Get started with GraphLib , an open source library for graphing mathematical functions, plotting points, and drawing line graphs in Android. Includes Java source code and the complete library of ...

Library functions identification is a key technique in reverse engineering. Discontinuity and polymorphism of inline and optimized library functions in binary code create a difficult challenge for ...

It's a graph library, built in C++, that makes it easy to create and use graphs. Currently the library supports the following graphs: DG (directed graph), DAG (directed acyclic graph), DT (directed ...

GraphLib-Kt consists of ten classes, but most of the classes are relatively simple and easy to understand. In fact, only one of the classes (Graph.Builder) requires any intellectual effort to master ...

Transformations of graphs of exponential and logarithmic functions. Transformations of exponential and logarithmic function graphs involve dilating (also known as stretching or compressing), ...

Discontinuity and polymorphism of a library function create two challenges for library function identification, which is a key technique in reverse engineering. A new hybrid representation of ...

Graphing linear functions This section focuses on the key features and methods for working with linear graphs. It demonstrates how to sketch graphs from rules, derive rules from graphs, and calculate ...

Learn how to make everything from basic line graphs to racing bar charts — all interactive and easily animated — with the echarts4r R package.