cortenn/helper_8hpp_source.html

 #include "ade/ifunctor.hpp"

 #ifndef LLO_HELPER_HPP
 #define LLO_HELPER_HPP

 namespace llo
 {

 ade::TensptrT mtens_mul (ade::TensptrT lhs, ade::MappedTensor rhs);

 ade::TensptrT grad_prod (ade::iFunctor* fwd, size_t gradidx, ade::TensT tens);

 ade::TensptrT grad_min (ade::iFunctor* fwd, size_t gradidx, ade::TensT tens);

 ade::TensptrT grad_max (ade::iFunctor* fwd, size_t gradidx, ade::TensT tens);

 ade::TensptrT reduce (ade::Opcode opcode, ade::TensptrT tens, uint8_t dim);

 ade::TensptrT matmul (ade::TensptrT a, ade::TensptrT b);

 ade::TensptrT convolution (ade::TensptrT img, ade::TensptrT kernel);

 }

 #endif // LLO_HELPER_HPP
llo::mtens_mul
ade::TensptrT mtens_mul(ade::TensptrT lhs, ade::MappedTensor rhs)
Return product of lhs with mapped rhs.
Definition: helper.cpp:11

llo::grad_prod
ade::TensptrT grad_prod(ade::iFunctor *fwd, size_t gradidx, ade::TensT tens)
Definition: helper.cpp:18

llo::convolution
ade::TensptrT convolution(ade::TensptrT img, ade::TensptrT kernel)
Return convolution operation on img with kernel.
Definition: helper.cpp:102

llo::matmul
ade::TensptrT matmul(ade::TensptrT a, ade::TensptrT b)
Return matmul of a and b.
Definition: helper.cpp:67

pbm::TensT
std::vector< ade::TensptrT > TensT
Tensptr vector type.
Definition: data.hpp:22

llo::grad_max
ade::TensptrT grad_max(ade::iFunctor *fwd, size_t gradidx, ade::TensT tens)
Definition: helper.cpp:46

llo
Definition: data.hpp:20

llo::grad_min
ade::TensptrT grad_min(ade::iFunctor *fwd, size_t gradidx, ade::TensT tens)
Definition: helper.cpp:35

llo::reduce
ade::TensptrT reduce(ade::Opcode opcode, ade::TensptrT tens, uint8_t dim)
Return reduction of tens after dimension dim using opcode operation.
Definition: helper.cpp:57