#include <table_factor.hpp>
Public Types | |
| typedef discrete_variable | variable_type |
| typedef discrete_domain< MAX_DIM > | domain_type |
|
typedef discrete_assignment < MAX_DIM > | assignment_type |
| typedef discrete_variable | variable_type |
| typedef discrete_domain< MAX_DIM > | domain_type |
|
typedef discrete_assignment < MAX_DIM > | assignment_type |
Public Member Functions | |
| table_factor () | |
| table_factor (const domain_type &dom) | |
| table_factor (const table_factor &other) | |
| table_factor & | operator= (const table_factor &other) |
| void | set_args (const domain_type &args) |
| const domain_type & | args () const |
| const double & | logP (size_t index) const |
| double & | logP (size_t index) |
| const double & | logP (const assignment_type &asg) const |
| double & | logP (const assignment_type &asg) |
| size_t | size () const |
| size_t | num_vars () const |
| double * | begin () |
| const double * | begin () const |
| double * | end () |
| const double * | end () const |
| void | zero () |
| void | uniform () |
| void | uniform (double value) |
| void | normalize () |
| ensure that sum_x this(x) = 1 | |
| void | shift_normalize () |
| bool | is_finite () |
| table_factor & | operator+= (const table_factor &other) |
| this(x) += other(x); | |
| table_factor & | operator*= (const table_factor &other) |
| this(x) *= other(x); | |
| table_factor | operator* (const table_factor &other) const |
| Create a table factor on the fly. | |
| table_factor & | operator/= (const table_factor &other) |
| this(x) /= other(x); | |
| table_factor | operator/ (const table_factor &other) const |
| Create a table factor on the fly. | |
| void | convolve (const table_factor &joint, const table_factor &other) |
| this(x) = sum_y joint(x,y) * other(y) | |
| void | condition (const table_factor &other, const assignment_type &asg) |
| void | times_condition (const table_factor &other, const assignment_type &asg) |
| this(x) = this(x) other(x, y = asg) | |
| void | marginalize (const table_factor &joint) |
| void | damp (const table_factor &other, double damping) |
| This = other * damping + this * (1-damping). | |
| double | l1_diff (const table_factor &other) const |
| compute the average l1 norm between to factors | |
| double | l1_logdiff (const table_factor &other) const |
| compute the l1 norm in log space | |
| assignment_type | max_asg () const |
| void | expectation (std::vector< double > &values) const |
| assignment_type | sample () const |
| void | set_as_agreement (double lambda) |
| void | set_as_laplace (double lambda) |
| void | load (iarchive &arc) |
| void | save (oarchive &arc) const |
| table_factor (const domain_type &dom) | |
| table_factor (const table_factor &other) | |
| table_factor & | operator= (const table_factor &other) |
| void | set_args (const domain_type &args) |
| const domain_type & | args () const |
| const double & | logP (size_t index) const |
| double & | logP (size_t index) |
| const double & | logP (const assignment_type &asg) const |
| double & | logP (const assignment_type &asg) |
| size_t | size () const |
| size_t | num_vars () const |
| double * | begin () |
| const double * | begin () const |
| double * | end () |
| const double * | end () const |
| void | zero () |
| void | uniform () |
| void | uniform (double value) |
| void | normalize () |
| ensure that sum_x this(x) = 1 | |
| table_factor & | operator+= (const table_factor &other) |
| this(x) += other(x); | |
| table_factor & | operator*= (const table_factor &other) |
| this(x) *= other(x); | |
| table_factor | operator* (const table_factor &other) const |
| Create a table factor on the fly. | |
| table_factor & | operator/= (const table_factor &other) |
| this(x) /= other(x); | |
| table_factor | operator/ (const table_factor &other) const |
| Create a table factor on the fly. | |
| void | convolve (const table_factor &joint, const table_factor &other) |
| this(x) = sum_y joint(x,y) * other(y) | |
| void | condition (const table_factor &other, const assignment_type &asg) |
| this(x) = other(x, y = asg) | |
| void | times_condition (const table_factor &other, const assignment_type &asg) |
| this(x) = this(x) other(x, y = asg) | |
| void | marginalize (const table_factor &joint) |
| this(x) = sum_y joint(x,y) | |
| void | damp (const table_factor &other, double damping) |
| This = other * damping + this * (1-damping). | |
| double | l1_diff (const table_factor &other) const |
| compute the average l1 norm between to factors | |
| double | l1_logdiff (const table_factor &other) const |
| compute the l1 norm in log space | |
| assignment_type | max_asg () const |
| void | expectation (std::vector< double > &values) const |
| assignment_type | sample () const |
| void | set_as_agreement (double lambda) |
| void | set_as_laplace (double lambda) |
| void | load (iarchive &arc) |
| void | save (oarchive &arc) const |
A factor over up to max_dim dimensions
Definition at line 79 of file table_factor.hpp.
| graphlab::table_factor< MAX_DIM >::table_factor | ( | ) | [inline] |
Construct an empty table factor
Definition at line 87 of file table_factor.hpp.
| graphlab::table_factor< MAX_DIM >::table_factor | ( | const domain_type & | dom | ) | [inline] |
Construct a table factor over the given domain
Definition at line 90 of file table_factor.hpp.
| graphlab::table_factor< MAX_DIM >::table_factor | ( | const table_factor< MAX_DIM > & | other | ) | [inline] |
Construct a copy
Definition at line 94 of file table_factor.hpp.
| void graphlab::table_factor< MAX_DIM >::condition | ( | const table_factor< MAX_DIM > & | other, | |
| const assignment_type & | asg | |||
| ) | [inline] |
this(x) = other(x, y = asg)
Definition at line 351 of file table_factor.hpp.
| void graphlab::table_factor< MAX_DIM >::expectation | ( | std::vector< double > & | values | ) | const [inline] |
Compute the expectation of the table factor
Definition at line 535 of file table_factor.hpp.
| bool graphlab::table_factor< MAX_DIM >::is_finite | ( | ) | [inline] |
Return false if any of the entries are not finite
Definition at line 215 of file table_factor.hpp.
| void graphlab::table_factor< MAX_DIM >::marginalize | ( | const table_factor< MAX_DIM > & | joint | ) | [inline] |
this(x) = sum_y joint(x,y)
Definition at line 439 of file table_factor.hpp.
| table_factor& graphlab::table_factor< MAX_DIM >::operator= | ( | const table_factor< MAX_DIM > & | other | ) | [inline] |
Standard assignment operator
Definition at line 98 of file table_factor.hpp.
| assignment_type graphlab::table_factor< MAX_DIM >::sample | ( | ) | const [inline] |
Draw a sample from the table factor
Definition at line 555 of file table_factor.hpp.
| void graphlab::table_factor< MAX_DIM >::set_as_agreement | ( | double | lambda | ) | [inline] |
Construct a binary agreement factor
Definition at line 575 of file table_factor.hpp.
| void graphlab::table_factor< MAX_DIM >::shift_normalize | ( | ) | [inline] |
Ensure that the largest value in log form is zero. This prevents overflows on normalization.
Definition at line 203 of file table_factor.hpp.
1.7.1