gpu_version/gpu_version library

Holds and exports the subclasses for GPU processing

Constants

OP_ABS_BACKWARD → const int
OP_ABS_ELEMENTWISE → const int
OP_ADAM_UPDATE → const int
OP_ADD → const int
OP_ADD_INTO → const int
OP_ADD_SCALAR → const int
OP_AVG_POOL_2D_BACKWARD → const int
OP_AVG_POOL_2D_FORWARD → const int
OP_BATCH_NORM_1D_BACKWARD → const int
OP_BATCH_NORM_1D_FORWARD → const int
OP_BATCH_NORM_2D_BACKWARD → const int
OP_BATCH_NORM_2D_FORWARD → const int
OP_BCE_LOSS_BACKWARD → const int
OP_BCE_LOSS_FORWARD → const int
OP_BROADCAST_ADD → const int
OP_CLAMP_BACKWARD → const int
OP_CLAMP_ELEMENTWISE → const int
OP_CLIP_GRAD_VALUE → const int
OP_COL2IM → const int
OP_CONCATENATE → const int
OP_CONCATENATE_BACKWARD → const int
OP_CONV2D_BACKWARD_INPUT → const int
OP_CONV2D_BACKWARD_KERNEL → const int
OP_CONV2D_FORWARD → const int
OP_CONV2D_MULTI_BACKWARD_INPUT → const int
OP_CONV2D_MULTI_BACKWARD_WEIGHT → const int
OP_CONV2D_MULTI_FORWARD → const int
OP_COPY → const int
OP_DIVIDE → const int
OP_DIVIDE_BACKWARD → const int
OP_DROPOUT_BACKWARD → const int
OP_DROPOUT_FORWARD → const int
OP_EMBEDDING_BACKWARD → const int
OP_EMBEDDING_FORWARD → const int
OP_EXP_BACKWARD → const int
OP_EXP_ELEMENTWISE → const int
OP_FILL → const int
OP_GELU_BACKWARD → const int
OP_GELU_FORWARD → const int
OP_GLOBAL_AVG_POOL_BACKWARD → const int
OP_GLOBAL_AVG_POOL_FORWARD → const int
OP_IM2COL → const int
OP_LAYER_NORM_BACKWARD → const int
OP_LAYER_NORM_FORWARD → const int
OP_LOAD_SAMPLE → const int
OP_LOG_BACKWARD → const int
OP_LOG_ELEMENTWISE → const int
OP_MARKOV_COUNT → const int
OP_MARKOV_NORMALIZE → const int
OP_MARKOV_PREDICT → const int
OP_MATMUL → const int
OP_MATMUL_BIAS_RELU_FORWARD → const int
OP_MAX_POOL_1D_BACKWARD → const int
OP_MAX_POOL_1D_FORWARD → const int
OP_MAX_POOL_2D_BACKWARD → const int
OP_MAX_POOL_2D_FORWARD → const int
OP_MSE_LOSS_BACKWARD → const int
OP_MSE_LOSS_FORWARD → const int
OP_MULTIPLY → const int
OP_MULTIPLY_BACKWARD → const int
OP_PAD2D → const int
OP_PAD2D_BACKWARD → const int
OP_POW_BACKWARD → const int
OP_POW_ELEMENTWISE → const int
OP_RELU → const int
OP_RELU_BACKWARD → const int
OP_SCALE_MATRIX → const int
OP_SCALE_MATRIX_BACKWARD → const int
OP_SGD_UPDATE → const int
OP_SIGMOID → const int
OP_SIGMOID_BACKWARD → const int
OP_SLICE_COLUMN → const int
OP_SLICE_COLUMN_BACKWARD → const int
OP_SLICE_ROW → const int
OP_SLICE_ROW_BACKWARD → const int
OP_SOFTMAX_BACKWARD → const int
OP_SOFTMAX_FORWARD → const int
OP_SQRT_BACKWARD → const int
OP_SQRT_ELEMENTWISE → const int
OP_STACK_ROWS → const int
OP_STACK_ROWS_BACKWARD → const int
OP_STORE_SAMPLE → const int
OP_SUBTRACT → const int
OP_SUBTRACT_INTO → const int
OP_SUM_REDUCE → const int
OP_SUM_REDUCE_BACKWARD → const int
OP_SUM_REDUCE_COLUMNS → const int
OP_SUM_REDUCE_ROWS → const int
OP_TANH → const int
OP_TANH_BACKWARD → const int
OP_TRANSPOSE → const int
OP_ZERO_GRAD → const int

Typedefs

DartAddPointers = void Function(Pointer<Float>, Pointer<Float>, int)
DartCreate = int Function(bool)
DartFree = void Function(int)
DartFreeStr = void Function(Pointer<Utf8>)
DartFreeT = void Function(int, Pointer<Utf8>)
DartGetNames = Pointer<Utf8> Function(int)
DartInitRandom = void Function(int, Pointer<Utf8>, double, int)
DartLoad = void Function(int, Pointer<Utf8>, Pointer<Float>, int, Pointer<Int32>)
DartRetrieve = void Function(int, Pointer<Utf8>, Pointer<Float>)
DartRun = void Function(int, Pointer<Uint8>, int)
NativeAddPointers = Void Function(Pointer<Float>, Pointer<Float>, Int32)
NativeCreate = Int64 Function(Bool)
NativeFree = Void Function(Int64)
NativeFreeStr = Void Function(Pointer<Utf8>)
NativeFreeT = Void Function(Int64, Pointer<Utf8>)
NativeGetNames = Pointer<Utf8> Function(Int64)
NativeInitRandom = Void Function(Int64, Pointer<Utf8>, Float, Int32)
NativeLoad = Void Function(Int64, Pointer<Utf8>, Pointer<Float>, Int32, Pointer<Int32>)
NativeRetrieve = Void Function(Int64, Pointer<Utf8>, Pointer<Float>)
NativeRun = Void Function(Int64, Pointer<Uint8>, Int32)