-
[] Statecraft (Flagship project) (0) -
[] Description(124) A complex and engaging browser-based MMORPG
that
simulates political, economic, and social
structures, inspired by eRepublik. -
[] Status(25) Under active development. 1000+ hours spent. -
[] Completed Features(404) - Social account signups and profile
management.
- Real-time messaging, timeline, and
communication features.
- Dynamic economic module with
markets,
businesses, and real estate.
- Political module including parties,
elections, and governance.
- Military module for wars, battles,
and
conflicts.
- Media module including newspapers
for
user-generated content.
- Currency exchange and financial
transactions
and institutions.
-
[] Technologies(68) - Python, HTML, CSS, JavaScript
- Django, Vue 3, django-rest-framework
- And lots of other libraries
-
[] Web applications (0) -
[] 41664 (0) -
[] Description (0) A platform enabling users to pay to book
meetings
(via video calls) with providers -
[] Status (0) Paused, but I believe in the commercial
strength
of this product so maybe one day I can get
back to it. -
[] Completed features(0) - User settings, profile management,
and social account
integration.
- Real-time appointment booking with
calendar
synchronization.
- Payment processing and financial
transactions handling.
- Interactive user interface for both
providers and
consumers.
-
[] Tools(0) - Python, HTML, CSS, JavaScript
- Django, Vue 3, django-rest-framework
- Google Calendar API, Stripe API, and
other libraries
-
[] RazerIO () -
[] Description() Professional social networking website -
[] Status() This was an experimental project. Never
deployed, and will be no further updates. -
[] Completed features() - Account Management: Simplified
sign-up with Google/Github,
profile customization, and social
interaction.
- Social Feeds: Separate social feeds
for friends, coworkers,
and nation-wide.
- Messaging: Group threads creation,
direct messaging, and
notifications.
- Company Profiles: Interactive
company pages with automated
data from Yahoo Finance API and
employee verification.
- Job Board: Functionality for job
seekers and employers, a
basic job application and management
system.
- Leaderboards: Ranking of companies
based on score derived
from various valuation metrics.
- Projects: Platform for showcasing
and collaborating on
projects.
- Newspaper: Platform for publishing
articles with options for
anonymous interaction
-
[] Tools() - Python, HTML, CSS, JavaScript
- Django, Vue 3, django-rest-framework
- Yahoo Finance API, and other
libraries
-
[] TheCryptoWiki (621) [] Description(124) A complex and engaging browser-based MMORPG that
simulates political, economic, and social
structures, inspired by eRepublik. [] Status(25) Under active development. [] Completed Features(404) - Social account signups and profile
management.
- Real-time messaging, timeline, and
communication features.
- Dynamic economic module with markets,
businesses, and real estate.
- Political module including parties,
elections, and governance.
- Military module for wars, battles, and
conflicts.
- Media module including newspapers for
user-generated content.
- Currency exchange and financial transactions
and institutions.
[] Technologies(68) Python, Django, DRF, Vue 3, and lots of
libraries
-
[] Tools & scripts (0) -
[] Shopify
Store Contact Automation -
[] Description Automation tool for
extracting contact information,
automated navigation,
information extraction from
Shopify stores, contact form
detection, filling, and
submission
resilience to CAPTCHAs and
errors -
[] Tools - Python
- Selenium WebDriver,
BeautifulSoup4, Tkinter,
CSV
-
[] Battle support system
for eRepublik -
[] Description A sophisticated system that
automatically
executed crucial actions within
an online strategy
game(eRepublik.)
Using a basic Google Form to
receive requests
from friendly players, an AWS
server hosting
the script (and controlling my
in-game
actions) would then use
a verification mechanism
to confirm the requester’s
identity
and receipt of payments for
requested actions. It would then
fulfill the
requests instantly.
This required a workaround due
to
the limitations of the game API -
[] Tools - Python, Amazon Web
Services
- Selenium WebDriver,
BeautifulSoup4, Google
Sheets
-
[] DjangoStarterKit -
[] Description [] -
[] Tools - Python, Amazon Web
Services
- Selenium WebDriver,
BeautifulSoup4, Google
Sheets
-
[] Pallet configuration tool -
[] Description [] -
[] Tools - Python, Amazon Web
Services
- Selenium WebDriver,
BeautifulSoup4, Google
Sheets
-
[] Dozens of other personal
use scripts -
[] Currency monitoring & trading bot
-
[] Data analysis + visualization (0) -
[] Competitive game analysis -
[] Games -
[] Age of
Empires 2 -
[] Chess -
[] Sports - Soccer: Historical match
data of ~45,000
international
soccer games,
starting
from 1872, was
analyzed to
assign an
objective
rating(Elo) to
teams to find
the strongest
teams across
eras and
quantify their
strength.
Presented
visually using
graphs.
- Basketball: All NBA games
since 2014 were
analyzed to find
the strongest
individual
players(by
assigning
objective(Elo)
ratings to
each player.)
Different
methodologies
for calculating
player
performances
were studied and
used to
correctly
identify player
impact on
games(Player
Efficiency
Rating (PER),
Win Shares (WS),
Value Over
Replacement
Player (VORP),
Box Plus/Minus
(BPM)) but a
custom-methodology(based
on these
factors)
ended up being
used. Using
player tracking
data(using
cameras and
sensors to track
player movement,
speed, distances
traveled, etc.)
to create my own
calculations
of player
performances was
also explored
but abandoned
due to
significant
time investment.
, and
various
factors were
taken into
account
(eg.
Teams’ performances when
players didn’t play vs when they played to measure
impact, Usage Rate to see if players were hogging the
ball
to inflate their performances(meaning that while players
had the
same average impact as other players over the same time
period,
they
would
end up having more
overall impact simply due to more time on the ball)
-
[] Description Data analysis in competitive
games for
general insights or personal
improvement
in those games.
Example:
For Age of Empires 2, different
different openings
on different maps with different
civilizations
were compared to identify what
opening works
best for personal improvement.
In Chess and Age of Empires 2, a
dataset of
top players’ ratings was used to
find what players had improved
the fastest.
For Soccer, an elo system was
used to compare
what soccer teams were doing the
best overall.
Also attempted to integrate
individual players’ performances
(in the NBA and Soccer)
to see if I could assign an elo
rating to each player. -
[] Tools - Python
- Pandas, Plotly,
Matplotlib
- Requests to access
various APIs for data
-
[] Artificial intelligence (0) -
[] Large Language Models (LLMs) -
[] Intelligent Command Line Interface -
[] Description Command line interface tool that
connects with
Google’s Gemini LLM to use it
with your files -
[] Tools - Python, Google’s Gemini
API
-
[] Knowledge contextualizing application -
[] Description Analyzes news articles using
OpenAI API to extract
non-opinionated
data & information, along with
providing historical context,
claims, counterclaims,
and primary sources for further
reading. -
[] Tools - Python, HTML, CSS,
JavaScript
- Django, Vue 3
- OpenAI API
-
[] Browser extension for code analysis -
[] Description Analyzes news articles using
OpenAI API to extract
non-opinionated
data & information, along with
providing historical context,
claims, counterclaims,
and primary sources for further
reading. -
[] Tools - Python, HTML, CSS,
JavaScript
- Django, Vue 3
- OpenAI API
-
[] Discord chatbot -
[] Description []. -
[] Tools
-
[] Machine Learning -
[] Facial feature model -
[] Description Command line interface tool that
connects with
Google’s Gemini LLM to use it
with your files -
[] Tools - Python, Google’s Gemini
API
-
[] Algorithm implementations - Basic implementation of various Machine Learning algorithms from
scratch
such as neural networks, genetic/evolutionary algorithms, SVMs,
regression, etc.
-
[] Open source contributions (0)
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