Organize the three angles into a struct we will call Euler. Contains three doubl

Question

Organize the three angles into a struct we will call Euler.

Contains three doubles, yaw, pitch and roll.

typedef struct

{

double yaw;

double pitch;

double roll;

} Euler;

Define the struct at the top of the file.

Also define PI:

#define PI 3.1415926535897932

Create the following functions:RadiansToDegrees

INPUT: One Euler variable

OUTPUT: Euler variable converted to degrees

degrees.yaw = radians.yaw * 180.0 / PI

Repeat for pitch and roll

DegreesToRadians

INPUT: One Euler variable

OUTPUT: Euler variable converted to radians

radians.yaw = degrees.yaw * PI / 180.0

Repeat for pitch and roll

PrintAngles

INPUT: One Euler variable

OUTPUT: void

Prints the angles (yaw, pitch, roll)

Within your main function:Create three Euler variables.

One to hold the initial angle which will be in degrees.

One to hold the result of DegreesToRadians().

One to hold the result of RadiansToDegrees().

Prompt to user to enter three values in degrees (using scanf) and save what they enter to your initial Euler variable.

You may assume that the user will only enter values from 0-360 degrees.

Call DegreesToRadians with the initial angle. Save the result to your Euler variable that will hold radians.

Call RadiansToDegrees with your radians variable. Save the result to your Euler veriable that will hold degrees.

Call PrintVector to print the result from DegreesToRadians.

Call PrintVector to print the result from RadiansToDegrees.

Note: The degrees value may not match what was initially entered, but it should be close.

Define ALL of the functions in this code with   const     and pass by reference.

Explanation / Answer

#include <stdio.h

#define PI 3.1415926535897932

typedef struct

{

double yaw;

double pitch;

double roll;

}Euler;

const void convert_degrees_to_radians (Euler *first, Euler *second)

{

second->yaw = (first->yaw*PI)/180.0;

second->pitch = (first->pitch*PI)/180.0;

second->roll = (first->roll*PI)/180.0;

}

const void convert_radians_to_degrees (Euler *second, Euler *third)

{

third->yaw = (second->yaw * 180)/PI;

third->pitch = (second->pitch * 180)/PI;

third->roll = (second->roll * 180)/PI;

}

const void print_euler (Euler *euler)

{

printf("Yaw value is %lf, Pitch value is %lf, Roll value is %lf ",euler->yaw, euler->pitch, euler->roll);

}

void main()

{

Euler first;

printf("Enter three values for yaw, pitch and roll in degrees ");

double yaw, pitch, roll;

scanf("%lf", &yaw);

scanf("%lf", &pitch);

scanf("%lf", &roll);

first.yaw = yaw;

first.pitch = pitch;

first.roll = roll;

printf("Values before Converting to radians ");

printf("==================================== ");

print_euler(&first);

Euler second;

convert_degrees_to_radians(&first, &second);

printf("Values After Converting to radians ");

printf("==================================== ");

print_euler(&second);

Euler third;

convert_radians_to_degrees(&second, &third);

printf("Values before Converting to back to degrees ");

printf("==================================== ");

print_euler(&third);

}

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