bool GetNonzerosSlice2::isEqual(const MXNode* node, int depth) const {
// Check dependencies
if (!sameOpAndDeps(node, depth)) return false;
// Check if same node
const GetNonzerosSlice2* n = dynamic_cast<const GetNonzerosSlice2*>(node);
if (n==0) return false;
// Check sparsity
if (this->sparsity()!=node->sparsity()) return false;
// Check indices
if (this->inner_ != n->inner_ || this->outer_!=n->outer_) return false;
return true;
}
bool GetNonzerosVector::isEqual(const MXNode* node, int depth) const {
// Check dependencies
if (!sameOpAndDeps(node, depth)) return false;
// Check if same node
const GetNonzerosVector* n = dynamic_cast<const GetNonzerosVector*>(node);
if (n==0) return false;
// Check sparsity
if (this->sparsity()!=node->sparsity()) return false;
// Check indices
if (this->nz_.size()!=n->nz_.size()) return false;
if (!std::equal(this->nz_.begin(), this->nz_.end(), n->nz_.begin())) return false;
return true;
}
/** \brief Check if two nodes are equivalent up to a given depth */
virtual bool isEqual(const MXNode* node, int depth) const { return sameOpAndDeps(node, depth);}
/** \brief Check if two nodes are equivalent up to a given depth */
bool is_equal(const MXNode* node, casadi_int depth) const override {
return sameOpAndDeps(node, depth);
}
/** \brief Check if two nodes are equivalent up to a given depth */
virtual bool is_equal(const MXNode* node, int depth) const {
return sameOpAndDeps(node, depth) && dynamic_cast<const Multiplication*>(node)!=0;
}
/** \brief Check if two nodes are equivalent up to a given depth */
virtual bool zz_isEqual(const MXNode* node, int depth) const
{ return sameOpAndDeps(node, depth) && sparsity()==node->sparsity();}
/** \brief Check if two nodes are equivalent up to a given depth */
bool is_equal(const MXNode* node, casadi_int depth) const override {
return sameOpAndDeps(node, depth) && dynamic_cast<const Einstein*>(node)!=nullptr;
}