Navid Salfas

Whether you’re trying to find the perfect type matchup for a boss fight or you’re looking to complete some extra Pokedex tasks, you’re going to need to be able to switch up your party while you’re on the go. The mechanic to do so is a little confusing at first, so I’ll be walking through how to do it in this guide.

There are two key methods of changing your Pokemon in Legends: Arceus.

You can change your Pokemon party in the field by using a camp, or by heading home and doing it in Jubilife Village. Each option provides you with the same tools, so it just depends on where you are in the world.

Changing your Pokemon party while in the field and dealing with wild Pokemon is a lot quicker than you first might think. Instead of having to run home and do it in the village, you can head back to your nearest camp and speak to one of the NPCs to access the Pastures.

If you’re not near a camp, remember you can fast travel by opening the Arc Phone and selecting the camp icon with the map cursor. This’ll save you the journey back, and help you access your Pokemon party options much quicker.

Once you’re at the camp, speak to the Galaxy member NPC. You’ll usually find them by the tent, and they’re always wearing the typical red outfit.

When speaking to this NPC, scroll down the menu and pick ‘I want to see my Pokemon’ to access the Pastures feature. The Pastures feature in this game is pretty much the equivalent to the Pokemon boxes.

This’ll take you to the screen where you can change your Pokemon party and access all the Pokemon that you’ve already caught. If you can’t see the Pokemon that you want to add to your party, hit R as they may be in the next Pasture over. You can also press + to see all the Pastures at once.

If you’ve played any Pokemon games before, you’ll be very familiar with the mechanics here.

You can move your Pokemon in and out of your party as you please, and check summaries for more information about each individual Pokemon. It’s a great place to learn more about your Pokemon types, and what moves they’ve currently got in their roster.

You can also change their markings, move sets and name, too. It’s a handy screen and can be accessed from any camp that you end up at in the game. There’s also the option to release any Pokemon that you’d like to send back to the wild.

It’s not just the camps that offer access to the Pasture feature, either. If you’re in Jubilife Village, you can head directly to the Pastures and access the same features.

Here’s a screenshot of where it’s located on the map.

All you need to do is return to Jubilife Village and come out of the main gate. Then, turn left and head over the bridge to get there. From there, you’ll see an NPC outside called Marie.

Simply speak to Marie, and you’ll be able to access the same Pastures screen as the one that you can access from a regular camp.

If you walk alongside the area, you’ll be able to see the Pokemon that you’ve caught hanging out together. It’s a small feature but I absolutely love it. Seeing my Eevee taking a nap in the sunshine and my Munchlax walking around looking for snacks is simply adorable.

Capture detailed information about errors and request processing in log files, either locally or via syslog.

This article describes how to configure logging of errors and processed requests in NGINX Open Source and NGINX Plus.

NGINX writes information about encountered issues of different severity levels to the error log. The error_log directive sets up logging to a particular file, stderr, or syslog and specifies the minimal severity level of messages to log. By default, the error log is located at logs/error.log (the absolute path depends on the operating system and installation), and messages from all severity levels above the one specified are logged.

The configuration below changes the minimal severity level of error messages to log from error to warn:

In this case, messages of warn, error crit, alert, and emerg levels are logged.

The default setting of the error log works globally. To override it, place the error_log directive in the main (top-level) configuration context. Settings in the main context are always inherited by other configuration levels (http, server, location). The error_log directive can be also specified at the http, stream, server and location levels and overrides the setting inherited from the higher levels. In case of an error, the message is written to only one error log, the one closest to the level where the error has occurred. However, if several error_log directives are specified on the same level, the message are written to all specified logs.

NGINX writes information about client requests in the access log right after the request is processed. By default, the access log is located at logs/access.log, and the information is written to the log in the predefined combined format. To override the default setting, use the log_format directive to change the format of logged messages, as well as the access_log directive to specify the location of the log and its format. The log format is defined using variables.

The following examples define the log format that extends the predefined combined format with the value indicating the ratio of gzip compression of the response. The format is then applied to a virtual server that enables compression.

Another example of the log format enables tracking different time values between NGINX and an upstream server that may help to diagnose a problem if your website experience slowdowns. You can use the following variables to log the indicated time values:

All time values are measured in seconds with millisecond resolution.

When reading the resulting time values, keep the following in mind:

Logging can be optimized by enabling the buffer for log messages and the cache of descriptors of frequently used log files whose names contain variables. To enable buffering use the buffer parameter of the access_log directive to specify the size of the buffer. The buffered messages are then written to the log file when the next log message does not fit into the buffer as well as in some other cases.

To enable caching of log file descriptors, use the open_log_file_cache directive.

Similar to the error_log directive, the access_log directive defined on a particular configuration level overrides the settings from the previous levels. When processing of a request is completed, the message is written to the log that is configured on the current level, or inherited from the previous levels. If one level defines multiple access logs, the message is written to all of them.

Conditional logging allows excluding trivial or unimportant log entries from the access log. In NGINX, conditional logging is enabled by the if parameter to the access_log directive.

This example excludes requests with HTTP status codes 2xx (Success) and 3xx (Redirection):

Many clients use TLS versions older than TLS 1.3. Though many ciphers are declared insecure, older implementations still use them; ECC certificates offer greater performance than RSA, but not all clients can accept ECC. Many TLS attacks rely on a “man in the middle” who intercepts the cipher negotiation handshake and forces the client and server to select a less secure cipher. Therefore, it’s important to configure NGINX Plus to not support weak or legacy ciphers, but doing so may exclude legacy clients.

You can evaluate the SSL data obtained from the client and determine what proportion of clients get excluded if support for older SSL protocols and ciphers is removed.

The following configuration example logs the SSL protocol, cipher, and User-Agent header of any connected TLS client, assuming that each client selects the most recent protocol and most secure ciphers it supports.

In this example, each client is identified by its unique combination of IP address and User-Agent.

The syslog utility is a standard for computer message logging and allows collecting log messages from different devices on a single syslog server. In NGINX, logging to syslog is configured with the syslog: prefix in error_log and access_log directives.

Syslog messages can be sent to a server= which can be a domain name, an IP address, or a UNIX-domain socket path. A domain name or IP address can be specified with a port to override the default port, 514. A UNIX-domain socket path can be specified after the unix: prefix:

In the example, NGINX error log messages are written to a UNIX domain socket at the debug logging level, and the access log is written to a syslog server with an IPv6 address and port 1234.

The facility= parameter specifies the type of program that is logging the message. The default value is local7. Other possible values are: auth, authpriv, daemon, cron, ftp, lpr, kern, mail, news, syslog, user, uucp, local0 ... local7.

The tag= parameter applies a custom tag to syslog messages (nginx in our example).

The severity= parameter sets the severity level of syslog messages for access log. Possible values in order of increasing severity are: debug, info, notice, warn, error (default), crit, alert, and emerg. Messages are logged at the specified level and all more severe levels. In our example, the severity level error also enables crit, alert, and emerg levels to be logged.

NGINX Plus provides a real-time live activity monitoring interface that shows key load and performance metrics of your HTTP and TCP upstream servers. See the Live Activity Monitoring article for more information.

To learn more about NGINX Plus, please visit the Products page.

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