Search Results for "plane"

***Update Nov 2022: The version available here is now out of date. See our website (www.rogersmathwhiteboard.com) for the latest version. *** Roger’s Math Whiteboard is a free, open-source, cross-platform, hardware independent whiteboard program designed around the needs of STEM teachers. It is designed to streamline the process of teaching math and science with a smart board, touchscreen or other similar device. It can best be understood as a multi-page image editor built for...

Kubernetes The Hard Way is a hands-on guide to building a Kubernetes cluster from the ground up without using automation tools—no managed services, no scripts to hide the details. It walks you through every component: provisioning compute resources, generating TLS certificates, configuring etcd, bootstrapping the control plane, joining worker nodes, setting networking, and verifying everything works. The purpose is educational: by doing each step manually, you gain deep insight into how Kubernetes works under the hood—control plane components, kube-configs, networking, encryption, etc. The guide isn’t meant for production use; rather it’s a learning tool to build foundational understanding before using higher-level platforms. ...

ZeGrapher is a free and open source software for plotting mathematical objects (functions, sequences, parametric equations) and experimental data on the plane. This software is intended to be as easy to use as possible, suitable for high school students.

...Are included in the calculation of the programs tables, fibonacci, factorial, random number, charting, statistic basic, fast random generator number 1-90, generation and a system for fast calculation of the percentage, calculating the perimeter and area of plane geometric figures. This is also a program to create constant and recall among other functions is also a mini file editor text.

Object Graph Visualizer is a tool primarily meant to be used in CS courses to help new students understand the Object Oriented paradigm and patterns. Classes and objects - that can be part of a software project - are visualised in 3D: The classes stay In the xz-plane in form of an UML class diagram. Directly above in the y-axis objects can be instantiated as an object diagram. Classes can be connected with all sorts of relations (Associations, Compositions, Generalization, etc.), objects with object relations. Following additional functionality is provided: Attributes, Mulitplicities, Roles, Object Graph Mode, Coloring, Save and Load, XMI 1.1 Import from Enterprise Architect, Associations (undirected, directed, bidirected), Aggregations, Compositions, Dependency, Generalization, Multiple Virtual Inheritance (Developer Addendum: It shouldn't be too difficult to add an API for remote application control, e.g. visualize and debug a running programm. ...

SymSAP is a little program, written in Maxima language, to perform symbolic matrix analysis of structures. SymSAP aims to become a powerful didactic tool to help students learn structural analysis.

This app sets and gets the plane height and slope. You can see, store, load and plot plane test results to observe the rolling/sliding phenomen.

IGV allows you to easily create and edit a graph, automatically places the graph on the plane (!!!), search for the minimal path (+coloring vertices), search center (+coloring), search vertices degree, search vertices eccentricity and others.

qpoze is a realtime audio tool to design digital filters by interactively placing poles and zeros in the complex z-plane

Fraction calculator. For now only in text mode, but finally I plane making a GUI for Linux & other platforms. Finally all calculator's code will be accessible for both Linux/Unix architectures.

OpenEuclide is a 2D geometry software: figures are defined dynamically by describing formal geometrical constraints. This project is a basic tool for educational purpose: configurations in plane geometry, vector manipulation ...

A project originally for an undergraduate Freshman seminar on motion planning algorithms. Provides a basic interface for drawing obstacles in a 2-D plane and the ability to select an algorithm by which to plan a path in this user-defined world.