void FSISPOptimizerWCP::calculateBlockAssignment()
{
clear();
generateBlockCostsConstraints();
generateBlockSizeConstraint();
generateFunctionMembershipConstraints();
generateOptimalILPFormulation();
stringstream ilp_formulation;
vector<string>::iterator it;
ilp_formulation << "\n// Objective function:\n";
if(!conf->getBool(CONF_BBSISP_WCP_FILL_ISP_UP))
{
ilp_formulation << "min: wentry;\n";
}
else
{
ilp_formulation << "min: 1e10 wentry - sp;\n";
}
ilp_formulation << "\n// Flow constraints:\n";
// sort(cfg_ilps.begin(),cfg_ilps.end());
for(it = cfg_ilps.begin(); it != cfg_ilps.end(); it++)
{
ilp_formulation << *it;
}
ilp_formulation << "\n// Basic block cost contraints:\n";
// sort(block_cost_contraints.begin(),block_cost_contraints.end());
for(it = block_cost_contraints.begin(); it != block_cost_contraints.end(); it++)
{
ilp_formulation << *it;
}
ilp_formulation << "\n// Basic block size contraints:\n";
// sort(block_size_constraints.begin(),block_size_constraints.end());
for(it = block_size_constraints.begin(); it != block_size_constraints.end(); it++)
{
ilp_formulation << *it;
}
ilp_formulation << "\n// Function membership constraints:\n";
for(it = function_membership_constraints.begin(); it != function_membership_constraints.end(); it++)
{
ilp_formulation << *it;
}
ilp_formulation << "\n// Binary domains:\n";
// sort(binary_domains.begin(),binary_domains.end());
for(it = binary_domains.begin(); it != binary_domains.end(); it++)
{
ilp_formulation << *it;
}
LOG_INFO(logger, "Formulation: " << ilp_formulation.str());
vector<lp_result_set> lp_result = writeAndSolveILPFile(ilp_formulation.str());
setAssignment(lp_result);
setFunctionAssignment(lp_result);
setVariables(lp_result);
}
void FSISPOptimizerOLD::calculateKnapsackFunctionAssignment(void)
{
if(ilp_knapsack_formulation.empty())
{
generateKnapsackILPFormulation();
}
writeKnapsackILPFile();
LpSolver lps(ilp_knapsack_formulation, conf->getString(CONF_LP_SOLVE_PARAMETERS));
// LpSolver lps(ilpfile_name, conf->getString(CONF_LP_SOLVE_PARAMETERS));
setAssignment(lps.lpSolve());
}
void BBSISPOptimizerJP::calculateBlockAssignment(void)
{
clear();
generateBBRecords();
generateBBConnections();
generateKnapsackILPFormulation();
stringstream str;
for(uint32_t i = 0; i < ilp_knapsack_formulation.size(); i++)
{
str << ilp_knapsack_formulation[i];
}
LOG_INFO(logger, "Formulation: " << str.str());
vector<lp_result_set> lp_result = writeAndSolveILPFile(ilp_knapsack_formulation);
setAssignment(lp_result);
setVariables(lp_result);
}
void InputSettingsWindow::inputEvent(uint16_t scancode) {
if(!activeInput) return;
if(!isActiveWindow() || isMinimized()) return;
int16_t state = mapper().state(scancode);
if(dynamic_cast<DigitalInput*>(activeInput)) {
if(Keyboard::isAnyKey(scancode) && mapper().state(scancode)) {
for(unsigned i = 0; i < Keyboard::Count; i++) {
//don't map escape key, as it is reserved by the user interface
if(scancode == keyboard(i)[Keyboard::Escape]) return;
}
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode));
} else if(Keyboard::isAnyModifier(scancode) && optionAssignModifiers->isChecked()) {
setAssignment(string() << Scancode::encode(scancode));
} else if(Mouse::isAnyButton(scancode) && mapper().state(scancode)) {
//ensure button was clicked inside list box
unsigned wx = 0, wy = 0;
QWidget *widget = message;
while(widget) {
wx += widget->geometry().x();
wy += widget->geometry().y();
widget = widget->parentWidget();
}
unsigned px = QCursor::pos().x();
unsigned py = QCursor::pos().y();
if(px < wx || px >= wx + message->size().width()) return;
if(py < wy || py >= wy + message->size().height()) return;
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode));
} else if(Joypad::isAnyHat(scancode)) {
string position;
if(state == Joypad::HatUp) position = ".Up";
else if(state == Joypad::HatDown) position = ".Down";
else if(state == Joypad::HatLeft) position = ".Left";
else if(state == Joypad::HatRight) position = ".Right";
else return;
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode) << position);
} else if(Joypad::isAnyAxis(scancode) && mapper().distance(scancode) > 64) {
if(mapper().calibrated == false) {
MappedInput *temp = activeInput;
activeInput = 0;
mapper().calibrate();
activeInput = temp;
}
if(mapper().isTrigger[Joypad::numberDecode(scancode)][Joypad::axisDecode(scancode)] == false) {
string position;
if(state < -24576) position = ".Lo";
else if(state > +24576) position = ".Hi";
else return;
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode) << position);
} else {
if(state >= 0) return;
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode) << ".Trigger");
}
} else if(Joypad::isAnyButton(scancode) && mapper().state(scancode)) {
setAssignment(string() << mapper().modifierString() << Scancode::encode(scancode));
}
} else if(dynamic_cast<AnalogInput*>(activeInput)) {
if(Mouse::isAnyButton(scancode)) {
//ensure button was clicked inside list box
unsigned wx = 0, wy = 0;
QWidget *widget = message;
while(widget) {
wx += widget->geometry().x();
wy += widget->geometry().y();
widget = widget->parentWidget();
}
unsigned px = QCursor::pos().x();
unsigned py = QCursor::pos().y();
if(px < wx || px >= wx + message->size().width()) return;
if(py < wy || py >= wy + message->size().height()) return;
unsigned number = Mouse::numberDecode(scancode);
unsigned button = Mouse::buttonDecode(scancode);
if(button == 0) setAssignment(string() << Scancode::encode(mouse(number).axis(0)));
if(button == 2) setAssignment(string() << Scancode::encode(mouse(number).axis(1)));
} else if(Joypad::isAnyAxis(scancode) && mapper().distance(scancode) > 64) {
if(mapper().calibrated == false) {
MappedInput *temp = activeInput;
activeInput = 0;
mapper().calibrate();
activeInput = temp;
}
if(mapper().isTrigger[Joypad::numberDecode(scancode)][Joypad::axisDecode(scancode)] == false) {
if(state < -24576 || state > +24576) {
setAssignment(string() << Scancode::encode(scancode));
}
}
}
}
}
void InputSettingsWindow::yAxisAssign() {
setAssignment(string() << Scancode::encode(mouse(activeMouse).axis(1)));
}