_par, mem_size) |
| | Calculate memory in MB necessary for variables in equilibrium job.
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| logical function, public | eq_utilities::do_eq () |
| | If this equilibrium job should be done, also increment eq_job_nr.
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| elemental character(len=max_str_ln) function, public | eq_utilities::eq_info () |
| | Returns string with possible extension with equilibrium job as well as parallel job, or nothing if only one level and one parallel job.
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| subroutine, public | eq_utilities::print_info_eq (n_par_x_rich) |
| | Prints information for equilibrium parallel job.
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