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pietcore.cpp
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pietcore.cpp
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#include "pietcore.h"
#include "executingpietlibraries.h"
#include "loadpietdll.h"
#include <iostream>
#include <queue>
#include <string>
#include <unordered_set>
#include <QPoint>
#include <QDir>
#include <QTextStream>
#include <tuple>
using namespace std;
QString PietCore::rootpath ;
bool PietCore::outputMediumFile;
const QRgb PietCore::normalColors[3][7] = {
{ qRgb(255,192,192),qRgb(255,255,192),qRgb(192,255,192),qRgb(192,255,255),qRgb(192,192,255),qRgb(255,192,255),qRgb(255,255,255)},
{ qRgb(255, 0, 0),qRgb(255,255, 0),qRgb( 0,255, 0),qRgb( 0,255,255),qRgb( 0, 0,255),qRgb(255, 0,255),qRgb( 0, 0, 0)},
{ qRgb(192, 0, 0),qRgb(192,192, 0),qRgb( 0,192, 0),qRgb( 0,192,192),qRgb( 0, 0,192),qRgb(192, 0,192),qRgb(255,255,255)}
};
const QString PietCore::normalOrders[3][7] = {
{QString("* \nU tf-8"), QString("+ add\nappend") ,QString("/ div\nmatch"),QString("<great\nfile") , QString("Ｄ up") , QString("ｉ n(c)") ,QString("SPACE")},
{QString("p ush"),QString("- sub\nsplit") ,QString("% mod\nzip") ,QString("@point\nlast") , QString("Ｒ oll\ndll"), QString("Ｏ ut(n)\nnodes"),QString("Ｂ lack")},
{QString("P op♪"), QString("* mul\nprod") ,QString("! not") ,QString("^switch\nflat") , QString("Ｉ n(n)") , QString("ｏ ut(c)") ,QString("Ｕ ser\n insert")}
};
const EOrder PietCore::normalEOrders[3][7] = {
{EOrder::Same,EOrder::Add,EOrder::Div,EOrder::Great,EOrder::Dup,EOrder::InC,EOrder::Exception},
{EOrder::Push,EOrder::Sub,EOrder::Mod,EOrder::Point,EOrder::Roll,EOrder::OutN,EOrder::Exception},
{EOrder::Pop,EOrder::Mul,EOrder::Not,EOrder::Switch,EOrder::InN,EOrder::OutC,EOrder::Exception},
};
QHash<QString,std::tuple<std::vector<std::vector<int>>,std::vector<std::vector<Point8>> >> PietCore::Coded_Pos8_Hash;
PietCore::PietCore( function<void(QString)> outPutFunction, function<QChar(void)>inPutCharFunction , function<int(bool &)> inPutNumFunction,bool outputMedium){
stack = vector<PietTree>();
coded = vector<vector<int>>();
pos8 = vector<vector<Point8>>();
PietCore::outputMediumFile = outputMedium;
init(outPutFunction,inPutCharFunction,inPutNumFunction);
}
void PietCore::init(function<void(QString)> outPutFunction, function<QChar(void)>inPutCharFunction , function<int(bool &)> inPutNumFunction){
dp=dpR;cc = ccL;processWallCount= step = w = h = 0;
pos = QPoint(0,0);
finished = false;
LightcurrentOrder = currentOrder = QString("");
stack.clear();
coded.clear();pos8.clear();
this->outPutFunction = outPutFunction;
this->inPutCharFunction = inPutCharFunction;
this->inPutNumFunction = inPutNumFunction;
}
namespace std{
template <>struct hash<QPoint>{
size_t operator()(QPoint const & p) const noexcept{
return p.x() > p.y() ?
p.x() * p.x() + p.y() + 1:
p.y() * p.y() + p.x() + p.y() + 1;
}
};
}
void PietCore::search(QPoint me){//実行前にメモ化しておく
if(Pos8(me).defined) return;
constexpr QPoint dR =QPoint(1,0),dD = QPoint(0,1),dL = QPoint(-1,0),dU = QPoint(0,-1);
constexpr QPoint dir[]{dR,dD,dL,dU};
// 1Blockな可能性は高いので先に処理
bool is1Block = true;
auto c0 = Coded(me);
for (auto& d : dir){
if( isInImage(me+d) && c0 == Coded(me+d) ){
is1Block = false;
}
}
if(is1Block){
QPoint pR = me.x() == w - 1 ? Wall : me+dR;
QPoint pD = me.y() == h - 1 ? Wall : me+dD;
QPoint pL = me.x() == 0 ? Wall : me+dL;
QPoint pU = me.y() == 0 ? Wall : me+dU;
pos8[ me.x()][ me.y()] ={pR,pR,pD,pD,pL,pL,pU,pU,true,1};
return;
}
queue<QPoint> bfs; // 次探索する場所
unordered_set<QPoint> seeked; // 探索した場所を保存 (挿入O(1),存在確認O(1))
Point8 res8 = {me,me,me,me,me,me,me,me,true,1};
bfs.push(me);
seeked.insert(me);
while (bfs.size()>0){
QPoint current = bfs.front();
for (auto& d : dir){
QPoint seek = current + d;
if( isInImage(seek)) { //探索リストに追加
if(c0 == Coded(seek) ){
if(seeked.find(seek) == seeked.end()){ //not found
bfs.push(seek);
seeked.insert(seek);
}
}else { //res8に追加
#define CHECK8(DIR8,DPXY,LRXY,OP1,OP2) \
if( (DIR8.DPXY OP1 seek.DPXY) || \
(DIR8.DPXY == seek.DPXY && DIR8.LRXY OP2 seek.LRXY)) DIR8 = seek;
if (d==dR){
CHECK8(res8.RL,x(),y(),<,>);
CHECK8(res8.RR,x(),y(),<,<);
}else if(d==dD){
CHECK8(res8.DL,y(),x(),<,<);
CHECK8(res8.DR,y(),x(),<,>);
}else if(d==dL){
CHECK8(res8.LL,x(),y(),>,<);
CHECK8(res8.LR,x(),y(),>,>);
}else if(d==dU){
CHECK8(res8.UL,y(),x(),>,>);
CHECK8(res8.UR,y(),x(),>,<);
}
#undef CHECK8
}
}else{
if(d == dR) res8.RL = res8.RR = Wall;
else if(d == dD) res8.DL = res8.DR = Wall;
else if(d == dL) res8.LL = res8.LR = Wall;
else if(d == dU) res8.UL = res8.UR = Wall;
}
}
bfs.pop();
}
res8.BlockSize = seeked.size();
for(const auto& s : seeked) pos8[s.x()][s.y()] =res8;
}
void PietCore::setImage(const QImage & image, QString ImagePath, bool UpdateImage){
this->ImagePath = ImagePath;
w = image.width();
h = image.height();
if(!UpdateImage && PietCore::Coded_Pos8_Hash.contains(ImagePath)){
coded = get<0>(PietCore::Coded_Pos8_Hash[ImagePath]);
pos8 = get<1>(PietCore::Coded_Pos8_Hash[ImagePath]);
return ;
}
if (QFile::exists( ImagePath + ".ultra" ) ){
QFile file(ImagePath + ".ultra");
if (file.open(QIODevice::ReadOnly)) {
QTextStream in(&file);
int w ,h;
in >> w >> h;
coded.clear();
coded = vector<vector<int>>(w, vector<int>(h));
pos8.clear();
pos8 = vector<vector<Point8>>(w, vector<Point8>(h));
while(!in.atEnd()){
int x,y;
in >> x >> y ;
in >> coded[x][y] >> pos8[x][y].BlockSize;
int X,Y;
in >> X >> Y; pos8[x][y].RL.setX(X);pos8[x][y].RL.setY(Y);
in >> X >> Y; pos8[x][y].RR.setX(X);pos8[x][y].RR.setY(Y);
in >> X >> Y; pos8[x][y].DL.setX(X);pos8[x][y].DL.setY(Y);
in >> X >> Y; pos8[x][y].DR.setX(X);pos8[x][y].DR.setY(Y);
in >> X >> Y; pos8[x][y].LL.setX(X);pos8[x][y].LL.setY(Y);
in >> X >> Y; pos8[x][y].LR.setX(X);pos8[x][y].LR.setY(Y);
in >> X >> Y; pos8[x][y].UL.setX(X);pos8[x][y].UL.setY(Y);
in >> X >> Y; pos8[x][y].UR.setX(X);pos8[x][y].UR.setY(Y);
}
return;
}
}
coded.clear();
coded = vector<vector<int>>(image.width(), vector<int>(image.height()));
for(auto x : range(w)){
for(auto y : range(h)){
for(auto i : range(3)) for (auto j:range(7)) if(image.pixel(x,y) == normalColors[i][j]){
coded[x][y] = 3*j+i;
goto COLORMATCHED;
}
coded[x][y] = -1* image.pixel(x,y);
COLORMATCHED:;
}
}
//if(coded[0][0] < 0 || coded[0][0] >= 18 ) coded[0][0] = normalColors[0][0]; //普通のPietでは無い場合
pos8.clear();
pos8 = vector<vector<Point8>>(image.width(), vector<Point8>(image.height()));
for(auto x: range(image.width())) for(auto y:range(image.height())) search(QPoint(x,y));
PietCore::Coded_Pos8_Hash[ImagePath] = make_tuple(coded,pos8);
if(this->outputMediumFile){
QFile file(ImagePath + ".ultra");
if (file.open(QIODevice::WriteOnly)){
QTextStream out(&file);
out << image.width() << " " << image.height() << endl;
for(auto x: range(image.width())) for(auto y:range(image.height())){
out << x << " " << y << " "
<< coded[x][y] << " "<< pos8[x][y].BlockSize << " "
<< pos8[x][y].RL.x() << " " << pos8[x][y].RL.y() << " "
<< pos8[x][y].RR.x() << " " << pos8[x][y].RR.y() << " "
<< pos8[x][y].DL.x() << " " << pos8[x][y].DL.y() << " "
<< pos8[x][y].DR.x() << " " << pos8[x][y].DR.y() << " "
<< pos8[x][y].LL.x() << " " << pos8[x][y].LL.y() << " "
<< pos8[x][y].LR.x() << " " << pos8[x][y].LR.y() << " "
<< pos8[x][y].UL.x() << " " << pos8[x][y].UL.y() << " "
<< pos8[x][y].UR.x() << " " << pos8[x][y].UR.y() ;
if (x != image.width()-1 || y != image.height() -1 )out << endl;
}
}
}
}
EOrder PietCore::fromRelativeColor(int from,int to){
if (from < 0 || to < 0) return EOrder::Exception; // 未実装
if (from >= 18 || to >= 20 )return EOrder::Exception; //未実装
if (to == 18) return EOrder::White;
if (to == 19) return EOrder::Black;
if(from % 3 != 0 && to % 3 == 0) to += 3;
if(from % 3 == 2 && to % 3 == 1) to += 3;
to -= (from % 3);
from -= (from % 3);
if (from > to) to += 18; // 下記の表に直す
return (EOrder)(to -from);
}
//enum class EOrder{Same=0,Push,Pop,Add,Sub,Mul,Div,Mod,Not,Great,Point,
// Switch,Dup,Roll,InN,InC,OutN,OutC,White,Black,Exception};
// 0 3 6 9 12 15 18
// 1 4 7 10 13 16 19
// 2 5 8 11 14 17 20(将来のための)// 他は*=-1;
QRgb PietCore::getNormalColor(int nowCode,EOrder nextOrder){
if (nextOrder == EOrder::White) return normalColors[0][6];
else if(nextOrder == EOrder::Black) return normalColors[1][6];
if (nowCode < 0 || nowCode >= 20) return normalColors[0][0]; //Error
if (nowCode == 18 || nowCode == 19) return normalColors[0][0]; //とりあえず基準のあの色を返しておく
int nextOrderCode = (int)nextOrder;
QPoint nextOrderPos = QPoint (nowCode / 3,nowCode % 3) + QPoint (nextOrderCode / 3 ,nextOrderCode % 3);;
return normalColors[nextOrderPos.y() % 3][nextOrderPos.x() % 6];
}
void PietCore::processWall(){
//Change CC,Change DP(時計回り)...
if(processWallCount == 8) {
processWallCount= 0;
finished = true;
return;
}
if(processWallCount % 2 == 0){
cc = (cc == ccR ? ccL : ccR);
currentOrder = QString("Change CC");
LightcurrentOrder = QString("");
}else{
dp = (EDirectionPointer)((int)dp + 1);
while(dp >= 4) dp = (EDirectionPointer)((int)dp - 4);
currentOrder = QString("Change DP");
LightcurrentOrder = QString("");
}
processWallCount ++;
}
#define PROCESARITHMETICORDER(OPERATE,OPERATENAME,LIGHTOPERATE) \
if(stack.size() >= 2){ \
auto v1 = stackTop(); \
stack.pop_back(); \
auto v2 = stackTop(); \
stack.pop_back(); \
OPERATE;\
stack.push_back(v2); \
currentOrder = QString(OPERATENAME);\
LightcurrentOrder = QString(LIGHTOPERATE);\
}else { \
setCurrentOrderLessArgs(); \
}
void PietCore::execOneAction(){
if (finished)return;
Point8 p8 = Pos8(pos);
QPoint nextpos = p8.getbyDPCC(dp,cc);
const int WhiteColor = 18;
const int BlackColor = 19;
if(nextpos == Wall){processWall(); return ;}
int currentcode = Coded(pos);
int nextcode = Coded(nextpos);
if(currentcode < 0 || currentcode > BlackColor) { //Unicode
if(nextcode < 0 || nextcode > BlackColor) currentcode = 0; //unicodeが連続
else if (nextcode == BlackColor) currentcode = 0; //壁
else currentcode = nextcode ; //Unicode => NormalColor はなにもしない
}else if(currentcode == WhiteColor && nextcode == BlackColor) currentcode = 0; //壁
EOrder order = fromRelativeColor(currentcode,nextcode);
auto setCurrentOrderLessArgs= [this] (){currentOrder = QString("Less Arg");LightcurrentOrder = QString("??");};
switch(order){
case EOrder::Same:
currentOrder = QString("Nop");
LightcurrentOrder = QString("Nop");
break; //Unicode => NormalColor
case EOrder::Push:
stack.push_back(PietTree(p8.BlockSize));
currentOrder = QString("Push %1").arg(p8.BlockSize);
LightcurrentOrder = p8.BlockSize < 100 ? QString::number(p8.BlockSize) : QString(p8.BlockSize);
break;
case EOrder::Pop:
if(stack.size() > 0)stack.pop_back();
currentOrder = QString("Pop");
LightcurrentOrder = QString("♪");
break;
case EOrder::Add:
PROCESARITHMETICORDER(v2.append(v1),"Add","＋");
break;
case EOrder::Sub:
PROCESARITHMETICORDER(v2.split (v1),"Sub","-");
break;
case EOrder::Mul:
PROCESARITHMETICORDER(v2.product(v1),"Mul","×");
break;
case EOrder::Div:{
if(stack.size()< 2){ setCurrentOrderLessArgs(); break;}
if(stackTop() .isLeaf() && stackTop().Val() == 0){
PietTree cp = PietTree(stack[stack.size() - 2]);
QString readpath = ( cp.isLeaf()?QString::number(cp.Val()) : cp.toString() );
if(readpath.size() > 2 && readpath[0].unicode() == 'L' && (readpath[1].unicode() == '/' || readpath[1].unicode() == '\\' ) ){
readpath = readpath.mid(2);
if( doesCPPPietLibExist(readpath)){
stack.pop_back(); stack.pop_back();
ExecLib(readpath);
currentOrder = QString("Load LIB") ;
LightcurrentOrder = QString("÷0");
}else {
currentOrder = QString("Load Miss") ;
LightcurrentOrder = QString("??");
}
}else{
readpath += QString(".png");
if(readpath.size() > 2 && readpath[0].unicode() == 'G' && (readpath[1].unicode() == '/' || readpath[1].unicode() == '\\' ) ){
readpath = rootpath + readpath;//GlobalPietCode
}
QImage loadedimage = QImage(readpath);
if(loadedimage.isNull()){
currentOrder = QString("Load Miss") ;
LightcurrentOrder = QString("??");
}else{
stack.pop_back(); stack.pop_back();
currentOrder = QString("Load ") + readpath;
LightcurrentOrder = QString("÷0");
ExecOtherPietCore(loadedimage,readpath);
}
}
break;
}else{ // Div 0 => Read Module
PROCESARITHMETICORDER(v2.match (v1),"Div","÷");
}}break;
case EOrder::Mod:
if(stack.size() < 2){setCurrentOrderLessArgs(); break;}
if(stackTop() .isLeaf() && stackTop().Val() == 0){
stack.pop_back();
int n = (stackTop().isLeaf() ? stackTop().Val(): INT_MAX - 1 );
stack.pop_back();
PietTree::MakeStackByMod0(n,stack);
currentOrder = QString("ToStack");
LightcurrentOrder = QString("%0");
break;
} // Mod 0 => MakeStack
PROCESARITHMETICORDER(v2.zip (v1),"Mod","％");
break;
case EOrder::Not:
if(stack.size() > 0 ){
stackTop() = PietTree( stackTop() .Not()) ;
currentOrder = QString("Not");
LightcurrentOrder = QString("!");
}else{setCurrentOrderLessArgs();}
break;
case EOrder::Great: //v1 < v2 ? 0 : 1
PROCESARITHMETICORDER(v2.loadFile(v1),"Greater","＞");
break;
case EOrder::Point:
if(stack.size() > 0 ){
if(! stackTop().isLeaf()){
stack.push_back(stackTop().popHead());
currentOrder = QString("last");
LightcurrentOrder = QString("＠");
}else{// 時計回り -1 % 4 => -1
dp = (EDirectionPointer)((int)dp + (stackTop().Val() % 4));
stack.pop_back();
while (dp >= 4) { dp =(EDirectionPointer)((int)dp - 4); }
currentOrder = QString("Point");
LightcurrentOrder = arrowFromDP(dp);
}
}else {setCurrentOrderLessArgs();}
break;
case EOrder::Switch:
if(stack.size() > 0 ){ //-1 % 4 => -1
if(! stackTop().isLeaf()){
stackTop().flatten();
currentOrder = QString("flatten");
LightcurrentOrder = QString("＾");
}else{
if(stackTop().Val() % 2 != 0)
cc = (cc == ccR ? ccL : ccR);
stack.pop_back();
currentOrder = QString("Switch");
LightcurrentOrder = QString(cc == ccR ? "cR" :"cL" );
}
}else {setCurrentOrderLessArgs();}
break;
case EOrder::Dup:
if(stack.size() > 0 ){
stack.push_back( stackTop());
currentOrder = QString("Duplicate");
LightcurrentOrder = QString("Ｄ");
}else {setCurrentOrderLessArgs();}
break;
case EOrder::Roll: //DLL
if(stack.size() > 2){
if(!stack[stack.size()-1].isLeaf() || !stack[stack.size()-2].isLeaf()){
if(stack.size() < 4) {setCurrentOrderLessArgs(); break;}
PietTree ppath = stack[stack.size() - 4]; QString spath = ppath.toString();
PietTree pfunc = stack[stack.size() - 3]; QString sfunc = pfunc.toString();
PietTree ptype = stack[stack.size() - 2]; QString stype = ptype.toString();
vector<PietTree> pts = stack[stack.size()-1].Nodes();
bool Miss = false;
PietTree res = LoadPietDLL::LoadDLL(Miss,spath,sfunc,stype,pts);
for(auto i:range(4))stack.pop_back();
if( Miss ){
currentOrder = QString("Dll Miss");
LightcurrentOrder = QString("??");
break;
}else{
stack.push_back(pts);
stack.push_back(res);
currentOrder = QString("Dll Load");
LightcurrentOrder = QString("DL");
}
break;
}
// [2,3,4,3,2,1] => 2,3とPopして,深さ3まで2回転 : [4,3,2,1] => [3,2,4,1] => [2,4,3,1]//PidetのRollはO(depth*roll)だった
int roll = stack[stack.size()-1].Val();
int depth = stack[stack.size()-2].Val();
int forCurrentOrderRoll = roll;
if(depth <= 0) break;//負Rollは無視
if(stack.size() - 2 < depth) break;//depthの方が大きい場合も無視
stack.pop_back();
stack.pop_back();
if(stack.size()==0) break;
roll = roll % depth ; // Pidetはここ微妙に何故か違った
vector<PietTree> copy;
for(auto i:range(depth)) copy.push_back( stack[stack.size() - depth + i ]);
for(auto i:range(depth)) stack[stack.size() - depth + i] =
i - roll < 0 ? copy[i - roll + depth ] : copy[i - roll] ;
currentOrder = QString("Roll d %1,r %2").arg(depth).arg(forCurrentOrderRoll);
LightcurrentOrder = QString("Ｒ");
}else{setCurrentOrderLessArgs();}
break;
case EOrder::InN:{
bool Missed = false;
int gotNum = inPutNumFunction(Missed);
if(Missed){
currentOrder = QString("In(Num) Miss !");
LightcurrentOrder = QString ("??");
}else{
stack.push_back(PietTree(gotNum));
currentOrder = QString("In ") + QString::number(gotNum);
LightcurrentOrder =(-10 < gotNum && gotNum <100)? QString::number(gotNum):QString(gotNum);
}}break;
case EOrder::InC:{
QChar gotChar = inPutCharFunction();
stack.push_back(PietTree(gotChar));
currentOrder = QString("In ") + QString(gotChar);
LightcurrentOrder = QString(gotChar);
} break;
case EOrder::OutN: //Nodes
if(stack.size() > 0){
if(! stackTop().isLeaf()){
PietTree top = stackTop();
int size = top.Nodes().size();
stack.pop_back();
for(auto t : top.Nodes()) stack.push_back(t);
stack.push_back(PietTree(size));
currentOrder = QString("Nodes");
LightcurrentOrder = QString("NO");
}else{
outPutFunction( QString("%1").arg(stackTop().Val()));
currentOrder = QString("Out %1").arg(stackTop().Val());
LightcurrentOrder =(stackTop().Val() >= 0 && stackTop().Val() < 100)?QString::number(stackTop().Val()):QString("ON");
stack.pop_back();
}
}else {setCurrentOrderLessArgs();}
break;
case EOrder::OutC:
if(stack.size() > 0){
QString str = stackTop().toString();
outPutFunction(str);
currentOrder = QString("Out ") + (stackTop().isLeaf() ? str : QString("(C)"));
LightcurrentOrder = (stackTop().isLeaf() ? str : QString("OC"));
stack.pop_back();
}else{setCurrentOrderLessArgs();}
break;
case EOrder::White:{
QPoint searchpos = nextpos;
for (;;searchpos += directionFromDP(dp)){
if(!isInImage(searchpos) || Coded(searchpos) == BlackColor){processWall();return;}
else if (Coded(searchpos) != WhiteColor){
nextpos = searchpos;
currentOrder = QString("Nop");
LightcurrentOrder = QString("");
break;
}
}
}break;
case EOrder::Black: processWall();return;
default: case EOrder::Exception:{
if(Coded (nextpos) >= 0 && Coded (nextpos) < 20) {
currentOrder = QString("Nop") ;
LightcurrentOrder = QString("");
}else{
QString str = QString(PietCore::CutA (-1 * (Coded (nextpos))));
stack.push_back(PietTree(str));
currentOrder = QString("Push ") + str;
LightcurrentOrder = str;
}}break;
}
step++;
pos = nextpos;
processWallCount = 0;
}
#undef PROCESARITHMETICORDER
QString PietCore::printStack(){
auto res = QString ("");
for(auto& s : stack){
res += s.showStack(showStackAsNumber) +QString("\n");
}
return res;
}
QString PietCore::printStatus(){
QString res("");
res += QString("w:%1 * h:%2\n").arg(w).arg(h);
res += QString("x:%1 , y:%2\n").arg(pos.x()).arg(pos.y());
res += QString("DP : %1\n").arg(arrowFromDP(dp));
res += QString("CC : %1\n").arg(cc == ccR ? "R" : "L");
res += QString("Step:%1\n").arg(step);
res += currentOrder + QString("\n");
//res += QString("CS:1\n");//codelsize == 1
return res;
}
void PietCore::ExecOtherPietCore(QImage CorrectImage,QString newFilePath){
if(CorrectImage.isNull() ){return ;}
PietCore othercore = PietCore(outPutFunction,inPutCharFunction,inPutNumFunction);
if(stack.size() > 0){
vector<PietTree> PTTopstack ;
PTTopstack.push_back( stack[stack.size() - 1]);
othercore.setStack(PTTopstack);
stack.pop_back();
}
QString currentDirPath = QDir::currentPath();
othercore.setImage(CorrectImage,newFilePath);
othercore.exec();
for (auto p : othercore.getStack()){ stack.push_back(p); }
QDir::setCurrent(currentDirPath);
}
void PietCore::ExecLib(QString LibPath){ //"L/~~.png" の "~~"部分
if(!doesCPPPietLibExist(LibPath)) return ;
vector<PietTree> PTTopstack ;
if(stack.size() > 0){
PTTopstack.push_back( stack[stack.size() - 1]);stack.pop_back();
}
ExecutingPietLibraries::functionHash[LibPath](PTTopstack);
for (auto p : PTTopstack){ stack.push_back(p); }
}