C code BLocks Only write the missing structure definition which is required to complete the program below. The program determines the distance between two 3D points. The structure should have three members: X, Y and Z of type float. Partial program : // Your answer starts here // Your answer ends here float distance(point n1, point n2); int main() { point n1, n2; float temp; scanf("%f %f %f", &n1.X, &n1.Y, &n1.Z); scanf("%f %f %f", &n2.X, &n2.Y, &n1.Z); temp = distance(n1, n2); printf("Distance = %.1f", temp); return 0; } float distance(point n1, point n2) { float temp; temp = sqrt(pow(n1.X-n2.X,2)+pow(n1.Y-n2.Y,2)+pow(n1.Z-n2.Z,2)); return temp; } For example: Input Result 2.3 4.5 2.5 3.4 5 9.8 Distance = 9.9
C code BLocks Only write the missing structure definition which is required to complete the program below. The program determines the distance between two 3D points. The structure should have three members: X, Y and Z of type float. Partial program : // Your answer starts here // Your answer ends here float distance(point n1, point n2); int main() { point n1, n2; float temp; scanf("%f %f %f", &n1.X, &n1.Y, &n1.Z); scanf("%f %f %f", &n2.X, &n2.Y, &n1.Z); temp = distance(n1, n2); printf("Distance = %.1f", temp); return 0; } float distance(point n1, point n2) { float temp; temp = sqrt(pow(n1.X-n2.X,2)+pow(n1.Y-n2.Y,2)+pow(n1.Z-n2.Z,2)); return temp; } For example: Input Result 2.3 4.5 2.5 3.4 5 9.8 Distance = 9.9
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter13: Structures
Section13.1: Single Structures
Problem 4E
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Question
C code BLocks
Only write the missing structure definition which is required to complete the program below. The program determines the distance between two 3D points. The structure should have three members: X, Y and Z of type float.
Partial program :
// Your answer starts here
// Your answer ends here
float distance(point n1, point n2);
int main()
{
point n1, n2;
float temp;
scanf("%f %f %f", &n1.X, &n1.Y, &n1.Z);
scanf("%f %f %f", &n2.X, &n2.Y, &n1.Z);
temp = distance(n1, n2);
printf("Distance = %.1f", temp);
return 0;
}
float distance(point n1, point n2)
{
float temp;
temp = sqrt(pow(n1.X-n2.X,2)+pow(n1.Y-n2.Y,2)+pow(n1.Z-n2.Z,2)); return temp;
}
For example:
Input | Result |
---|---|
2.3 4.5 2.5 3.4 5 9.8 | Distance = 9.9 |
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