Mission Statement

To rebuild knowledge as an interconnected web.

  • At learn.64bitdragon we break knowledge into individual chunks, and add dependancies between these chunks.
  • An article is formed from the chunk + all the chunks it depends on (and the chunks they depend on, and so on).
  • Each chunk can be shown or hidden, allowing you to skip the ones you already understand.

Top Articles

Min-Max Normalization
Min-max normalization is an operation which rescales a set of numbers to a new range. Includes example code in Python.
The Diamond Square Algorithm
The diamond square algorithm allows us to generate 2D heightmaps that can be used for terrain generation. Includes example code in Python.
Calculating the Root Mean Squared Error
Determine the error between two sets using the Root Mean Squared Error. Includes example code in Python.
Generating Terrain Textures from Heightmaps
Uses image derivatives and other techniques to generate textures from a heightmap. Includes example code in OpenCV/EmguCV.
Trees
Trees are structures that represent hierarchical data. They are formed of nodes in parent-child relationships. Includes example code in Python.

New Articles

Generating Terrain Textures from Heightmaps
Uses image derivatives and other techniques to generate textures from a heightmap. Includes example code in OpenCV/EmguCV.
Transformation Matrices
Introduction to creating, using, and combining transformation matrices to transform vectors in two and three dimensions.
Position Vectors
Position vectors are vectors that represent fixed locations in space. They represent the vector needed to get from the origin to a specific location.
Position
An introduction to table position, how to calculate it, and how it influences your strategy.
Flop Statistics
Lists the statistics of hitting certain hands on the flop with each starting hand.