Juan Pablo Santana

#Mastery13

#TC1017

Hey everybody! In this post I will talk about importing local and generic libraries to your code, supporting me on my #WSQ11 and #Quiz11 .

I hope you enjoy it!

https://www.dropbox.com/s/ei5mozvct86431t/M13%20-%20Libraries.mp4?dl=0

#WSQ17

Hey everybody! 

This is the last WSQ post of this course. Tonight I will talk about SciLab: a mathemathical enviroment created to make calculations, programs, functions an plots. 

It's very entretaining, and I spent a lot of time playing around whit functions, plots and vector's math.

I highly recommend it because it's very simple to use it and work with our problems, and you can do a lot of things that you could find usefull.

Here is the link to download the programm:

https://www.scilab.org

And the link to read the tutorial (it's a 33 pages PDF, but you can read it quickly):

http://www.scilab.org/content/download/849/7901/file/Scilab_beginners.pdf

Enjoy it and good luck in your exams!

#WSQ16

Hey everybody! 

This code have somethingh funny. I couldn't compile it in my laptop, but Ken could, so I hope you can too.

https://github.com/juanpsantana/WSQs/blob/master/WSQ16.cpp

#WSQ15

Hey everybody!

We are at only two and half weeks for the end of the semester and I need to scheduling my work of this class appropiately.

I still need 21 masteries point, so I will correct a lot of videos and record new ones to, at least, earn other 10 points, leaving the rest for the next week. 

About WSQ, I will do the each one the day (or the next day) that it apears. 

Wish me luck and success to do it and finish this semester perfectly!!!!

#WSQ14

Hey everybody! In this time, we wrote a code to calculate Euler's constant or e number. That part was simple, the problem came when we need to stop the programm when we have the precision (decimal point numbers) that we required. To acomplishied that, we use a function called floor which we take from here

http://stackoverflow.com/questions/11208971/round-a-float-to-a-given-precision/11209099#11209099

Anyway, here is the link to my code. Enjoy it!

https://github.com/juanpsantana/WSQs/blob/master/WSQ14.cpp

#WSQ13 #TC1017

Hey everybody!!!

Today I wrote a programm which calculates the square root of a number using a computing method called BABYLONIAN. It's very simple, and you can learn how it works on Wikipedia.

http://en.wikipedia.org/wiki/Methods_of_computing_square_roots

On my code, I put a cout line to see how is it working, but you can just delete it if you want. Enjoy it!

https://github.com/juanpsantana/WSQs/blob/master/WSQ13.cpp

#WSQ13

Hey everybody!

Here is the code of WSQ13, A Gratest Common Divisor programm. This is the first post after Spring Break vacations, so I will post a lots of things on this day. I hope you enjoy it.

Here is the link to my code:

https://github.com/juanpsantana/WSQs/blob/master/WSQ12.cpp

#WSQ11

Hey everybody!!

This time we wrote a great code. it's the longest code I've written: 98 code lines!!

Here is the link tho the code:

https://github.com/juanpsantana/WSQs/blob/master/WSQ11.cpp

Enjoy it!!

#WSQ09

Hello everybody!

In this time, we wrote a code to calculate de factorial of a number. The funny thing is that I wrote a SUPER-ULTRA-COMPLICATED-CODE, then I learn to do this simply.

Here are the initial code that I wrote, the easy recursive way to do it and the easy loop way to do it 

Enjoy it.

https://github.com/juanpsantana/WSQs/blob/master/WSQ09.cpp

https://github.com/juanpsantana/WSQs/blob/master/WSQ09_recursive.cpp

https://github.com/juanpsantana/WSQs/blob/master/WSQ09_loop.cpp

#WSQ10

Hello everybody! In this blog we have done a list and worked with array for the first time. 

Here is the link to my code

https://github.com/juanpsantana/WSQs/blob/master/WSQ10.cpp

I used lynda.com to help me understanding this topic

http://www.lynda.com/C-tutorials/Arrays-strings/182674/366532-4.html?autoplay=true

I hope you enjoy it!