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field.kn
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include field_data_container
include staffroll
include upper_ui
include side_ui
+class Field()
var DB: @FDContainer
var staffRoll: @StaffRoll
var upperUI: @UpperUI
var sideUI: @SideUI
var font2: \font@FontGT
var tagFont: \font@FontTag
var pos: []int {フィールドの座標}
var scroll: int {スクロールによるフィールド内部のタイルの移動を記録する}
var cPos: []int {カーソルの座標}
var cPosMin: int {カーソルの最大値とかは再利用するので参照しやすくしておきたい}
var cPosMax: int
var bImage: draw@Tex
var aImage: draw@Tex
var curImage: draw@Tex
var curAni: \animation@BeatCursor
var shiftImage: draw@Tex
var uiImage: draw@Tex
var EDImage: \animation@Clear
var lifeImage: draw@Tex
var flagSE: snd@Snd
var powerSE: snd@Snd
var shiftSE: snd@Snd
var pipiSE: snd@Snd
var explosionSE: snd@Snd
var openSE: snd@Snd
var invalidSE: snd@Snd
var prayerSE: snd@Snd
var passedSE: snd@Snd
var BGM: []snd@Snd
var bpm: []int
var layerData: [][]int {地雷の数,広さ,スピード,深さ(0-99みたいに)}
var currentLayer: int
var decoNo: int
var decoRest: int
var decoStart: float
var zoom: float {見にくいねんズームさせろ}
var timerFont: draw@Font
var tempFont: draw@Font
var frameTime: int
var realStartTime: int
var life: int
var defused: int
+var loadCounter: int
;カーソルを光らせる
;var beforeTime: float
;var curShineFrame: int
;エンディング演出
var EDposy: int
var isED: bool
var isFinished: bool
const EDlimit: float :: 115.5
;var EDtimer: float
var frontBlack: \fade_screen@fadeOut
;デバッグのための御一行
var status: dict<[]char, int>
var logMes: []char
var logOutputted: bool
+var onDeadPost: func<(int, float)>
*func ctor() {初期化}
do me.difficulty :: 1
do me.DB :: #@FDContainer
do me.staffRoll :: #@StaffRoll
do me.upperUI :: #@UpperUI
do me.sideUI :: #@SideUI
do me.font2 :: #\font@FontGT
do me.tagFont :: #\font@FontTag
do me.poisonManager :: #poisons
do me.pos :: [0, 0]
do me.cPos :: [4, 0]
do me.cPosMin :: 0
do me.cPosMax :: 19
do me.bImage :: draw@makeTex("res/sprites.png")
do me.aImage :: draw@makeTex("res/sprites_another.png")
do me.curImage :: draw@makeTex("res/cursor3.png")
do me.curAni :: #\animation@BeatCursor
do me.shiftImage :: draw@makeTex("res/shiftFrame2.png")
do me.uiImage :: draw@makeTex("res/UI.png")
do me.EDImage :: #\animation@Clear
do me.lifeImage :: draw@makeTex("res/life.png")
do me.flagSE :: snd@makeSnd("res/flag.wav", false)
do me.flagSE.volume(0.8)
do me.powerSE :: snd@makeSnd("res/power.wav", false)
do me.powerSE.volume(0.8)
do me.shiftSE :: snd@makeSnd("res/shift.wav", false)
do me.pipiSE :: snd@makeSnd("res/pipi.wav", false)
do me.pipiSE.volume(0.8)
do me.explosionSE :: snd@makeSnd("res/bomb.wav", false)
do me.explosionSE.volume(0.8)
do me.openSE :: snd@makeSnd("res/pi67.wav", false)
do me.openSE.volume(0.8)
do me.invalidSE :: snd@makeSnd("res/noise09.wav", false)
do me.invalidSE.volume(0.8)
do me.prayerSE :: snd@makeSnd("res/prayer1.wav", false)
do me.prayerSE.volume(0.8)
do me.passedSE :: snd@makeSnd("res/coin07.wav", false)
do me.passedSE.volume(0.8)
do me.BGM :: #[4]snd@Snd
do me.BGM[0] :: snd@makeSnd("res/met.ogg", true)
do me.BGM[1] :: snd@makeSnd("res/satsui.ogg", true)
do me.BGM[2] :: snd@makeSnd("res/option.ogg", true)
do me.BGM[3] :: snd@makeSnd("res/ED.ogg", true)
do me.bpm :: #[4]int
do me.bpm :: [152, 173, 115, 75]
do me.layerData :: #[3, 5]int
do me.loadCounter :: 0
do me.load(0)
do me.load(1)
do me.load(2)
;do me.level :: 5
;do me.dense :: 0.1
do me.decoNo :: 0
do me.decoRest :: 0
do me.zoom :: 2.0
do me.timerFont :: draw@makeFont(null, 24, false, false, true, 0.0)
do me.tempFont :: draw@makeFont(null, 24, false, false, true, 0.0)
;do me.restTime :: 60 * 60
do me.frameTime :: 0
do me.realStartTime :: lib@sysTime()
do me.life :: 3
do me.EDposy :: 16 * 20 * 100
do me.isED :: false
do me.frontBlack :: #\fade_screen@fadeOut
do me.status :: #dict<[]char, int>
do me.logMes :: ""
do me.logOutputted :: false
;do me.isEasy :: false
end func
+func posSet(x: int, y: int) {フィールドの座標設定}
do me.pos :: [x, y]
end func
+func startFunctions()
do me.realTimerReset()
do me.sideUI.eventPulse(1, me.life)
end func
{
var isEasy: bool
+func enEasy()
do me.isEasy :: true
do me.loadCounter :: 1
do me.load(1)
do me.load(2)
end func
}
var difficulty: int
+func setDifficulty(nanido: int)
do me.difficulty :: nanido
do me.loadCounter :: 1
do me.load(1)
do me.load(2)
do me.layerData[0][2] :: [4, 8, 256][me.difficulty]
end func
+func getDifficulty(): int
ret me.difficulty
end func
{あまてらす編集部}
func load(layer: int)
do me.currentLayer :: (layer + 1) % 3
;loadCounterによってどんなのを作るか決める
switch(me.loadCounter) {EDposをセット}
case 8
do me.EDposy :: 16 * 20 * 2 + me.scroll
end switch
;縦幅を計算
do me.layerData[layer][3] :: me.loadCounter * 100
do me.layerData[layer][4] :: me.loadCounter * 100 + 99
if(me.difficulty = 1) { ハードモード}
;横幅
switch(me.loadCounter)
case 0
do me.DB.narrowMap(layer * 20, layer * 20, 4, 5)
do me.DB.narrowMap(layer * 20 + 1, layer * 20 + 1, 3, 6)
do me.DB.narrowMap(layer * 20 + 2, layer * 20 + 2, 2, 7)
do me.DB.narrowMap(layer * 20 + 3, layer * 20 + 19, 1, 8)
;do me.DB.narrowMap(layer * 20 + 4, layer * 20 + 19, 0, 9)
do me.layerData[layer][1] :: 2 + 4 + 6 + 8 + 8 * 16
default
do me.DB.narrowMap(layer * 20, layer * 20 + 19, 0, 9)
do me.layerData[layer][1] :: 10 * 20
end switch
;地雷割合
var dense: float :: 0.50
var mineNum: int :: 0
if(me.loadCounter = 0)
do dense :: 0.04
do mineNum :: (dense * 150.0) $ int
do me.DB.addMine(layer * 20 + 5, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
elif(me.loadCounter = 9)
do dense :: 0.05
do mineNum :: (dense * 150.0) $ int
do me.DB.addMine(layer * 20 + 5, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
else
switch(me.loadCounter)
case 1 to 2
do dense :: 0.10 * me.loadCounter $ float
case 3
do dense :: 0.30
case 4
do dense :: 0.10
case 5
do dense :: 0.20
case 6 to 7
do dense :: 0.15
case 8
do dense :: 0.0
;9は上に例外的にかいてあります
case 10
do dense :: 0.10
case 11
do dense :: 0.13
case 12
do dense :: 0.16
case 13 to 100
do dense :: 0.20
end switch
do dense :+ 0.001
do mineNum :: (dense * 200.0) $ int
do me.DB.addMine(layer * 20, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
end if
;speed
var speed: int :: 256
switch(me.loadCounter)
case 0
do speed :: 8
case 1
do speed :: 16
case 2
do speed :: 32
case 3
do speed :: 8
case 4
do speed :: 16
case 5
do speed :: 32
case 6
do speed :: 48
case 7
do speed :: 64
case 8
do speed :: 0
case 9 to 100
do speed :: 48
end switch
do me.layerData[layer][2] :: speed
end if
{ ここからeasy設定}
if(me.difficulty = 0)
;横幅
switch(me.loadCounter)
case 0
do me.DB.narrowMap(layer * 20, layer * 20, 4, 5)
do me.DB.narrowMap(layer * 20 + 1, layer * 20 + 1, 3, 6)
do me.DB.narrowMap(layer * 20 + 2, layer * 20 + 2, 2, 7)
do me.DB.narrowMap(layer * 20 + 3, layer * 20 + 19, 1, 8)
;do me.DB.narrowMap(layer * 20 + 4, layer * 20 + 19, 0, 9)
do me.layerData[layer][1] :: 2 + 4 + 6 + 8 + 8 * 16
default
do me.DB.narrowMap(layer * 20, layer * 20 + 19, 1, 8)
do me.layerData[layer][1] :: 10 * 20
end switch
;地雷割合
var dense: float :: 0.50
var mineNum: int :: 0
switch(me.loadCounter)
case 1 to 2
do dense :: 0.080 * me.loadCounter $ float {0.08-0.16}
case 3
do dense :: 0.18
case 4
do dense :: 0.05
case 5 to 7
do dense :: 0.15
case 8
do dense :: 0.00
case 9 to 100
do dense :: 0.00
end switch
do dense :+ 0.001
do mineNum :: (dense * 200.0) $ int
do me.DB.addMine(layer * 20, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
;speed
var speed: int :: 256
switch(me.loadCounter)
case 0
do speed :: 4
case 1
do speed :: 8
case 2
do speed :: 16
case 3
do speed :: 2
case 4
do speed :: 4
case 5
do speed :: 8
case 6
do speed :: 16
case 7
do speed :: 32
case 8
do speed :: 0
case 9 to 100
do speed :: 64
end switch
do me.layerData[layer][2] :: speed
end if
if(me.difficulty = 2) { インフェルノモード}
;横幅
switch(me.loadCounter)
case 0
do me.DB.narrowMap(layer * 20, layer * 20, 4, 5)
do me.DB.narrowMap(layer * 20 + 1, layer * 20 + 1, 3, 6)
do me.DB.narrowMap(layer * 20 + 2, layer * 20 + 2, 2, 7)
do me.DB.narrowMap(layer * 20 + 3, layer * 20 + 19, 1, 8)
;do me.DB.narrowMap(layer * 20 + 4, layer * 20 + 19, 0, 9)
do me.layerData[layer][1] :: 2 + 4 + 6 + 8 + 8 * 16
default
do me.DB.narrowMap(layer * 20, layer * 20 + 19, 0, 9)
do me.layerData[layer][1] :: 10 * 20
end switch
;地雷割合
var dense: float :: 0.50
var mineNum: int :: 0
if(me.loadCounter = 0)
do dense :: 0.04
do mineNum :: (dense * 150.0) $ int
do me.DB.addMine(layer * 20 + 5, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
elif(me.loadCounter = 9)
do dense :: 0.05
do mineNum :: (dense * 150.0) $ int
do me.DB.addMine(layer * 20 + 5, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
else
switch(me.loadCounter)
case 1 to 4
do dense :: 0.040 * me.loadCounter $ float {0.04-0.16}
case 5 to 7
do dense :: 0.15
case 8
do dense :: 0.0
;9は上に例外的にかいてあります
case 10 to 100
do dense :: 0.15
end switch
do dense :+ 0.001
do mineNum :: (dense * 200.0) $ int
do me.DB.addMine(layer * 20, layer * 20 + 18, mineNum)
do me.layerData[layer][0] :: mineNum
end if
;speed
var speed: int :: 256
switch(me.loadCounter)
case 0
do speed :: 256
case 1
do speed :: 192
case 2
do speed :: 160
case 3
do speed :: 128
case 4
do speed :: 32
case 5
do speed :: 96
case 6
do speed :: 96
case 7
do speed :: 128
case 8
do speed :: 0
case 9 to 100
do speed :: 64
end switch
do me.layerData[layer][2] :: speed
end if
do me.loadCounter :+ 1
end func
;////////////////////////////////////////////////timer関係/////////////////////////////////////////
func realTimerReset()
do me.realStartTime :: lib@sysTime()
end func
+func timerAdvance()
if(me.life > 0)
do me.frameTime :+ 1
end if
end func
func timerShow()
var temp: []char :: ((me.frameTime) $ float / 60.0).toStr()
do me.timerFont.draw((256.0 + me.pos[0] $ float) * me.zoom, (320.0 + me.pos[1] $ float) * me.zoom, "\{temp}", 0xFF00FF00)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;リアル時間いれたい
{
if(me.decoTimer = 0)
do me.decoTimerNum :: 0
end if
}
end func
;//////////////////////////////////////////////// I/O系関数 ////////////////////////////////////////////////////////////////////////
;どうでもいいやつ
+func getLife(): int
ret me.life
end func
+func getDefused(): int
ret me.defused
end func
+func getSPD(): int
ret me.layerData[me.currentLayer][2]
end func
+func getGamemode(): int
;finishedか判断(状態の更新(一回しか呼ばれないように。))
if(me.difficulty < 1 & me.EDposy < me.scroll - 16 * 20 * 4 & !me.isFinished) {スタッフロールあがりきる}
do me.isFinished :: true
do me.sideUI.eventPulse(7, me.life) {MUZUIをクリア}
do me.mfade :: true
do me.mftime :: 10.0
do me.mfstart :: me.getRealTime()
end if
if(me.difficulty > 0 & me.BGM[1].getPos() > EDlimit & !me.isFinished)
do me.isFinished :: true
do me.sideUI.eventPulse(8, me.life) {MURIクリア}
if(me.difficulty = 2)
do me.sideUI.eventPulse(13, me.life) {YABAIクリア}
end if
do me.mfade :: true
do me.mftime :: 10.0
do me.mfstart :: me.getRealTime()
end if
if(me.difficulty > 0 & me.life <= 0 & me.EDposy < me.scroll - 16 * 20 * 4 & !me.isFinished)
do me.isFinished :: true
do me.sideUI.eventPulse(9, me.life) {MURI死亡ゴール}
if(me.difficulty = 2)
do me.sideUI.eventPulse(14, me.life) {YABAI死亡}
end if
do me.mfade :: true
do me.mftime :: 10.0
do me.mfstart :: me.getRealTime()
end if
;do me.font2.mes(":\{me.BGM[1].getPos()}:", 0, 128){デバッグdebug}
;値から判断
if(me.isED)
if(me.life <= 0)
if(me.isFinished)
ret 4 {死亡しながら終わった}
else
ret 3 {エンディング中、死んでるしスクロール中}
end if
else
if(me.isFinished)
ret 5 {完全クリア}
else
ret 2 {エンディング面挑戦中}
end if
end if
else
if(me.life <= 0)
ret 1 {普通の死亡}
else
ret 0 {通常面挑戦中}
end if
end if
end func
func getCurrentLayer(): []int
ret me.layerData[me.currentLayer]
end func
func getNextLayer(): []int
ret me.layerData[(me.currentLayer + 1) % 3]
end func
func getTime(): float
;var temp: []char :: ((me.restTime / 60) $ float + (me.restTime % 60) $ float / 60.0).toStr()
ret(me.frameTime) $ float / 60.0
end func
+func getRealTime(): float
ret(lib@sysTime() - me.realStartTime) $ float / 1000.0
end func
var hayaokuri: int
+func postEvent(index: int)
switch(index)
case 4
do me.hayaokuri :+ 1
if(me.hayaokuri > 16 * 20)
do me.sideUI.eventPulse(4, me.life)
do me.hayaokuri :: 0
end if
end switch
end func
;//////////////////////////////////////////////////描画関係のもの///////////////////////////////////////////////
+func backgroundType(): int
var x: int :: me.getCurrentLayer()[3] / 100
switch(x)
case 0 to 9
ret x
case 9 to 100
ret 9
end switch
end func
func bDraw(x: int, y: int, color: int) {1ブロック素描画}
if(color <> -1)
if(color = 1)
do me.bImage.drawScale((me.pos[0] + x) $ float * me.zoom, (me.pos[1] + y) $ float * me.zoom, 16.0 * me.zoom, 16.0 * me.zoom, color $ float * 16.0, 0.0, 16.0, 16.0, 0x88FFFFFF)
else
do me.bImage.drawScale((me.pos[0] + x) $ float * me.zoom, (me.pos[1] + y) $ float * me.zoom, 16.0 * me.zoom, 16.0 * me.zoom, color $ float * 16.0, 0.0, 16.0, 16.0, 0xFFFFFFFF)
end if
end if
end func
func gridBDraw(i: int, j: int, id: int) {移動するグリッドに合わせて描画する}
var y: int :: (j * 16 - me.scroll) % 960
do y :: y < -16 ?(y + 960, y)
do me.bDraw(i * 16, y, id)
end func
func gridNDraw(i: int, j: int, num: int)
do num :+ 7
if(num = 7)
do num :: 1
end if
do me.gridBDraw(i, j, num)
end func
func numDraw(x: int, y: int, num: int) {数字描画}
do num :+ 7
if(num = 7)
do num :: 1
end if
do me.bDraw(x, y, num)
end func
func mask(j: int) {黄色くするやつ}
var y: int :: (j * 16 - me.scroll) % 960
do y :: y < -16 ?(y + 960, y)
do draw@rect(me.pos[0] $ float * me.zoom, (me.pos[1] + y) $ float * me.zoom, 14.0 * 32.0, 32.0, 0x1AFFFF00)
end func
;///////////////////////////////ここまで部品
;///////////////////////////////ここから製品
func allBDraw() {本体ブロックテクスチャのまとめ}
for i(0, 9) {マップ本体表示}
for j(0, 59)
do me.gridBDraw(i, j, me.DB.getMap(i, j))
end for
end for
for j(0, 59) {地雷数表示}
do me.gridNDraw(12, j, me.DB.lineCountMine(j))
end for
for j(0, 59) {旗の数表示}
do me.gridNDraw(13, j, me.DB.lineCountFlag(j))
end for
for j(0, 59) {OKかどうか黄色で表示}
if(me.DB.isDone(j) = true)
do me.mask(j)
end if
end for
end func
func ENDDraw()
do me.EDImage.show(me.pos[0] * 2, (me.pos[1] + me.EDposy - me.scroll) * 2)
end func
func curDraw(x: int, y: int) {カーソル描画}
{var pos: float :: me.mGetPos()
var interval: float :: 60.0 / (me.mGetBPM() $ float)
if((me.beforeTime / interval) $ int <> (pos / interval) $ int)
do me.beforeTime :: pos
do me.curShineFrame :: 8
do me.curAni.pulse()
end if
;do me.curImage.drawScale((me.pos[0] + x - 16) $ float * 2.0, (me.pos[1] + y - 16 - me.scroll) $ float * me.zoom, 96.0, 96.0, 48.0 * (me.curShineFrame / 3) $ float, 0.0, 48.0, 48.0, 0xFFFFFFFF)
if(me.curShineFrame > 0)
do me.curShineFrame :- 1
end if}
do me.curAni.autoPulse(me.mGetPos(), me.mGetBPM())
do me.curAni.show((me.pos[0] + x - 16) * 2, (me.pos[1] + y - 16 - me.scroll) * 2)
;do me.font2.mes("\{me.curShineFrame}", 0, 64)
end func
class poisons()
var x: []int
var y: []int
var counter: int
var instance: []\animation@Explosion
*func ctor()
do me.x :: #[100]int
do me.y :: #[100]int
do me.instance :: #[100]\animation@Explosion
end func
func addPoison(xmasume: int, ymasume: int)
do me.x[me.counter] :: xmasume
do me.y[me.counter] :: ymasume
do me.instance[me.counter] :: #\animation@Explosion
do me.counter :+ 1
end func
+func update(poisonPos: &queue<[]int>)
while a(true)
var pos: []int :: poisonPos.get()
if(pos[0] >= 0 & pos[1] >= 0)
do me.addPoison(pos[0], pos[1])
skip a
end if
break a
end while
do poisonPos.add([-1, -1])
end func
+func showPoisons(fieldPos: []int, scroll: int)
for i(0, me.counter - 1)
do me.instance[i].show((fieldPos[0] + me.x[i] * 16 - 16) * 2, (fieldPos[1] + me.y[i] * 16 - 16 - scroll) * 2)
end for
end func
end class
var poisonManager: poisons
{func defusedShow()
do me.timerFont.draw((256.0 + me.pos[0] $ float) * me.zoom, (340.0 + me.pos[1] $ float) * me.zoom, "\{me.defused}", 0xFF000000)
if(lib@sysTime() - me.pointedTime < 1000)
if(me.pointAnimeBool)
do me.timerFont.
end if
do me.pointAnimeBool :: !me.pointAnimeBool
end if
end func}
func wakuDraw(x: int, y: int, num: int)
var ux: int :: num % 3
var uy: int :: num / 3
do me.uiImage.drawScale((me.pos[0] + x) $ float * me.zoom, (me.pos[1] + y) $ float * me.zoom, 16.0 * me.zoom, 16.0 * me.zoom, (ux * 16) $ float, (uy * 16) $ float, 16.0, 16.0, 0xFFFFFFFF)
end func
func mes(x: int, y: int, moji: []char)
do me.tempFont.draw((me.pos[0] + x) $ float * me.zoom, (me.pos[1] + y) $ float * me.zoom, moji, draw@white)
end func
{func scrollPos(localY: int): int {マップの描写、スクロール込みでちょっと面倒なので関数つかう}
do localY :% (20 * 16)
if(localY < 10 * 16)
do localY :+ 20 * 16
end if
ret localY
end func}
+func allDraw() {全部描画}
{{臨時入れ}
do me.font2.mes("BO:\{me.mGetBPM()}", 0, 32) {；；；；；；；；；；；；；；；；；；；；；；；}
do me.font2.mes("SP:\{me.getGamemode()}", 0, 64)
do me.font2.mes("CE:\{me.scroll}", 0, 320)
do me.font2.mes("\{me.hayaokuri}", 0, 352)
}
do me.allBDraw()
do me.ENDDraw()
do me.frontBlack.show(64 * 2, 64 * 2, 32 * 14, 32 * 20, 192)
switch(me.getGamemode())
case 1, 3, 5
do me.frontBlack.on()
end switch
;ED画像かくよ
if(me.isED = true)
do me.staffRoll.mes(me.pos[0] * 2, me.pos[1] * 2 + 32 + (me.EDposy - me.scroll) * 2 + 640)
end if
do me.curDraw(me.cPos[0] * 16, me.cPos[1] * 16) {カーソル}
do me.poisonManager.update(&me.DB.poisonList)
do me.poisonManager.showPoisons(me.pos, me.scroll)
;隠す
do draw@rect(me.pos[0] $ float * me.zoom, (me.pos[1] - 320) $ float * me.zoom, (160.0 + 64.0) * me.zoom, 320.0 * me.zoom, 0xFF163035) {上}
for j(-5, -2)
do me.wakuDraw(0, j * 16, 3)
do me.wakuDraw(16 * 13, j * 16, 5)
end for
for i(1, 12)
do me.wakuDraw(16 * i, -16, 7)
end for
do me.wakuDraw(0, -16, 6)
do me.wakuDraw(16 * 13, -16, 8)
do draw@rect(me.pos[0] $ float * me.zoom, (me.pos[1] + 320) $ float * me.zoom, (160.0 + 64.0) * me.zoom, 320.0 * me.zoom, 0xFF163035) {下}
for j(21, 26)
do me.wakuDraw(0, j * 16, 3)
do me.wakuDraw(16 * 13, j * 16, 5)
end for
for i(1, 12)
do me.wakuDraw(16 * i, 16 * 20, 1)
end for
do me.wakuDraw(0, 16 * 20, 0)
do me.wakuDraw(16 * 13, 16 * 20, 2)
;ui中身
{for i(0, me.life - 1){life中身}
do me.lifeImage.drawScale((me.pos[0] + i * 16 + 16) $ float * me.zoom, (me.pos[1] - 16 * 4) $ float * me.zoom, 16.0 * me.zoom, 16.0 * me.zoom, 0.0, 0.0, 16.0, 16.0, 0x88FFFFFF)
end for}
var temp: []int :: me.getCurrentLayer()
do me.font2.mes("NOW*", 96 + me.pos[0], -32 + me.pos[1])
do me.font2.mes("CELL:\{temp[3] / 100}", 32 * 6 + me.pos[0], -32 + me.pos[1])
do me.font2.mes("BOMB:\{temp[0]}/200__SPD*:\{temp[2]}", 96 + me.pos[0], -0 + me.pos[1])
do temp :: me.getNextLayer()
do me.font2.mes("NEXT", 96 + me.pos[0], 32 * 23 + me.pos[1])
do me.font2.mes("CELL:\{temp[3] / 100}", 32 * 6 + me.pos[0], 32 * 23 + me.pos[1])
do me.font2.mes("BOMB:\{temp[0]}/200__SPD*:\{temp[2]}", 96 + me.pos[0], 32 * 24 + me.pos[1])
;フェーズ分け線黄色
var time: int :: lib@sysTime()
if(time % 600 > 300)
do draw@rect(me.pos[0] $ float * me.zoom, (me.pos[1] $ float + 320.0 - (me.scroll % 320) $ float) * me.zoom, 320.0, 2.0, 0xFFFFFF00) {境目ライン}
end if
;その他更新
do me.mUpdateStatus()
end func
+func uiShow(mode: int)
do me.upperUI.show(me.pos[0] * 2, me.pos[1] * 2, mode)
end func
+func sideUIShow()
do me.sideUI.nekoShow(me.pos[0] * 2, me.pos[1] * 2)
do draw@rect((me.pos[0] + 16 * 18) $ float * 2.0, (me.pos[1] + 16 * 19) $ float * 2.0, (16.0 * 18.0) * me.zoom, 48.0 * me.zoom, 0xFF163035) {上}
do me.wakuDraw(16 * 19, 16 * 18, 0)
for i(0, 15)
do me.wakuDraw(16 * (20 + i), 16 * 18, 1)
end for
do me.wakuDraw(16 * 18, 16 * 19, 0)
do me.wakuDraw(16 * 19, 16 * 19, 8)
do me.wakuDraw(16 * 17, 16 * 20, 0)
do me.wakuDraw(16 * 18, 16 * 20, 8)
do me.wakuDraw(16 * 16, 16 * 21, 0)
do me.wakuDraw(16 * 17, 16 * 21, 8)
do me.wakuDraw(16 * 16, 16 * 22, 6)
for i(0, 18)
do me.wakuDraw(16 * (17 + i), 16 * 22, 7)
end for
do me.sideUI.show(me.pos[0] * 2, me.pos[1] * 2, me.defused, me.frameTime, me.getRealTime(), me.life)
end func
{+func uiMove(move: int)
do me.upperUI.cursorMove(move)
end func}
+func onShift() {Shift中の枠線を表示}
var y: int :: me.cPos[1]
;まずは端っこがどこにあるか取得
var hidari: int :: me.DB.getHidari(y)
var migi: int :: me.DB.getHaba(y) + hidari
do me.shiftImage.drawScale((me.pos[0] $ float - 2.0 + hidari $ float * 16.0) * me.zoom, (me.pos[1] $ float - 2.0 + y $ float * 16.0 - me.scroll $ float) * me.zoom, 2.0 * me.zoom, 20.0 * me.zoom, 0.0, 0.0, 2.0, 20.0, 0xFFFFFFFF)
for i(hidari, migi - 1)
do me.shiftImage.drawScale((me.pos[0] $ float + 16.0 * i $ float) * me.zoom, (me.pos[1] $ float - 2.0 + y $ float * 16.0 - me.scroll $ float) * me.zoom, 16.0 * me.zoom, 20.0 * me.zoom, 2.0, 0.0, 16.0, 20.0, 0xFFFFFFFF)
end for
do me.shiftImage.drawScale((me.pos[0] $ float + 16.0 * migi $ float) * me.zoom, (me.pos[1] $ float - 2.0 + y $ float * 16.0 - me.scroll $ float) * me.zoom, 2.0 * me.zoom, 20.0 * me.zoom, 18.0, 0.0, 2.0, 20.0, 0xFFFFFFFF)
do me.curDraw(me.cPos[0] * 16, me.cPos[1] * 16) {カーソルが見えにくくなるので}
end func
+func showUpper(): []bool {何かしらの全画面演出を表示、返り値として動作可能、操作可能を配列で返している}
if(me.decoNo > 0 & me.decoRest <= 0)
do me.decoNo :: 0
do me.decoStart :: me.getRealTime()
end if
switch(me.decoNo)
case 0
ret[true, true]
case 1
switch(me.decoRest)
case 32 to 999
;ピピっていう音待ち
do me.decoRest :- 1
;もともとは30フレームで終わるはずだったので
if(me.getRealTime() - me.decoStart > 0.5)
do me.decoRest :: 31
do me.decoStart :: me.getRealTime()
end if
ret[false, false]
case 31
do me.explosionSE.play()
do me.decoRest :- 1
ret[false, false]
case 1
do me.decoRest :- 1
ret[true, true]
default
do me.decoRest :- 1
;もともとは30フレームで終わるはずだったので
if(me.getRealTime() - me.decoStart > 0.5)
do me.decoRest :: 1
do me.decoStart :: me.getRealTime()
end if
if(me.difficulty >= 2)
ret[true, true]
end if
ret[true, false] {動く、操作できない}
end switch
case 2 {エンディング前岩}
switch(me.decoRest)
case 2 to 999
do me.decoRest :- 1
;もともとは300フレームで終わるはずだったので
if(me.getRealTime() - me.decoStart > 5.0)
do me.decoRest :: 1
end if
ret[false, false]
case 1
do me.layerData[me.currentLayer][2] :: 256 * 16
do me.decoRest :- 1
if(me.difficulty = 0)
do me.mPlay_(3)
else
do me.mPlay_(1)
end if
ret[false, false]
end switch
default
throw 0xF {作成していない演出が呼び出されました}
end switch
throw 0xFF {動作が可能かどうかretしていません}
end func
func explosion()
do me.pipiSE.play()
do me.decoNo :: 1
do me.decoRest :: 60
do me.decoStart :: me.getRealTime()
;do me.poisonManager.update(&me.DB.poisonList)
do me.addStatus("explosion", 1)
do me.sideUI.eventPulse(2, me.life)
end func
func invalid()
do me.invalidSE.play()
do me.addStatus("invalid", 1)
do me.sideUI.eventPulse(3, me.life)
end func
func tissaku()
do me.zoom :- 0.1
end func
;/////////////////////////////////////////////操作、動作関係の外部公開関数////////////////////////////////////////
+func scrolling() {表示部分の外部参照的な座標を移動させる}{ついでにスクロールに関する各種更新作業も行いたい}
switch(me.getGamemode())
case 1, 4, 5
ret
end switch
do me.scroll :+ 1
;カーソル強制移動
if((me.cPos[1] * 16 - me.scroll) < 0)
do me.curMove(0, 1)
end if
;カーソル範囲変更
do me.cPosMin :: 0 + ((me.scroll - 1) / 16 + 1)
do me.cPosMax :: 19 + (me.scroll + 8) / 16
;オイオイエンディングに関わる諸々の演出だよ
switch(me.EDposy - me.scroll)
case 16 * -20
if(me.difficulty = 0)
do me.sideUI.eventPulse(5, me.life)
end if
if(me.difficulty = 1)
do me.sideUI.eventPulse(6, me.life)
end if
if(me.difficulty = 2)
do me.sideUI.eventPulse(11, me.life)
end if
case 0
do me.mStop()
do me.prayerSE.play()
do me.decoNo :: 2
do me.decoRest :: 300
do me.decoStart :: me.getRealTime()
do me.isED :: true
do me.bImage :: me.aImage
do me.sideUI.eventPulse(12, me.life)
case 16 * 10
do me.mfade :: true
do me.mftime :: 15.0
do me.mfstart :: me.getRealTime()
end switch
;切が良くなった！
if(me.scroll % 320 = 0)
if(me.life > 0)
do me.life :: 5 {///////////////////////////////////////////////////////////////////}
if(me.scroll / 320 <= 7)
do me.passedSE.play()
end if
end if
;ログファイル更新
do me.updateLogMes()
;次の次登場するやつをリセット
switch((me.scroll / 320) % 3)
case 0
do me.load(2)
do me.DB.lineUpdateUnvisible(39)
case 1
do me.load(0)
do me.DB.lineUpdateUnvisible(59)
case 2
do me.load(1)
do me.DB.lineUpdateUnvisible(19)
end switch
;下に合わせて更新
do me.DB.lineUpdate(me.cPosMax + 1)
end if
;オ、上の方チェックすっか～～～
if(me.scroll % 16 = 1 & me.getGamemode() <> 3) {死んでるけど流れてるときは爆発しない}
var y: int :: me.scroll / 16
;クリアしてる列を保護する
if(me.DB.lineCountUnopen(y) = me.DB.lineCountMine(y))
do me.DB.lineProtect(y)
end if
if(me.DB.isClear(y) = false)
do me.life :- 1
elif(me.DB.lineCountMine(y) > 0)
;do me.life :+ me.life = 3 ?(0, 1)
end if
;上のほうにいった爆弾をチェックする
var temp: int
for i(0, 9)
if(me.DB.open(i, y) = 3)
do temp :+ 1
end if
end for
if(temp > 0)
do me.explosion()
;do me.life :- 1
end if
;フラグ多すぎな
if(me.DB.lineCountMine(y) < me.DB.lineCountFlag(y))
do me.invalid()
end if
;正解分のスコア増加
if(me.DB.lineCountMine(y) > 0)
do me.plusDefused(me.DB.lineCountMine(y))
end if
end if
end func
func plusDefused(point: int)
var temp: int :: 0
do temp :+ point
if(me.isED) {エンディング時は倍率かかる}
switch(me.difficulty)
case 0, 1 {そこそこ難度なら2倍}
do temp :+ point
case 2 {高難度では4倍}