This is a simple Android app built in Java to play Lottie animations using the Lottie-Android library. It features a clean UI and loads .json animation files from assets. Free animations from LottieFiles are supported.

#Android developer nanodegree-udacity..... This is an app with multiple flavors that uses multiple libraries and Google Cloud Endpoints. The finished app consists of four modules. A Java library that provides jokes, a Google Cloud Endpoints (GCE) project that serves those jokes, an Android Library containing an activity for displaying jokes, and an Android app that fetches jokes from the GCE module and passes them to the Android Library for display.

1.) The aim of the project: Comparing the true errors of different classifiers. 2.) How it is done: We were given source files that were written by professor Amin Zollanvari, and we should remove all redundant codes, and add new codes of different classifiers. I, Zhumazhenis Dairabay, have coded all classifiers during this group project as my part was coding and math. 3.) Project was done for LEVEL 4, and we got 114. See FinalProject/ProjectDescription_updated.pdf (Level 1 can get at most 70 out of 100, Level 2 can get at most 95 out of 100, Level 3 can get at most 105 out of 100, Level 4 can get at most 115 out of 100). 4.) Language that is used in project: C++ 5.) What topics included: Loops, Arrays, Functions, Struct, working with files (reading and writing .txt files) 6.) Difficulties I have faced during coding: In the project, determinant of the matrix should be evaluated. At the beginning I used recursion to code the determinant and it worked nice for small dimension matrices(e.g. 5x5, 6x6). But, it did not work for larger dimension matrices(e.g. 20x20, 50x50). After some brainstorming, I have found out that recursion does too much operations and it leads non-responding of the computer (computer freezes and does not repond even the click of the mouse). Then, I found out that, Cholesky decomposition can be used for evaluating the determinant of the matrix. Then I used it, after that, determinant of high dimension matrix is evaluated. See classifiers.cpp and matrixOperations.cpp source file. 7.) The source files I have worked with: calculateErrors.cpp, classifiers.cpp, main.cpp, calculateErrors.h, classifiers.h. 8.) Project is too big and there are some parts of source files that I do not understand. But, for this project it does not need to understand all parts of source files. 9.) The project also concerns math as we need to deal with probability and matrices. 10.) BENG 146 Programming for engineers course: It covers C++ and Java. See BENG146_course_specification.pdf file. 11.) My achievements: International Zhautykov Math Olympiad - bronze (individual), Asian-Pacific Math Olympiad - bronze (individual), Silk-Road International Math Olympiad - bronze (individual), Republican Math Olympiad - bronze (individual), NU Math Battle - 3rd place (team) 12.) How this project helps me for participating nFactorial Incubator: I got acquainted with basic theories about machine learning (classifiers). I understood how classifiers work. For developing my application, I need to learn TensorFlow which is an open source library. In addition, I started to learn developing android apps from thenewboston android developing for beginner (youtube) and I have some practices with .xml files (layout), activities (java, android library). 13.) How to compile and run project: a.) Compile project using command line (Windows+R, cmd.exe). Open the src folder in command line using cd and dir. Then compile the project using mingw32-make. (firstly, change PATH to C:\Program Files (x86)\CodeBlocks\MinGW\bin). Command lines shows some errors, but do not look at them. b.) Then enter to bin folder using cd and dir. Copy and paste from commands.txt file (project.exe will run). After you have runned, there will occur new .txt files in ChenLiver2004_10237x157 or other folders depending on the command. 14.) Developing machine learning related applications. Furhter research in machine learning during my study at university.