Class holding input controls for LM computations.
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#include "us_lm.h"
Class holding input controls for LM computations.
Definition at line 32 of file us_lm.h.
US_LM::LM_Control::LM_Control |
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double |
ftol = LM_USRTOL , |
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double |
xtol = LM_USRTOL , |
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double |
gtol = LM_USRTOL , |
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double |
epsilon = LM_USRTOL , |
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double |
stepbound = 100.0 , |
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int |
maxcall = 100 , |
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int |
scale_diag = 1 , |
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int |
printflags = 0 |
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) |
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double US_LM::LM_Control::epsilon |
step used to calculate the jacobian.
Definition at line 38 of file us_lm.h.
double US_LM::LM_Control::ftol |
relative error desired in the sum of squares
Definition at line 35 of file us_lm.h.
double US_LM::LM_Control::gtol |
orthogonality desired between fvec and derivs
Definition at line 37 of file us_lm.h.
int US_LM::LM_Control::maxcall |
maximum number of iterations.
Definition at line 40 of file us_lm.h.
int US_LM::LM_Control::printflags |
OR'ed to produce more noise.
Definition at line 42 of file us_lm.h.
int US_LM::LM_Control::scale_diag |
TESTWISE automatic diag rescaling?
Definition at line 41 of file us_lm.h.
double US_LM::LM_Control::stepbound |
initial bound to steps in the outer loop.
Definition at line 39 of file us_lm.h.
double US_LM::LM_Control::xtol |
relat. error between last two approximations
Definition at line 36 of file us_lm.h.
The documentation for this class was generated from the following files: