binary_confusion_matrix.h

// Copyright 2010 Google Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License"); you may not
// use this file except in compliance with the License. You may obtain a copy of
// the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
// WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
// License for the specific language governing permissions and limitations under
// the License.

// This code was generated by google-apis-code-generator 1.5.1
//   Build date: 2018-10-08 17:45:39 UTC
//   on: 2020-03-07, 23:51:40 UTC
//   C++ generator version: 0.1.4

// ----------------------------------------------------------------------------
// NOTE: This file is generated from Google APIs Discovery Service.
// Service:
//   BigQuery API (bigquery/v2)
// Generated from:
//   Version: v2
//   Revision: 459
// Generated by:
//    Tool: google-apis-code-generator 1.5.1
//     C++: 0.1.4
#ifndef  GOOGLE_BIGQUERY_API_BINARY_CONFUSION_MATRIX_H_
#define  GOOGLE_BIGQUERY_API_BINARY_CONFUSION_MATRIX_H_

#include "googleapis/base/integral_types.h"
#include "googleapis/base/macros.h"
#include "googleapis/client/data/jsoncpp_data.h"
#include "googleapis/strings/stringpiece.h"

namespace Json {
class Value;
}  // namespace Json

namespace google_bigquery_api {
using namespace googleapis;

class BinaryConfusionMatrix : public client::JsonCppData {
 public:
  static BinaryConfusionMatrix* New();

  explicit BinaryConfusionMatrix(const Json::Value& storage);

  explicit BinaryConfusionMatrix(Json::Value* storage);

  virtual ~BinaryConfusionMatrix();

  const StringPiece GetTypeName() const {
    return StringPiece("google_bigquery_api::BinaryConfusionMatrix");
  }

  bool has_accuracy() const {
    return Storage().isMember("accuracy");
  }

  void clear_accuracy() {
    MutableStorage()->removeMember("accuracy");
  }


  double get_accuracy() const {
    const Json::Value& storage = Storage("accuracy");
    return client::JsonValueToCppValueHelper<double >(storage);
  }

  void set_accuracy(double value) {
    client::SetJsonValueFromCppValueHelper<double >(
      value, MutableStorage("accuracy"));
  }

  bool has_f1_score() const {
    return Storage().isMember("f1Score");
  }

  void clear_f1_score() {
    MutableStorage()->removeMember("f1Score");
  }


  double get_f1_score() const {
    const Json::Value& storage = Storage("f1Score");
    return client::JsonValueToCppValueHelper<double >(storage);
  }

  void set_f1_score(double value) {
    client::SetJsonValueFromCppValueHelper<double >(
      value, MutableStorage("f1Score"));
  }

  bool has_false_negatives() const {
    return Storage().isMember("falseNegatives");
  }

  void clear_false_negatives() {
    MutableStorage()->removeMember("falseNegatives");
  }


  int64 get_false_negatives() const {
    const Json::Value& storage = Storage("falseNegatives");
    return client::JsonValueToCppValueHelper<int64 >(storage);
  }

  void set_false_negatives(int64 value) {
    client::SetJsonValueFromCppValueHelper<int64 >(
      value, MutableStorage("falseNegatives"));
  }

  bool has_false_positives() const {
    return Storage().isMember("falsePositives");
  }

  void clear_false_positives() {
    MutableStorage()->removeMember("falsePositives");
  }


  int64 get_false_positives() const {
    const Json::Value& storage = Storage("falsePositives");
    return client::JsonValueToCppValueHelper<int64 >(storage);
  }

  void set_false_positives(int64 value) {
    client::SetJsonValueFromCppValueHelper<int64 >(
      value, MutableStorage("falsePositives"));
  }

  bool has_positive_class_threshold() const {
    return Storage().isMember("positiveClassThreshold");
  }

  void clear_positive_class_threshold() {
    MutableStorage()->removeMember("positiveClassThreshold");
  }


  double get_positive_class_threshold() const {
    const Json::Value& storage = Storage("positiveClassThreshold");
    return client::JsonValueToCppValueHelper<double >(storage);
  }

  void set_positive_class_threshold(double value) {
    client::SetJsonValueFromCppValueHelper<double >(
      value, MutableStorage("positiveClassThreshold"));
  }

  bool has_precision() const {
    return Storage().isMember("precision");
  }

  void clear_precision() {
    MutableStorage()->removeMember("precision");
  }


  double get_precision() const {
    const Json::Value& storage = Storage("precision");
    return client::JsonValueToCppValueHelper<double >(storage);
  }

  void set_precision(double value) {
    client::SetJsonValueFromCppValueHelper<double >(
      value, MutableStorage("precision"));
  }

  bool has_recall() const {
    return Storage().isMember("recall");
  }

  void clear_recall() {
    MutableStorage()->removeMember("recall");
  }


  double get_recall() const {
    const Json::Value& storage = Storage("recall");
    return client::JsonValueToCppValueHelper<double >(storage);
  }

  void set_recall(double value) {
    client::SetJsonValueFromCppValueHelper<double >(
      value, MutableStorage("recall"));
  }

  bool has_true_negatives() const {
    return Storage().isMember("trueNegatives");
  }

  void clear_true_negatives() {
    MutableStorage()->removeMember("trueNegatives");
  }


  int64 get_true_negatives() const {
    const Json::Value& storage = Storage("trueNegatives");
    return client::JsonValueToCppValueHelper<int64 >(storage);
  }

  void set_true_negatives(int64 value) {
    client::SetJsonValueFromCppValueHelper<int64 >(
      value, MutableStorage("trueNegatives"));
  }

  bool has_true_positives() const {
    return Storage().isMember("truePositives");
  }

  void clear_true_positives() {
    MutableStorage()->removeMember("truePositives");
  }


  int64 get_true_positives() const {
    const Json::Value& storage = Storage("truePositives");
    return client::JsonValueToCppValueHelper<int64 >(storage);
  }

  void set_true_positives(int64 value) {
    client::SetJsonValueFromCppValueHelper<int64 >(
      value, MutableStorage("truePositives"));
  }

 private:
  void operator=(const BinaryConfusionMatrix&);
};  // BinaryConfusionMatrix
}  // namespace google_bigquery_api
#endif  // GOOGLE_BIGQUERY_API_BINARY_CONFUSION_MATRIX_H_