void clearPattern() {
for (int i = 0; i < 24; i++) {
colorBlack();
}
__delay_ms (10);
}
int main(){
int t , n, xini , yini , xfin , yfin, q ,dif1 , dif2;
scanf("%d" , &t );
while( t-- ){
scanf("%d %d" , &q , &n );
while( q-- ){
scanf("%d %d %d %d" , &xini , &yini , &xfin ,&yfin );
if( xini <= 0 || xini > n || yini <= 0 || yini > n || xfin <= 0 || xfin >n || yfin <= 0 || yfin > n ){
puts("no move");
continue;
}
if( xini == xfin && yini == yfin )puts("0");
else if( abs( xini - xfin ) == abs( yini - yfin ) )puts("1");
else if( ( xini + yini ) == ( xfin + yfin ) )puts("1");
else if( colorWhite( xini , yini , xfin , yfin ) || colorBlack( xini , yini , xfin , yfin ) )puts("2");
else puts("no move");
}
}
return 0;
}
void buildImageMask( const VectorImageFeaturePrediction &inlierPredictions,
cv::Mat &imageMask )
{
// Filtramos las zonas alrededor de cada prediccion
size_t inlierPredictionsSize = inlierPredictions.size();
cv::Scalar colorBlack(0, 0, 0);
// Para cada prediccion, se dibuja dentro de la mascara su elipse de incertidumbre
// De esta forma se previene el hecho de agregar nuevos features dentro de
// elipses de busqueda de features anteriores
for (int i = 0; i < inlierPredictionsSize; ++i)
{
ImageFeaturePrediction *inlierPrediction = inlierPredictions[i];
drawUncertaintyEllipse2D( imageMask,
cv::Point2d(inlierPrediction->imagePos[0], inlierPrediction->imagePos[1]),
inlierPrediction->covarianceMatrix,
2 * (imageMask.rows + imageMask.cols),
colorBlack,
true );
}
}
void WorkPlaceWidget::drawRelation(Relation* r, bool focus){
Entitie* eR = r->getEntR();
Entitie* eL = r->getEntL();
this->calculateEntitie(eL);
this->calculateEntitie(eR);
int x1 = ((IntField*)eR->fieldByID("X"))->getValue();
int y1 = ((IntField*)eR->fieldByID("Y"))->getValue();
int w1 = ((IntField*)eR->fieldByID("W"))->getValue();
int h1 = ((IntField*)eR->fieldByID("H"))->getValue();
int t1 = ((IntField*)eR->fieldByID("T"))->getValue();
int x2 = ((IntField*)eL->fieldByID("X"))->getValue();
int y2 = ((IntField*)eL->fieldByID("Y"))->getValue();
int w2 = ((IntField*)eL->fieldByID("W"))->getValue();
int h2 = ((IntField*)eL->fieldByID("H"))->getValue();
int t2 = ((IntField*)eL->fieldByID("T"))->getValue();
int alpha = 250;
int alpha0 = 25;
int alpha1 = 100;
int alpha2 = 250;
if((x1-w2-15<x2)&&(y1-h2-15<y2)&&(w1+x1+15>x2)&&(h1+y1+15>y2)){
alpha = 0;
alpha0 = 0;
alpha1 = 0;
alpha2 = 0;
}
QPainter painter(this);
QColor color(90,185,255,alpha);
QColor colorGreenAlpha(55,155,55,alpha0);
QColor colorBlackAlpha(0,0,0,alpha1);
QColor colorBlack(0,0,0,alpha2);
QPen penf = QPen(colorBlackAlpha, 1, Qt::SolidLine);
painter.setBrush(QBrush(color));
int indexR = 0;
int indexL = 0;
for(int j=0; j<eR->fieldCount() && indexR==0; j++){
if(eR->fieldAt(j)->getID()==r->getKey()){
indexR = j;
}
}
for(int j=0; j<eL->fieldCount() && indexL==0; j++){
if(eL->fieldAt(j)->getID()==r->getKey()){
indexL = j;
}
}
if(indexR<work_count-1){
indexR=work_count-1;
}
if(indexL<work_count-1){
indexL=work_count-1;
}
int x01=0;
int x02=0;
int y01=0;
int y02=0;
if(qAbs(x1-x2)>=w2 && qAbs(x1-x2)>=w1){
if(x1>x2){
x01=x1;
x02=x2+w2+1;
}else{
x02=x2;
x01=x1+w1+1;
}
y01 = y1+(indexR+1-work_count)*24+((indexR+1-(work_count-1))*24-(indexR+1-work_count)*24)/2;
y02 = y2+(indexL+1-work_count)*24+((indexL+1-(work_count-1))*24-(indexL+1-work_count)*24)/2;
}else{
if(y1>y2){
y01=y1;
y02=y2+h2+1;
}else{
y02=y2;
y01=y1+h1+1;
}
x01=x1+w1/2;
x02=x2+w2/2;
}
int x0 = 0;
int y0 = 0;
QPointF p1(x01,y01);
QPointF p2(x02,y02);
if(x01>x02){
x0 = x02 + (x01 - x02)/2;
}else{
x0 = x01 + (x02 - x01)/2;
}
if(y01>y02){
y0 = y02 + (y01 - y02)/2;
}else{
y0 = y01 + (y02 - y01)/2;
}
QPointF p0(x0,y0);
QPen pen1 = QPen(colorBlack, 1, Qt::DotLine);
QPen pen2 = QPen(colorBlack, 1, Qt::SolidLine);
QPen pen3 = QPen(colorBlack, 2, Qt::SolidLine);
QPen pen4 = QPen(colorBlack, 2, Qt::DotLine);
if(r->getAbsL()){
if(focus){
painter.setPen(pen4);
}else{
painter.setPen(pen1);
}
}else{
if(focus){
painter.setPen(pen3);
}else{
painter.setPen(pen2);
}
}
painter.drawLine(p1,p0);
if(r->getAbsR()){
if(focus){
painter.setPen(pen4);
}else{
painter.setPen(pen1);
}
}else{
if(focus){
painter.setPen(pen3);
}else{
painter.setPen(pen2);
}
}
painter.drawLine(p0,p2);
if(focus){
painter.setPen(pen3);
}else{
painter.setPen(pen2);
}
painter.drawEllipse(p0, 10, 10);
if(r->getMulL()){
QRect tr(p0.x()-7,p0.y()-7,12,12);
painter.drawText(tr,"n");
}
if(r->getMulR()){
QRect tr(p0.x()+3,p0.y()-7,12,12);
painter.drawText(tr,"n");
}
painter.setPen(pen2);
painter.drawLine(QPointF(p0.x(),p0.y()-10),QPointF(p0.x(),p0.y()+10));
if(focus){
if(t1!=1){
double distance = this->core->getDistanceOf(eR);
painter.setBrush(QBrush(colorGreenAlpha));
painter.setPen(penf);
painter.drawEllipse(QPoint(x1-1,y1-1), (int)qRound(distance), (int)qRound(distance));
}
if(t2!=1){
double distance = this->core->getDistanceOf(eL);
painter.setBrush(QBrush(colorGreenAlpha));
painter.setPen(penf);
painter.drawEllipse(QPoint(x2-1,y2-1), (int)qRound(distance), (int)qRound(distance));
}
}
}
