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#ifndef _HUMANOID_FUNCTIONS_H_
#define _HUMANOID_FUNCTIONS_H_

//Defines for left or right side limbs
#define LEFT     1
#define RIGHT   -1

// Define for dimension extraction
#define ARM_LENGTH      100
#define FOREARM_LENGTH  110
#define LEG_LENGTH      200
#define THIGH_LENGTH    210
#define FOOT_LENGTH     220
#define ANKLE_HEIGHT    230
#define FOOT_WIDTH      240

// #define PFLN {printf("Passing through File [%s] @ Line [%d].\n", __FILE__, __LINE__);}

//includes
#include <math.h>
#include <stdio.h>
#include <stdlib.h>
#include <iostream>

#include <Eigen/Dense>

class humanoid
{
  public:
    humanoid(void);
    
    ~humanoid(void);
    
    //FUNCTIONS FOR INVERSE/DIRECT KINEMATICS
    void Dir_Kin_3DOF_Arm(double t1, double t2, double t3, short int SIDE, double *end_pos_n_RPY);
    
    void Inv_Kin_3DOF_Arm(double X, double Y, double Z, double *req_angle);
    
    void CalculateArmJacobian(double theta_1, double theta_2, double theta_3, Eigen::Matrix3d *jacobian);
    
    void CalculateArmAlternateJacobian_No_Theta3_Singularity(double theta_1, double theta_2, double theta_3, Eigen::MatrixXd *jacobian);
    
    void Dir_Kin_4DOF_Detached_Leg(double t1, double t2, double t3, double t4, short int SIDE, double *end_pos_n_RPY);
    
    void Inv_Kin_3DOF_Detached_Leg(double X, double Y, double Z, double *req_angle);
    
    void Calculate_Detached_Leg_3DOF_Jacobian(double theta_1, double theta_2, double theta_3, Eigen::Matrix3d *jacobian);
    
    void Calculate_Detached_Leg_3DOF_COG(double theta_1, double theta_2, double theta_3, int SIDE, Eigen::Vector3d *COG);
    
    //THESE FUNCTIONS TRANSFORM JOINT ANGLE VALUES TO THEIR EQUIVALENT SERVOMOTOR VALUES
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ HEAD ++++++++++++++++++
      ++++++++++++++++++++++++++++++++++++++++++*/
    short unsigned int Head_Pan_Tilt_Conversion(double joint_angle);
    
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ ARMS ++++++++++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    short unsigned int Shoulder_Flexion_Extension_Conversion(short int SIDE, double joint_angle);

    short unsigned int Shoulder_Abduction_Adduction_Conversion(short int SIDE, double joint_angle);

    short unsigned int Elbow_Flexion_Extension_Conversion(short int SIDE, double joint_angle);

    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ TORSO +++++++++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    short unsigned int Torso_Rotation_Conversion(double joint_angle);

    short unsigned int Torso_Flexion_Extension_Conversion(double joint_angle);

    short unsigned int Torso_Lateral_Flexion_Extension_Conversion(double joint_angle);
  
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ LEGS ++++++++++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    short unsigned int Ankle_Inversion_Eversion_Conversion(short int SIDE, double joint_angle);
    
    short unsigned int Ankle_Flexion_Conversion(short int SIDE, double joint_angle);

    short unsigned int Knee_Conversion(short int SIDE, double joint_angle);

    short unsigned int Hip_Abduction_Hiperabduction_Conversion(short int SIDE, double joint_angle);
    
    short unsigned int Hip_Flexion_Conversion(short int SIDE, double joint_angle);
    
    //THESE FUNCTIONS TRANSFORM SERVOMOTOR VALUES TO THEIR EQUIVALENT JOINT ANGLE VALUES 
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ HEAD ++++++++++++++++++
      ++++++++++++++++++++++++++++++++++++++++++*/
    double Head_Pan_Tilt_ServoValue_Conversion(short unsigned int servo_value);
    
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ ARMS ++++++++++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    double Shoulder_Flexion_Extension_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);

    double Shoulder_Abduction_Adduction_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);

    double Elbow_Flexion_Extension_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);
    
    /* ++++++++++++++++++++++++++++++++++++++++++
       ++++++++++++++++++ TORSO +++++++++++++++++
       ++++++++++++++++++++++++++++++++++++++++++*/
    double Torso_Rotation_ServoValue_Conversion(short unsigned int servo_value);

    double Torso_Flexion_Extension_ServoValue_Conversion(short unsigned int servo_value);

    double Torso_Lateral_Flexion_Extension_ServoValue_Conversion(short unsigned int servo_value);
    
    /* ++++++++++++++++++++++++++++++++++++++++++
        ++++++++++++++++++ LEGS ++++++++++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    double Ankle_Inversion_Eversion_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);
    
    double Ankle_Flexion_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);

    double Knee_Flexion_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);

    double Hip_Abduction_Hiperabduction_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);
    
    double Hip_Flexion_ServoValue_Conversion(short int SIDE, short unsigned int servo_value);
    
    /* ++++++++++++++++++++++++++++++++++++++++++
        +++++++++ GET ROBOT DIMENSIONS ++++++++++
        ++++++++++++++++++++++++++++++++++++++++++*/
    double GetRobotDimension(int dimension);
    
  private:
    
    /*~~~~~~~~~~~~~~~~~~~~~~~~~ 
    || miscellaneous variables ||
      ~~~~~~~~~~~~~~~~~~~~~~~~~*/
    double PI;
    
    /*~~~~~~~~~~~~~~~~~~~~~~~~~~~ 
    ||      robot dimensions     ||
      ~~~~~~~~~~~~~~~~~~~~~~~~~~~*/
    struct{
    double arm_length;
    
    double forearm_length;
    
    double shin_length;
    
    double thigh_length;
    
    double foot_length;
    
    double foot_width;
    
    double ankle_height;
    } robot_dimensions;
    
    //   ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 
    // || robot joint limitation variables ||
    //   ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    struct{
    // <<<< HEAD >>>>   
    // Motion range [0...10] vertical to tilted
    
    double head_min_tilt;
    
    double head_max_tilt;
    
    /* <<<< ARMS >>>>*/
    /* Shoulder flexion
    Motion range [-40...140] back to front
    */
    double shoulder_min_flexion;
    
    double shoulder_max_flexion;
    
    /* Shoulder abduction
    Motion range [0...180] back to front
    */
    double shoulder_min_abduction;
    
    double shoulder_max_abduction;
    
    /* Elbow flexion
    Motion range [0...120] streched to flected
    */
    double elbow_min_flexion;
    
    double elbow_max_flexion;
    
    /* <<<< TORSO >>>>*/
    /* Torso rotation
    Motion range [-90...90] left to right
    */    
    double torso_min_rotation;
    
    double torso_max_rotation;
    
    /* Torso flexion
    Motion range [-15...90] left to right
    */    
    double torso_min_flexion;
    
    double torso_max_flexion;
    
    /* Torso lateral flexion
    Motion range [-90...90] left to right
    */
    double torso_min_lateral_flexion;
    
    double torso_max_lateral_flexion;
    
    /* Ankle inversion
    Motion range [-30...45] inside to outside
    */
    double ankle_min_inversion;
    
    double ankle_max_inversion;
    
    /* Ankle flexion
    Motion range [-40...20] inside to outside
    */
    double ankle_min_flexion;
    
    double ankle_max_flexion;
    
    /* Knee flexion
    Motion range [0...130] inside to outside
    */
    double knee_min_flexion;
    
    double knee_max_flexion;
    
    /* Hip abduction
    Motion range [-40...45] inside to outside
    */
    double hip_min_abduction;
    
    double hip_max_abduction;
    
    /* hip flexion
    Motion range [-30...120] inside to outside
    */
    double hip_min_flexion;
    
    double hip_max_flexion;
    } robot_joint_limits;
    
    struct{
      double head_servo_offset;

      double shoulder_flexion_servo_offset_left;

      double shoulder_flexion_servo_offset_right;

      double shoulder_abduction_servo_offset_left;

      double shoulder_abduction_servo_offset_right;

      double elbow_flexion_servo_offset_left;

      double elbow_flexion_servo_offset_right;

      double torso_rotation_servo_offset;

      double torso_flexion_servo_offset;

      double torso_lateral_flexion_servo_offset;

      double knee_flexion_b_value_left;

      double knee_flexion_b_value_right;

      double hip_flexion_b_value_left;

      double hip_flexion_b_value_right;
    } robot_servo_conversion;
    
    struct{
      double foot_mass;
      
      double shin_mass;
      
      double thigh_mass;
      
    } robot_element_mass;
    
    struct{
      Eigen::Vector3d foot_COM;
      
      Eigen::Vector3d shin_COM;
      
      Eigen::Vector3d thigh_COM;
      
    } robot_relative_COM;
    
};

#endif

---

phua_haptic
Author(s): Pedro Cruz
autogenerated on Wed Jul 23 04:33:52 2014