please explain how it was doneAssignment ML-2: Intermediate Level Matlab Practice with Logic!...

Question

please explain how it was doneAssignment       ML-2: Intermediate Level Matlab  Practice with Logic!     General Program Requirements:    • Proper planning using pseudo code or flow chart  • Top-of-programs contain comment that includes: author’s name & date  • Comments at appropriate points in code!    Problem 1 - “Largest and Smallest Numbers”  Write a program that loads a 6 x 24 array of integers from a data file and then outputs the largest and the smallest values for  each row onto the console in a full sentence.  You may not use the built-in max and min functions. Start by creating a flowchart  or pseudo code in a computer program (draw.io or other.)  The input file is on Canvas.    Input File Name:  Largest_and_Smallest_Numbers.txt         Name your file: LastName_ML2_L2S.m      Your output should look like this:    Screen shot your finished command prompt    Problem 2 – “Sutures”  Sutures are strands or fibers used to sew living tissue together after an injury or an operation.  Packages of sutures must be  sealed carefully before they are shipped to hospitals to prevent contamination.  The packages are sealed on a machine with  a sealing die.  For the sealing to be a success, the die must be maintained at an established temperature, and contact the  package with a predetermined pressure for an established time period.  This time period is called the dwell time.  The  acceptable ranges for these three conditions are as follows:     Temperature: 150-170° C   Pressure: 60-70 psi   Dwell Time: 2-2.5 sec    Write a program that reads in a file containing data of 24 batches of rejected sutures. Start by creating a flowchart or pseudo  code in a computer program (draw.io or other.)      Input File Name:  Batch_Data.txt     Each line of the file contains a batch number, temperature, pressure and dwell time for a batch.  As the Quality Control  Engineer, you need to analyze the data and compute:  • Number of batches rejected due to temperature, pressure, and dwell time.  • Percent of batches rejected due to temperature, pressure, and dwell time.  • Total number and Percent of failed batches.    If a specific batch was rejected in more than one category, it should be counted in all of the applicable totals.  Any failure in  a specific category counts as a specific category failure and also makes the batch fail overall.  However, do not ‘double  count’ batch failures, if a batch fails for more than one reason.               Name your file: LastName_ML2_Sutures.m      Your output should look like this:      Screen shot your finished command prompt    Create a PDF containing:  • Both flow charts/ pseudo code  • Both screenshots (make sure to label all your screenshots/figures!)    RUBRIC    Points   Upload ALL files to Canvas with correct names.   (1 PDF + 2 .m files) 5  Program 1: Largest to Smallest  File runs without errors and returns correct values.    15  Has a clean formatting in command prompt 5  Is commented with clear comments that help the user understand  the logic of this code. Contains name and date. 10  Included a flow chart or pseudo code 5  Screen shot of finished command prompt 5  Program 2: Sutures  File runs without errors and returns correct values. 30  Has a clean formatting in command prompt 5  Program Clarity  • Commented with clear comments that help the user  understand the logic of this code   • First comments contain student’s name and date.  • Formatted appropriately (indentations/parentheses) 10  Included a flow chart or pseudo code 5  Screen shot of finished command prompt 5  Total 100    BONUS CHALLENGE (WORTH 3 POINTS IF SUCCESSFUL)     The following challenge is optional for students looking to  challenge themselves.    • Change Problem #2 to track the ID# of the failed  batches  • Print the failed batches to the screen in rows of 5 (get  creative!)  • Save the file as LastName_ML2_Bonus.m and upload  this in place of sutures  • Your new command prompt should look like this:      	ML-2: Intermediate Level Matlab 	Practice with Logic!   982	975	65	1174	696	730	422	1840	1925	469	1344	16	476	1057	144	1908	1740	981	959	1836	1055	1915	1113	347 97	1491	1269	1326	1019	1504	38	463	208	898	1028	344	889	185	232	1729	37	924	1218	1260	806	1239	283	1821 60	1445	672	1620	1309	1174	123	1630	957	1711	643	424	1406	1420	1400	798	853	1616	597	232	1544	1629	1423	818 1677	1708	1201	685	1519	1395	1909	1385	1690	1074	1729	279	1774	526	1284	540	1579	75	1049	1624	5	407	715	203 628	1185	870	1280	329	1994	1015	398	1913	70	420	576	867	1733	8	1795	500	594	304	158	1932	1534	921	1911 1954	1700	502	1048	3	690	883	434	1525	1853	1000	832	1573	1064	1804	1240	1614	1147	805	390	1538	127	1908	1947   24551	145.5	62.3	2.13 24582	153.7	63	2.52 26553	160.4	58.8	2.51 26613	159.5	58.9	2.02 26624	160.5	61.5	1.98 27725	170.9	62.5	2.03 27832	147.8	65.6	2.12 27976	155.4	71	2.34 28061	162.7	57.9	2.61 28251	171.3	59.2	2.23 28347	164.8	65	2.45 28782	152.8	58.6	2.05 28788	167.2	67.3	1.89 29192	149.6	60.9	2.26 29227	172	67.8	2.33 29482	155.2	73.1	2.47 29522	148.5	72.1	2.27 29617	168.3	49.7	2.63 29785	169.4	64.4	1.87 29885	146.6	55.9	2.42 29943	170.3	66.8	2.31 29957	166.3	56.8	2.11 29968	162.8	64.6	2.68 29987	149.2	69.7	2.22

Rahul · Accepted Answer

>> fid=fopen('batchdata.txt','rt');
oneline=fgets(fid);
a=1;
while ischar(oneline)
one(a,1:4)=str2num(oneline);
oneline=fgets(fid);
a=a+1;
end
>> b=1;
tempr=0;
while b170
tempr=tempr+1;
else
end
b=b+1;
end
d=1;
presr=0;
while d70
presr=presr+1;
else
end
d=d+1;
end
e=1;

Assignment ML-2: Intermediate Level Matlab Practice with Logic! General Program Requirements: • Proper planning using pseudo code or flow chart • Top-of-programs contain comment that includes:...

Answer To: Assignment ML-2: Intermediate Level Matlab Practice with Logic! General Program Requirements: •...

Answer To This Question Is Available To Download

Related Questions & Answers

Submit New Assignment