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pearlMap.cpp
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#pragma once
#include"ofMain.h"
#include"pearlMap.h"
void pearlMap::slip()
{
if(playerWho) // player1
{
if(((ofGetMouseX()>=50)&&(ofGetMouseX()<=350))&&((ofGetMouseY()>=150)&&(ofGetMouseY()<=450)))
{
//change with up one
if((ofGetMouseX()>=target_pearl->posX)&&(ofGetMouseX()<=(target_pearl->posX)+50) &&((ofGetMouseY()<=target_pearl->posY)&&(ofGetMouseY()>=target_pearl->posY-50)))
{
if(target>5) //target -6 >=0
{
pearl_swap(target_pearl,find_pearl(target-6));
target -=6;
}
}
//change with down one
else if((ofGetMouseX()>=target_pearl->posX)&&(ofGetMouseX()<=(target_pearl->posX)+50) &&((ofGetMouseY()>=(target_pearl->posY)+50)&&(ofGetMouseY()<=(target_pearl->posY)+100)))
{
if(target <30) //target +6 < 36
{
pearl_swap(target_pearl,find_pearl(target+6));
target +=6;
}
}
//change with left one
else if((ofGetMouseX()>=(target_pearl->posX)-50)&&(ofGetMouseX()<=target_pearl->posX) &&((ofGetMouseY()>=target_pearl->posY)&&(ofGetMouseY()<=(target_pearl->posY)+50)))
{
if(target > 0 ) //target -1 >= 0
{
pearl_swap(target_pearl,find_pearl(target-1));
--target;
}
}
//change with right one
else if((ofGetMouseX()>=(target_pearl->posX)+50)&&(ofGetMouseX()<=(target_pearl->posX)+100) &&((ofGetMouseY()>=target_pearl->posY)&&(ofGetMouseY()<=(target_pearl->posY)+50)))
{
if(target < 35) //target +1 <36
{
pearl_swap(target_pearl,find_pearl(target+1));
++target;
}
}
else
{
//cout << ">w<" << endl;
}
}
}
else //player 2
{
if(((ofGetMouseX()>=650)&&(ofGetMouseX()<=950))&&((ofGetMouseY()>=150)&&(ofGetMouseY()<=450)))
{
//change with up one
if((ofGetMouseX()>=target_pearl->posX)&&(ofGetMouseX()<=(target_pearl->posX)+50) &&((ofGetMouseY()<=target_pearl->posY)&&(ofGetMouseY()>=target_pearl->posY-50)))
{
if(target>5) //target -6 >=0
{
pearl_swap(target_pearl,find_pearl(target-6));
target -=6;
}
}
//change with down one
else if((ofGetMouseX()>=target_pearl->posX)&&(ofGetMouseX()<=(target_pearl->posX)+50) &&((ofGetMouseY()>=(target_pearl->posY)+50)&&(ofGetMouseY()<=(target_pearl->posY)+100)))
{
if(target <30) //target +6 < 36
{
pearl_swap(target_pearl,find_pearl(target+6));
target +=6;
}
}
//change with left one
else if((ofGetMouseX()>=(target_pearl->posX)-50)&&(ofGetMouseX()<=target_pearl->posX) &&((ofGetMouseY()>=target_pearl->posY)&&(ofGetMouseY()<=(target_pearl->posY)+50)))
{
if(target > 0 ) //target -1 >= 0
{
pearl_swap(target_pearl,find_pearl(target-1));
--target;
}
}
//change with right one
else if((ofGetMouseX()>=(target_pearl->posX)+50)&&(ofGetMouseX()<=(target_pearl->posX)+100) &&((ofGetMouseY()>=target_pearl->posY)&&(ofGetMouseY()<=(target_pearl->posY)+50)))
{
if(target < 35) //target +1 <36
{
pearl_swap(target_pearl,find_pearl(target+1));
++target;
}
}
else
{
//cout << ">w<" << endl;
}
}
}
}
void pearlMap::cpuSlip()
{
if(this->cpuDir_loc == STEPSIZE) //slip finished
{
bSlipped = true;
this->moving = false;
cpuDir_loc = 0;
//countDFS = 0;
//max_loc=0;
MaxDFS = -30000;
}
else
{
if(this->bCalculated)
{
if (cpuDir[cpuDir_loc] == U && target >= 6)
{
pearl_swap(target_pearl,find_pearl(target-6));
target -=6;
}
else if(cpuDir[cpuDir_loc] == D && target < 30)
{
pearl_swap(target_pearl,find_pearl(target+6));
target +=6;
}
else if(cpuDir[cpuDir_loc] == L && target >= 1)
{
pearl_swap(target_pearl,find_pearl(target-1));
--target;
}
else if(cpuDir[cpuDir_loc] == R && target <35)
{
pearl_swap(target_pearl,find_pearl(target+1));
++target;
}
else
cout << "ERROR in cpuSlip,calculation has problems" << endl;
++cpuDir_loc;
}
}
}
void pearlMap::getTargetPearl(int _loc) //for cpu player
{
if(moving)
{
target = _loc;
target_pearl = find_pearl(target);
target_pearl->bTargeted = true;
}
}
void pearlMap::getTargetPearl() //for human player
{
if(moving)
{
int x,y;
//get target pearl
if(playerWho) //player1
{
if(((ofGetMouseX()>=50)&&(ofGetMouseX()<=350))&&((ofGetMouseY()>=150)&&(ofGetMouseY()<=450)))
{
x = (ofGetMouseX()-49)/50;
y = (ofGetMouseY()-149)/50;
}
}
else // player2
{
if(((ofGetMouseX()>=650)&&(ofGetMouseX()<=950))&&((ofGetMouseY()>=150)&&(ofGetMouseY()<=450)))
{
x = (ofGetMouseX()-649)/50;
y = (ofGetMouseY()-149)/50;
}
}
target = 6*y+x;//calculate target
//prevent target out of range
if(target >=0 && target <36)
target_pearl = find_pearl(target);
else
target_pearl = NULL;
}
target_pearl->bTargeted = true;
}
void pearlMap::fallDown()
{
while(fallDownPair.empty() == false)
{
comboPearl tmp = fallDownPair.back();//get access to the fallDOwnPair
int loc = tmp.loc;
for(int i=0;i<tmp.number;++i)
{
if(tmp.dir == 0)//horizontal bomb
{
if(removeOrNot[loc] == true)
{
pearl newPearl(playerWho);
newPearl.number = loc;
switch(rand()%6)
{
case 0:
newPearl.attribute = red;
break;
case 1:
newPearl.attribute = yellow;
break;
case 2:
newPearl.attribute = green;
break;
case 3:
newPearl.attribute = blue;
break;
case 4:
newPearl.attribute = purple;
break;
case 5:
newPearl.attribute = pink;
break;
}
pearls.push_back(newPearl);//refresh the newPearl
removeOrNot[loc] = false;
}
++loc;
}
else // vertical bomb
{
if(removeOrNot[loc] == true)
{
pearl newPearl(playerWho);
newPearl.number = loc;
switch(rand()%6)
{
case 0:
newPearl.attribute = red;
break;
case 1:
newPearl.attribute = yellow;
break;
case 2:
newPearl.attribute = green;
break;
case 3:
newPearl.attribute = blue;
break;
case 4:
newPearl.attribute = purple;
break;
case 5:
newPearl.attribute = pink;
break;
}
pearls.push_back(newPearl);//refresh the newPearl
removeOrNot[loc] = false;
}
loc+=6;
}
}
fallDownPair.pop_back();
}
}
int pearlMap::calculate()
{
bSlipped = false;
/*calculate begin*/
int ini_target = rand()%36;
int _target = ini_target;
for(int i=0;i<MAPSIZE;++i)
{
pearl* tmp = find_pearl(i);
if (tmp->attribute == red){pearls_tmp[i] = 0;}
else if (tmp->attribute == yellow){pearls_tmp[i] = 1;}
else if (tmp->attribute == green){pearls_tmp[i] = 2;}
else if (tmp->attribute == blue){pearls_tmp[i] = 3;}
else if (tmp->attribute == purple){pearls_tmp[i] = 4;}
else {pearls_tmp[i] = 5;}
}
/*Idiot*/
//AI();
//AI();
/*Greedy Method*/
//AI_1(ini_target);
/*DFS*/
for(int j=1;j<=10;++j)
{
cout << (j-1)*10 << " ~ " << (10*j)-1 << "@" << ofGetElapsedTimef() <<endl;
//cout << "LALALALLALALALALALA" << endl;
DFS(1,_target,U,j); testDir[0] = U;
DFS(1,_target,D,j); testDir[0] = D;
DFS(1,_target,L,j); testDir[0] = L;
DFS(1,_target,R,j); testDir[0] = R;
MaxDFS = -30000;
//DFSdecide(j);
//cout << "LALALALLAL" << endl;
for(int i=10*(j-1);i<j*10;++i)
{
if (cpuDir[i] == U && _target >= 6)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[_target-6]);
_target -=6;
}
else if(cpuDir[i] == D && _target < 30)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[_target+6]);
_target +=6;
}
else if(cpuDir[i] == L && _target >= 1)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[_target-1]);
--_target;
}
else if(cpuDir[i] == R && _target <35)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[_target+1]);
++_target;
}
else
cout << "ERROR in cpuSlip@calculate,calculation has problems" << endl;
}
}
bCalculated = true;
/*calculate end*/
return ini_target; // return initial target pearl location
}
int pearlMap::calCombo()
{
attack = 0;
comboNum = 0;
//check row
for(int j=0;j<sqrt(MAPSIZE);++j)
{
int loc = 6*j;//every row's 1st element
queue<pearl*> combo;
combo.push(find_pearl(loc));
for(int i=1;i<sqrt(MAPSIZE);++i)
{
if(combo.size()<4)
{
pearl* test = find_pearl(loc+1);
if(test->attribute == combo.back()->attribute)
{
combo.push(test);
++loc;
}
else
{
while(combo.empty() == false)
{
combo.pop(); //make it empty
}
combo.push(test);
++loc;
}
}
else
{
pearl* test = find_pearl(loc+1);
if(test->attribute == combo.back()->attribute)
{
combo.push(test);
++loc;
}
else
{ //calculate
attack += 50*(combo.size());
++comboNum;
comboPearl a;
a.loc = combo.front()->number;
a.dir = 0;
a.number = combo.size();
bomb(a);
fallDownPair.push_back(a);
break;
}
}
if(i==5&&combo.size()>=4)
{
attack += 50*(combo.size());
++comboNum;
comboPearl a;
a.loc = combo.front()->number;
a.dir = 0;
a.number = combo.size();
bomb(a);
fallDownPair.push_back(a);
}
}
}//
//check column
for(int i=0;i<sqrt(MAPSIZE);++i)
{
int loc = i;
queue<pearl*> combo;
combo.push(find_pearl(loc));
for(int j=1;j<sqrt(MAPSIZE);++j)
{
if(combo.size()<4)
{
pearl* test = find_pearl(loc+6);
if(test->attribute == combo.back()->attribute)
{
combo.push(test);
loc +=6;
}
else
{
while(combo.empty() == false)
{
combo.pop();
}
combo.push(test);
loc +=6;
}
}
else
{
pearl* test = find_pearl(loc+6);
if(test->attribute == combo.back()->attribute)
{
combo.push(test);
loc +=6;
}
else
{ //calculate
attack += 50*(combo.size());
++comboNum;
comboPearl a;
a.loc = combo.front()->number;
a.dir = 1;
a.number = combo.size();
fallDownPair.push_back(a);
bomb(a);
break;
}
}
if(j==5&&combo.size()>=4)
{
attack += 50*(combo.size());
++comboNum;
comboPearl a;
a.loc = combo.front()->number;
a.dir = 1;
a.number = combo.size();
fallDownPair.push_back(a);
bomb(a);
}
}
}
for(int i=0;i<MAPSIZE;++i)
pearls[i].bTargeted = false;
attack*=(1+(0.2*comboNum));
return attack;
}
void pearlMap::draw()
{
int currentTargetPearl;
for(int i=0;i<MAPSIZE;++i)
{
if(pearls[i].bTargeted)
currentTargetPearl = i;
this->pearls[i].draw();
}
if(this->moving == true&¤tTargetPearl<=35&¤tTargetPearl>=0)
this->pearls[currentTargetPearl].draw();
}
void pearlMap::pearl_swap(pearl* a,pearl* b)//CANNOT change the attribute
{
pearl tmp(playerWho);
tmp.number = a->number;//because I let posX,posY are number-dependent,so we just need to swap the number
//tmp.bTargeted = a->bTargeted;
//tmp.attribute = a->attribute;
a->number = b->number;
//a->bTargeted = b->bTargeted;
//a->attribute = b->attribute;
b->number = tmp.number;
//b->bTargeted = tmp.bTargeted;
//b->attribute = tmp.attribute;
}
void pearlMap::pearl_swap_cpu(int* a,int* b)
{
int tmp;
tmp = *a;
*a = *b;
*b = tmp;
}
void pearlMap::update()
{
for(int i=0;i<MAPSIZE;++i)
{
pearls[i].update();
}
}
void pearlMap::setPlayer(bool _p)
{
playerWho = _p;
for(int i=0;i<MAPSIZE;++i)
{
pearl _pearl(playerWho);
_pearl.number = i;
if(playerWho) //player1
{
_pearl.posX = 50+(i%6)*50;
_pearl.posY = 150+(i/6)*50;
}
else
{
_pearl.posX = 650+(i%6)*50;
_pearl.posY = 150+(i/6)*50;
}
//produce the initial pearlMap
switch(rand()%6)
{
case 0:
_pearl.attribute = red;
break;
case 1:
_pearl.attribute = yellow;
break;
case 2:
_pearl.attribute = green;
break;
case 3:
_pearl.attribute = blue;
break;
case 4:
_pearl.attribute = purple;
break;
case 5:
_pearl.attribute = pink;
break;
}
/*for test*/
/*switch((i+1)%6)
{
case 0:
_pearl.attribute = red;
break;
case 1:
_pearl.attribute = yellow;
break;
case 2:
_pearl.attribute = green;
break;
case 3:
_pearl.attribute = blue;
break;
case 4:
_pearl.attribute = purple;
break;
case 5:
_pearl.attribute = pink;
break;
}*/
this->pearls.push_back(_pearl);
}
}
void pearlMap::bomb(comboPearl _p) //_dir shows whether it is horizontal or vertical,horizontal->0,vertical->1 corner->leftest,uppest
{
if(_p.dir == 0)//horizontal bomb
{
int loc = _p.loc;
for(int i=0;i<_p.number&&loc <36;++i)
{
pearl* a = find_pearl(loc);
a->bBombing = true;
removeOrNot[a->number] = true;
++loc;
pearlBombing.play();
//call gameEvent
static GameEvent newEvent;
newEvent.message = "pearl "+ofToString(a->number,1)+"\n";
newEvent.p = a;
ofNotifyEvent(GameEvent::events, newEvent);
}
}
else //vertical bomb
{
int loc = _p.loc;
for(int i=0;i<_p.number&&loc<36;++i)
{
pearl* a = find_pearl(loc);
a->bBombing = true;
removeOrNot[a->number] = true;
loc+=6;
pearlBombing.play();
//call gameEvent
static GameEvent newEvent;
newEvent.message = "pearl "+ofToString(a->number,1)+"\n";
newEvent.p = a;
ofNotifyEvent(GameEvent::events, newEvent);
}
}
}
//just idiot...lol
void pearlMap::AI()
{
for(int i=0;i<STEPSIZE;++i)
{
bool ok = false;
do{
switch(rand()%4)
{
case 0:
cpuDir[i] = U;
if(cpuDir[i-1]!=D) ok = true;
break;
case 1:
cpuDir[i] = D;
if(cpuDir[i-1]!=U) ok = true;
break;
case 2:
cpuDir[i] = L;
if(cpuDir[i-1]!=R) ok = true;
break;
case 3:
cpuDir[i] = R;
if(cpuDir[i-1]!=L) ok = true;
break;
}
}while(!ok);
}
}
//implemented by Greedy Method
void pearlMap::AI_1(int _target)
{
for(int i=0;i<STEPSIZE;++i)
{
if(_target >=6 ) //U
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-6]);
scores[0] = heuristic(pearls_tmp);
cout << "U scores:" << scores[0] << endl;
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-6]);//recover
}
else
scores[0] = -30000;
if(_target < 30 ) //D
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+6]);
scores[1] = heuristic(pearls_tmp);
cout << "D scores:" << scores[1] << endl;
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+6]);//recover
}
else
scores[1] = -30000;
if(_target >0 ) //L
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-1]);
scores[2] = heuristic(pearls_tmp);
cout << "L scores:" << scores[2] << endl;
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-1]);//recover
}
else
scores[2] = -30000;
if(_target<35 ) //R
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+1]);
scores[3] = heuristic(pearls_tmp);
cout << "R scores:" << scores[3] << endl;
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+1]);//recover
}
else
scores[3] = -30000;
//excute the best step
if(findScoreMax(cpuDir[i-1]) == 0)
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-6]);
_target-=6;
cpuDir[i] = U;
cout << "U" << endl;
}
else if(findScoreMax(cpuDir[i-1]) == 1)
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+6]);
_target+=6;
cpuDir[i] = D;
cout << "D" << endl;
}
else if(findScoreMax(cpuDir[i-1]) == 2)
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target-1]);
--_target;
cpuDir[i] = L;
cout << "L" << endl;
}
else
{
pearl_swap_cpu(&pearls_tmp[_target],&pearls_tmp[_target+1]);
++_target;
cpuDir[i] = R;
cout << "R" << endl;
}
}
}
short pearlMap::heuristic(int currentTable[])
{
short score = 0;
//check row
for(int j=0;j<sqrt(MAPSIZE);++j)
{
int loc= 6*j;
queue<int>combo;
int t = currentTable[loc];
combo.push(t);
for(int i=1;i<sqrt(MAPSIZE);++i)
{
int test = currentTable[loc+1];
if(test == combo.back())
{
combo.push(test);
++loc;
}
else
{
//exception process
if(i==3 && combo.size()==3)
score +=3;
while(combo.empty() == false)
{
combo.pop(); //make it empty
}
combo.push(test);
++loc;
if(i >= sqrt(MAPSIZE)-2) //no more good heuristic score
break;
}
}
if (combo.size() == 3) {score+= 3;}
else if(combo.size() == 4) {score+=30;}
else if(combo.size() == 5) {score+=32;}
else if(combo.size() == 6) {score+=35;}
else if(combo.size()>6) {cout << "ERROR IN HEURISTIC" << endl;}
while(combo.empty() == false)
{
combo.pop(); //make it empty
}
}
//check column
for(int i=0;i<sqrt(MAPSIZE);++i)
{
int loc = i;
queue<int>combo;
combo.push(currentTable[loc]);
for(int j=1;j<sqrt(MAPSIZE);++j)
{
int test = currentTable[loc+6];
if(test == combo.back())
{
combo.push(test);
loc+=6;
}
else
{
//exception process
if(j==3 &&combo.size()==3)
score+=3;
while(combo.empty() == false)
{
combo.pop(); //make it empty
}
combo.push(test);
loc+=6;
if(j >= sqrt(MAPSIZE)-1)
break;
}
}
if (combo.size() == 3) {score+= 3;}
else if(combo.size() == 4) {score+=30;}
else if(combo.size() == 5) {score+=32;}
else if(combo.size() == 6) {score+=35;}
else if(combo.size()>6) {cout << "ERROR IN HEURISTIC" << endl;}
while(combo.empty() == false)
{
combo.pop(); //make it empty
}
}
return score;
}
void pearlMap::DFS(int round,int target,Dir preDir,int j)
{
//cout << "countDFS:" << countDFS << endl;
if(round < MAXROUND) //1st preDir在前方calculate已做處理
{
//U
if(target >=6 && preDir!=D)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-6]);
testDir[round] = U;
DFS(round+1,target-6,U,j);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-6]);
}
//D
if(target <30&& preDir!=U)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+6]);
testDir[round] = D;
DFS(round+1,target+6,D,j);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+6]);
}
//L
if(target>=1&& preDir!=R)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-1]);
testDir[round] = L;
DFS(round+1,target-1,L,j);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-1]);
}
//R
if(target<36&& preDir!=L)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+1]);
testDir[round] = R;
DFS(round+1,target+1,R,j);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+1]);
}
}
else //round reaches MAXROUND
{//j:1~10
short score= DFS_cal(0,target,preDir);
if(score > MaxDFS)
{
MaxDFS = score;
for(int i=0;i<10;++i){
cpuDir[(j-1)+i] = testDir[i];
}
}
}
}
int pearlMap::DFS_cal(int round,int target,Dir preDir)
{
if(round < MAXSEARCHROUND)
{
if(target >=6 && preDir!=D)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-6]);
DFS_cal(round+1,target-6,U);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-6]);
}
//D
if(target <30 && preDir!=U)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+6]);
DFS_cal(round+1,target+6,D);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+6]);
}
//L
if(target>=1 && preDir!=R)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-1]);
DFS_cal(round+1,target-1,L);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target-1]);
}
//R
if(target<36&& preDir!=L)
{
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+1]);
DFS_cal(round+1,target+1,R);
pearl_swap_cpu(&pearls_tmp[target],&pearls_tmp[target+1]);
}
}
else
return heuristic(pearls_tmp);
}
/*void pearlMap::DFSdecide(int j)
{//j:1~10
//short maxScore = scores[max_loc];
for(int i=1;i<=10;++i)
{
if (maxScore%4==0){cpuDir[10*j-i] = U;}
else if(maxScore%4==1){cpuDir[10*j-i] = D;}
else if(maxScore%4==2){cpuDir[10*j-i] = L;}
else {cpuDir[10*j-i] = R;}
maxScore/=4;
}
if(maxScore!=0) cout <<"ERROR IN DFS_decide" << endl;
}*/
int pearlMap::findScoreMax(Dir preDir)
{
int loc=0;
bool choose = false;
for(int i=1;i<4;++i)
{
if(scores[loc] < scores[i])
{
if(((i==1) && (preDir == U))||((i==2)&&(preDir == R))||((i==3)&&(preDir == L)))
continue;
loc = i;
choose = true;
}
}
if(choose)
return loc;
else
{
do{
loc = rand()%4;
}while(scores[loc]==-30000);
return loc;
}
}
pearl* pearlMap::find_pearl(int num)
{
for(int i=0;i<MAPSIZE;++i)
{
if(this->pearls[i].number == num)
return &this->pearls[i];
}
cout << "CANNOT FIND: " << num << endl;
}