Welcome

Welcome to EnvMods! This is an awesome package for (mostly) environment ReMapper Statments, this also has other functions like animate tracks and other things made easier!

This package is meant to be used with ReMapper

installing

in order to install run this in your map directory terminal:

deno install --allow-all -f --reload https://raw.githubusercontent.com/Splashcard04/EnvMods/main/setup/EnvMods_setup.ts

then just run

EnvMods_setup

that should download the files for you, now to import add this to your imports list

import * as envmods from './EnvMods/index.ts'

and that should do it for install, up next are the functions

Environment functions

despawn

import * as envmods from './EnvMods/index.ts'

//despawns the whole BTS environment
envmods.despawn("bts", "Contains")

Despwan is extremely simple, it just takes the entirety of the bts environment and moves it way out of the player’s sight, essentially despawning the environment despwan() has two constants for environments "bts" or "billie" removing the entirety of their respective environments, you can also use your own custom ids and different lookup methods if you so desire, "bts" and "billie" will only work with contains.

sun

import * as envmods from './EnvMods/index.ts'

envmods.sun(
 /*position*/ [0, 10, 30],
 /*scale*/ [1, 1.5, 1],
 /*lightID*/ 21
)

this will use Geometry to make a sun effect with customizable scale and position

• position = array
• scale = array
• lightID = integer

clouds

import * as envmods from './EnvMods/index.ts'

envmods.clouds(
 /*position*/ [0, 0, 0],
 /*scale*/ [1, 1, 1],
 /*rotation*/ [0, 90, 90]
)

clouds() is really just a dumb way to make clouds tbh but it does make it easier and shorter ig

• position = array
• rotation = array
• scale = array

laserfeild

import * as envmods from './EnvMods/index.ts'

envmods.laserfeild(
 /*height*/ 0,
 /*IDmin*/ 21,
 /*ammount*/ 21,
 /*allowRotation*/ false
)

NOTE IDmin will be the first light ID a laser is registered to, meaning that if IDmin was 21 and my ammount was 7 my light IDs would be 21, 22, 23, 24, 25, 26, 27, 28. allowRotation allows rotation of -20 - 20 on the x and z axis, IF you want the lasers to be straight up and down, just leave this to false.

• height = number
• IDmin = integer
• ammount = integer
• allowRotation = boolean

object statments

water

import * as envmods from './EnvMods/index.ts'

envmods.water(
/*time*/ 69
/*duration*/ 420
/*height*/ -1.5
)

This is pretty self explanitory, it makes a massive lake/ocean so you can be like every other basic noodle mapper who uses copies swifter instead of making your own legitemate thing :) time = number duration = number y level = number

player movment

import * as envmods from './EnvMods/index.ts'

envmods.animatePlayer(
   /*time*/ 0,
   /*duration*/ 100,
   /*position*/ [[0, 0, 0, 0], [0, 100, 0, 1, "easeStep"]]
)

This will move the player, but the exiting part is - no extra parent track needed - this will move the player and the notes together!

• time = number
• duration = number
• position = array

NoteFilter

import * as envmods from './EnvMods/index.ts'

envmods.noteFilter(
    21, //Time Start
    21, //Duration
    [0, 0], // Position to Select
    { //Custom Data
        _position: [3, 3, 3]
        _dissolve = [[1, 0], [0, 1]]
    }
)

• time Start = number
• Duration = number
• position = array
• CustomData = basically just like noodle scripting in js idk

classes

I am currently working on converting some of these functions to classes for ease of use.

for example:

import * as envmods from './EnvMods/index.ts'

envmods.laserfeild(
 /*height*/ 0,
 /*IDmin*/ 21,
 /*ammount*/ 21,
 /*allowRotation*/ false
)

VS.

import * as envmods from './EnvMods/index.ts'

const feild = new envmods.laserfeild()
feild.height = 0;
feild.IDmin = 21;
feild.ammount = 21;
feild.allowRotation = false;
feild.push();

# the other way

So you can do all of this another way if you want and it is probably a bit easier but its up to you
```ts
import {laserfeild, sun, noteFilter} from './EnvMods/index.ts'

noteFilter(
    21, //Time Start
    21, //Duration
    [0, 0], // Position to Select
    { //Custom Data
        _position: [3, 3, 3]
        _dissolve = [[1, 0], [0, 1]]
    }
}