Laboratory works for Assembly language programming., Assignments of Assembly Language Programming

Download Laboratory works for Assembly language programming. and more Assignments Assembly Language Programming in PDF only on Docsity!  I declare that all material in this assignment is my own work except where there is clear reference to the work of others.  I have read, understood and agree to the SDSU Policy on Plagiarism and Cheating on the university website at http://go.sdsu.edu/student_affairs/srr/cheating-plagiarism.aspx and the syllabus for the consequences of plagiarism, including both academic and punitive sanctions. ___________________________________________________________________ Remark*. By submitting this assignment report electronically, you are deemed to have signed the declaration above. [Lab Assignment #6, Part 2] [Numerical Analysis Algorithm – Calculate value of Cosine using Taylor Series] COMPE-160 Emrashvili Luka 823355800 EMRASHVILI LUKA 823355800 [LAB ASSIGNMENT #6, PART 2] 1. Description of the Problem / Method: In this programming assignment, we have to create a numerical analysis algorithm. I have chosen computing the value of cosine function using Taylor Series. There are several steps in this program. We had to select, define and test a numerical algorithm using a spreadsheet, write a pseudocode version for the algorithm, implement it as an C code and test the algorithm with a minimum of 50 test cases including extremes and invalid inputs. 2. Pseudocode: FUNCTION Concert to convert radians in the interval [-2 π; 2 π] Input double x; Define result by value of x; IF result is less than -2 π WHILE result is less than -2 π Increase result by 2 π WHILEEND ELSE WHILE result is more than 2 π Decrease result by 2 π WHILEEND Return result FUNCTIONEND FUNCTION Calc_Fact to calculate factorial Input: int x IF x is not equal to 0, FOR iteration bounds [1; x] Multiply result by iterator FOREND EMRASHVILI LUKA 823355800 [LAB ASSIGNMENT #6, PART 2] Certanity = NewTerm; NewTerm = 1.0; k++; } return result; } int main () { double angle, cResult; printf("Enter the angle in radians: "); scanf("%lf", &angle); int j; for (j = 0; j <= 25; ++j){ printf ("The value of cosine of %lf radians in C is %lf\n", angle + j, cos (angle + j)); angle = Convert (angle + j); printf("The value of calculated cosine is %lf\n", cosine(angle)); } return 0; } 4. Screen capture of the code and the resulting display(s): EMRASHVILILUKA 823355800 [LAB ASSIGNMENT #6, PART 2] Wersineteed todos 11 rox (0+ 3 0 O kil oir: 3 me ide Prater ney area " Creu ne eer CTT) SE Ban ate a a CET a cosine is 6.753902 sf FET ee cosine is -@.91113 Pace ore ees aT eee a coe B Retna co. Saas e SUS a res RTL art ro aoe be i i CPL yis value of cosine of 8.4: Pores SE Ban for BRE as eee Sg er ee) [Sst eee Cee ee a OPryae Dea ee yes Peet calculated cosine is -@.848570 eee eet ree calculated cosine i ES CSUSB EDEL Coen Creu Snes SSL eC yates @ value of cosi pte Pree }- 258162 or pe SESS SER, 7 SOR Sere Ras ae i CRE) a rates EMRASHVILI LUKA SENS Caran) Nertcs SENS Carer PT 1 an Sent SENS Sent Sens value Sar a Tg calculated cosine i: f cosine of 19.185850 Sete ct ae) alculated cos ou eet ey sts ts Ces ma BPE I] BRT t ey i ST mY sed i Este ase rael) Bee sac tee ae 371708 Ser eC L) vd calculated cosine i: alia > + oD him 823355800 ci eyes Coe reuSae eer ere fru CrLraed Pere) CREP ery freuen) a Aen} fru -0.189109 Cre eae [LAB ASSIGNMENT #6, PART 2]