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package at.hannibal2.skyhanni.utils
import at.hannibal2.skyhanni.features.combat.ghostcounter.GhostCounter
import at.hannibal2.skyhanni.features.combat.ghostcounter.GhostData
import at.hannibal2.skyhanni.mixins.transformers.MixinXPInformation
import io.github.moulberry.notenoughupdates.core.util.lerp.LerpUtils
import io.github.moulberry.notenoughupdates.util.XPInformation
object CombatUtils {
private var lastTotalXp = -1f
private val xpGainQueue = mutableListOf<Float>()
private var xpGainTimer = 0
var lastUpdate: Long = -1
private var skillInfo: XPInformation.SkillInfo? = null
private var skillInfoLast: XPInformation.SkillInfo? = null
private const val SKILL_TYPE = "Combat"
var xpGainHourLast = -1f
var xpGainHour = -1f
var isKilling = false
private var lastTotalKill = -1
private val killGainQueue = mutableListOf<Int>()
var lastKillUpdate: Long = -1
var killGainHourLast = -1
var killGainHour = -1
private var gainTimer = 0
// Todo: Why do we have two isKilling variables?
@Suppress("ObjectPropertyNaming")
var _isKilling = false
private fun getSkillInfo(xpInformation: XPInformation.SkillInfo?): Float {
return try {
val a = xpInformation as? MixinXPInformation
a!!.getTotalXp().toFloat()
} catch (e: Error) {
val xpInfo = xpInformation ?: return -1f
xpInfo.totalXp
}
}
/**
* Taken from NotEnoughUpdates
*/
fun calculateXP() {
lastUpdate = System.currentTimeMillis()
xpGainHourLast = xpGainHour
skillInfoLast = skillInfo
skillInfo = XPInformation.getInstance().getSkillInfo(SKILL_TYPE) ?: return
val totalXp = getSkillInfo(skillInfo)
if (lastTotalXp > 0) {
val delta: Float = totalXp - lastTotalXp
when {
delta > 0 && delta < 1000 -> {
xpGainTimer = GhostCounter.config.pauseTimer
xpGainQueue.add(0, delta)
calculateXPHour()
}
xpGainTimer > 0 -> {
xpGainTimer--
xpGainQueue.add(0, 0f)
calculateXPHour()
}
delta <= 0 -> {
isKilling = false
}
}
}
lastTotalXp = totalXp
}
private fun calculateXPHour() {
while (xpGainQueue.size > 30) {
xpGainQueue.removeLast()
}
var totalGain = 0f
for (f in xpGainQueue) totalGain += f
xpGainHour = totalGain * (60 * 60) / xpGainQueue.size
isKilling = true
}
fun calculateETA() {
lastKillUpdate = System.currentTimeMillis()
killGainHourLast = killGainHour
GhostCounter.storage?.bestiaryNextLevel?.toInt()?.let { nextLevel ->
GhostCounter.storage?.bestiaryCurrentKill?.toInt()?.let { kill ->
val sum = GhostData.bestiaryData.filterKeys { it <= nextLevel - 1 }.values.sum()
val cKill = sum + kill
val totalKill = if (GhostCounter.config.showMax) GhostCounter.bestiaryCurrentKill else cKill
if (lastTotalKill > 0) {
val delta: Int = totalKill - lastTotalKill
if (delta in 1..10 || gainTimer > 0) {
gainTimer = maxOf(gainTimer - 1, 0)
killGainQueue.add(0, delta)
while (killGainQueue.size > 30) {
killGainQueue.removeLast()
}
val totalGain = killGainQueue.sum()
killGainHour = totalGain * 3600 / killGainQueue.size
_isKilling = true
} else if (delta <= 0) {
_isKilling = false
}
}
lastTotalKill = totalKill
}
}
}
/**
* Taken from NotEnoughUpdates
*/
fun interp(now: Float, last: Float, lastUpdate: Long): Float {
var interp = now
if (last >= 0 && last != now) {
var factor = (System.currentTimeMillis() - lastUpdate) / 1000f
factor = LerpUtils.clampZeroOne(factor)
interp = last + (now - last) * factor
}
return interp
}
}
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