trick/trick_source/trick_utils/math/test/UnitTestEulerQuat.cpp

#include <gtest/gtest.h>
#include "trick/trick_math.h"
#include "trick/reference_frame.h"
using namespace std;

class EulerQuatTest : public ::testing::Test {

   public:

      TRANSFORM init_data;
      bool pass;
      int num_tests;
      int num_pass;
      int method;
      double quat[4];
      double mat[3][3];

      EulerQuatTest() {
          this->num_tests = 100;
          this->num_pass = 0;
          this->pass = false;
      }
      ~EulerQuatTest() {}
      void SetUp() {}
      void TearDown() {}

      void compare_euler(double eul[3]){
          double eul_error[3];
          double mat_test[3][3];
          double mat_error[3][3];

          M_IDENT(mat_error);
          M_IDENT(mat_test);
          V_INIT(eul_error);
          euler_matrix(eul, mat_test, 0 , this->init_data.euler_sequence);
          MxMt(mat_error, mat_test, this->mat);
          euler_matrix(eul_error, mat_error, 0 , this->init_data.euler_sequence);
          if(V_MAG(eul_error) < 0.00001){
             this->num_pass ++;
             pass = true;
          } else{
             pass = false;
             printf("EulerAngle = %lf  %lf  %lf\n",this->init_data.euler_angles[0],
                                                   this->init_data.euler_angles[1],
                                                   this->init_data.euler_angles[2]);
          }
          return;
      }
      void compare_quat(double Q[4]){
          double Q_error[4];
          double mat_error[3][3];
          double eul_error[3];

          M_IDENT(mat_error);
          V_INIT(eul_error);
          QxQt(Q_error, Q, quat);
          quat_to_mat(mat_error, Q_error);
          euler_matrix(eul_error, mat_error, 0 , this->init_data.euler_sequence);
          if(V_MAG(eul_error) < 0.00001){
             this->num_pass ++;
             this->pass = true;
          } else{
             this->pass = false;
             printf("EulerAngle = %lf  %lf  %lf\n",this->init_data.euler_angles[0],
                                                   this->init_data.euler_angles[1],
                                                   this->init_data.euler_angles[2]);
          }
          return;
      }
      void test_euler_to_quat(){
          double Q[4];
          euler_quat(this->init_data.euler_angles, Q, 0,  this->init_data.euler_sequence);
          compare_quat( Q );
          return;
      }
      void test_quat_to_euler(int test){
          double eul[3];
          this->method = test;
          if(this->method == 1){
              euler_quat(eul, this->quat, this->method, this->init_data.euler_sequence);
          }
          else {
             switch (this->init_data.euler_sequence) {
                 case Roll_Pitch_Yaw:
                     euler123_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
                 case Roll_Yaw_Pitch:
                     euler132_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
                 case Pitch_Yaw_Roll:
                     euler231_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
                 case Pitch_Roll_Yaw:
                     euler213_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
                 case Yaw_Roll_Pitch:
                     euler312_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
                 case Yaw_Pitch_Roll:
                     euler321_quat( eul, this->quat, 2, this->init_data.euler_angles );
                     break;
             }
          }
          compare_euler(eul);
          return;
      }
};

TEST_F(EulerQuatTest, euler123_to_quat)
{
  init_data.euler_sequence = Roll_Pitch_Yaw;
  num_pass = 0;
  srand(time(NULL));
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, euler132_to_quat)
{
  init_data.euler_sequence = Roll_Yaw_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, euler231_to_quat)
{
  init_data.euler_sequence = Pitch_Yaw_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, euler213_to_quat)
{
  init_data.euler_sequence = Pitch_Roll_Yaw;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, euler312_to_quat)
{
  init_data.euler_sequence = Yaw_Roll_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, euler321_to_quat)
{
  init_data.euler_sequence = Yaw_Pitch_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_euler_to_quat();
  }
  EXPECT_EQ(num_pass, num_tests);
}


TEST_F(EulerQuatTest, quat_to_euler123_method1)
{
  init_data.euler_sequence = Roll_Pitch_Yaw;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler123_method2)
{
  init_data.euler_sequence = Roll_Pitch_Yaw;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler132_method1)
{
  init_data.euler_sequence = Roll_Yaw_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler132_method2)
{
  init_data.euler_sequence = Roll_Yaw_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler231_method1)
{
  init_data.euler_sequence = Pitch_Yaw_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler231_method2)
{
  init_data.euler_sequence = Pitch_Yaw_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler213_method1)
{
  init_data.euler_sequence = Pitch_Roll_Yaw;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler213_method2)
{
  init_data.euler_sequence = Pitch_Roll_Yaw;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler312_method1)
{
  init_data.euler_sequence = Yaw_Roll_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler312_method2)
{
  init_data.euler_sequence = Yaw_Roll_Pitch;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler321_method1)
{
  init_data.euler_sequence = Yaw_Pitch_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(1);
  }
  EXPECT_EQ(num_pass, num_tests);
}

TEST_F(EulerQuatTest, quat_to_euler321_method2)
{
  init_data.euler_sequence = Yaw_Pitch_Roll;
  num_pass = 0;
  for (int ii=0; ii<num_tests; ii++){
      // Randomly input euler angles:
      init_data.euler_angles[0] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[1] = (rand()%num_tests) * (2*M_PI/num_tests);
      init_data.euler_angles[2] = (rand()%num_tests) * (2*M_PI/num_tests);
      euler_matrix(init_data.euler_angles, mat, 0 , init_data.euler_sequence);
      mat_to_quat(quat, mat);
      test_quat_to_euler(2);
  }
  EXPECT_EQ(num_pass, num_tests);
}