//--------------------------------------------------------------
void testApp::setup() {
/// test
{
size_t a;
}
/// original data
vector< unsigned char > src;
for ( int i=0; i<10000; ++i )
{
src.push_back( i%256 );
}
/// compress test
{
/// compress
vector< unsigned char > result = ofxZip::compress( src );
/// uncompress
vector< unsigned char > uncompressed = ofxZip::uncompress( result );
bool verified = verifyCheck( src, uncompressed );
cout << "src.size(): " << src.size() << endl;
cout << "result.size(): " << result.size() << endl;
cout << "uncompressed.size(): " << uncompressed.size() << endl;
if ( verified ) cout << "** verified! **" << endl;
cout << endl;
}
/// ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
/// compress test with level
for ( int level=1; level<=9; ++level )
{
/// compress
vector< unsigned char > result = ofxZip::compress( src, level );
/// uncompress
vector< unsigned char > uncompressed = ofxZip::uncompress( result );
bool verified = verifyCheck( src, uncompressed );
cout << "level: " << level << endl;
cout << "src.size(): " << src.size() << endl;
cout << "result.size(): " << result.size() << endl;
cout << "uncompressed.size(): " << uncompressed.size() << endl;
if ( verified ) cout << "** verified! **" << endl;
cout << endl;
}
}
int Coin::updateKnight() {
int nrange = 0;
int tempCoinId;
int curKnightX;
int curKnightY; //Stores current position of Knight.
int colorKnight; //Identifies whether Knight is black or white.
int coinIdKnight;
Movement tempMove;
/*Get the color of Knight.*/
colorKnight = getColour();
/*Get the position of Knight.*/
curPos.getXY(curKnightX,curKnightY);
tempMove.coinId=coinId;
tempMove.initPos=curPos;
if(colorKnight==1) {
/*White Knight*/
for(int i=-1;i<=1;i=i+2) {
for(int j=1;j<=2;j++) {
if((curKnightY + i*j)<8 && (curKnightY +i*j)>=0 && (curKnightX + i*(3-j))>=0 && (curKnightX + i*(3-j))<8) {
tempCoinId = board[curKnightY + i*j][curKnightX + i*(3-j)].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curKnightX+i*(3-j),curKnightY+i*j);
tempMove.finalPos=finalPos;
/*Square contains either a black coin or it is empty.*/
if(tempCoinId >=EMPTY && tempCoinId <=BPAWN8 && verifyCheck(tempMove)==1) {
/*Then store it as a valid range.*/
coinRange[nrange].copyObject(board[curKnightY + i*j][curKnightX + i*(3-j)]);
nrange++;
}
}
if((curKnightY +i*j)<8 && (curKnightY +i*j)>=0 && (curKnightX + -i*(3-j))>=0 && (curKnightX + -i*(3-j))<8) {
tempCoinId = board[curKnightY + i*j][curKnightX + -i*(3-j)].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curKnightX-i*(3-j),curKnightY+i*j);
tempMove.finalPos=finalPos;
/*Square contains either a black coin or it is empty.*/
if(tempCoinId >=EMPTY && tempCoinId <=BPAWN8 && verifyCheck(tempMove)==1) {
/*Then store it as a valid range.*/
coinRange[nrange].copyObject(board[curKnightY + i*j][curKnightX + -i*(3-j)]);
nrange++;
}
}
}
}
} else {
//Black Knight
for(int i=-1;i<=1;i=i+2) {
for(int j=1;j<=2;j++) {
if((curKnightY +i*j)<8 && (curKnightY +i*j)>=0 && (curKnightX + i*(3-j))>=0 && (curKnightX + i*(3-j))<8) {
tempCoinId = board[curKnightY + i*j][curKnightX + i*(3-j)].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curKnightX+i*(3-j),curKnightY+i*j);
tempMove.finalPos=finalPos;
/*Square contains either a black coin or it is empty.*/
if(((tempCoinId >=WPAWN1 && tempCoinId <=RWROOK)||tempCoinId == EMPTY) && verifyCheck(tempMove)==1) {
/*Then store it as a valid range.*/
coinRange[nrange].copyObject(board[curKnightY + i*j][curKnightX + i*(3-j)]);
nrange++;
}
}
if((curKnightY +i*j)<8 && (curKnightY +i*j)>=0 && (curKnightX + -i*(3-j))>=0 && (curKnightX + -i*(3-j))<8) {
tempCoinId = board[curKnightY + i*j][curKnightX + -i*(3-j)].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curKnightX+i*(3-j),curKnightY+-i*j);
tempMove.finalPos=finalPos;
/*Square contains either a black coin or it is empty.*/
if(((tempCoinId >=WPAWN1 && tempCoinId <=RWROOK)||tempCoinId == EMPTY) && verifyCheck(tempMove)==1) {
/*Then store it as a valid range.*/
coinRange[nrange].copyObject(board[curKnightY + i*j][curKnightX + -i*(3-j)]);
nrange++;
}
}
}
}
}
}
int Coin::updateRook () {
Movement tempMove;
nRange = 0;
int i=1;
int tempCoinId;
int curRookX;
int curRookY; //Stores current position of Rook.
int colorRook; //Identifies whether Rook is black or white.
int coinIdRook;
/*Get the color of Rook.*/
/*Get the position of Rook.*/
curPos.getXY(curRookX,curRookY);
tempMove.coinId=coinId;
tempMove.initPos=curPos;
/*Working on the white Rook*/
if(coinId==LWROOK || coinId == RWROOK) {
i=1;
while((curRookY + i)<8) {
tempCoinId=board[curRookY + i][curRookX].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX,curRookY+i);
tempMove.finalPos=finalPos;
if(tempCoinId >=EMPTY && tempCoinId <= BPAWN8) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY + i][curRookX]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookY - i)>=0) {
tempCoinId=board[curRookY - i][curRookX].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX,curRookY-i);
tempMove.finalPos=finalPos;
if(tempCoinId >=EMPTY && tempCoinId <=BPAWN8) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY - i][curRookX]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookX + i)<8) {
tempCoinId=board[curRookY][curRookX + i].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX+i,curRookY);
tempMove.finalPos=finalPos;
if(tempCoinId >=EMPTY && tempCoinId <=BPAWN8) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY][curRookX + i]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookX - i)>=0) {
tempCoinId=board[curRookY][curRookX - i].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX-i,curRookY);
tempMove.finalPos=finalPos;
if(tempCoinId >=EMPTY && tempCoinId <=BPAWN8) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY][curRookX - i]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
} else {
i=1;
while((curRookY + i)<8) {
tempCoinId=board[curRookY + i][curRookX].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX,curRookY+i);
tempMove.finalPos=finalPos;
if(tempCoinId >=WPAWN1 && tempCoinId <=RWROOK || tempCoinId== EMPTY) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY + i][curRookX]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookY - i)>=0) {
tempCoinId=board[curRookY - i][curRookX].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX,curRookY-i);
tempMove.finalPos=finalPos;
if(tempCoinId >=WPAWN1 && tempCoinId <=RWROOK || tempCoinId == EMPTY) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY - i][curRookX]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookX + i)<8) {
tempCoinId=board[curRookY][curRookX + i].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX+i,curRookY);
tempMove.finalPos=finalPos;
if(tempCoinId >=WPAWN1 && tempCoinId <=RWROOK || tempCoinId==EMPTY) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY][curRookX + i]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
i=1;
while((curRookX - i)>=0) {
tempCoinId=board[curRookY][curRookX - i].getCoinId();
tempMove.captureCoinId=tempCoinId;
finalPos.setXY(curRookX-i,curRookY);
tempMove.finalPos=finalPos;
if(tempCoinId >=WPAWN1 && tempCoinId <=RWROOK || tempCoinId == EMPTY) {
if(verifyCheck(tempMove)==1) {
coinRange[nRange].copyObject(board[curRookY][curRookX - i]);
nRange++;
}
if(tempCoinId!=EMPTY) {
break;
}
}
else {
break;
}
i++;
}
}
return 1;
}
