package net.taehui.twilight.awilight
import net.taehui.twilight.awilight.Component.JudgmentAssist.*
class Component {
var millisLoopUnit = 0.0
var levyingHeight: Double
var logicalYMillis = 0.0
private var logicalYLoopUnit = 0.0
var logicalYMeter = 0.0
var millisMeter = 0.0
constructor(bpm: Double, loopUnit: Int) {
millisLoopUnit = 1000.0 / loopUnit
setBPM(bpm)
levyingHeight = STANDARD_HEIGHT - logicalYMillis * LEVYING_WAIT
}
constructor(bpm: Double) {
setBPM(bpm)
levyingHeight = STANDARD_HEIGHT - logicalYMillis * LEVYING_WAIT
}
fun setBPM(bpm: Double) {
logicalYMeter = 192.0
millisMeter = 240000.0 / bpm
logicalYMillis = logicalYMeter / millisMeter
logicalYLoopUnit = millisLoopUnit * logicalYMillis
}
enum class JudgmentAssist {
DEFAULT, LONG_NOTE_UP
}
enum class Judged(val value: Int) {
NOT(-1),
HIGHEST(0),
HIGHER(1),
HIGH(2),
LOW(3),
LOWER(4),
LOWEST(5)
}
companion object {
const val INPUT_MODE_4 = 4
const val INPUT_MODE_5 = 5
const val INPUT_MODE_6 = 6
const val INPUT_MODE_7 = 7
const val INPUT_MODE_8 = 8
const val INPUT_MODE_9 = 9
const val INPUT_MODE_51 = 10
const val INPUT_MODE_71 = 11
const val INPUT_MODE_102 = 12
const val INPUT_MODE_142 = 13
const val INPUT_MODE_10 = 14
const val INPUT_MODE_242 = 15
const val INPUT_MODE_484 = 16
const val BMS = 1
const val BMSON = 3
const val EVENT_NOTE = 5
const val STANDARD_HEIGHT = 720.0
const val STANDARD_BPM = 130.0
const val STANDARD_METER = 192
const val LEVYING_WAIT = 3000.0
const val QUIT_WAIT = 2000.0
private val JUDGMENT_MAP = arrayOfNulls<DoubleArray>(6)
private val IS_IN_2P = arrayOfNulls<BooleanArray>(17)
val STAND_MAP = DoubleArray(6)
val POINT_MAP = DoubleArray(6)
val HIT_POINTS_MAP = DoubleArray(6)
val INPUT_COUNTS = IntArray(17)
val AUTOABLE_INPUTS = arrayOfNulls<IntArray>(17)
val NET_DRAWINGS = arrayOfNulls<IntArray>(17)
init {
HIT_POINTS_MAP[Judged.HIGHEST.value] = 1.0
HIT_POINTS_MAP[Judged.HIGHER.value] = 0.2 / 3
HIT_POINTS_MAP[Judged.HIGH.value] = 0.1 / 3
HIT_POINTS_MAP[Judged.LOW.value] = 0.1
HIT_POINTS_MAP[Judged.LOWER.value] = 0.0
HIT_POINTS_MAP[Judged.LOWEST.value] = -0.1 / 3
JUDGMENT_MAP[Judged.HIGHEST.value] = doubleArrayOf(-25.0, 25.0)
JUDGMENT_MAP[Judged.HIGHER.value] = doubleArrayOf(-60.0, 60.0)
JUDGMENT_MAP[Judged.HIGH.value] = doubleArrayOf(-95.0, 95.0)
JUDGMENT_MAP[Judged.LOW.value] = doubleArrayOf(-130.0, 130.0)
JUDGMENT_MAP[Judged.LOWER.value] = doubleArrayOf(-165.0, 165.0)
JUDGMENT_MAP[Judged.LOWEST.value] = doubleArrayOf(-200.0, 200.0)
POINT_MAP[Judged.HIGHEST.value] = 1.0
POINT_MAP[Judged.HIGHER.value] = 1.0
POINT_MAP[Judged.HIGH.value] = 0.7
POINT_MAP[Judged.LOW.value] = 0.5
POINT_MAP[Judged.LOWER.value] = 0.3
POINT_MAP[Judged.LOWEST.value] = 0.0
STAND_MAP[Judged.HIGHEST.value] = 1.0
STAND_MAP[Judged.HIGHER.value] = 0.9
STAND_MAP[Judged.HIGH.value] = 0.1
STAND_MAP[Judged.LOW.value] = 0.01
STAND_MAP[Judged.LOWER.value] = 0.0
STAND_MAP[Judged.LOWEST.value] = 0.0
INPUT_COUNTS[INPUT_MODE_4] = 4
INPUT_COUNTS[INPUT_MODE_5] = 5
INPUT_COUNTS[INPUT_MODE_6] = 6
INPUT_COUNTS[INPUT_MODE_7] = 7
INPUT_COUNTS[INPUT_MODE_8] = 8
INPUT_COUNTS[INPUT_MODE_9] = 9
INPUT_COUNTS[INPUT_MODE_10] = 10
INPUT_COUNTS[INPUT_MODE_51] = 6
INPUT_COUNTS[INPUT_MODE_71] = 8
INPUT_COUNTS[INPUT_MODE_102] = 12
INPUT_COUNTS[INPUT_MODE_142] = 16
INPUT_COUNTS[INPUT_MODE_242] = 26
INPUT_COUNTS[INPUT_MODE_484] = 52
AUTOABLE_INPUTS[INPUT_MODE_4] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_5] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_6] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_7] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_8] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_9] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_10] = IntArray(0)
AUTOABLE_INPUTS[INPUT_MODE_51] = intArrayOf(1)
AUTOABLE_INPUTS[INPUT_MODE_71] = intArrayOf(1)
AUTOABLE_INPUTS[INPUT_MODE_102] = intArrayOf(1, 12)
AUTOABLE_INPUTS[INPUT_MODE_142] = intArrayOf(1, 16)
AUTOABLE_INPUTS[INPUT_MODE_242] = intArrayOf(1, 26)
AUTOABLE_INPUTS[INPUT_MODE_484] = intArrayOf(1, 2, 51, 52)
IS_IN_2P[INPUT_MODE_4] = BooleanArray(5)
IS_IN_2P[INPUT_MODE_5] = BooleanArray(6)
IS_IN_2P[INPUT_MODE_6] = BooleanArray(7)
IS_IN_2P[INPUT_MODE_7] = BooleanArray(8)
IS_IN_2P[INPUT_MODE_8] = BooleanArray(9)
IS_IN_2P[INPUT_MODE_9] = BooleanArray(10)
IS_IN_2P[INPUT_MODE_51] = BooleanArray(7)
IS_IN_2P[INPUT_MODE_71] = BooleanArray(9)
IS_IN_2P[INPUT_MODE_102] =
booleanArrayOf(false, false, false, false, false, false, false, true, true, true, true, true, true)
IS_IN_2P[INPUT_MODE_142] = booleanArrayOf(
false,
false,
false,
false,
false,
false,
false,
false,
false,
true,
true,
true,
true,
true,
true,
true,
true
)
IS_IN_2P[INPUT_MODE_242] = BooleanArray(27)
IS_IN_2P[INPUT_MODE_484] = BooleanArray(53)
val averageColor1 = 65535
val averageColor2 = 4294967295.toInt()
val averageColor3 = 4294902015.toInt()
val averageColor4 = 16777215
NET_DRAWINGS[INPUT_MODE_4] =
intArrayOf(0, averageColor2, averageColor3, averageColor3, averageColor2)
NET_DRAWINGS[INPUT_MODE_5] =
intArrayOf(0, averageColor2, averageColor3, averageColor4, averageColor3, averageColor2)
NET_DRAWINGS[INPUT_MODE_6] =
intArrayOf(0, averageColor2, averageColor3, averageColor2, averageColor2, averageColor3, averageColor2)
NET_DRAWINGS[INPUT_MODE_7] = intArrayOf(
0,
averageColor2,
averageColor3,
averageColor2,
averageColor4,
averageColor2,
averageColor3,
averageColor2
)
NET_DRAWINGS[INPUT_MODE_8] =
intArrayOf(
0,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor3,
averageColor2,
averageColor3,
averageColor2
)
NET_DRAWINGS[INPUT_MODE_9] =
intArrayOf(
0,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor4,
averageColor3,
averageColor2,
averageColor3,
averageColor2
)
NET_DRAWINGS[INPUT_MODE_10] =
intArrayOf(
0,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2
)
NET_DRAWINGS[INPUT_MODE_51] =
intArrayOf(0, averageColor1, averageColor2, averageColor3, averageColor4, averageColor3, averageColor2)
NET_DRAWINGS[INPUT_MODE_71] =
intArrayOf(
0,
averageColor1,
averageColor2,
averageColor3,
averageColor2,
averageColor4,
averageColor2,
averageColor3,
averageColor2
)
NET_DRAWINGS[INPUT_MODE_102] = intArrayOf(
0,
averageColor1,
averageColor2,
averageColor3,
averageColor4,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor4,
averageColor3,
averageColor2,
averageColor1
)
NET_DRAWINGS[INPUT_MODE_142] = intArrayOf(
0,
averageColor1,
averageColor2,
averageColor3,
averageColor2,
averageColor4,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor4,
averageColor2,
averageColor3,
averageColor2,
averageColor1
)
NET_DRAWINGS[INPUT_MODE_242] = intArrayOf(
0,
averageColor1,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor1
)
NET_DRAWINGS[INPUT_MODE_484] = intArrayOf(
0,
averageColor1,
averageColor1,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor3,
averageColor2,
averageColor1,
averageColor1
)
}
fun getJudgmentMillis(judged: Judged, judgmentStage: Double, i: Int, judgmentAssist: JudgmentAssist): Double {
var judgmentMillis = JUDGMENT_MAP[judged.value]!![i] * 10 / (judgmentStage + 10)
when (judgmentAssist) {
DEFAULT -> Unit
LONG_NOTE_UP -> judgmentMillis *= 1.5
}
return judgmentMillis
}
fun getIsJudgment(
loopingCounter: Double,
judged: Judged,
judgmentStage: Double,
judgmentAssist: JudgmentAssist
): Boolean {
return getJudgmentMillis(
judged,
judgmentStage,
0,
judgmentAssist
) <= loopingCounter && loopingCounter <= getJudgmentMillis(judged, judgmentStage, 1, judgmentAssist)
}
fun getJudged(judgmentMeter: Double, judgmentStage: Double, judgmentAssist: JudgmentAssist): Judged {
if (getIsJudgment(judgmentMeter, Judged.HIGHEST, judgmentStage, judgmentAssist)) {
return Judged.HIGHEST
} else if (getIsJudgment(judgmentMeter, Judged.HIGHER, judgmentStage, judgmentAssist)) {
return Judged.HIGHER
} else if (getIsJudgment(judgmentMeter, Judged.HIGH, judgmentStage, judgmentAssist)) {
return Judged.HIGH
} else if (getIsJudgment(judgmentMeter, Judged.LOW, judgmentStage, judgmentAssist)) {
return Judged.LOW
} else if (getIsJudgment(judgmentMeter, Judged.LOWER, judgmentStage, judgmentAssist)) {
return Judged.LOWER
} else if (getIsJudgment(judgmentMeter, Judged.LOWEST, judgmentStage, judgmentAssist)) {
return Judged.LOWEST
}
return Judged.NOT
}
}
}
