, including all inherited members.
| addBasicVariable(int minI, int minJ, vector< W > &weights1, vector< W > &weights2, single_node *PrevUMinI, single_node *PrevVMinJ, single_node *UHead) const | lti::earthMoversDistance< W, C, D > | [protected] |
| appendStatusString(const char *msg) const | lti::status | [virtual] |
| appendStatusString(const int &msg) const | lti::status | [virtual] |
| appendStatusString(const double &msg) const | lti::status | [virtual] |
| appendStatusString(const status &other) const | lti::status | [virtual] |
| apply(const vector< W > &v, W &norm) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const vector< W > &v) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< W > &m, vector< W > &norms) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< W > &m, W &norm) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< W > &m) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const vector< W > &a, const vector< W > &b, W &dist) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const vector< W > &a, const vector< W > &b, W &dist, matrix< W > &flow) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const vector< W > &a, const vector< W > &b) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< W > &a, const matrix< W > &b, vector< W > &dists) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const matrix< W > &m, const vector< W > &v, vector< W > &dest) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const matrix< W > &a, const matrix< W > &b, W &dist) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const matrix< W > &a, const matrix< W > &b, W &dist, matrix< W > &flow) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< W > &a, const matrix< W > &b) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const std::vector< C > &clusters1, const std::vector< C > &clusters2, const vector< W > &weights1, const vector< W > &weights2, W &dist) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const std::vector< C > &clusters1, const std::vector< C > &clusters2, const vector< W > &weights1, const vector< W > &weights2, W &dist, matrix< W > &flow) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const std::vector< C > &clusters1, const std::vector< C > &clusters2, const vector< W > &weights1, const vector< W > &weights2) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< cluster_value_type > &clusters1, const matrix< cluster_value_type > &clusters2, const vector< W > &weights1, const vector< W > &weights2, W &dist) const | lti::earthMoversDistance< W, C, D > | [virtual] |
| apply(const matrix< cluster_value_type > &clusters1, const matrix< cluster_value_type > &clusters2, const vector< W > &weights1, const vector< W > &weights2, W &dist, matrix< W > &flow) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| apply(const matrix< cluster_value_type > &clusters1, const matrix< cluster_value_type > &clusters2, const vector< W > &weights1, const vector< W > &weights2) const | lti::earthMoversDistance< W, C, D > | [inline, virtual] |
| basicVars | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| calcCost(const ivector &supply, const ivector &demand) const | lti::earthMoversDistance< W, C, D > | [protected] |
| calcCost(const vector< point > &supply, const vector< point > &demand) const | lti::earthMoversDistance< W, C, D > | [protected] |
| calcCost(const std::vector< C > &supply, const std::vector< C > &demand) const | lti::earthMoversDistance< W, C, D > | [protected] |
| calcCost(const matrix< cluster_value_type > &supply, const matrix< cluster_value_type > &demand) const | lti::earthMoversDistance< W, C, D > | [protected] |
| clone() const | lti::earthMoversDistance< W, C, D > | [virtual] |
| cluster_value_type typedef | lti::earthMoversDistance< W, C, D > | |
| copy(const earthMoversDistance &other) | lti::earthMoversDistance< W, C, D > | |
| costMatrix | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| distanceFunctor() | lti::distanceFunctor< W > | |
| distanceFunctor(const distanceFunctor< W > &other) | lti::distanceFunctor< W > | |
| distr1Basic | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| distr2Basic | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| double_node typedef | lti::earthMoversDistance< W, C, D > | [protected] |
| earthMoversDistance() | lti::earthMoversDistance< W, C, D > | |
| earthMoversDistance(const parameters &par) | lti::earthMoversDistance< W, C, D > | |
| earthMoversDistance(const earthMoversDistance &other) | lti::earthMoversDistance< W, C, D > | |
| emd(vector< W > &weights1, vector< W > &weights2, const int &slen, const int &dlen, W &totalFlow) const | lti::earthMoversDistance< W, C, D > | [protected] |
| endBasicVars | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| enterBasicVars | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| findBasicVariables(single_node *U, single_node *V) const | lti::earthMoversDistance< W, C, D > | [protected] |
| findFlow(const int &slen, const int &dlen, matrix< W > &flow) const | lti::earthMoversDistance< W, C, D > | [protected] |
| findLoop(double_node **Loop) const | lti::earthMoversDistance< W, C, D > | [protected] |
| functor() | lti::functor | |
| functor(const functor &other) | lti::functor | |
| getParameters() const | lti::earthMoversDistance< W, C, D > | |
| lti::linearAlgebraFunctor::getParameters() | lti::functor | [inline, protected] |
| getStatusString() const | lti::status | [virtual] |
| getTypeName() const | lti::earthMoversDistance< W, C, D > | [virtual] |
| init(vector< W > &weights1, vector< W > &weights2) const | lti::earthMoversDistance< W, C, D > | [protected] |
| initialize() | lti::object | [protected] |
| ioObject() | lti::ioObject | |
| ioObject(const ioObject &other) | lti::ioObject | |
| isBasicVar | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| isOptimal(single_node *U, single_node *V) const | lti::earthMoversDistance< W, C, D > | [protected] |
| ltiLibInitialized | lti::object | [protected, static] |
| maxCost | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| maxWeight | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| minWeight | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| newSolution() const | lti::earthMoversDistance< W, C, D > | [protected] |
| object() | lti::object | |
| operator=(const earthMoversDistance &other) | lti::earthMoversDistance< W, C, D > | |
| read(ioHandler &handler, const bool complete=true) | lti::functor | [virtual] |
| russel(vector< W > &weights1, vector< W > &weights2) const | lti::earthMoversDistance< W, C, D > | [protected] |
| setParameters(const parameters &theParam) | lti::functor | [virtual] |
| setStatusString(const char *msg) const | lti::status | [virtual] |
| single_node typedef | lti::earthMoversDistance< W, C, D > | [protected] |
| status() | lti::status | |
| sz1 | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| sz2 | lti::earthMoversDistance< W, C, D > | [mutable, protected] |
| updateParameters() | lti::functor | [virtual] |
| useParameters(parameters &theParam) | lti::functor | [virtual] |
| validParameters() const | lti::functor | [virtual] |
| write(ioHandler &handler, const bool complete=true) const | lti::functor | [virtual] |
| ~distanceFunctor() | lti::distanceFunctor< W > | [virtual] |
| ~earthMoversDistance() | lti::earthMoversDistance< W, C, D > | [virtual] |
| ~functor() | lti::functor | [virtual] |
| ~ioObject() | lti::ioObject | [virtual] |
| ~object() | lti::object | [virtual] |
| ~status() | lti::status | [virtual] |
