care

build.bat

@@ -8,40 +8,4 @@ call gradlew RatPoison
 echo.
 echo If there is an error message, close this window, try rebuilding a few times, or give up if it continues. 
 echo.
-set /P c=Would you like to randomize the file name for safety? [Y/N] 
-if /I "%c%" EQU "Y" goto :y
-if /I "%c%" EQU "N" goto :n
-:y
-rem 16 stings pwd
-
-setlocal ENABLEEXTENSIONS ENABLEDELAYEDEXPANSION
-set alfanum=ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789
-
-set pwd=
-FOR /L %%b IN (0, 1, 16) DO (
-SET /A rnd_num=!RANDOM! * 62 / 32768 + 1
-for /F %%c in ('echo %%alfanum:~!rnd_num!^,1%%') do set pwd=!pwd!%%c
-)
-cd build
-cd pastepoison
-ren "pastepoison.jar" "%pwd%.jar"
-powershell -Command "(Get-Content -path 'Start pastepoison.bat') -replace 'pastepoison', '%pwd%' | Set-Content -Path 'Start pastepoison.bat'"
-ren "Start pastepoison.bat" "%pwd%.bat"
-echo.
-echo File name has been randomized. 
-goto :n
-:n
-cd build
-cd pastepoison
-echo.
-set /P c=Would you like to open the cheat folder? [Y/N] 
-if /I "%c%" EQU "Y" goto :y1
-if /I "%c%" EQU "N" goto :n1
-:y1
-start.
-goto :n1
-:n1
-echo.
-echo To run this cheat, open csgo and run the bat folder in the cheat folder.
-echo.
 pause

src/main/kotlin/rat/poison/utils/Aim.kt

@@ -6,8 +6,6 @@ import rat.poison.game.CSGO.gameHeight
 import rat.poison.game.CSGO.gameWidth
 import rat.poison.game.CSGO.gameX
 import rat.poison.game.CSGO.gameY
-import rat.poison.game.clientState
-import rat.poison.game.setAngle
 import rat.poison.settings.GAME_PITCH
 import rat.poison.settings.GAME_SENSITIVITY
 import rat.poison.settings.GAME_YAW
@@ -16,34 +14,6 @@ import kotlin.math.round
 
 private val delta = ThreadLocal.withInitial { Vector() }
 
-fun applyFlatSmoothing(currentAngle: Angle, destinationAngle: Angle, smoothing: Float, divisor: Int) = destinationAngle.apply {
-	x -= currentAngle.x
-	y -= currentAngle.y
-	z = 0F
-	normalize()
-
-	var smooth = smoothing
-
-	if (smooth == 0F) {
-		smooth = 1F
-	}
-
-	var randX = if (curSettings["AIM_RANDOM_X_VARIATION"].toInt() > 0) randInt(0, curSettings["AIM_RANDOM_X_VARIATION"].toInt()) * randSign() else 0
-	var randY = if (curSettings["AIM_RANDOM_Y_VARIATION"].toInt() > 0) randInt(0, curSettings["AIM_RANDOM_Y_VARIATION"].toInt()) * randSign() else 0
-	val randDZ = curSettings["AIM_VARIATION_DEADZONE"].toInt() / 100F
-
-	if (x in -randDZ..randDZ && y in -randDZ..randDZ) {
-		randX = 0
-		randY = 0
-	}
-
-	x = currentAngle.x + (x + ((randX/10F) * (10F / smooth))) / 100F * (100F / smooth) / divisor
-	y = currentAngle.y + (y + ((randY/10F) * (10F / smooth))) / 100F * (100F / smooth) / divisor
-
-	normalize()
-}
-
-
 fun pathAim(currentAngle: Angle, destinationAngle: Angle, aimSpeed: Int, checkOnScreen: Boolean = true, divisor: Int = 1) {
 	if (!destinationAngle.isValid()) { return }