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atsang36's Projects

bankingaccountprogram icon bankingaccountprogram

A banking program that emulates a banking program where the user can make new accounts (w/ password), deposit, transfer, and withdraw money

courtconter icon courtconter

A scorekeeper app for basketball made by following lessons on Udacity

digicert-issuer icon digicert-issuer

External Issuer extending the cert-manager with the DigiCert cert-central API.

justjava icon justjava

A coffee order app that takes an order of coffee and sends an email with the order inputted made by following lessons on Udacity

mimic icon mimic

a mimic program that creates a model of some sample text, the input would be a text file and a non-negative integer.It creates a model of some sample text and then produces random text according to that model. If the integer = 0 then it would produce m lines to the standard output (using cout), where m is the number of different words in book. The rth line of output (for 0 ≀ r ≀ m βˆ’ 1) is the rth new word in book (we say the word has rank r) followed by a list of all the words that immediately follow this word in the text (we call these the word’s followers), in the order in which they occur, with duplicates. if the integer is not zero then it would produce a sequence of n words from the text file where the probability of producing the word w1 equals the number of occurrences of w1 in book divided by the total number of words in book. Generate the next word wi+1 from the current word wi by choosing wi+1 at random from the multi-set of words that immediately follow wi in book. (So, the probability of producing wi+1 equals the number of occurrences of wi wi+1 in book divided by the number of followers (with duplicates) of wi .)

miwok icon miwok

Miwok language learning app made following specifications on udacity Android lessons

unit_converter icon unit_converter

Unit Converter Program that converts a value from one unit measurement to a selected unit measurement

upgma icon upgma

UPGMA (Unweighted Pair Group Method with Arithmetic Mean) is a simple bottom-up hierarchical clustering method used to construct a phylogenetic tree (a tree of life) from the pairwise (evolutionary) distances between species invented by Sokal and Michener in 1958. The method works by clustering the species, at each stage joining two clusters together that have the smallest distance. The input to the algorithm is a sequence of strings with names of the species and distances between the species represented by n rows each containing n numbers, where the j-th decimal number in a row i represents the distance between the i-th species and the j-th species. You can assume that the distance between the i-th species and the j-species in the input is the same as the distances between the j-th species and the i-th species

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