Difference between revisions of "OrbiterWiki:Random tutorial"
m (Protected "OrbiterWiki:Random tutorial": Should be accessible only for registered users, but was unprotected [edit=autoconfirmed:move=autoconfirmed]) |
m (all tutorials now have an equal chance to appear on the main page - see discussion in Village Pump) |
||
| Line 1: | Line 1: | ||
<noinclude> | <noinclude> | ||
| − | Random | + | Random tutorials displayed on the Main Page are selected from the following list. Every tutorial in the list has an equal chance of appearing on the Main Page. Feel free to add more - just edit this list! |
Note that you must be a registered user to edit this list. | Note that you must be a registered user to edit this list. | ||
| + | <!-- PLEASE READ WHEN ADDING NEW TUTORIALS: ==> | ||
| + | 1. List tutorials alphabetically | ||
| + | 2. Remember to add the new tutorial in the TWO lists below. | ||
| + | 3. Follow the style, both in the lists below and in the actual precis. Best thing to do is to copy another tutorial's precis as a template. | ||
| + | <== END --> | ||
==List== | ==List== | ||
| − | These are all the articles which have a precis and can | + | These are all the articles which have a precis and can appear on the Main Page. The articles are listed alphabetically. |
{| | {| | ||
|- | |- | ||
Revision as of 23:15, 13 February 2008
Random tutorials displayed on the Main Page are selected from the following list. Every tutorial in the list has an equal chance of appearing on the Main Page. Feel free to add more - just edit this list!
Note that you must be a registered user to edit this list.
List
These are all the articles which have a precis and can appear on the Main Page. The articles are listed alphabetically.
 Free Compiler Setup. Many Orbiter add-ons come with source code which can be compiled using the free Visual Studio. However, there are a few things that need to be done to make Orbiter projects compile in it. This tutorial goes through the steps necessary to configure Visual Studio for use with Orbiter. (More...)
|
 Intuitive Atmospheric Reentry. It is a common complaint on the Orbiter message boards that the aerodynamics on the Space Shuttle model are screwed up. This is usually reported after a person deorbits the vehicle, puts it in the right angle of attack... and then bounces off the atmosphere several times and overshoots the Cape. I know, I've done it myself. Here's how to enter the correct way. (More...)
|
 LEO-lunar transfer tutorial. "... Congratulations, you're on your way to the Moon. So, a couple of days later... You've arrived! The Moon is getting pretty big in the viewscreen. Really big. Too big in fact. Oh dear, we're about to impact the lunar surface at some 17,000 miles per hour. Now what?" (More...)
|
 In spaceflight, rendezvous refers to the event in which two spacecraft meet. This can occur in space or on the surface of a celestial body. A rendezvous usually takes place in orbit, e.g. when spacecrafts are travelling to a space station. If two spacecraft are close enough to each other (< 300m) and travel in similar orbits they are said to rendezvous. In such a situation, both spacecraft can stay close to the space station with minimal corrections. (More...)
|
Example
Below is an example of a random article generated by the list:
Intuitive Atmospheric Reentry. It is a common complaint on the Orbiter message boards that the aerodynamics on the Space Shuttle model are screwed up. This is usually reported after a person deorbits the vehicle, puts it in the right angle of attack... and then bounces off the atmosphere several times and overshoots the Cape. I know, I've done it myself. Here's how to enter the correct way. (More...)