// Automatically generated by BlenderSharp at 22/01/2025 02:21:57
namespace BlendFile.DNA {
    
    public class RigidBodyCon {
        public Object ptr_ob1;
        public Object ptr_ob2;
        public short type;
        public short num_solver_iterations;
        public int flag;
        public float breaking_threshold;
        public char spring_type;
        public char[] _pad = new System.Char[3];
        public float limit_lin_x_lower;
        public float limit_lin_x_upper;
        public float limit_lin_y_lower;
        public float limit_lin_y_upper;
        public float limit_lin_z_lower;
        public float limit_lin_z_upper;
        public float limit_ang_x_lower;
        public float limit_ang_x_upper;
        public float limit_ang_y_lower;
        public float limit_ang_y_upper;
        public float limit_ang_z_lower;
        public float limit_ang_z_upper;
        public float spring_stiffness_x;
        public float spring_stiffness_y;
        public float spring_stiffness_z;
        public float spring_stiffness_ang_x;
        public float spring_stiffness_ang_y;
        public float spring_stiffness_ang_z;
        public float spring_damping_x;
        public float spring_damping_y;
        public float spring_damping_z;
        public float spring_damping_ang_x;
        public float spring_damping_ang_y;
        public float spring_damping_ang_z;
        public float motor_lin_target_velocity;
        public float motor_ang_target_velocity;
        public float motor_lin_max_impulse;
        public float motor_ang_max_impulse;
        public object ptr_physics_constraint;
        public RigidBodyCon(
                    Object ptr_ob1, 
                    Object ptr_ob2, 
                    short type, 
                    short num_solver_iterations, 
                    int flag, 
                    float breaking_threshold, 
                    char spring_type, 
                    char[] _pad, 
                    float limit_lin_x_lower, 
                    float limit_lin_x_upper, 
                    float limit_lin_y_lower, 
                    float limit_lin_y_upper, 
                    float limit_lin_z_lower, 
                    float limit_lin_z_upper, 
                    float limit_ang_x_lower, 
                    float limit_ang_x_upper, 
                    float limit_ang_y_lower, 
                    float limit_ang_y_upper, 
                    float limit_ang_z_lower, 
                    float limit_ang_z_upper, 
                    float spring_stiffness_x, 
                    float spring_stiffness_y, 
                    float spring_stiffness_z, 
                    float spring_stiffness_ang_x, 
                    float spring_stiffness_ang_y, 
                    float spring_stiffness_ang_z, 
                    float spring_damping_x, 
                    float spring_damping_y, 
                    float spring_damping_z, 
                    float spring_damping_ang_x, 
                    float spring_damping_ang_y, 
                    float spring_damping_ang_z, 
                    float motor_lin_target_velocity, 
                    float motor_ang_target_velocity, 
                    float motor_lin_max_impulse, 
                    float motor_ang_max_impulse, 
                    object ptr_physics_constraint) {
            this.ptr_ob1 = ptr_ob1;
            this.ptr_ob2 = ptr_ob2;
            this.type = type;
            this.num_solver_iterations = num_solver_iterations;
            this.flag = flag;
            this.breaking_threshold = breaking_threshold;
            this.spring_type = spring_type;
            this._pad = _pad;
            this.limit_lin_x_lower = limit_lin_x_lower;
            this.limit_lin_x_upper = limit_lin_x_upper;
            this.limit_lin_y_lower = limit_lin_y_lower;
            this.limit_lin_y_upper = limit_lin_y_upper;
            this.limit_lin_z_lower = limit_lin_z_lower;
            this.limit_lin_z_upper = limit_lin_z_upper;
            this.limit_ang_x_lower = limit_ang_x_lower;
            this.limit_ang_x_upper = limit_ang_x_upper;
            this.limit_ang_y_lower = limit_ang_y_lower;
            this.limit_ang_y_upper = limit_ang_y_upper;
            this.limit_ang_z_lower = limit_ang_z_lower;
            this.limit_ang_z_upper = limit_ang_z_upper;
            this.spring_stiffness_x = spring_stiffness_x;
            this.spring_stiffness_y = spring_stiffness_y;
            this.spring_stiffness_z = spring_stiffness_z;
            this.spring_stiffness_ang_x = spring_stiffness_ang_x;
            this.spring_stiffness_ang_y = spring_stiffness_ang_y;
            this.spring_stiffness_ang_z = spring_stiffness_ang_z;
            this.spring_damping_x = spring_damping_x;
            this.spring_damping_y = spring_damping_y;
            this.spring_damping_z = spring_damping_z;
            this.spring_damping_ang_x = spring_damping_ang_x;
            this.spring_damping_ang_y = spring_damping_ang_y;
            this.spring_damping_ang_z = spring_damping_ang_z;
            this.motor_lin_target_velocity = motor_lin_target_velocity;
            this.motor_ang_target_velocity = motor_ang_target_velocity;
            this.motor_lin_max_impulse = motor_lin_max_impulse;
            this.motor_ang_max_impulse = motor_ang_max_impulse;
            this.ptr_physics_constraint = ptr_physics_constraint;
        }
    }
}