Status Updates From Introduction to Computation...

Of course, the book has its own way in introducing new concepts in OOP, also i find it more detailed in chapter 9, the way it introduces complexity measuring is good, but through all of the 8th chapter i did't find the examples to be useful, and i wish they will be changed in a later release.

Of course, the book has its own way in introducing new concepts in OOP, also i find it more detailed in chapter 9, the way it introduces complexity measuring is good, but through all of the 5th chapter i did't find the examples to be useful, and i wish they will be changed in a later release.

Disappointed..
i wish Chapter 6 was more practical than being written in a cumbersome way, but found the hope in the last 5 Pages in this chapter, specially i like the way of implementing the bisection search mechanism in debugging, i would have skipped to the last 5 pages if i knew.

Coming from Java, a strongly typed language with lots of type checking and type safety mechanisms, Python is much much more flexible, up till now i don't see any costs to this flexibility, but i'm sure that i will be put in a situation that makes me write more code to validate data types before manipulating them.

So far i can tell that for me python is amazing at solving problems in an easier way, unlike in java, for example when working with extremely large numbers it becomes missy in java with dozens of method calls from the BigInteger class for example, on the other hand, in python, you won't need the help of a library to manipulate large numbers.

Nice how it illustrates many approaches in a very different other than many books i've read so far, i'm kind of involved in solving lots of math problems now, but problem solving is a good programming skill

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