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The Password-Lacking Marine is a Halo 3 Easter egg in the level Crow's Nest. At the end of the first long, curved corridor, there is a dialogue between this Marine, who needs ammunition for himself and his comrades, and someone in an armory behind a door. The exact dialogue changes depending on difficulty, but always involves this Marine trying to get through the door without a password. The dialogue was voiced and possibly written by the creators and voices of Red vs Blue.
Follow the steps below to reset your password via your computer. Reminder: Changing your Limestone password also changes the password for your computer, email, The Halo, and Canvas logins.
The first time you log into Microsoft Office 365, you will be prompted to set up your account security. Once this is complete, you will be able to reset your password with a two-step verification process.
The password-lacking Marine is an Easter egg in Halo 3 campaign. In the level Crow's Nest, there is a Marine at the end of the first long, curved corridor. There is a humorous exchange of words between this Marine, who needs ammunition for himself and his comrades, and someone behind a door that leads to an armory. The exact discussion changes depending on difficulty, but it always involves this Marine trying to get through the door without a password that is intended to keep Brutes from entering. Either he forgot or never knew about it. They're voiced and possibly written by the creators and voices of Red vs Blue. At the end of each conversation, the Marine repeatedly knocks the door until killed.
Interestingly, the man behind the door does not even bother to check the security camera even though a sign next to the door clearly indicates there is one, although based on the complaints regarding Crow's Nest frequent maintenance needs, it is possible the camera is offline and the man behind the door used this as an alternative. Ironically, if the player kills him he drops an Assault Rifle which is contradicting as he says he needs ammunition and it actually had ammunition. Also, he won't groan or flinch if the player shoots or melees him.
Halo allows you to configure, import from, and sync with an LDAP directory (such as Active Directory). This is mainly used to easily keep your user and/or agent list up to date with the users in Active Directory.
If the credentials do not test correctly then it is likely that a network problem or an issue with the credentials. It would be best to check with your LDAP/AD or network administrator to make sure everything is correct.
Under 'AD Authentication' you can select whether you want your Halo Agents and Users to be able to login using Active Directory rather than the standard Halo login method. Note that this doesn't mean that Halo will sync and store the agent/user passwords from AD (this is not possible) but rather that authentication will be passed through to AD when the user logs in.
The Field Mappings tab is where you configure the link between data fields in Active Directory and and Halo. A list of default mappings will pre-populate in here, which are suitable for most integrations, but you may wish to make some adjustment. In the 'Helpful Information' section at the bottom of this guide you'll find a listing of most of the LDAP/AD fields and a description of their content, as well as the Halo agent and user fields.
This tab allows you to specify which containers and organisational units in LDAP/AD map to which sites (or as an agent) in Halo. If you have the page in Edit mode, then you'll see a button for 'Create Mappings Using AD Explorer'. This function will only work if the LDAP/AD is accessible and makes it much easier to create your Agent/User mappings. Otherwise, you can add mappings manually, but you'd have to type out the AD object reference for each mapping and you won't be able to verify it's correct before saving, so this guide will assume you're using the AD Explorer.
Opening the AD Explorer will load a list of all currently mapped containers/objects from the LDAP/AD. Checking the 'Show All Containers' checkbox will allow you to select other containers to add new mappings. When adding a mapping, you will be asked to select a:
The CAB (Change Advice Board) mappings allow you to relate a CAB (used in Change Management processes) in Halo to objects in LDAP/AD in the same way that they can be related to Sites/Locations mentioned above.
That's it! Hit save and you've now set up an LDAP/AD connection and can initiate a sync in your browser from the Details tab. You can also schedule the sync using the Integrator application. See our integrator guide on how to set this up.
There are two passwords for the Hub, and both should be on the bottom. One is the Wifi password, and the other is the admin settings password. If the settings password has been changed from the factory one, there is no way to recover a forgotten password. However a pinhole reset will set both the passwords back to the ones on the bottom of the Hub.
The Halo Go, Drive and Pro have Wi-Fi connectivity for use with the Halo smartphone app. First, make sure your dash cam is turned on and once you have download the app from the Appstore or Playstore go to your phones Wi-Fi settings and find the Halo dash cam. The default Wi-Fi password is 1234567890.
The Halo Go, Drive and Pro have share the same smartphone app that enables you to live preview, playback recordings and download recordings with the Pro offering extra functionality in the form of GPS and telematics data. If you are experiencing issues with not being able to use live preview, playback footage or download videos try turning off your "Mobile Data" in your phones settings before using the Halo app.
The Halo Go, Drive and Pro have the ability to format the SD card using the Halo smartphone app. Using the Halo smartphone app, once connected to the camera go to Settings > Camera Settings > Camera Storage Management. From this screen you can format the SD card.
The Halo Go, Drive and Pro have a companion smartphone app to help in the view, playback and downloading of recorded footage. But if you do not have a smartphone or a compatible phone you can remove the SD card and insert it into a computer to view the files. Please be aware that for full functionality the Halo app has to be used.
I am working on a GMAT script out of personal interest (not part of a job) that involves a spacecraft orbiting the Sun-Earth L2 point. I have found some orbital state vectors for the spacecraft that allow a stable halo orbit with minimal delta V correction if I run a stationkeeping script. However, this only works for specific epochs, with the orbits becoming unstable eventually even with stationkeeping (I know halo orbits are not perfectly stable in the short-term, hence the need for stationkeeping, but this seems to be something else relating to the motion of the Sun, Earth and Moon over time. L2 is colinear, so the shifting barycenters due to the motion of the Moon perhaps?).
I want to find the optimal epoch for an L2-Mars transfer, and I want the halo orbit to last for a specific amount of time, so I need to be able to vary the date the spacecraft enters the halo orbit. Therefore, I have been looking for an algorithm or code that can generate state vectors for viable halo orbits in specific dates.I have found some sources of code that appear to do that: Matlab scripts provided J.D. Mireles James, the code in the appendix of this report by Ethan Geipel, this unvalidated code by Christopher Rabotin, and the code at the end of this question, which is a code version of the algorithm described in Kathleen Connor Howell's "Three-Dimensional, Periodic 'Halo' Orbits" paper.
These collections of code appear to do what I'm looking for, but they seem to focus on visualizing the orbits rather than outputting state vectors spacecraft must have to orbit them. I'm also still a complete beginner in understanding trajectories involving Lagrange points, so I'm not completely sure what "computing halo orbits" means in the first place. Therefore my question is twofold: do these scripts indeed do what I think they do, and if yes then how I can use them to acquire the orbital state vectors a spacecraft must have in a specific date to be able to enter a halo orbit?
Sorry for the very beginner question, I'm an amateur and this is my first time ever doing anything with Lagrange points and halo orbits. This is the main reason why I'm looking for a "simple" solution, I have just started educating myself on the topic by reading Robert Farquhar's important papers.
It means using a search procedure to find an initial state vector that results in the trajectory returning to the same state vector over and over again periodically, or at least very nearly so. That would be called a closed, periodic orbit.
It means some kind of trial and error procedure where you pick some initial state vectors and propagate them and see which ones seem like they are somewhat close to being closed, then keep tweaking the initial state vectors iteratively until the become closer and closer to being closed. You stop when it's close enough for you (e.g. within meters and millimeters per second of the initial state vector)
It will be infinitely rewarding for you if you start by writing a short, simple circular restricted three body orbit propagator yourself first. You don't need a sophisticated method for converging on a closed periodic orbit, just something that when given known solutions (say those in Howells 1984 paper) confirms that yes, after one period T the state vector returns to very nearly the same value; it's closed to within some small tolerance.
Once you can confirm closure, then try a bunch of different but nearby state vectors, propagate them for one (or ten!) times the nominal period and see in amazement how they diverge exponentially from the nominal orbit. You've now witnessed instability, the thing people always talk about when they say "Halo orbits are always unstable" or Are some Halo Orbits actually Stable? (stable orbits about unstable Lagrange points)
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