Search Results for "elevator simulator 3d"

osm2xp 3.0 was forked from original osm2xp 2.0 created by Benjamin Blanchet The program takes PBF file with OSM data for some area as input and supports the generation of following based on it: * Buildings based on facades and 3D objects with differing residential, industrial, etc. * Forest zones with basic multipolygon support * Some objects by rules - cranes, towers... * Roads, with trying to select best matching road type, if lane count data is present in OSM * Railways * Power...

Origami Editor 3D is an advanced paper folding simulator. It uses a what-you-see-is-what-you-get interface and operates with a geometric abstraction of the Yoshizawa-Randlett system. Anything from a simple airplane to John Montroll's omega star can be folded in this editor. Origami files created with the program preserve the entire folding process, and they can be exported as folding diagrams in PDF, animated GIF files, or even as standalone Java programs displaying the origami in a 3D viewer...

This a train simulator developped in Java language. This software works with the JRE6. It uses Java Monkey Engine to get the 3D render.

Note: Golems has moved to GitHub. https://github.com/sambayless/golems *** Golems is a 3D recreational physics simulator. Build robots, spaceships, clocks, catapults or cannons. Add sensors, timers, switches, motors. Give it a brain. Take the wheel and pilot your machine yourself. Build anything.

An experiment in paired-programming to simulate elevator behaviour. Development is done entirely in Java. The finished product will provide a framework for additional simulations and some ability to test different elevator behaviours.

JTrek is a real time space combat simulator. Controlled via a keyboard through a telnet interface, you can choose from a variety of ships to battle it out for gold in a text based 3d environment.

3d Simulator/game of RC airplane model. Goal: learn how to fly an RC model airplane by playing and generally having fun. Story: Your nuclear reactor is being attacked by missiles and you have to defend it with your RC controlled aircraft.

The goal of this simulator is to provide a realistic driving experience. It is focused on roads trafic rules. This software works with the JRE6 and the Java 3D 1.5.1 API. (available on Sun website)

Pocket Cube J3D is a simulator of a Pocket Cube, in Java language and Java 3D graphics API. Java 3D is available at: http://www.oracle.com/technetwork/java/javase/tech/index-jsp-138252.html

A big-sized project for Software Engineering at Complutense University of Madrid, Spain. E.V.A. stands for Artificial Life Evolution and it´s a game and simulator of living 3D creatures moving all over different environments and reacting to them.

This proyect intents to implement a multi-platform java-based sail boat simulator. We are planning to use the Java 3D API for the 3D engine and implement ourselves the physics engine. In the future, we expect to provide network support and a AI modul

Arcus is a Rubik's Cube Simulator written in Java featuring 3D display and cube manipulation. Besides conventional solving, getting from any pattern to any goal pattern is supported. Allows the user to bidirectionally walk through the cube's history.

Tank Battles is a 3D simulator for teaching robot artificial inteligence. It's heavilly influenced by Robocode, but differs from the former in that it adds the complexity of a full 3D scene, realistic physics simulation, among other features.

Java Flight Simulator is a 3D flight simulator that was programmed using Sun Microsystems' Java3D API. It offers two game modes: Solo Flight - fly and fight against AI enemy planes, and Network Dogfight - host or join a free-for-all network game.

Anatomy 3d simulator game in which microscope robot submarines navegate inside human body resolving health problems. The idea behind this game is that the player can learn about medic/medicine, chemistry, anatomy and thers related topics.

An online database and cross-platform, game-like client where gardeners/farmers (small or large scale) can log their actions and measurements (such as weather, yield, current plant size). Any user can then play it back visually, or play with the data and see a simulation inferred from the knowledge database, or calculate an optimal design within given constraints, inferred from the knowledge available at that time. This is both a tool for playing, in order to entertain and inspire...