UntitledGoose

Aspect of the End teleports you, this just kinda shoves you in one direction. Better just to use: on right click holding diamond sword: teleport player to block 4 meters in player's direction

i mean he put .sk after .cmd in the file name so it realistically doesn't make a difference also this sounds like you're asking for somebody to spoonfeed which ain't epic

man could've just split this into multiple files or uploaded it as a file i had to put canned air up against my scroll wheel to get to the bottom of the page other than that, very neat script!

howdy there please take a motivational flushed emoji

Can you provide us such script so I can tell you where ya went wrong?

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Locked due to necroposting Please refrain from replying to posts that haven't been replied to in over a month.

Locked due to necroposting Please refrain from replying to posts that haven't been replied to in over a month.

Locked due to necroposting Please refrain from replying to posts that have been inactive for a month or longer.

They indeed cannot be cancelled. This is an option on inventory close: if name of event-inventory contains "<name here>": open event-inventory to player

killing in minecraft for necro

that was on purpose lol. It looks a lot better on Google Docs but Forums messed it up. there isn't anything I can do about it

Looks fine for me?

I'm using Dark Theme and it looks fine for me? Can you clarify

M I N E H U T C O M M U N I T Y F A Q HOW TO USE FUNCTIONS WITH SKRIPT REQUIREMENTS: Skript DIFFICULTY: MEDIUM Introduction Functions are little doodads in Skript that hold snippets of code, and that function can be executed to run that code. Functions also take parameters, and can return values. You’ll learn all about functions here. What you’ll learn General look on functions Parameters Returning Examples General look on functions Functions have 4 components to them: name, parameters, return type, and code. Name is the name of the function, you will see more about this later. Parameters are inputs that the function can take in when executed, the functions can interact with these inputs to make diverse outcomes. Return types are required if you want to return something. It basically says what something should expect a function to return. What the function returns must follow this type. A few examples of types are string, numbers, player, etc. Code is the snippet that the function executes when it is called. This is what a function looks like: function name(parameter_name: parameter_type) :: return_type: ____# code___________________________________________________ Note that after putting the parameter’s name and type in the function’s declaration, you can also tack on a default value. The parameter’s content becomes the default value if that parameter was not filled in when the function was called. It looks like this: _______________________________________________ parameter_name: parameter_type = default value_ _______________________________________________ To call a function in code, you put the name, and then round brackets, and put your parameters inside of the brackets, separated by commas. It looks like this: ___ _______________________ name({_par1}, {_par2}, ...) _ ____ ______________________ Parameters Parameters can be passed when calling a function. These parameters can be anything, as long as it follows the type specified in the function’s declaration. A function can access the value of a parameter in a local variable, with the parameter’s name as the label. This is what it looks like: ________________ {_parametername} ________________ Returning The return keyword can be used to return a value from a function, this can be thought of a conversation between the function and the code, with parameters and returns. Code calls function -> Passes in parameters -> Function does magic with parameters and whatnot -> Returns value -> Code does stuff with new value Note here that even when a return type is defined in the function, the function does not have to return something. It can choose to return nothing. Here is the syntax for returning: ______________ _+ return %objects% _ _______________ + Examples ______________________________________________________________________function hello(name: text) :: text:___________________________________ ____return “Hello, %{_name}%!”________________________________________ ______________________________________________________________________ hello(“Goose”) # Returned value: “Hello, Goose!”______________________ ______________________________________________________________________ function set(name: text, value: object):______________________________ ____set {vars::%{_name}%} to {_value}_________________________________ ______________________________________________________________________ set(“foo”, “bar”)_____________________________________________________ {vars::foo} # Value: “bar”____________________________________________ Require further assistance?: If you need more help on this topic, head over to this section of forums, or join our Discord! Compiled by the Minehut Staff Team

doesn't matter if you can grab a minehut server's ip.. lol you can get it by going into a terminal and running "ping <ip>" it's as easy as that looks like it pings cloudflare. oops! somebody grabbing the number ip still wouldn't be an issue though

Introduction Functions are little doodads in Skript that hold snippets of code, and that function can be executed to run that code. Functions also take parameters, and can return values. You’ll learn all about functions here. What you’ll learn General look on functions Parameters Returning Examples General look on functions Functions have 4 components to them: name, parameters, return type, and code. Name is the name of the function, you will see more about this later. Parameters are inputs that the function can take in when executed, the functions can interact with these inputs to make diverse outcomes. Return types are required if you want to return something. It basically says what something should expect a function to return. What the function returns must follow this type. A few examples of types are string, numbers, player, etc. Code is the snippet that the function executes when it is called. This is what a function looks like: function name(parameter_name: parameter_type) :: return_type: ____# code___________________________________________________ Note that after putting the parameter’s name and type in the function’s declaration, you can also tack on a default value. The parameter’s content becomes the default value if that parameter was not filled in when the function was called. It looks like this: _______________________________________________ parameter_name: parameter_type = default value_ _______________________________________________ To call a function in code, you put the name, and then round brackets, and put your parameters inside of the brackets, separated by commas. It looks like this: ___ _______________________ name({_par1}, {_par2}, ...) _ ____ ______________________ Parameters Parameters can be passed when calling a function. These parameters can be anything, as long as it follows the type specified in the function’s declaration. A function can access the value of a parameter in a local variable, with the parameter’s name as the label. This is what it looks like: ________________ {_parametername} ________________ Returning The return keyword can be used to return a value from a function, this can be thought of a conversation between the function and the code, with parameters and returns. Code calls function -> Passes in parameters -> Function does magic with parameters and whatnot -> Returns value -> Code does stuff with new value Note here that even when a return type is defined in the function, the function does not have to return something. It can choose to return nothing. Here is the syntax for returning: ______________ _+ return %objects% _ _______________ + Examples ______________________________________________________________________function hello(name: text) :: text:___________________________________ ____return “Hello, %{_name}%!”________________________________________ ______________________________________________________________________ hello(“Goose”) # Returned value: “Hello, Goose!”______________________ ______________________________________________________________________ function set(name: text, value: object):______________________________ ____set {vars::%{_name}%} to {_value}_________________________________ ______________________________________________________________________ set(“foo”, “bar”)_____________________________________________________ {vars::foo} # Value: “bar”____________________________________________ Conclusion Functions are a very nifty tool that can be used to make code cleaner and easier to manage! I hope this tutorial covered most of functions, and feel free to comment anything I missed.

no you dont lol command discord: trigger: send formatted "&7Join our discord <url:https://discord.gg/(code)>&6&lby clicking here<r>&7!"

Received: Logitech G502 Gaming Mouse Logitech G413 Mechanical Gaming Keyboard HyperX Cloud II Headset Raspberry Pi 4 Case LED Strip Lights Sent: Wireless Charger Epic hoodie

Short story now medium- skript-mirror/reflect provides users the ability to use Java imports, which is essentially custom plugins, and that provides a large security threat, so we won't be adding it (at least not for now) ...would be sick if Minehut or somebody forked skript-reflect to remove Java imports but keep everything else so we can use custom syntax

Introduction Variables are a form of data storage in Skript that allows you to store strings, integers, players, multiple players, etc. You will be learning how to use every type of variable in Skript, aswell as what each one is and does. What you’ll learn about Variable commonplace How to set variables Single value variables (‘Normal’ variables) List variables Local variables Metadata tags Variable commonplace There are 2 key components to any variable: index and value. The index is like the name of your variable, if I had a variable named {epic}, the index would be ‘epic’. The value is what your variable stores, if I had a variable that held the string “minehut.com”, the value would be “minehut.com”. How to set variables You can set variables with the effect Change: Set/Add/Remove/Delete/Reset. The syntax for this effect looks like: (add|give) %objects% to %objects% _________ increase %objects% by %objects%____________ give %objects% %objects%___________________ set %objects% to %objects%_________________ remove (all|every) %objects% from %objects% (remove|subtract) %objects% from %objects%_ reduce %objects% by %objects% _____________ (delete|clear) %objects%___________________ reset %objects%____________________________ So if I were to set a variable with this, it’d look like: set {woohoo} to “Join minehut.com for quality servers today!” Single value variables Because I’m lazy, I’ll be referring to single value variables as normal variables so it’s easier for me to type and explain. Normal variables can be thought of as envelopes, they can hold anything, but only 1 one of that something. Normal variables usually look like this: {index}, {my.awesome.variable}, etc. These variables can be set or retrieved anywhere within your script. set {my.variable} to “a” # Success! {my.variable} is now set to “a”______________ set {my.variable} to “a” and “b” # {my.variable} can only be set to one object, not more List variables List variables are like cardboard boxes, they can hold multiple items, compared to normal variables, which can only hold one thing. In order for a list variable to hold multiple values, the index MUST end in ::*, and have nothing else after it (except for the closing }) List variables look like this: {my::variable::*} {my.variable::*} {hello_there::*} set {my.variable::*} to “a” and “b” # Success! {my.variable::*} is now set to “a” and “b” set {my::variable} to “a” and “b” # {my::variable} can only be set to one object, not more_ Local variables Local variables are temporary variables. They can be either list variables or normal variables, but they will be deleted at the end of a trigger (the end of a command or event), and cannot be accessed by external triggers. You can initiate a local variable by slapping a _ right before the index. This will look like: {_variable} {_my.list::*} {_hey::*} {_} Metadata tags Metadata tags are [also temporary] variables, but they’re attached to an entity or block, and are flushed when the server restarts. Note that metadata tags can only hold one value. This is the syntax for metadata tags: metadata [(value|tag)[s]] %strings% of %metadataholders% %metadataholders%'[s] metadata [(value|tag)[s]] %string% Note: %metadataholders% = entity or block Examples of metadata tags: set metadata tag “super cool” of player to true delete metadata tag “epic” of target block____. Conclusion There you go! Now you’re a pro on everything Skript variables. Hope this tutorial helped clear up some fog, and be sure to comment on this post if I missed everything.

pardon me if i've read this wrong but I don't think a gen server crashing would kick people from the network entirely?

tryhard nah but gg seriously

Like Emily said, the admins won't be adding a queue. No queue is one of those 'features' that make Minehut enticing compared to other server hosts that implement a queue.