Smart Poker Table
Our “Smart Poker Table” detects the players’ cards as well as the community cards. It computes the winning probabilities for each player, according to the rules of Texas Hold’em, and renders them onto a screen.
Author: Timo Denk
Software developer with SAP and Denk Development, Computer Science student at Baden-Württemberg Cooperative State University. Interested in programming, math, microcontrollers, and sports.
Poker Heads-Up Pre-Flop Odds
In this article we define and publish the exact pre-flop probabilities for each possible combination of two hands in Textas Hold’em poker. An online tool at tools.timodenk.com/poker-odds-pre-flop makes the data visually accessible.
Making “Slice” Pointfree
Let the Haskell function slice be defined as slice :: Int -> Int -> [a] -> [a] slice from len xs = take len (drop from xs) It takes to integral values, marking the beginning and the length of a sub-list, […]
Digital-Piano Dashboard
I have recently acquired a digital piano. Other than playing it, I have spent some time processing and visualizing its MIDI output data. What’s that? The digital piano has a USB port for data streaming (while somebody is playing). This […]
Haskell BNF Parser
This is a brief update about a project I have been working on lately. It’s my first bigger Haskell project, and about parsing a Backus-Naur form (BNF) expression and returning it in JSON format. More formally, this can be seen […]
Corsairs3D
Corsairs3D is a riveting single player game that puts you into a pirate’s shoes. Your ship sails around an island, defended by brave guards, with the goal being, to collect as many coins as possible. But watch out: The defense […]
Connecting PyCharm to a TensorFlow Docker Container
This guide walks you through setting up PyCharm Professional and Docker, with the goal of developing TensorFlow applications in PyCharm, while executing the code inside of an encapsulated container. After completing the following steps, you will be able to write Python code […]
LaTeX Plot Snippets
The LaTeX package tikz contains a set of commands that can render vector based graphs and plots. This post contains several examples which are intended to be used as a cut-and-paste boilerplate. Each sample comes with a screenshot and a […]
MOV is Turing-Complete: 4-bit Adder Implementation
In late 2017, small groups of our class were given the task to delve into the assembly language and write a program for the 8051 microcontroller, as part of the Low-Level Programming lecture. This post documents the project MOV is Turing-Complete: 4-bit […]
TeX Math to Image Conversion
This post functions as a quick development update on the Math to Image Conversion Bot (on Telegram), the TeX math to image conversion tool (at tools.timodenk.com), and the API that serves them both. The objective is to convert TeX math-code into images.