Searched refs:num_linked_sensors (Results 1 – 4 of 4) sorted by relevance
195 size_t num_linked_sensors) { in VirtualTempEstimator() argument198 common_instance_ = std::make_unique<VtEstimatorCommonData>(sensor_name, num_linked_sensors); in VirtualTempEstimator()219 size_t num_linked_sensors = common_instance_->num_linked_sensors; in LinearModelInitialize() local222 if ((num_linked_sensors == 0) || (data.coefficients.size() == 0) || in LinearModelInitialize()224 LOG(ERROR) << "Invalid num_linked_sensors [" << num_linked_sensors in LinearModelInitialize()230 if (data.coefficients.size() != (num_linked_sensors * data.prev_samples_order)) { in LinearModelInitialize()232 << "] num_linked_sensors [" << num_linked_sensors << "] prev_samples_order[" in LinearModelInitialize()246 for (size_t j = 0; j < num_linked_sensors; ++j) { in LinearModelInitialize()247 single_order_coefficients.emplace_back(data.coefficients[i * num_linked_sensors + j]); in LinearModelInitialize()266 size_t num_linked_sensors = common_instance_->num_linked_sensors; in TFliteInitialize() local[all …]
60 num_linked_sensors = num_input_sensors; in VtEstimatorCommonData()71 size_t num_linked_sensors; member
214 int num_linked_sensors = input_combination.size(); in run_single_inference() local236 size_t total_num_samples = num_linked_sensors * prev_samples_order; in run_single_inference()242 thermistors.push_back(thermistors[count++ % num_linked_sensors]); in run_single_inference()251 kTestSensorName, thermal::vtestimator::kUseMLModel, num_linked_sensors); in run_single_inference()268 int start_index = loop_count * num_linked_sensors; in run_single_inference()270 std::vector<float>::const_iterator last = first + num_linked_sensors; in run_single_inference()
91 size_t num_linked_sensors);