vefprinting.blogg.se - Free rocket simulation software

#Free rocket simulation software full
#Free rocket simulation software software
#Free rocket simulation software code
#Free rocket simulation software series
#Free rocket simulation software simulator

The boat must be on the water and can be placed anywhere from touch the land to touching the right side of the screen.

Shall position the rocket and landing boat at random x, y coordinates.

The y coordinates of the landscape must be stored in a list.

The water's height shall not be higher than the land.

The land shall take up no more than 20% of the screen width, and 30% of the screen height.

Shall generate a random landscape (land and water).

#Free rocket simulation software simulator

Simulation Initialization - when the simulator starts, your program.

Shall close when the user hits the X button in the top right corner.

Shall have a window title containing: "Rocket Simulator - YOUR NAME".

Shall store and reference the window dimensions using variables.Your instructor will change these values while grading to see if your program scales appropriately. Shall initially be set to 1800 x 800 pixels (width x height).Graphics Window - the pythonGraph window.

#Free rocket simulation software full

To receive full credit, your program must satisfy the following functional requirements: It is our hope, however, that these Gate Checks will allow you to tackle this problem in an incremental fashion. To be clear: there are lots of small problems that you will need to solve as you work on this assignment.

#Free rocket simulation software series

To help you manage this complexity, we have created a series of Gate Checks that will walk you through each major step in the program. PythonGraph is designed to be simple and easy to learn, but there is still a learning curve. You will also be working with a special graphics library (pythonGraph) that will allow you to quickly draw the game. Not only will you be producing a game, but you will also design and implement an AI that can automatically land the rocket on the boat. Your browser does not support HTML video.īe warned! This programming assignment is significantly more challenging than the ones you have worked on thus far. The simulation will then automatically reset itself to the same exact configuration and allow the player/AI to try again. Each time the simulation ends (either by the rocket landing on the boat or crashing into the ocean/ground), your program will evaluate the player/AI's performance using criteria such as fuel consumption, softness of landing, etc., and assign him/her a score. The player will then have to control the rocket's thrusters using the arrow keys in order to make sure it safely lands on a randomly positioned boat in the ocean. After the rocket has climbed to a predefined altitude, it will turn towards the right and hand over control to the player (and eventually, an AI of your design). In your simulation, a rocket will start off on the left side of the screen and take off.

#Free rocket simulation software software

This assignment will help you comprehend the significance of SpaceX's achievement, and gain a deeper appreciation for the amount of software that needed to be written (and tested) for this "pipe dream" to become reality. In this assignment, you will develop a rocket landing simulator using the pythonGraph library.

The Sun Java Runtime is recommended.In 2018, SpaceX's Falcon 9 rocket became the first space launch vehicle that was capable of taking off from the Earth, reaching orbit, and autonomously landing on either the land or sea (check out this link, it's amazing!). OpenRocket requires Java version 6 or later.

#Free rocket simulation software code

Simulation listeners allowing custom-made code to interact with the rocket during flight simulation.

Simulation data can be exported to CSV files for further analysis.

Fully configurable plotting, with various preset configurations.

Analysis of the effect of separate components on the stability, drag and roll.

Rocket stability computed using extended Barrowman method.

Ability to override mass and CG of components or stages separately.

Automatic calculation of component mass and CG based on shape and density.

Support for canted fins (roll stabilization).

Trapezoidal, elliptical and free-form fins supported.

A multitude of available components to choose from.

Open Source, source code available under the GNU GPL.

OpenRocket features a full six-degree-of-freedom simulation, realistic wind modeling, a multitude of different components including free-form fins and canted fins, clustering and staging. OpenRocket is an free, fully featured model rocket simulator that allows you to design and simulate your rockets before actually building and flying them.