Description
1. Translate your Assn9.cpp into Java, Python, and JavaScript and discuss the advantages and disadvantages of the languages.
i. Form a group with up to 6 students.
ii. You are asked to translate your Assn9.cpp into Java, Python, and JavaScript
except the part “iv. Floating point number distribution”.
iii. Write Assn10.java, Assn10.py and Assn10.js.
iv. You can use the 64-bit IEEE 754 floating point number format.
v. They can be same for all of the members, but submit the following individually.
(a) (30 points) source codes and the screen shots of console outputs (you do
not need to include a histogram)
(b) (10 points) discussion report
Expected output for the 32-bit IEEE 754 floating point number format
i. Floating point number converter.
3.14159 -> (0,128,4788187)
ii. Floating point number enumeration.
1th number: 1.4013e-045
2th number: 2.8026e-045
3th number: 4.2039e-045
4th number: 5.60519e-045
5th number: 7.00649e-045
6th number: 8.40779e-045
7th number: 9.80909e-045
8th number: 1.12104e-044
9th number: 1.26117e-044
10th number: 1.4013e-044
iii. Floating point number counting
Number of positive floating point numbers: 2139095039
Number of floating point numbers between 0 and 1: 1065353216
Proportion (# of 0~1) / (# of positive): 49.8039%
