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/dports/science/siconos/siconos-4.4.0/docs/sphinx/devel_guide/numerics/
H A Dsolvers.rst7 * A solver must be associated to a problem formulation.
11 docs/sphinx/users_guide/<formulation>.rst: describe solver and all its parameters
16 * id must be: SICONOS_<formulation>_<solver_name> (all upper-case), e.g. SICONOS_LCP_ENUM.
18 * in <formulation>_cst.h, append solver id to SICONOS_<formulation>_SOLVER enum.
21 * Write a driver function for the solver, named <formulation>_<solver_name> in <formulation>_<solve…
25 …void <formulation>_<solver_name>(<NonSmooth problem type>*problem, double * unknonw_1, ..., int * …
27 …pecific values for iparam and dparam, write <formulation>_<solver_name>_set_default function in <f…
40 …in iparam and dparam (if required, create or append some new value in <formulation>_cst.h variable…
49 and a line to call <formulation>_<solver_name>_set_default(options) if (and only if)
/dports/science/dakota/dakota-6.13.0-release-public.src-UI/docs/KeywordMetadata/
H A DDUPLICATE-sparse_grid_level-hierarchical6 formulation. The hierarchical formulation requires nested interpolation rules
8 defined from a hierarchical basis formulation.
10 This keyword requests the hierarchical formulation, which has benefits
H A DDUPLICATE-sparse_grid_level-nodal6 hierarchical formulation. The nodal formulation does not require
/dports/math/freefem++/FreeFem-sources-4.6/examples/mpi/
H A DHelmholtz_circle_Dirichlet.edp28 // Hmatrix for formulation of first kind
36 // Hmatrix for formulation of second kind
44 // Hmatrix for combined formulation
56 // Solve formulation of first kind
63 // Solve formulation of second kind
70 // Solve combined formulation
104 // Solution for formulation of first kind
112 // Solution for formulation of second kind
120 // Solution for combined formulation
H A DHelmholtz_circle_Neumann.edp28 // Hmatrix for formulation of first kind
36 // Hmatrix for formulation of second kind
44 // Hmatrix for combined formulation
55 // Solve formulation of first kind
62 // Solve formulation of second kind
69 // Solve combined formulation
100 // Solution for formulation of first kind
108 // Solution for formulation of second kind
116 // Solution for combined formulation
/dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/tests/res/
H A Dunit_elasticity.res1 2D elasticity, standard formulation : L2 error = 0.00629165774519
2 2D elasticity, Voigt formulation : L2 error = 0.00629165774518
3 2D elasticity, generalized formulation : L2 error = 0.00629165774518
/dports/science/siconos/siconos-4.4.0/docs/sphinx/devel_guide/notes/
H A DProjOnConstraints.tex1 \subsection{Velocity formulation}
3 The first step consists in doing a velocity formulation of the system:
15 … quaternion. Because of the speed formulation, $h(q)$ could violate the NSLAW. A solution coul be …
18 \subsection{Posion formulation}
20 It consists in writting a position formulation on the system:
52 …ens in practice) The solution that consists in normaliaed q after this formulation is not convenie…
64 The formulation described above can be done.
/dports/math/SCIP/scip-7.0.3/check/coverage/settings/
H A Dnlpdiving3.set3 # should the extended formulation be added in presolving?
7 # should the extended flow formulation be added (nonsymmetric formulation otherwise)?
/dports/science/chrono/chrono-7.0.1/doxygen/documentation/module_fea/
H A Dmanual_fea_elements.md66 - Corotational formulation for large displacements
83 - Corotational formulation for large displacements
100 - Corotational formulation for large displacements
115 - Corotational formulation for large displacements
160 - ANCF formulation for large displacements
173 - ANCF formulation for large displacements
188 - ANCF formulation for large displacements
201 - ANCF formulation for large displacements
215 - Corotational formulation for large displacements
307 - Allows large displacements, using ANCF formulation
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/dports/cad/tochnog/Sources/Tochnog-Latest-jan-2014/
H A Dviscoela.cc23 long int formulation, double new_unknowns[], in visco_elasticity() argument
64 if ( formulation==TOTAL ) in visco_elasticity()
67 assert ( formulation==INCREMENTAL ); in visco_elasticity()
/dports/misc/openvdb/openvdb-9.0.0/openvdb_ax/openvdb_ax/test/snippets/function/
H A Dlerp2 // test formulation returns b when t = 1.0
6 // test formulation returns exact input when a==b
/dports/science/dakota/dakota-6.13.0-release-public.src-UI/test/
H A Ddakota_rbdo_short_column.in10 # formulation.
11 # Cases 0-5: RBDO in the z->p RIA formulation with a design constraint on p*.
15 # Cases 6-11: RBDO in the z->beta RIA formulation with a design constraint on
19 # Cases 12-17: RBDO in the p->z PMA formulation with a design constraint on z*.
23 # Cases 18-23: RBDO in the beta->z PMA formulation with a design constraint on
/dports/math/ipopt/Ipopt-3.12.13/Ipopt/tutorial/CodingExercise/
H A Dexercise_example.mod8 # This is the AMPL formulation of the coding example problem from the
11 # Number of variables (this is a scalable formulation)
/dports/science/chrono/chrono-7.0.1/doxygen/documentation/tutorials/multicore/
H A DchronoMULTICORE.md9 - demo_MCORE_mixerNSC - simple examples of using NSC (non-smooth) contact formulation
11 - demo_MCORE_mixerSMC - sinple examples of using SMC (smooth, penalty) contact formulation
/dports/biology/mmseqs2/MMseqs2-13-45111/lib/ksw2/
H A DREADME.md16 [formulation][hs-eq] which enables 16-way SSE parallelization for the most part
30 * [ksw2_gg.c](ksw2_gg.c): global alignment; Green's standard formulation
31 * [ksw2_gg2.c](ksw2_gg2.c): global alignment; Suzuki's diagonal formulation
33 * [ksw2_extz.c](ksw2_extz.c): global and extension alignment; Green's formulation
35 * [ksw2_extd.c](ksw2_extd.c): global and extension alignment, dual gap cost; Green's formulation
115 The standard DP formulation is about twice as fast as Suzuki's diagonal
116 formulation (`-tgg` vs `-tgg2`), but SSE-based diagonal formulation
/dports/science/frontistr/FrontISTR-c66bdc397de319ca59a0565b3f3b1a3b33f0c50c/fistr1/tools/neu2fstr/NFD/
H A DCNFDB_404.cpp30 &formulation, &contactsegment[0], &contactsegment[1], in Read()
36 &formulation, &contactsegment[0], &contactsegment[1]); in Read()
144 orientID, matl_orflag, geomID, formulation, in WriteData()
149 orientID, matl_orflag, geomID, formulation, in WriteData()
/dports/math/gismo/gismo-21.12.0/doc/
H A Dieti2_example.dox14 - The file at hand uses a MINRES solver to solve the saddle point formulation
17 complement formulation.
/dports/math/zimpl/zimpl-3.3.6/example/
H A Dqueens1.zpl3 # This is a formulation of the n queens problem using general integer
4 # variables. Please note that this particular formulation only works,
/dports/math/deal.ii/dealii-803d21ff957e349b3799cd3ef2c840bc78734305/examples/step-44/doc/
H A Dresults.dox11 The lower-order formulation typically overestimates the displacement for low levels of refinement,
21 Convergence of the $Q_1-DGPM_0-DGPM_0$ formulation in 3-d.
27 Convergence of the $Q_2-DGPM_1-DGPM_1$ formulation in 3-d.
35 The particular case demonstrated is that of the $Q_2-DGPM_1-DGPM_1$ formulation.
115 The second was on a refined grid using a $Q_2-DGPM_1-DGPM_1$ formulation.
162 Three grid refinements coupled with a $Q_2-DGPM_1-DGPM_1$ formulation produces
202 This brief analysis of the results demonstrates that the three-field formulation is effective
204 The mixed formulation is able to accurately simulate the displacement of a
209 In terms of run-time, the $Q_2-DGPM_1-DGPM_1$ formulation tends to be more computationally expensive
216 expense of using a higher-order formulation.
[all …]
/dports/devel/p5-Data-Object-Role-Formulatable/Data-Object-Role-Formulatable-0.03/lib/Data/Object/Role/
H A DFormulatable.pm54 $results = $self->formulation($args, $form);
94 method formulation(HashRef $args, HashRef[Str] $form) {
/dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/doc/tex/inputs/user/examples/
H A Dlaplace2DP0RT1.tex32 with the following variational formulation:
44 Note that the Dirichlet boundary condition is a natural condition in this formulation. \\
55 \caption{Solution of the Laplace 2D problem with mixed formulation P0-RT1 on the unit square $[0,1]…
/dports/math/py-mip/mip-1.13.0/docs/
H A Dcustom.rst17 …e inserted. The model is re-optimized and at each iteration a stronger formulation is obtained unt…
19 …der the Traveling Salesman Problem. The compact formulation (:numref:`tsp-label`) is a *weak* form…
23 linking variables :math:`x` and :math:`y`. A much stronger TSP formulation
29 respectively. The complete formulation follows:
52 The optimal LP relaxation of the previous formulation without the sub-tour
122 the initial formulation. In other words, the initial model without cuts may be
143 solutions*. They should be used when the initial formulation is *incomplete*.
145 initial formulation only the degree constraints and add all required sub-tour
149 formulation, we have to inform that the constraint generator will be used to generate lazy constra…
206 .. [#f1] If you want to initally enter an incomplete formulation than see the next sub-section on L…
/dports/science/siconos/siconos-4.4.0/docs/sphinx/users_guide/problems_and_solvers/
H A Dlcp.rst233 Nonsmooth Newton, min formulation (:enumerator:`SICONOS_LCP_NEWTONMIN`)
236 Nonsmooth Newton method based on the min formulation of the LCP.
307 quadratic program formulation (:enumerator:`SICONOS_LCP_QP`)
310 Quadratic program formulation for solving a LCP
328 quadratic program formulation (:enumerator:`SICONOS_LCP_NSQP`)
331 …ught in a plateform dedicated to nonsmooth problems) quadratic program formulation for solving an …
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/solvation/
H A DcosmoP.fh3 c - DO_COSMO_KS: The Klamt and Schuurmann formulation
4 c - DO_COSMO_YK: The York and Karplus formulation
/dports/science/nwchem-data/nwchem-7.0.2-release/src/solvation/
H A DcosmoP.fh3 c - DO_COSMO_KS: The Klamt and Schuurmann formulation
4 c - DO_COSMO_YK: The York and Karplus formulation

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