def test(dataset,model,mask_ratio=0.75):
    batch_loss = 0
    model.set_train(False)
    i = 0
    x = mindspore.Tensor(np.randon.rand(1, 40, 300).astype(np. float32), dtype=nindspore.float32)
    loss, pred, mask = model(x, mask_ratio)
    for data in dataset.create_dict_iterator():
        # input = data['data']
        # x = mindspore.Tensor(np.random.rand(1, 40, 300).astype(np.fLoat32), dtype=mindspore.float32)
        # loss, pred, mask = model(x, mask_ratio)
        batch_loss += loss
        i += 1
return batch_loss/(i+1)

def test(dataset,model,mask_ratio=0.75):
    batch_loss = 0
    model.set_train(False)
    i = 0
    x = mindspore.Tensor(np.randon.rand(1, 40, 300).astype(np. float32), dtype=nindspore.float32)
    # loss, pred, mask = model(x, mask_ratio)
    for data in dataset.create_dict_iterator():
        # input = data['data']
        x = mindspore.Tensor(np.random.rand(1, 40, 300).astype(np.fLoat32), dtype=mindspore.float32)
        loss, pred, mask = model(x, mask_ratio)
        batch_loss += loss
        i += 1
    return batch_loss/(i+1)

RuntimeError: Illegal AnfNode for evaluating.node: @BatchNorm.20:фdout(type:Parameter), fg: BatchNorm.20 conf: Node: 0x18b20bbdb00/@BatchNorm.20:фdout-uid(2115), Context: 0x18b20b4fc70/{FuncGraph: BatchNorm.20 Args: [0]: AbstractTensor(shape: (1, 32, 40, 99), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), [1]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), [2]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), [3]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), [4]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), [5]: AbstractTuple{element[0]: AbstractTensor(shape: (1, 32, 40, 99), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[1]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[2]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[3]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[4]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue)}, [6]: AbstractTuple{element[0]: AbstractTensor(shape: (1, 32, 40, 99), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[1]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[2]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[3]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue), element[4]: AbstractTensor(shape: (32), element: AbstractScalar(Type: Float32, Value: AnyValue, Shape: NoShape), value_ptr: 0x18b1728ef90, value: AnyValue)}, Parent: { Args: }}, FuncGraph: 0x18b20bb0cb0/BatchNorm.20