void GameLogic::setupNewComputers()
{
QRectF const scene = mView->sceneRect();
mAgent = new WorkStation(mGenerator, stations::hacker);
mView->setItemToScene(mAgent);
mAgent->setPos(scene.right() - 110, scene.center().y());
connect(this, SIGNAL(newWorkingDay()), mAgent, SLOT(dataTransfer()));
mDevelopers = new WorkStation(mGenerator, stations::target);
mView->setItemToScene(mDevelopers);
mDevelopers->setPos(scene.left() + 10, scene.center().y() - scene.height() / 10);
connect(mDevelopers, SIGNAL(secretDepartInfected()), this, SLOT(gameOver()));
mUsersCount = (mGenerator->rand() % (maxUsers - minUsers + 1)) + minUsers;
for (int i = 0; i < mUsersCount; i++)
{
WorkStation *newStation = new WorkStation(mGenerator);
mView->setItemToScene(newStation);
mUsers.append(newStation);
connect(this, SIGNAL(newWorkingDay()), newStation, SLOT(dataTransfer()));
// dbl click event filter doesnt work on graphicsview items
connect(this, SIGNAL(energyChanged(bool)), newStation, SLOT(energyChange(bool)));
connect(newStation, SIGNAL(updated()), this, SLOT(startReloadTime()));
}
trafficReloadTime = (mUsersCount < maxUsers / 2)? 2 : 1;
}
// PRE: instr is not the halt instruction
// Behaviour: Decides which of the 4 instruction types instr is and passes it to its subsequent function
// i.e. branch(instr), dataTransfer(instr) etc.
bool decodeAndExecute(uint32_t instr) {
bool isBranch = extractBit(instr, bit27);
bool isDataTransfer = extractBit(instr, bit26);
bool mulCheck = extractBit(instr, bit25);
uint32_t pattern = extractBits(instr, PATTERN_UPPER, PATTERN_LOWER);
if (isBranch) {
// puts("Executing branch instruction\n");
branch(instr);
return true;
}
else if (isDataTransfer) {
// puts("Executing data transfer instruction\n");
dataTransfer(instr);
}
else if (!mulCheck && pattern == MUL_PATTERN) {
// puts("Executing multiplier instruction\n");
iMultiply(instr);
}
else {
// puts("Executing data process instruction\n");
dataProcess(instr);
}
return false;
}
void MainWindow::dataReceive(QByteArray data)
{
QByteArray voltage,current,resistance,time,status;// Raw data
voltage = data.left(13);
data.remove(0,14);
current = data.left(13);
data.remove(0,14);
resistance = data.left(13);
data.remove(0,14);
time = data.left(13);
data.remove(0,14);
status = data.left(13);
Number voltageTR,currentTR,resistanceTR,timeTR,statusTR;//Transferred data
voltageTR = dataTransfer(voltage);
currentTR = dataTransfer(current);
resistanceTR = dataTransfer(resistance);
if(voltageTR.simple)
{
ui->L_voltage->setText(voltageTR.numbersimple.c);
ui->LCD_voltage->display(QString("%1").arg(voltageTR.numbersimple.base,0,'f',3));
}
else
{
float number;
number = voltageTR.exponent.base * pow(10.0,voltageTR.exponent.power);
ui->L_voltage->setText(" ");
ui->LCD_voltage->display(QString("%1").arg(number,0,'E',2));
}
ui->L_current->setText(currentTR.numbersimple.c);
ui->LCD_current->display(QString("%1").arg(currentTR.numbersimple.base,0,'f',3));
}
void GeomData::initilize(pMesh theMesh){
if (theMesh->getDim()==2){
numElem = M_numFaces(theMesh);
elemtype = 3;
}
else{
numElem = M_numRegions(theMesh);
elemtype = 4;
}
calculateNumEdges(theMesh); // calculate number of data to be stored
calculateNumElements(theMesh);
calculateNumBDRYEdges(theMesh);
calculateNumBDRYFaces(theMesh);
calculateNumNodes(theMesh);
calculateNumBdryNodes(theMesh);
allocatePointers(M_numVertices(theMesh),theMesh->getDim()); // allocate storage
calculateEdgeProperties(theMesh); // fill storage
dataTransfer(theMesh);
calculate_extFaceVersor(theMesh);
mappingNodesIds(theMesh); // map data to find them quickly
}
