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zombies.js
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"use strict";
var CZombies = NewO({
EName: "Zombies",//在继承的僵尸对象中，EName必须严格等于变量名
HP: 270,
Lvl: 1, //僵尸强度级别，普通为1路障2铁桶4撑杆2
NormalGif: 2,
CardGif: 0,
CanDisplay: 1,
StaticGif: 2,
AttackGif: 3,
LostHeadGif: 4,
LostHeadAttackGif: 5,
HeadGif: 6,
DieGif: 7,
width: 166,
height: 144,
beAttackedPointL: 82,
beAttackedPointR: 156,
BreakPoint: 90,
// 僵尸防具类型
// 0表示僵尸无防具；1表示I类防具僵尸，如路障铁桶橄榄球；2表示II类防具僵尸，如读报、铁栅门
Ornaments: 0,
OrnHP: 0,
OShieldHP: 0,
ShieldHP: 0,
OSpeed: 1.6,
Speed: 1.6,
PZ: 1,
SpeedCoefficient: 1, //僵尸速度系数，默认为1，越低僵尸走的越慢（这个东西不受减速或亢奋效果影响，比如减速则最终速度是在减速的速度基础上乘上这个系数
extraDivingDepth: 0, //除了格子默认深度，僵尸额外潜下去（浮上来）的深度
DivingDepth: 0, //僵尸潜下去的实际深度
AKind: 0, //普通僵尸的攻击是0直接啃食，1巨人是秒杀，2篮球车冰车碾压，3篮球车丢篮球,以及其他远程.撑杆第一次是跳跃第二次是啃食
ResistInsta:0.2778,//抵抗爆炸的程度
//是否可以被攻击，为以防万一，尽量不要滥用该属性来判断僵尸是否垂死！
// 实际上囧姨设计该属性的用意是僵尸是否可以触发某些短距离植物（地刺、土豆雷、胆小菇...）的攻击判定
// 而非标记僵尸不可被子弹打中
beAttacked: 1,
isAttacking: 0,
isGoingDie: 0, //僵尸是否垂死
OAttack: 100,
Attack: 100,
LivingArea: 1, //目前所在格子的类型
CanGoThroughWater: true, //可不可以跟着水走
CanAppearFromTomb: true, // 可不可以从墓碑里钻出来
Altitude: 1, // //海拔位置：-1潜地 0潜水 1行走 2跳跃 3植物子弹无法到达的高空飞行
WalkDirection: 0, //僵尸行走方向，0表示向左，1表示向右
FreeSlowTime: 0, //用于标记僵尸是否处于减速状态
FreeVertigoTime: 0,
FreeExcitedTime: 0,
isFloating: 0, //标记僵尸是否处于浮空状态，即是否受战术风扇影响
isCounted: 1, //是否需要纳入死亡统计
isPuppet: 0, //是否是傀儡(非僵尸的僵尸)
CanDiaplay: 1,
DiyConfigs: {}, //后期由其他需要的因素中途添加的变量
WaterShadowGif: null,
CanDrawBlood:true,
// 为僵尸绑定子僵尸，以便在进入关卡的时候一并加载，而不需要再在oS.ZName里添加
// 比如说为巨人绑定抛出去专用的小鬼
// 注意，此属性使用的时候千万要小心，防止出现循环绑定
SubsidiaryZombies: null,
Almanac: {
Dom: null,
Tip: "无",
Weakness: "无",
Speed: "慢",
Story: "无。",
},
AudioArr: ["splat1", "splat2", "splat3", "ignite", "frozen", "chomp", "chomp2", "chompsoft", 'awooga', "zombiesplash", "zombie_entering_water"],
AccessiblePath: (() => { //可由某道路转向某道路
let arr = {};
arr["1_3"] = 1;
for (let i in arr) {
arr[i.reverse()] = 1;
}
for (let i = 0; i < 4; i++) {
arr[`${i}_${i}`] = 1;
}
return arr;
})(),
//获取卡片图片
GetCardImg() {
let self = this;
return "images/Card/" + self.EName.substr(1) + ".webp";
},
//判定僵尸能否走某行
CanPass(R, LF) {
let self = this;
return LF && self.AccessiblePath[oGd.$LF[R] + "_" + LF];
},
//检查当前格子类型不同切换事件
ChkCell_GdType(self) {
let R = self.R;
let C = GetC(self.ZX - (self.beAttackedPointR - self.beAttackedPointL) / 2 * (self.WalkDirection * 2 - 1));
let gdType = oGd.$GdType[R][C];
let oldGdType = self.LivingArea;
let canChangeType = true;
if (oldGdType != gdType) {
if (gdType == 0 || gdType == 1 || gdType == 3) {
if (self.DivingDepth > 0 && self.Altitude != 3) {
self.SetWater(0, R, C, oldGdType);
// 一旦出水，僵尸不再受到水道规则约束
self.ChkActs = self.__proto__.ChkActs;
// 把僵尸从图层实时调整名单中删除
oS.observeZombieLayer && oZombieLayerManager.delZombie(self);
}else{
canChangeType=false;
}
} else if (gdType == 2) {
if (self.DivingDepth<=0 && self.Altitude != 3) {
self.SetWater(oGd.$WaterDepth[R][C] + self.extraDivingDepth, R, C, oldGdType);
}else{
canChangeType=false;
}
}
if(canChangeType){
self.LivingArea = gdType;
}
}
},
/*
当useAnim=false时，该函数为同步函数，不需要考虑异步的问题！
R, C, oldGdType这几个参数在useAnim=false，或者确保僵尸一定不会被bounce的情况下可以不传！
*/
async SetWater(depth, R, C, oldGdType, useAnim = true, toSetWaterStyle = true) {
let self = this;
let oldDepth = self.DivingDepth;
let height = self.height;
const callback_intoWater = () => {
//如果水超过了最高处则潜水
if (depth > self.height) {
self.Altitude = 0;
}
if (depth > self.height / 2) {
self.SpeedCoefficient = 0.7;
}
return true;
};
const callback_outWater = () => {
if (toSetWaterStyle && self.EleShadow.dataset.hasOwnProperty("tmp_cssText")) {
self.EleShadow.style.cssText = self.EleShadow.dataset.tmp_cssText;
delete self.EleShadow.dataset.tmp_cssText;
}
self.SpeedCoefficient = 1;
if (self.Altitude == 0) {
self.Altitude = Number(self.Ele.dataset.tmp_Altitude) ?? 1;
}
delete self.Ele.dataset.tmp_Altitude;
return true;
};
self.DivingDepth = depth;
// 僵尸潜入水中的情况
if (depth > 0) {
// 考虑到从外部调用SetWater的情况，还是手工设置一下僵尸的LivingArea
self.LivingArea = 2;
self.Ele.dataset.tmp_Altitude = self.Altitude;
toSetWaterStyle && self.setWaterStyle_middleWare();
if (useAnim) {
let msg = await self.sinkIntoWaterAnim(self, depth, oldDepth, height);
if (msg) {
return callback_intoWater();
} else {
self.DivingDepth = oldDepth;
self.LivingArea = oldGdType;
self.EleShadow.style.cssText = self.EleShadow.dataset.tmp_cssText;
SetStyle(self.EleBody, {
top: oldDepth,
clip: `rect(0,auto,auto,0)`,
'-webkit-mask-image': ""
});
}
} else {
self.useSinkIntoWaterEffect(self, depth);
return callback_intoWater();
}
}
// 僵尸浮出水中的情况
else if (depth === 0) {
if (useAnim) {
let msg = await self.sinkIntoWaterAnim(self, depth, oldDepth, height);
if (msg) {
return callback_outWater();
}
// 如果浮出水面的动画被中断（例如僵尸死亡或者被弹起）
// 则立即恢复僵尸原本的状态
else {
self.DivingDepth = oldDepth;
self.LivingArea = oldGdType;
self.useSinkIntoWaterEffect(self, oldDepth);
}
} else {
self.useSinkIntoWaterEffect(self, depth);
return callback_outWater();
}
}
return false;
},
setWaterStyle_middleWare() {
const self = this;
const shadowEle = self.EleShadow;
if (!self.WaterShadowGif) {
self.WaterShadowGif = oDynamicPic.require(WaterShadowImg, self.Ele);
}
if (!shadowEle.dataset.hasOwnProperty("tmp_cssText")) {
shadowEle.dataset.tmp_cssText = self.EleShadow.style.cssText;
}
shadowEle.style.cssText = self.EleShadow.dataset.tmp_cssText +
`background:url(${self.WaterShadowGif});`;
self.setWaterStyle(self, shadowEle);
return self;
},
setWaterStyle(self, shadowEle) {
EditCompositeStyle({
ele: shadowEle,
addFuncs: [
["translate", "4px, 20px"]
],
option: 2
});
SetStyle(shadowEle, {
height: "10.625px",
width: "84.375px",
'background-size': "100% 100%",
'z-index': 300
});
},
sinkIntoWaterAnim(self, newDepth, oldDepth, height) {
const id = self.id;
self.isSinkAnimFinished = false;
if (self.EName=="oSnorkelerZombie" && newDepth < oldDepth) oAudioManager.playAudio("snorkel_rise" + Math.floor(1 + Math.random() * 3));
if (newDepth > oldDepth) oAudioManager.playAudio("zombie_entering_water");
return new Promise((resolve) => {
oSym.addTask(1, function d(npx = 1) {
// 这个根号是实现先快后慢的效果 ↓
let delta = Math.sqrt(npx / 50) * (newDepth - oldDepth) + oldDepth;
// 如果发现僵尸被弹起或被取消注册，则立即放弃操作并使僵尸复原
if (self.isFloating || self.HP <= 0) {
return resolve(false);
}
self.useSinkIntoWaterEffect(self, delta);
npx < 50 ? oSym.addTask(1, d, [npx + 1]) : resolve(self.isSinkAnimFinished = true);
});
});
},
// top值表示僵尸下沉/上浮的程度
useSinkIntoWaterEffect(self, top) {
let bottom = self.height - top;
if ($User.LowPerformanceMode) {
SetStyle(self.EleBody, {
top: `${top}px`,
clip: `rect(0,auto,${bottom}px,0)`,
});
} else {
SetStyle(self.EleBody, {
top: `${top}px`,
clip: `rect(0,auto,${bottom + 4}px,0)`,
'-webkit-mask-image': `linear-gradient(black 0px ${bottom - 11}px, transparent ${bottom + 10}px)`
});
}
},
//判定僵尸能否走某个格
CanPassCell: (R, C) => {
let self = this;
let DR = self?.R ?? R;
let DC = self.ZX ? GetC(self.ZX) : C;
return self.AccessiblePath[`${oGd.$GdType[R][C]}_${oGd.$GdType[DR][DC]}`];
},
FangXiang: 'GoLeft',
ChkActs: (o, R, arR, i,stepRatio=1) => o[o.FangXiang](o, R, arR, i,stepRatio), //默认向左走
DeltaDirectionSpeed: { //Speed*这个等于真实速度
'GoLeft': 1,
'GoRight': -1,
'GoUp': 0,
'GoDown': 0
},
HeadTargetPosition: [{
x: 70,
y: 50
}, {
x: 70,
y: 50
}], //头的位置数据
getRealSpeed(self,stepRatio=1){
return self.Speed * self.SpeedCoefficient * stepRatio;
},
getRealSpeedJudge(self,stepRatio,horizontal=1){//horizontal是是否获取水平速度，必须填数字
let speed = self.getRealSpeed(self,stepRatio);
if(self.isAttacking||!(self.DeltaDirectionSpeed[self.FangXiang]*horizontal)){
speed=0;
}
return speed;
},
GoThroughWater(self, R, arR, i,stepRatio=1) {
let C, directions;
if (self.EleBody.style.transform.includes("rotateY(180deg)")) {
C = GetC(self.AttackedRX - (self.beAttackedPointR - self.beAttackedPointL) / 1.1);
} else {
C = Math.Clamp(GetMidC(self.ZX - (self.WalkDirection * 2 - 1) * 50), 0, oS.C + 1);
}
if (self.FangXiang === "GoUp") {
R = Math.Clamp(GetR(self.pixelTop + self.height + 10), 1, oS.R);
} else if (self.FangXiang === "GoDown") {
R = Math.Clamp(GetMidR(self.pixelTop + self.height - 5), 1, oS.R);
}
directions = oGd.$WaterFlowDirection[R][C].split(" ");
// 为防止僵尸在某些特殊水道中出现来回振荡的现象，需要设置岔路口方向的优先级
// Left : Right : Up : Down = 3 : 2 : 1 : 1
directions.includes("Left") && (directions = directions.concat("Left", "Left"));
directions.includes("Right") && (directions = directions.concat("Right"));
let randomDir = directions.random();
if ((R != self.DiyConfigs["Water_CurPos"]?.[0] || C != self.DiyConfigs["Water_CurPos"]?.[1]) && randomDir !== "Static" && randomDir !== "NoWater" && "Go" + randomDir !== self.FangXiang) {
let funs = {
GoLeft() {
self.WalkDirection = 0;
self.EleBody['style']['transform'] = 'rotateY(0deg)';
self.EleBody['style']['transform-origin'] = `0px 0px`;
},
GoRight() {
self.WalkDirection = 1;
SetStyle(self.EleBody, {
'transform': 'rotateY(180deg)',
'transform-origin': `${self.AttackedRX - (self.beAttackedPointR - self.beAttackedPointL) / 3 - self.X}px 0px`,
});
},
GoUp() {
},
GoDown() {
}
};
funs[self.FangXiang = "Go" + randomDir]();
}
self.DiyConfigs["Water_CurPos"] = [R, C];
return self[self.FangXiang](self, self.R, arR, i, stepRatio, true);
},
JudgeAttack(stepRatio=1) {
let self = this;
let ZX = self.ZX;
let crood = self.R + "_";
let C = GetC(ZX);
let G = oGd.$;
let arr = self.JudgeLR(self, crood, C, ZX, G) || self.JudgeSR(self, crood, C, ZX, G);
if(stepRatio*self.Speed>12&&!self.isAttacking&&self.Altitude===1&&self.DeltaDirectionSpeed[self.FangXiang]&&!arr){
arr = self.JudgeLong(self,crood,C,ZX,G,stepRatio);
}
if (arr && self.Altitude === 1) { //地上的僵尸才能检测攻击
!self.isAttacking && (self.isAttacking = 1, self.EleBody.src = self.PicArr[self.AttackGif]); //如果是首次触发攻击，需要更新到攻击状态
self.NormalAttack(...arr); //实施攻击
} else {
//撤销攻击状态
self.isAttacking && (self.isAttacking = 0, self.EleBody.src = self.PicArr[self.NormalGif]);
}
},
//离线判定
JudgeLong(self, R_crood, C, ZX, G,stepRatio=1,diyCheck=null){
let direction = -self.DeltaDirectionSpeed[self.FangXiang];
let Velocity = self.getRealSpeed(self,stepRatio) * direction;
let oriC = GetC(ZX - Velocity);
let curC = oriC;
let tarC = C;
let step = Math.sign(tarC-oriC);
let __flag;
if(tarC>oS.C){
return;
}
do{
if(curC>oS.C){//这个相当于近程判定
curC+=step;
continue;
}
let crood = R_crood + curC + "_";
let z = PKindUpperLimit;
while (z >= 0) {
let plant = G[crood + z];
if (plant && plant.canEat && (diyCheck?diyCheck(self,plant):true)) {
if(direction>0){//向右走
__flag = One_Dimensional_Intersection(self.X + self.beAttackedPointL - Velocity, self.X + self.beAttackedPointR,
plant.AttackedLX, plant.AttackedRX);
}else{
__flag = One_Dimensional_Intersection(self.X + self.beAttackedPointL, self.X + self.beAttackedPointR - Velocity,
plant.AttackedLX, plant.AttackedRX);
}
if(__flag){
if(direction>0){
self.MoveZombieX(self,plant.AttackedLX+0.1 - self.AttackedRX,false);
}else{
self.MoveZombieX(self,-(plant.AttackedRX-0.1 - self.ZX));//向左走是反着的，要加个负号
}
return [self.id, plant.id];
}
}
z--;
}
if(tarC===curC){
return false;
}
curC+=step;
}while(true);
},
JudgeLR(self, crood, C, ZX, G) { //远程判定，普通僵尸的远程是自己前面一格
if (C > 10 || C < 1) {
return;
}
crood += C - 1 + '_';
let z = PKindUpperLimit;
while (z >= 0) {
let plant = G[crood + z];
if (plant && plant.canEat) {
return (One_Dimensional_Intersection(self.X + self.beAttackedPointL, self.X + self.beAttackedPointR,
plant.AttackedLX, plant.AttackedRX) || plant.AttackedRX >= ZX && plant.AttackedLX <=
ZX) ? [self.id, plant.id] : false;
}
z--;
}
},
JudgeSR(self, crood, C, ZX, G) { //近程判定，普通僵尸的近程是自己所在一格
if (C > 9) {
return;
}
crood += C + "_";
let z = PKindUpperLimit;
while (z >= 0) {
let plant = G[crood + z];
if (plant && plant.canEat) {
return (One_Dimensional_Intersection(self.X + self.beAttackedPointL, self.X + self.beAttackedPointR,
plant.AttackedLX, plant.AttackedRX) || plant.AttackedRX >= ZX && plant.AttackedLX <=
ZX) ? [self.id, plant.id] : false;
}
z--;
}
},
NormalAttack(zid, pid) {
oAudioManager.playAudio(["chomp", "chompsoft", 'chomp2'].random());
oSym.addTask(50, _ => {
let self;
if (self = $Z[zid]) {
oAudioManager.playAudio(["chomp", "chompsoft", 'chomp2'].random());
}
});
oSym.addTask(100, _ => {
let self = $Z[zid];
if (self && !self.isGoingDie && self.isNotStaticed()) {
//这里需要再检测一次，否则可能会出现莫名穿过的现象，或者啃的植物不对的现象
let ZX = self.ZX;
let crood = self.R + "_";
let C = GetC(ZX);
let G = oGd.$;
let arr = (self.JudgeLR(self, crood, C, ZX, G) || self.JudgeSR(self, crood, C, ZX, G));
if (arr) {
[zid, pid] = arr;
let plant = $P[pid];
plant && plant.getHurt(self, self.AKind, self.Attack);
}
self.JudgeAttack();
}
});
},
MoveZombieX(self,x,left=true){
if(left){
self.AttackedRX -= x;
self.AttackedLX -= x;
self.ZX = self.AttackedLX;
self.X -= x;
}else{
self.AttackedRX += x;
self.AttackedLX += x;
self.ZX = self.AttackedRX;
self.X += x;
}
},
Paint(o){
SetStyle(o.Ele, {
left: `${o.X}px`
});
},
GoLeft(o, R, arR, i,stepRatio=1) { //向左走
let Speed = o.getRealSpeed(o,stepRatio);
let hookKey = 1;
if (o.isNotStaticed()) { //如果僵尸没有处于冰冻或者等待出场状态
//未临死，未攻击，进行攻击判断
!o.isAttacking && !o.isGoingDie && o.JudgeAttack(stepRatio);
if (!o.isAttacking) {
o.MoveZombieX(o,Speed);
//向左走出屏幕，算作直接死亡，不排序只更新
if (o.AttackedRX < -50) {
oZ.del(arR, i);
o.DisappearDie();
hookKey = 0;
} else { //正常移动僵尸
o.Paint(o);
}
}
}
//检查场地事件
o.ChkCell_GdType(o);
// hookKey的作用：
// hookKey=1, 表示僵尸现在正常存活，需要系统重排oZ.$
// hookKey = 0, 表示僵尸死亡，不需要系统重排oZ.$
return hookKey;
},
GoRight(o, R, arR, i,stepRatio=1) { //往右走的僵尸行动
let Speed;
let rV = 1;
let id = o.id;
if (o.isNotStaticed()) {
//未临死，未攻击，进行攻击判断
!o.isGoingDie && !o.isAttacking && o.JudgeAttack(stepRatio);
if (!o.isAttacking) {
//向右走出屏幕，算作直接死亡，不排序只更新
if (o.X > oS.W) {
oZ.del(arR, i);
o.DisappearDie();
rV = 0;
} else {
o.MoveZombieX(o,(Speed = o.getRealSpeed(o,stepRatio)),false);
o.Paint(o);
}
}
}
//检查场地事件
o.ChkCell_GdType(o);
return rV;
},
GoDown(o, R, arR, i, stepRatio=1, isInWaterPath = false) { //向下走
let rV = 1;
let newR = o.R + 1;
let id = o.id;
if (o.isNotStaticed()) {
!o.isGoingDie && !o.isAttacking && o.JudgeAttack(stepRatio);
if (!o.isAttacking) {
SetStyle(o.Ele, {
top: (o.pixelTop += o.getRealSpeed(o,stepRatio)) + 'px',
});
// 这里需要针对围歼战和水道采用两套判定，原因有二：
// 1. 原先挨炮画的地图和严格按数值对位画出来的镜花水月地图之间是存在一定误差的。
// 2. 围歼战拐弯和水道拐弯的判定实现方式有所差异。
if (
isInWaterPath ?
(o.pixelTop + o.height - (isInWaterPath ? 35 : -10) >= GetY(R)) :
(o.pixelTop + o.height - o.GetDY() >= GetY(newR))
) {
oZ.moveTo(id, o.R, newR);
}
}
}
o.ChkCell_GdType(o);
return rV;
},
GoUp(o, R, arR, i, stepRatio=1, isInWaterPath = false) {
let rV = 1;
let newR = o.R - 1;
let id = o.id;
if (o.isNotStaticed()) {
!o.isGoingDie && !o.isAttacking && o.JudgeAttack(stepRatio);
if (!o.isAttacking) {
SetStyle(o.Ele, {
top: (o.pixelTop -= o.getRealSpeed(o,stepRatio)) + 'px',
});
if (o.pixelTop + o.height <= GetY(newR) + (isInWaterPath ? 0 : o.GetDY())) {
oZ.moveTo(id, o.R, newR);
}
}
}
o.ChkCell_GdType(o);
return rV;
},
GetDY: _ => -10, //返回僵尸相对于格子中点的纵坐标偏移
GetDTop: 0, //僵尸gif跟div的顶部坐标偏移
ChangeR: function(e) { //换行
var h = e.R,
g = e.ar || [],
j = e.CustomTop,
d = this,
q = h - 1,
l,
k = d.id,
m = -1,
f = d.Ele,
n = d.EleBody,
i = GetC(d.ZX),
c;
!g.length && ( //如果没有指定移动行数组，则默认使用上下两行
d.CanPassCell(q, i) && (g[++m] = q), //只有地形跟本行一样才能移动
d.CanPassCell(q += 2, i) && (g[++m] = q)
);
g.length ? ( //可以换行
l = !d.WalkDirection ? -5 : 5,
d.ZX += l,
d.AttackedLX += l,
d.AttackedRX += l,
d.X += l,
q = g[Math.floor(Math.random() * g.length)],
SetStyle(f, {
left: d.X + "px",
top: (d.pixelTop = j == undefined ? GetY(q) - d.height + d.GetDY() : j) + "px",
'z-index': d.zIndex = 3 * q + 1
}),
d.isAttacking && (n.src = d.PicArr[d.NormalGif]),
oZ.moveTo(k, h, q)
) : (
n.src = d.PicArr[d.NormalGif]
);
d.isAttacking = 0;
},
getShadow: self => `left:${self.beAttackedPointL-10}px;top:${self.height-22}px;`,
getDisplayShadow: self => self.getShadow(self),
getCharredCSS(self) {
const body = self.EleBody;
return {
left: self.beAttackedPointL + 6,
top: self.height / 3 + self.DivingDepth / 2,
clip: self.DivingDepth > 0 ? "rect(0px, auto, 95px, 0px)" : "",
};
},
//初始化僵尸的prototype
Init(AppearX, pro, LF, MaxR) {
/*
初始化僵尸的坐标相关数据
o.R:行;o.pixelTop:顶部Y坐标;o.X:左边X坐标（相对于FightingScene）;o.ZX:确定僵尸位置的点X坐标，通常是AttackedLX
o.AttackedLX,o.AttackedRX:僵尸左右受攻击点判定坐标;o.beAttackedPointL,o.beAttackedPointR:僵尸左右受攻击点判定坐标距离o.X的偏移距离，受攻击点判定坐标即可根据o.X和偏移距离计算得出
*/
let len = 0;
let o = this;
let ArR = [];
pro.ZX = pro.AttackedLX = AppearX;
pro.X = pro.ZX - pro.beAttackedPointL;
pro.AttackedRX = pro.X + pro.beAttackedPointR;
//能够出现的行数数组ArR
for (let i = 0; i <= MaxR; i++) {
pro.CanPass(i, LF[i]) && ArR.push(i);
}
pro.ArR = ArR; //僵尸能够出现的行数组
//初始化HTML字符数组
pro.ArHTML = [
`<div id="`, //0
`" data-jng-constructor="`, //1
`" style="width:${pro.width}px;height:${pro.height}px;position:absolute;display:`, //2
`;left:`, //3
`px;top:`, //4
`px;z-index:`, //5
`"><div class='Shadow' style="${pro.getShadow(pro)}"></div><img style="position:absolute;clip:rect(0,auto,`, //6
`,0);top:`, //7
`px" src="`, //8
`"></div>` //9
];
Object.hasOwn(pro, 'Almanac') && o.getAlmanacDom(pro);
},
getAlmanacDom(pro) {
if (!pro.Almanac.Dom) {
let ClassAlmanac = CZombies.prototype.Almanac;
for (let i in ClassAlmanac) {
if (!pro.Almanac[i]) {
pro.Almanac[i] = ClassAlmanac[i];
}
}
let _width = pro.displayWidth ?? pro.width;
let _height = pro.displayHeight ?? pro.height;
pro.Almanac.Dom = pro.getDisplayHTML("", 170 - _width / 2, 450 - _height, "1;height:" + _height + "px;width:" + _width + "px", "block", "auto", pro.GetDTop, pro.PicArr[pro.StandGif]);
}
},
getHTML(id, wrapLeft, wrapTop, zIndex, display, clip, top, img) { //渲染僵尸html代码
const self = this,
T = self.ArHTML;
return T[0] + id + T[1] + self.EName + T[2] + display + T[3] + wrapLeft + T[4] + wrapTop + T[5] + zIndex + T[6] + clip + T[7] + top + T[8] + img + T[9];
},
getDisplayHTML(id, wrapLeft, wrapTop, zIndex, display, clip, top, img) {
const self = this;
return `<div id="${id}" data-jng-constructor="${self.EName}" style="width:${self.displayWidth ?? self.width}px;height:${self.displayHeight ?? self.height}px;position:absolute;left:${wrapLeft}px;top:${wrapTop}px;z-index:${zIndex};display:${display};"><div class='Shadow' style="${self.getDisplayShadow(self)}"></div><img style="position:absolute;clip:rect(0,auto,${clip},0);top:${top}px" src="${img}"></div>`;
},
//普通诞生事件,由程序自动调用,在每波刷新
//初始化僵尸样式，编译僵尸html代码
prepareBirth(delayT) {
let self = this;
let id = self.id = "Z_" + Math.random();
let R = self.R = oP.randomGetLine(self.ArR,self.Lvl); //生成僵尸所在行数随机
let top = self.pixelTop = GetY(R) + self.GetDY() - self.height; //计算僵尸顶部坐标
self.zIndex = 3 * R + 1;
self.zIndex_cont = Math.round(self.pixelTop + self.height);
//设置延迟出场时间
if (self.delayT = delayT) {
self.getStatic({
time: Infinity,
type: "SetBody",
forced: true,
useStaticCanvas: false,
usePolling: false,
});
}
return self.getHTML(id, self.X, top, self.zIndex_cont, "none", "auto", self.GetDTop, self.PicArr[self.NormalGif]);
},
//特殊诞生事件，传递自定义的坐标，比如从坟墓出生
CustomBirth(R, C, delayT, clipH) {
const self = this;
const bottomY = GetY(R) + self.GetDY(); //僵尸脚部坐标=当前行下边缘坐标+（-自定义向上偏移）
const pixelTop = bottomY - self.height, //僵尸图像顶端坐标=僵尸脚部坐标-僵尸图片高度
id = self.id = "Z_" + Math.random(),
beAttackedPointL = self.beAttackedPointL,
beAttackedPointR = self.beAttackedPointR;
self.ZX = self.AttackedLX = GetX(C) - (beAttackedPointR - beAttackedPointL) * 0.5;
self.X = self.ZX - beAttackedPointL;
self.AttackedRX = self.X + beAttackedPointR;
self.R = R;
self.pixelTop = pixelTop;
self.zIndex = 3 * R + 1;
self.zIndex_cont = Math.round(self.pixelTop + self.height);
if (self.delayT = delayT) {
// SetBody由于是供底层代码控制僵尸延时出场的，比较特殊
// 所以为了保险起见，定身状态需要手工解除
self.getStatic({
time: Infinity,
type: "SetBody",
useStaticCanvas: false,
forced: true,
usePolling: false,
});
}
return self.getHTML(id, self.X, pixelTop, self.zIndex_cont, "none", clipH || 0, self.GetDTop, self.PicArr[self.NormalGif]);
},
Birth(json = {}) { //唤醒僵尸，注册$Z和oZ
let self = this;
if (!json.dont_set_original_value) { //不设置原始数据，例如OAttack,OSpeed之类，否则默认备份OAttack,OSpeed
self.OAttack = self.Attack;
self.OSpeed = self.Speed;
}
self.HeadTargetPosition = JSON.parse(JSON.stringify(self.HeadTargetPosition)); //深拷贝头部坐标，避免改的时候直接改成prototype的
self.PicArr = self.PicArr.slice(); //复制一份数组，避免中途更改PicArr
self.DiyConfigs = {};
$Z[self.id] = self;
oZ.add(self);
let id = self.id;
let ele = self.Ele = $(id);
self.EleShadow = ele.firstChild;
self.EleBody = ele.childNodes[1];
if(self.ShieldHP > 0){
self.OShieldHP = self.ShieldHP;
let scl = 0.75+0.03*self.OShieldHP;
NewImg(`buff_shield_${Math.random()}`, "images/Zombies/buff_shield.png", (self.getShieldCSS ? self.getShieldCSS(self) : "left:65px;top:"+(60+self.OShieldHP)+"px;") + "z-index:5; transform: scale(" + scl + ");", ele, {
className: 'buff_shield'
});
}
if(oS.ZombieRandomSpeed && !self.isPuppet){
let delta = Math.Clamp(Math.Grandom(0,oS.ZombieRandomSpeed/3),-oS.ZombieRandomSpeed/3,oS.ZombieRandomSpeed/3);
self.Speed+=delta;
self.OSpeed+=delta;
}
self.BirthCallBack(self);
if (self.CanGoThroughWater && oGd.$GdType[self.R][Math.Clamp(GetC(self.ZX), 1, oS.C)] === 2) {
self.ChkActs = self.GoThroughWater;
oS.observeZombieLayer && oZombieLayerManager.addZombie(self);
}
oSym.addTask(self.delayT, _ => {
self.PicArr = self.PicArr.map(pic => oDynamicPic.checkOriginalURL(pic) ? oDynamicPic.require(pic, null, true) : oURL.removeParam(pic, "useDynamicPic"));
IsHttpEnvi && ele.addEventListener("DOMNodeRemoved", (event) => {
if (event.target === ele && (!ele.id || !$(ele.id))) {
setTimeout(self.RemoveDynamicPic.bind(self), 1);
}
});
self.EleBody.src = self.PicArr[self.NormalGif];
});
},
BirthCallBack(self) {
let delayT = self.delayT;
let id = self.id;
let ele = self.Ele = $(id);
self.EleShadow = ele.firstChild;
self.EleBody = ele.childNodes[1];
if (delayT) {
oSym.addTask(delayT, () => {
self.freeStaticEffect(self, "SetBody");
$Z[id] && SetBlock(ele);
});
} else {
SetBlock(ele);
}
},
RemoveDynamicPic() {
const self = this;
const BlobUrlStorage = oDynamicPic.__BlobUrlStorage__;
const ProtoPicArr = self.__proto__.PicArr;
self.PicArr.forEach((pic, idx) => {
let originalURL = ProtoPicArr[idx];
if (/^blob:/.test(pic) && oURL.getParam(originalURL, "forbidRemoving") !== "true") {
oDynamicPic.remove(pic, oURL.removeParam(originalURL));
}
});
},
getCrushed: function(c) {
return true
},
getRaven: function() {
return this.DisappearDie(),
1
},
getShield(self, HP) {
if (self.ShieldHP > 0) return;
self.ShieldHP=self.ShieldHP+HP;
self.OShieldHP = self.ShieldHP;
let ele = self.Ele;
let scl = 0.75 + 0.03 * self.OShieldHP;
NewImg(`buff_shield_${Math.random()}`, "images/Zombies/buff_shield.png", (self.getShieldCSS ? self.getShieldCSS(self) : "left:65px;top:"+(60+self.OShieldHP)+"px;") + "z-index:5; opacity:0; transform: scale(" + (scl * 2) + ");", ele, {
className: 'buff_shield'
});
oEffects.Animate(ele.querySelector('.buff_shield'), {
opacity: 1,
transform: "scale(" + scl + ")"
}, 0.3 / oSym.NowSpeed);
oAudioManager.playAudio("shield_get");
// 兴奋buff可以抵消僵尸的削弱/定身效果
self.freeStaticEffect(self, "All");
if (self.FreeSlowTime || self.FreeVertigoTime || !self.isNotStaticed()) {
self.Speed = self.OSpeed;
self.Attack = self.OAttack;
self.FreeSlowTime = 0;
self.FreeVertigoTime = 0;
ClearChild(...ele.querySelectorAll('.buff_freeze,.buff_vertigo'));
!$User.LowPerformanceMode && EditCompositeStyle({
ele: self.EleBody,
styleName: 'filter',
delFuncs: [
['url', oSVG.getSVG('getSnowPea')]
],
option: 2
});
return;
}
},
getShieldHit(self) {
self.ShieldHP--;
let ele = self.Ele;
let scl = 0.75 + 0.03 * self.OShieldHP;
if (self.ShieldHP <= 0) {
oSym.addTask(100, () => {
oAudioManager.playAudio("shield_dispel");
oEffects.Animate(ele.querySelector('.buff_shield'), {
opacity: 0,
transform: "scale(" + (scl * 1.5) + ")"
}, 0.3 / oSym.NowSpeed, null, ClearChild);
});
} else if (Math.ceil(self.ShieldHP) === Math.ceil(self.OShieldHP / 2)) {
ClearChild(ele.querySelector('.buff_shield'));
NewImg(`buff_shield_${Math.random()}`, "images/Zombies/buff_shield_2.png", (self.getShieldCSS ? self.getShieldCSS(self) : "left:65px;top:" + (60 + self.OShieldHP) + "px;") + "z-index:5; transform: scale(" + scl + ");", ele, {
className: 'buff_shield'
});
}
},
/* 如果僵尸血量大于1800，则扣除血量1800
如果僵尸血量小于1800，则可被炸弹直接炸死 */
getExplosion: function() {
let self = this,
dmg = Math.round(500/self.ResistInsta);
if (self.ShieldHP > 0) {
self.getShieldHit(self);
}
else {self.HP > dmg ? self.HP -= dmg : $Z[self.id] && !self.isGoingDie && self.ExplosionDie();}
},
getThump: function() {
this.DisappearDie()
},
PlayNormalballAudio: function() {
oAudioManager.playAudio("splat" + Math.floor(1 + Math.random() * 3))
},
PlayFireballAudio: function() {
oAudioManager.playAudio("ignite");
},
PlaySlowballAudio: function() {
oAudioManager.playAudio("frozen")
},
/* 僵尸定身效果封装代码 开始 */
// 创建定身用的静态canvas
createStaticCanvas(self, body) {
const Width = body.width;
const Height = body.height;
let canvas = NewEle(self.id + "_StaticBody", "canvas", body.style.cssText, {
"width": Width,
"height": Height,
}, self.Ele);
let ctx = canvas.getContext("2d");
ctx.drawImage(body, 0, 0, Width, Height);
SetNone(body);
self.__TMP_ELEBODY__ = body;
self.EleBody = canvas;
for (let { nodeName, nodeValue } of self.__TMP_ELEBODY__.attributes) {
if (!/id|width|height|style|src/.test(nodeName)) {
canvas.setAttribute(nodeName, nodeValue);
}
}
return canvas;
},
// 定时轮询，实时监控僵尸状态
// 一方面在僵尸死亡时及时强制触发freeStaticEffect（垂死不需要额外监控，通过GoingDie方法触发即可）
// 另一方面，控制canvas贴图和僵尸真正的EleBody（即参数中的bodyElement）同步
pollStaticStation(self, id, bodyElement, lastSrc) {
const draw = (token, canvas) => {
// 如果有更加新的贴图被更新过来，则放弃当前的绘制操作
if (!$Z[id] || token !== self.ChangeBodyImageToken) return;
let ctx = canvas.getContext("2d");
let [width, height] = [canvas.width, canvas.height];
ctx.clearRect(0, 0, width, height);
ctx.drawImage(bodyElement, 0, 0, width, height);
}
if (self.isNotStaticed()) return;
if (!$Z[id]) {
self.freeStaticEffect(self, "All");
} else if ($Z[id] && !self.isGoingDie) {
let newSrc = lastSrc;
let canvas = self.__CanvasBody__;
if (canvas) {
// 如果canvas的src属性被更新，则需要进行同步
if (canvas.src && canvas.src !== lastSrc) {
// 取得更新到canvas元素的src值，将其应用到真正的EleBody上
newSrc = bodyElement.src = canvas.src;
canvas.src = "";
// 监控真正的EleBody的加载状态，以便加载完成后将新贴图绘制到canvas上
let token = self.ChangeBodyImageToken = oSym.Now;
bodyElement.complete ?
draw(token, canvas) :
bodyElement.addEventListener("load", draw.bind(null, token, canvas), {
once: true
});
}
}
// 调用自定义函数更新僵尸糊脸图案（如黄油）的css信息（如有需要的话）
for (let effect of self.StaticEffectList) {
let func = self.__UpdateImgFuncs__[effect];
func && func(self, $(`${id}_StaticEffect_${effect}`), canvas);
}
// 递归实现轮询监控
oSym.addTask($User.LowPerformanceMode ? 3 : 2,
self.pollStaticStation, [self, id, bodyElement, newSrc]);
}
},
// 解除僵尸定身效果
freeStaticEffect(self, type, isNormal = false) {
const list = self.StaticEffectList;
const freeEffect = (type) => {
list.delete(type);
oSym.removeTask(self.__NormalTask__[type]);
ClearChild($(`${self.id}_StaticEffect_${type}`));
self[`Free${type}Time`] = 0;
};
if (self.isNotStaticed() || type !== "All" && !list.has(type)) {
return;
}
if (type === "All") {
for (let _type of list) freeEffect(_type);
} else {
freeEffect(type);
}
// 如果僵尸的所有定身效果都已经解除
// 则清除canvas，恢复僵尸原本的EleBody
let canvas = self.__CanvasBody__;
if (list.size <= 0) {
// 重新显示EleBody
if ($Z[self.id] && canvas) {
let body = self.EleBody = self.__TMP_ELEBODY__;
canvas.src && canvas.src !== body.src && (body.src = canvas.src);
body.style.cssText = canvas.style.cssText;
for (let { nodeName, nodeValue } of canvas.attributes) {
if (!/id|width|height|style|src/.test(nodeName)) {
body.setAttribute(nodeName, nodeValue);
}
}
SetBlock(body);
ClearChild(canvas);
}
delete self.__TMP_ELEBODY__;
delete self.__CanvasBody__;
delete self.__NormalTask__;
}
// 考虑到游戏设计的灵活性，不再对回调函数进行进一步封装！
// 请自行根据需要编写僵尸解除定身后的代码！
let callback = self.__NormalCallback__[type];
callback && callback(self, list.size <= 0, isNormal, list);
},
// 注：imgConfig包含{ src, render, update }
getStatic({time, type, callback, forced = false, usePolling = true, useStaticCanvas = true, imgConfig}) {
let self = this;
let id = self.id;
let body = self.__TMP_ELEBODY__ || self.EleBody;
// StaticEffectList用于标记僵尸处于定身状态
let list = self.StaticEffectList ?? (self.StaticEffectList = new Set());
if (!forced && (!$Z[id] || self.HP < self.BreakPoint || self.isPuppet || self.isGoingDie)) {
return;
}
// 生成canvas，绘制僵尸静态图片
if (!self.__CanvasBody__ && useStaticCanvas) {
self.__CanvasBody__ = self.createStaticCanvas(self, body);
}
// 如果当前僵尸原先未应用定身效果，则需要进行一些初始化
if (list.size <= 0) {
// 初始化属性
self.__UpdateImgFuncs__ = {};
self.__NormalCallback__ = {};
self.__NormalTask__ = {};
// 异步启动监控
usePolling && oSym.addTask(0, self.pollStaticStation, [self, id, body, body.src]);
}
// 如果僵尸当前没有应用这种定身特效
if (!list.has(type)) {
if (imgConfig) {
let {src, render, update} = imgConfig;
render(self, NewImg(`${id}_StaticEffect_${type}`, src, "", self.Ele, {