IAPDemo/Libraries/cocos2d/cocos/editor-support/spine/bake/RedAnimationBakeModel.cpp

//
//  RedSpineBakeModel.cpp
//  empty2dx-desktop
//
//  Created by Liang zhong on 2022/11/5.
//

#include "RedAnimationBakeModel.h"
#include "RedSpineBakeManage.h"

RedAnimationBakeModel::RedAnimationBakeModel(){
    
}

RedAnimationBakeModel::~RedAnimationBakeModel(){
    
}

RedAnimationBakeModel::RedAnimationBakeModel(const std::string  aFileName,const std::string& aAnimateName){
    fileName = aFileName;
    animateName = aAnimateName;
}



RedSlotBakeModel*   RedAnimationBakeModel::getSlotFromKey(int akey){
    return slotArr[akey];
}

RedSlotBakeModel*   RedAnimationBakeModel::findSlotFromKey(int akey){
    if (slotArr.find(akey) == slotArr.end()){
        return nullptr;
    }
    return slotArr[akey];
}



RedSlotBakeModel*   RedAnimationBakeModel::getSlotByDrawOrder(int aIndex,int aFrameNum,int &aCurrentDrawOrderIndex){
    if (aCurrentDrawOrderIndex<(drawOrderArrIndexSize-1)) {
        const DrawOrderMD &dmd = drawOrderArrIndex[aCurrentDrawOrderIndex+1];
        if (dmd.frame<aFrameNum) {
            std::vector<int> &dmdArr = drawOrderArr[dmd.arrIndex];
            aCurrentDrawOrderIndex = aCurrentDrawOrderIndex+1;
            return slotArrVector[dmdArr[aIndex]];
        }else{
            const DrawOrderMD &dmd2 = drawOrderArrIndex[aCurrentDrawOrderIndex];
            const int resIndex = drawOrderArr[dmd2.arrIndex][aIndex];
            return slotArrVector[resIndex];
        }
    }else{
        aCurrentDrawOrderIndex = (int)drawOrderArrIndex.size()-1;
        DrawOrderMD dmd = drawOrderArrIndex[aCurrentDrawOrderIndex];
        std::vector<int> &dmdArr = drawOrderArr[dmd.arrIndex];
        return slotArrVector[dmdArr[aIndex]];
    }
    return nullptr;
}
void RedAnimationBakeModel::handleEventByFrame(Node* target, std::function<void(std::string)> cb){
    for(int i = 0; i < eventArr.size(); i++){
        EventMD emd = eventArr.at(i);
        float time = emd.frame * 1.f / currentFrameRate;
        
        target->scheduleOnce([=](float dt){
            for(int j = 0; j < emd.eventNames.size(); j++){
                std::string eventName = emd.eventNames.at(j);
                CCLOG("[sc : 事件回调 %s]", eventName.c_str());
                if(cb){
                    cb(eventName);
                }
            }
        }, time, StringUtils::format("spine-wwise:%d",emd.frame));
    }
}
//绘制专用
void RedAnimationBakeModel::addSlotByName(RedSlotBakeModel *aSlot){
    slotArr.insert(std::pair<int, RedSlotBakeModel *>(aSlot->getSlotIndex(), aSlot));
}

void RedAnimationBakeModel::setBeginLastDraw(){
    beginLastDraw = true;
}

bool RedAnimationBakeModel::isBeginLastDraw(){
    return beginLastDraw;
}

void RedAnimationBakeModel::setBakeFinish(float alastDrawOverTime){
    isSpineBakeFinish = true;
    lastDrawOverTime = alastDrawOverTime;
    
    std::vector<int> unuseSlotIndexArr;
    //删除slotArr中无用的slot
    for (auto it=slotArr.begin();it!=slotArr.end();) {
        RedSlotBakeModel *slot = it->second;
        slot->finishBake();
        if (slot->slotShoudBeDrawSlot()==false) {
            unuseSlotIndexArr.push_back(slot->getSlotIndex());
            it = slotArr.erase(it);
        }else{
            maxXPos = MAX(maxXPos,slot->getMaxXPos());
            maxYPos = MAX(maxYPos,slot->getMaxYPos());
            minXPos = MIN(minXPos,slot->getMinXPos());
            minYPos = MIN(minYPos,slot->getMinYPos());
            it++;
        }
    }
    
    //移除drawOrderArr中无用的SlotIndex
     for (auto iter = drawOrderArr.begin(); iter != drawOrderArr.end(); iter++) {
         for (auto inner_iter = iter->begin(); inner_iter != iter->end(); ) {
             // 判断当前元素是否需要删除
             auto findIter = std::find(unuseSlotIndexArr.begin(), unuseSlotIndexArr.end(), *inner_iter);
             if (findIter != unuseSlotIndexArr.end()) {
                 inner_iter = iter->erase(inner_iter);// 如果找到了元素
             }else{
                 inner_iter++;// 指向下一个元素
             }
        }
     }

    
    leftBottom = Vec2(minXPos,minYPos);//计算leftTopPos的中心点的位置，用于计算slot是否在屏幕内
    rightTopPos = Vec2(maxXPos,maxYPos);//计算rightBottomPos的size，用于计算Slot是否在屏幕内
    leftBottomSubSizePos = Vec2(minXPos + (maxXPos - minXPos),minYPos + (maxYPos- minYPos));//方便出屏幕判断，预先将leftBottom里面去加上Size，因为leftBottom出界需要判断自己右上角,减少之后的计算
    rightTopSubSizePos = Vec2(maxXPos - (maxXPos - minXPos),maxYPos - (maxYPos- minYPos));//方便出屏幕判断，预先将Rightop里面去减去Size，因为Righttop出界需要判断自己左下角,减少之后的计算
    
    if (RedSpineBakeManage::getInstance()->getAnimateByName(fileName,animateName)==nullptr) {
        RedSpineBakeManage::getInstance()->setCurrentAnimationBakeModel(animateName,this);
    }
}

bool RedAnimationBakeModel::isBakeFinish(){
    return isSpineBakeFinish;
}

int RedAnimationBakeModel::getSlotCount(){
    return slotArrSize;
}

const std::vector<int>& RedAnimationBakeModel::getAllSlotKey(){
    return drawOrderArr[0];
}

void RedAnimationBakeModel::setFileName(const std::string& aFileName){
    fileName = aFileName;
}

const std::string& RedAnimationBakeModel::getFileName(){
    return fileName;
}

void RedAnimationBakeModel::drawOneFrame(){
    totalBakeFrame += 1;
    for (int i=0; i<slotArr.size(); i++) {
        slotArr.at(i)->startBakeOneFrame();
    }
}

void RedAnimationBakeModel::updateDrawOrder(spine::Vector<spine::Slot *> &aDrawList){
    
//    CCLOG("totalBakeFrame:%d ------------------------------------------------------",totalBakeFrame);
    std::vector<int> tmpDrawOrder;
    for (int i = 0, n = (int)aDrawList.size(); i < n; ++i) {
        spine::Slot* slot = aDrawList[i];
        tmpDrawOrder.push_back(slot->getData().getIndex());
    }
    if(drawOrderArr.size()==0){
        drawOrderArr.push_back(tmpDrawOrder);
        DrawOrderMD dmd = {totalBakeFrame, 0};
        drawOrderArrIndex.push_back(dmd);//记录每帧对应用哪个DrawOrder
//        CCLOG("Add 0");
    }else{
        std::vector<int> currentDrawOrder = drawOrderArr.back();
        bool is_equal = (tmpDrawOrder.size() == currentDrawOrder.size()) && std::equal(tmpDrawOrder.begin(), tmpDrawOrder.end(), currentDrawOrder.begin());
        if(is_equal==false){
            int findIndex = -1;
            //先找找drawOrderArr里面有没有相等的
            for (int i=0; i<drawOrderArr.size(); i++) {
                currentDrawOrder = drawOrderArr.back();
                is_equal = (tmpDrawOrder.size() == currentDrawOrder.size()) && std::equal(tmpDrawOrder.begin(), tmpDrawOrder.end(), currentDrawOrder.begin());
                if (is_equal) {
                    findIndex = i;
                }
            }
            if (findIndex==-1) {
                //原本里面没有
                drawOrderArr.push_back(tmpDrawOrder);
                DrawOrderMD dmd = {totalBakeFrame, int(drawOrderArr.size()-1)};
                drawOrderArrIndex.push_back(dmd);//记录每帧对应用哪个DrawOrder
//                CCLOG("X-Add %d  totalBakeFrame:%d",(int)drawOrderArr.size()-1,totalBakeFrame);
            }else{
                //找到了
                DrawOrderMD dmd = {totalBakeFrame, findIndex};
                drawOrderArrIndex.push_back(dmd);//记录每帧对应用哪个DrawOrder
//                CCLOG("m-Add %d",findIndex);
            }
        }
    }

}
//增加一个需要被记录的事件
void RedAnimationBakeModel::addEventData(std::string eventName){
    int currentFrame = totalBakeFrame;
    int findIndex = -1;
    for(int i = 0; i < eventArr.size(); i++){
        EventMD currentEvent = eventArr.at(i);
        if(currentEvent.frame == currentFrame){
            currentEvent.eventNames.push_back(eventName);
            findIndex = i;
            break;
        }
    }
    if(findIndex==-1){
        std::vector<std::string> eventNames;
        eventNames.push_back(eventName);
        EventMD emd = {totalBakeFrame, eventNames};
        eventArr.push_back(emd);
        CCLOG("[sc bake : %s-%s 没找到事件，新建一个 frame: %d  event: %s ]", fileName.c_str(), animateName.c_str(), totalBakeFrame, eventName.c_str());
    }
    else{
        CCLOG("[sc bake : %s-%s 找到事件，添加一个 frame: %d  event: %s ]", fileName.c_str(), animateName.c_str(), totalBakeFrame, eventName.c_str());
    }
}
//增加一个需要被记录的外接bone的名字
void RedAnimationBakeModel::addboneAttachNames(std::string aName){
    boneAttachNames.push_back(aName);
    std::vector<Point> posArr;
    boneAttachs.insert(std::pair<std::string,std::vector<Point>>(aName,posArr));
    boneAttachsVector.clear();
    for (auto& boneAttach : boneAttachs) {
         std::vector<Point>& attachPoints = boneAttach.second; // 获取挂点坐标数组
         boneAttachsVector.push_back(attachPoints);
     }
}

const std::vector<std::string>& RedAnimationBakeModel::getAllboneAttachNames(){
    return boneAttachNames;
}

void RedAnimationBakeModel::bakeAModePointBeginPos(std::string aName,Point aPoint){
    boneAttachsBeginPos[aName] = aPoint;
}


void RedAnimationBakeModel::bakeAModePoint(std::string aName,Point aPoint){
    aPoint = aPoint-boneAttachsBeginPos[aName];
    boneAttachs[aName].push_back(aPoint);
}

const Point& RedAnimationBakeModel::getABakeModePoint(std::string aName,int aFrame){
    return boneAttachs[aName][aFrame];
}

const Point& RedAnimationBakeModel::getABakeModePoint(int aIndex,int aFrame){
    return boneAttachsVector[aIndex][aFrame];
}

int RedAnimationBakeModel::getTotalBakeFrame(){
    return totalBakeFrame;
}

void RedAnimationBakeModel::setTotalBakeFrame(int atotalBakeFrame){
    totalBakeFrame = atotalBakeFrame;
}

void RedAnimationBakeModel::setCurrentFrameRate(int aRate){
    currentFrameRate = aRate;
}

int RedAnimationBakeModel::getCurrentFrameRate(){
    return currentFrameRate;
}

void RedAnimationBakeModel::setLastDrawOverTime(float aLastDrawOverTime){
    lastDrawOverTime = aLastDrawOverTime;
}

float RedAnimationBakeModel::getLastDrawOverTime(){
    return lastDrawOverTime;
}

void RedAnimationBakeModel::setAimationName(const std::string& animName){
    animateName = animName;
}

const std::string& RedAnimationBakeModel::getAimationName(){
    return animateName;
}

bool RedAnimationBakeModel::isMixAnimation(){
    return false;
}

void RedAnimationBakeModel::setMaxXPos(int aMaxXPos){
    maxXPos = aMaxXPos;
}

int RedAnimationBakeModel::getMaxXPos(){
    return maxXPos;
}

void RedAnimationBakeModel::setMaxYPos(int aMaxYPos){
    maxYPos = aMaxYPos;
}

int RedAnimationBakeModel::getMaxYPos(){
    return maxYPos;
}

void RedAnimationBakeModel::setMinXPos(int aMinXPos){
    minXPos = aMinXPos;
}

int RedAnimationBakeModel::getMinXPos(){
    return minXPos;
}

void RedAnimationBakeModel::setMinYPos(int aMinYPos){
    minYPos = aMinYPos;
}

int RedAnimationBakeModel::getMinYPos(){
    return minYPos;
}

void RedAnimationBakeModel::setLeftBottom(const Vec2& pos){
    leftBottom = pos;
}

const Vec2& RedAnimationBakeModel::getLeftBottom(){
    return leftBottom;
}

void RedAnimationBakeModel::setRightTopPos(const Vec2& pos){
    rightTopPos = pos;
}

const Vec2& RedAnimationBakeModel::getRightTopPos(){
    return rightTopPos;
}

void RedAnimationBakeModel::setLeftBottomSubSizePos(const Vec2& pos){
    leftBottomSubSizePos = pos;
}

const Vec2& RedAnimationBakeModel::getLeftBottomSubSizePos(){
    return leftBottomSubSizePos;
}

void RedAnimationBakeModel::setRightTopSubSizePos(const Vec2& pos){
    rightTopSubSizePos = pos;
}

const Vec2& RedAnimationBakeModel::getRightTopSubSizePos(){
    return rightTopSubSizePos;
}

void RedAnimationBakeModel::setSlotArr(const std::map<int,RedSlotBakeModel*>& aSlotArr){
    slotArr = aSlotArr;
    //提高查询性能专用,slotArr的Vector版
    slotArrVector.clear();
    int maxIndex = 1;
    for (auto it = slotArr.begin(); it != slotArr.end(); ++it){
        RedSlotBakeModel *value = it->second;
        if (value->getSlotIndex()>maxIndex) {
            maxIndex = value->getSlotIndex();
        }
    }
    slotArrVector.resize(maxIndex+1);
    for (auto it = slotArr.begin(); it != slotArr.end(); ++it){
        RedSlotBakeModel *value = it->second;
        slotArrVector[value->getSlotIndex()] =value;
    }
    slotArrSize = (int)slotArr.size();
}

const std::map<int,RedSlotBakeModel*>& RedAnimationBakeModel::getSlotArr(){
    return slotArr;
}

void RedAnimationBakeModel::setDrawOrderArr(std::vector<std::vector<int>>& aDrawOrderArr){
    drawOrderArr = aDrawOrderArr;
}

const std::vector<std::vector<int>>& RedAnimationBakeModel::getDrawOrderArr(){
    return drawOrderArr;
}

void RedAnimationBakeModel::setDrawOrderArrIndex(const std::vector<DrawOrderMD>& aDrawOrderArrIndex){
    drawOrderArrIndex = aDrawOrderArrIndex;
    drawOrderArrIndexSize = (int)drawOrderArrIndex.size();
}

const std::vector<DrawOrderMD>& RedAnimationBakeModel::getDrawOrderArrIndex(){
    return drawOrderArrIndex;
}

void RedAnimationBakeModel::setEventArr(const std::vector<EventMD>& aEventArr){
    eventArr = aEventArr;
}
const std::vector<EventMD>& RedAnimationBakeModel::getEventArr(){
    return eventArr;
}

void RedAnimationBakeModel::setBoneAttachs(std::map<std::string,std::vector<Point>>& aBoneAttachs){
    boneAttachs = aBoneAttachs;
    for (auto& boneAttach : boneAttachs) {
        std::vector<Point>& attachPoints = boneAttach.second; // 获取挂点坐标数组
        boneAttachsVector.push_back(attachPoints);
    }
}
//获取指定Key的BoneAttachs在数组的什么位置
int RedAnimationBakeModel::getBoneAttachsSearchIndex(std::string aKey){
    int index=-1;
    for (auto& boneAttach : boneAttachs) {
        index++;
        std::string aName = boneAttach.first; // 获取骨骼名称
        if (aName==aKey) {
            return index;
        }
    }
    return index;
}

const std::map<std::string,std::vector<Point>>& RedAnimationBakeModel::getBoneAttachs(){
    return boneAttachs;
}

std::vector<std::string> RedAnimationBakeModel::getAllgetBoneAttachs() {
  std::vector<std::string> keys;
  // 遍历 boneAttachs map 中的所有键，并将它们存储在 keys vector 中
  for (const auto& kv : boneAttachs) {
    keys.push_back(kv.first);
  }
  return keys;
}