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Scilab Interface, Release 5.0
5.38 gf_model_get
Synopsis
b = gf_model_get(model M, ’is_complex’)
T = gf_model_get(model M, ’nbdof’)
dt = gf_model_get(model M, ’get time step’)
t = gf_model_get(model M, ’get time’)
T = gf_model_get(model M, ’tangent_matrix’)
gf_model_get(model M, ’rhs’)
gf_model_get(model M, ’brick term rhs’, int ind_brick[, int ind_term, int sym, int ind_iter])
z = gf_model_get(model M, ’memsize’)
gf_model_get(model M, ’variable list’)
gf_model_get(model M, ’brick list’)
gf_model_get(model M, ’list residuals’)
V = gf_model_get(model M, ’variable’, string name)
V = gf_model_get(model M, ’interpolation’, string expr, {mesh_fem mf | mesh_imd mimd | vec pts, mesh
mf = gf_model_get(model M, ’mesh fem of variable’, string name)
name = gf_model_get(model M, ’mult varname Dirichlet’, int ind_brick)
I = gf_model_get(model M, ’interval of variable’, string varname)
V = gf_model_get(model M, ’from variables’)
gf_model_get(model M, ’assembly’[, string option])
{nbit, converged} = gf_model_get(model M, ’solve’[, ...])
gf_model_get(model M, ’test tangent matrix’[, scalar EPS[, int NB[, scalar scale]]])
gf_model_get(model M, ’test tangent matrix term’, string varname1, string varname2[, scalar EPS[, int
expr = gf_model_get(model M, ’Neumann term’, string varname, int region)
V = gf_model_get(model M, ’compute isotropic linearized Von Mises or Tresca’, string varname, string
V = gf_model_get(model M, ’compute isotropic linearized Von Mises pstrain’, string varname, string da
V = gf_model_get(model M, ’compute isotropic linearized Von Mises pstress’, string varname, string da
V = gf_model_get(model M, ’compute Von Mises or Tresca’, string varname, string lawname, string datan
V = gf_model_get(model M, ’finite strain elasticity Von Mises’, string varname, string lawname, strin
V = gf_model_get(model M, ’compute second Piola Kirchhoff tensor’, string varname, string lawname, st
V = gf_model_get(model M, ’compute elastoplasticity Von Mises or Tresca’, string datasigma, mesh_fem
gf_model_get(model M, ’elastoplasticity next iter’, mesh_im mim, string varname, string projname, str
V = gf_model_get(model M, ’compute plastic part’, mesh_im mim, mesh_fem mf_pl, string varname, string
V = gf_model_get(model M, ’sliding data group name of large sliding contact brick’, int indbrick)
V = gf_model_get(model M, ’displacement group name of large sliding contact brick’, int indbrick)
V = gf_model_get(model M, ’transformation name of large sliding contact brick’, int indbrick)
M = gf_model_get(model M, ’matrix term’, int ind_brick, int ind_term)
s = gf_model_get(model M, ’char’)
gf_model_get(model M, ’display’)
Description :
Get information from a model object.
Command list :
b = gf_model_get(model M, ’is_complex’)
Return 0 is the model is real, 1 if it is complex.
T = gf_model_get(model M, ’nbdof’)
Return the total number of degrees of freedom of the model.
dt = gf_model_get(model M, ’get time step’)
Gives the value of the time step.
t = gf_model_get(model M, ’get time’)
5.38. gf_model_get
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