void WireSet::threadedFunction() {
while (ofThread::isThreadRunning()) {
lock();
if (!finishedWires) {
addWire();
if (radius > 14.0f) {
calc();
finishedWires = true;
}
} else
fillWire(0.04f, 0.02f);
unlock();
}
}
void Wire::connectWire(Wire *w, int wirePart)
{
//добавляем провод в список проводов
this->wires->append(w);
//устанавливаем такой же список и на присоединяемый провод
delete w->getConnectedWires();
w->setWireList(wires);
QPoint* last = w->getPath()->last();
QPoint* beforeLast = w->getPath()->at(w->getPath()->size()-2);
//присоединяем в ближайшей точке
QPoint *tmp1 = this->path->at(--wirePart);
QPoint *tmp2 = this->path->at(++wirePart);
//делим провод на 2
Wire* secondWire = new Wire();
int index=0;
if(abs(tmp1->x()-last->x())+abs(tmp1->y()-last->y())<10) {
if(last->x()==beforeLast->x()) {
last->setX(tmp1->x());
last->setY(tmp1->y());
beforeLast->setX(tmp1->x());
index = wirePart-1;
} else {
last->setX(tmp1->x());
last->setY(tmp1->y());
beforeLast->setY(tmp1->y());
index = wirePart-1;
}
} else if (abs(tmp2->x()-last->x())+abs(tmp2->y()-last->y())<10){
index = wirePart;
if(last->x()==beforeLast->x()) {
last->setX(tmp2->x());
last->setY(tmp2->y());
beforeLast->setX(tmp2->x());
} else {
last->setX(tmp2->x());
last->setY(tmp2->y());
beforeLast->setY(tmp2->y());
}
} else {
//если нету ближайшей точки, то присоединяем так
if(tmp1->x()==tmp2->x()) {
last->setX(tmp1->x());
} else if(tmp1->y()==tmp2->y()) {
last->setY(tmp1->y());
} else {
//emmit error
}
index = wirePart;
secondWire->addPoint(new QPoint(last->x(),last->y()));
}
if(this->wireConnector!=NULL) {
secondWire->setWireConnector(this->wireConnector);
}
//надо добавить в список отрисовываемых объектов
this->wireConnector = new WireConnector(last->x(),last->y());
for(int i=index;i!=this->path->size();i++) {
QPoint *point = path->at(i);
secondWire->addPoint(point);
}
if(connected2!=NULL) {
secondWire->endConnection(this->connected2);
//вот это поворот
this->connected2=NULL;
}
int count = this->path->size()-index;
for(int i=0;i<(count);i++) {
this->path->removeLast();
}
this->path->append(new QPoint(last->x(),last->y()));
this->wires->append(secondWire);
secondWire->setWireList(wires);
emit addWire(secondWire);
}
int main()
{
int n,r,c,temp,x1,x2,y1,y2,i,j,vs1,vs2,val[123]={0}, num[52][52];
Group **board;
Set *set1, *set2;
char type;
char input[20];
for(i=65; i<=90; i++)
val[i] = i-65;
for(i=97; i<=122; i++)
val[i] = (i-97)+26;
for(i=0; i<52; i++)
{
for(j=0; j<52; j++)
{
num[i][j] = 52*i + j;
}
}
scanf("%d %d %d",&n,&r,&c);
getchar();
board = (Group**) malloc(r*sizeof(Group*));
for(i=0; i<r; i++)
{
board[i] = (Group*) malloc(c*sizeof(Group));
for(j=0; j<c; j++)
{
board[i][j].next = NULL;
board[i][j].set = NULL;
board[i][j].vs = 0;
}
}
while(n--)
{
gets(input);
type=input[0];
switch(type)
{
case 'W':
x1 = num[val[input[1]]][val[input[2]]];
y1 = num[val[input[3]]][val[input[4]]];
x2 = num[val[input[5]]][val[input[6]]];
y2 = num[val[input[7]]][val[input[8]]];
addWire(&board[(y1-1)/5][x1-1],&board[(y2-1)/5][x2-1]);
break;
case 'V':
x1 = num[val[input[1]]][val[input[2]]];
y1 = num[val[input[3]]][val[input[4]]];
addVoltage(&board[(y1-1)/5][x1-1]);
break;
case 'R':
x1 = num[val[input[1]]][val[input[2]]];
y1 = num[val[input[3]]][val[input[4]]];
remVoltage(&board[(y1-1)/5][x1-1]);
break;
case 'L':
x1 = num[val[input[1]]][val[input[2]]];
y1 = num[val[input[3]]][val[input[4]]];
x2 = num[val[input[5]]][val[input[6]]];
y2 = num[val[input[7]]][val[input[8]]];
vs1 = board[(y1-1)/5][x1-1].vs;
vs2 = board[(y2-1)/5][x2-1].vs;
set1 = board[(y1-1)/5][x1-1].set;
set2 = board[(y2-1)/5][x2-1].set;
vs1 = (set1!=NULL)?(set1->vs):(vs1);
vs2 = (set2!=NULL)?(set2->vs):(vs2);
if( (vs1==0&&vs2==0) || (vs1>0&&vs2>0) )
printf("OFF\n");
else
printf("ON\n");
break;
}
}
for(i=0; i<r; i++)
{
free(board[i]);
}
free(board);
return 0;
}
