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Write a C program to do the following.

The first number in the data is a show parameter that should be handled as done in previous works.

Write a C program to read in units and the number of pairs of points that follow as vectors. Determine the length of each vector. At the end, output the total length of all the vectors.

Note: Some of the example data represent regular polygons, so some of the lengths will always be the same for a given set of data, but you should not assume this.

For this program, you are to separate all declarations, input, processing, and output. This means using arrays. The maximum number of  data pairs is 100. Use a for loop for input for any counter or header loops. Use a while loop for input for any trailer or endfile loops. Use a for loop for any processing or output loops if the range goes from 0 to n-1 or from 1 to n.

Use an array of records to separate input, processing and output. (as covered in class) If the requirements are unclear in any way, use any provided input and output to resolve the discrepancy.

See Guidelines for C programs .

Domain knowledge is the background knowledge that is useful in solving a problem, designing a solution, implementing the solution, etc. The following domain knowledge may be useful for this requirement.

• Euclidean distances

Note: In addition to specific domain knowledge, you should be familiar with all concepts covered to this point in the course.

The following coding examples and/or notes may be of use for this requirement.

• C: Loops for input

Make all necessary assumptions. Make no unnecessary assumptions.

In addition to specific coding examples, you should be familiar with all concepts covered to this point in the course.

You are provided with the following starter program in file vectors3.c.

Do not remove any comment that starts with three slashes.

Here is the C code.
/// File: vectors3.c /// Purpose: Vectors with records /// Author: (your name) /// Help received: // (add here) /// pseudo-code: // (add here) #include <stdio.h> #include <math.h> int main() { ///:BEGIN ToDo ///:END ToDo return 0; }
You are to fill in the missing parts of the program according to the work requirements (see above).

In the comments at the top, you are to fill in the author (your name), help received (person and type of help), and pseudo-code parts which are not in the solution (usually provided, but you need to add them). Remove the parentheses too.

Here are some examples of input and output for the above program code.

Here is an example input from file input1.txt.
0 miles -1
For the above example input, here is the expected output.
The length of the 0 pairs of points is 0.000 miles
Here is an example input from file input2.txt.
2 feet 1.0 2.0 3.0 4.0 -1
For the above example input, here is the expected output.
Enter units. You entered "feet" for units. Enter pairs of points, -1 when done. You entered numbers for points (1.000,2.000) and (3.000,4.000). 1. Vector #1 point (1.000,2.000) to point (3.000,4.000) has length 2.828 feet. The length of the 1 pairs of points is 2.828 feet
Here is an example input from file input3.txt.
2 meters 3.000 3.000 4.100 3.000 4.100 3.000 3.550 3.953 3.550 3.953 3.000 3.000 -1
For the above example input, here is the expected output.
Enter units. You entered "meters" for units. Enter pairs of points, -1 when done. You entered numbers for points (3.000,3.000) and (4.100,3.000). You entered numbers for points (4.100,3.000) and (3.550,3.953). You entered numbers for points (3.550,3.953) and (3.000,3.000). 1. Vector #1 point (3.000,3.000) to point (4.100,3.000) has length 1.100 meters. 2. Vector #2 point (4.100,3.000) to point (3.550,3.953) has length 1.100 meters. 3. Vector #3 point (3.550,3.953) to point (3.000,3.000) has length 1.100 meters. The length of the 3 pairs of points is 3.301 meters
Here is an example input from file input4.txt.
1 milimeters 4.000 4.000 6.200 4.000 6.200 4.000 6.200 6.200 6.200 6.200 4.000 6.200 4.000 6.200 4.000 4.000 -1
For the above example input, here is the expected output.
1. Vector #1 point (4.000,4.000) to point (6.200,4.000) has length 2.200 milimeters. 2. Vector #2 point (6.200,4.000) to point (6.200,6.200) has length 2.200 milimeters. 3. Vector #3 point (6.200,6.200) to point (4.000,6.200) has length 2.200 milimeters. 4. Vector #4 point (4.000,6.200) to point (4.000,4.000) has length 2.200 milimeters. The length of the 4 pairs of points is 8.800 milimeters
Here is an example input from file input5.txt.
0 centimeters 5.000 5.000 8.300 5.000 8.300 5.000 9.320 8.138 9.320 8.138 6.650 10.078 6.650 10.078 3.980 8.138 3.980 8.138 5.000 5.000 -1
For the above example input, here is the expected output.
The length of the 5 pairs of points is 16.500 centimeters
Here is an example input from file input6.txt.
0 yards 6.000 6.000 10.400 6.000 10.400 6.000 12.600 9.811 12.600 9.811 10.400 13.621 10.400 13.621 6.000 13.621 6.000 13.621 3.800 9.811 3.800 9.811 6.000 6.000 -1
For the above example input, here is the expected output.
The length of the 6 pairs of points is 26.400 yards

Pseudo-code is a "false" code. It is not really code, but a simplified English explanation that is somewhat similar to code. Pseudo-code is useful for understanding what a program does. For this work, the following can be used as the pseudo-code. Adjust if needed.
Get units and number of pairs of points Set total length to 0.0 FOR EACH pair of points (x1,y1) and (x2,y2) calculate length between points add length to total length END FOR output total length of all point pairs
Note: Only some essential details are included. Some details, such as input, prompts, input echo, and obviously needed output are omitted.

The best way to copy-paste pseudo-code that includes indented code (e.g., with tabs) is as follows (in the code file) using a multi-line comment.

It is best to separate input, processing and output into different parts of a program.

Since C has limited string handling capabilities (they can get complex), some processing involving string processing is moved to the output section of the code.